Introduction to CnOpenData tax survey corporate patents and cited data

Taxation is the fundamental foundation to support the country's long-term development. As an important basic work to serve fiscal and taxation reform and strengthen fiscal and taxation management, the national tax survey provides solid data support for taxation policy formulation; at the same time, it plays an important role in allowing scholars to accurately grasp tax sources and spy on the economic development situation. ˆ Enterprises participating in the national tax survey are divided into sampling and key enterprises. Sample enterprises are further divided into national tax sampling enterprises and local tax sampling enterprises. Key enterprises are further divided into national tax key enterprises and local tax key enterprises. Among all tax-paying enterprises in China, the representativeness of these enterprises can be seen, and this is enough to better characterize and analyze the tax situation of all enterprises.

It should be noted that although the survey period of the tax survey enterprise data is from 2008 to 2015, we still chose to match the tax survey enterprise data with all patent data as of 2021. This is mainly because Because there is a certain lag in patent citation data, matching to a newer year can ensure that the patent citation data is relatively complete.

Structurally, this data is divided into patent quantity application form, patent quality application form, and patent details form. The patent quantity statistics table and quality statistics table are divided based on patent applications and patent authorizations respectively. The patent quality statistics table is also subdivided into three modules according to patent types: invention, utility model, and design. Patent citation and cited information is reflected in the patent details table, which is divided into four modules: invention application, invention authorization, utility model, and appearance design. Each module includes four tables: basic information table, citation table, cited table, and transaction table ( It should be noted that there is no reference table for appearance designs).

Time interval

1985-2021

Field display

Statistical table of the number of patents in tax survey companies

Statistical table on the number of patent applications filed by tax survey companies	Statistical table of the number of patents granted by tax survey companies
Taxpayer Identification Number	Taxpayer Identification Number
Application year	Authorization year
Number of invention patent applications	Number of invention patents granted
Number of independent invention patent applications	Number of independently authorized invention patents
Number of invention patent cooperation applications	Number of invention patent cooperation authorizations
Number of invention patent applications granted in the year	Number of utility model patents granted
Cumulative number of authorizations for invention patent applications in two years	Number of independently authorized utility model patents
Cumulative number of authorizations for invention patent applications in three years	Number of utility model patent cooperation authorizations
Cumulative number of authorizations for invention patent applications over four years	Number of design patents granted
Cumulative number of authorizations for invention patent applications in five years	Number of independently authorized design patents
Total number of authorized invention patent applications	Number of design patent cooperation authorizations
Number of independent invention patent applications granted in the year
Cumulative number of independent invention patent applications granted in two years
Cumulative number of independent invention patent applications granted in three years
Cumulative number of independent invention patent applications granted over four years
Cumulative number of independent patent applications granted in five years
Total number of independent invention patent applications granted
Number of invention patent cooperation applications authorized in the year
Cumulative number of authorizations for invention patent cooperation applications in two years
Cumulative number of authorizations for invention patent cooperation applications in three years
Cumulative number of authorizations for invention patent cooperation applications over four years
Cumulative number of authorizations for invention patent cooperation applications in five years
Total authorized number of invention patent cooperation applications
Number of design patent applications
Number of independent design patent applications
Number of design patent cooperation applications
Number of design patent applications granted in the year
Cumulative number of design patent applications granted in two years
Cumulative number of design patent applications granted in three years
Cumulative number of design patent applications granted over four years
Cumulative number of design patent applications granted in five years
Total number of authorized design patent applications
Number of independent design patent applications granted in the year
Cumulative number of independent design patent applications granted in two years
Cumulative number of independent design patent applications granted in three years
Cumulative number of independent design patent applications granted over four years
Cumulative number of independent design patent applications granted in five years
Total number of independent design patent applications granted
Number of design patent cooperation applications authorized in the year
Cumulative number of authorizations for design patent cooperation applications in two years
Cumulative number of authorizations for design patent cooperation applications in three years
Cumulative number of authorizations for design patent cooperation applications over four years
Cumulative number of authorizations for design patent cooperation applications in five years
Total number of authorized design patent cooperation applications
Number of utility model patent applications
Number of independent applications for utility model patents
Number of utility model patent cooperation applications
Number of utility model patent applications granted in the year
Cumulative number of authorizations for utility model patent applications in two years
Cumulative number of authorizations for utility model patent applications in three years
Cumulative number of authorizations for utility model patent applications over four years
Cumulative number of authorizations for utility model patent applications in five years
Total number of authorized utility model patent applications
Number of independent utility model patent applications authorized in the year
Cumulative number of authorizations for independent utility model patent applications in two years
Cumulative number of independent patent applications for utility model patents granted in three years
Cumulative number of independent utility model patent applications granted over four years
Cumulative number of independent patent applications for utility model patents granted in five years
Total authorized number of independent utility model patent applications
Number of utility model patent cooperation applications authorized in the year
Cumulative number of authorizations for utility model patent cooperation applications in two years
Cumulative number of authorizations for utility model patent cooperation applications in three years
Cumulative number of authorizations for utility model patent cooperation applications in four years
Cumulative number of authorizations for utility model patent cooperation applications in five years
Total authorized number of utility model patent cooperation applications

Tax Survey Enterprise Patent Quality Statistics Table

Tax Survey Enterprise Invention Patent Application Quality Statistics Table	Tax survey enterprise utility model patent application quality statistics table	Tax Investigation Enterprise Design Patent Application Quality Statistics Table	Tax Survey Enterprise Invention Patent Grant Quality Statistics Table	Tax survey enterprise utility model patent authorization quality statistics table	Tax Survey Enterprise Design Patent Authorization Quality Statistics Table
Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number
Patent application year	Patent application year	Patent application year	Patent grant year	Patent grant year	Patent grant year
Number of patent applications	Number of patent applications	Number of patent applications	Number of patent authorizations	Number of patent authorizations	Number of patent authorizations
Technical complexity of patent applications - counting the total number of types based on 1-digit IPC number	Technical complexity of patent applications - counting the total number of types based on 1-digit IPC number	Technical complexity of patent applications - total number of types based on Locarno categories	Technical complexity of authorized patents - counting the total number of types based on 1-digit IPC number	Technical complexity of authorized patents - counting the total number of types based on 1-digit IPC number	Technical complexity of authorized patents - total number of types based on Locarno categories
Technical complexity of patent applications - average number of types based on 1-digit IPC number	Technical complexity of patent applications - average number of types based on 1-digit IPC number	Technical complexity of patent applications - average number of types based on Locarno categories	Technical complexity of authorized patents - average number of types based on 1-digit IPC number	Technical complexity of authorized patents - average number of types based on 1-digit IPC number	Technical complexity of authorized patents - average number of types based on Locarno categories
Technical complexity of patent applications - counting the total number of types based on 2-digit IPC numbers	Technical complexity of patent applications - counting the total number of types based on 2-digit IPC numbers	Technical complexity of patent applications - total number of types based on Locarno subclass	Technical complexity of authorized patents - total number of types based on 2-digit IPC number	Technical complexity of authorized patents - total number of types based on 2-digit IPC number	Technical complexity of authorized patents - total number of types based on Locarno subclass
Technical complexity of patent applications - average number of types based on 2-digit IPC number	Technical complexity of patent applications - average number of types based on 2-digit IPC number	Technical complexity of patent applications - average number of types based on Locarno subclass	Technical complexity of authorized patents - average number of types based on 2-digit IPC number	Technical complexity of authorized patents - average number of types based on 2-digit IPC number	Technical complexity of authorized patents - average number of types based on Locarno subclass
Technical complexity of patent applications - counting the total number of types based on 4-digit IPC numbers	Technical complexity of patent applications - counting the total number of types based on 4-digit IPC numbers	Number of independent patent applications	Technical complexity of authorized patents - counting the total number of types based on 4-digit IPC numbers	Technical complexity of authorized patents - counting the total number of types based on 4-digit IPC numbers	Number of independent patent authorizations
Technical complexity of patent applications - average number of types based on 4-digit IPC number	Technical complexity of patent applications - average number of types based on 4-digit IPC number	Technical complexity of independent patent applications - total number of types based on Locarno categories	Technical complexity of authorized patents - average number of types based on 4-digit IPC number	Technical complexity of authorized patents - average number of types based on 4-digit IPC number	Technical complexity of independently authorized patents - total number of types based on Locarno categories
Number of independent patent applications	Number of independent patent applications	Technical complexity of independent patent applications - average number of types based on Locarno categories	Number of independent patent authorizations	Number of independent patent authorizations	Technical complexity of independently authorized patents - average number of types based on Locarno categories
Technical complexity of independent patent applications - counting the total number of types based on 1-digit IPC number	Technical complexity of independent patent applications - counting the total number of types based on 1-digit IPC number	Technical complexity of independent patent applications - total number of types based on Locarno subclass	Technical complexity of independently authorized patents - counting the total number of types based on 1-digit IPC number	Technical complexity of independently authorized patents - counting the total number of types based on 1-digit IPC number	Technical complexity of independently authorized patents - total number of types based on Locarno subclass
Technical complexity of independent patent applications - average number of types based on 1-digit IPC number	Technical complexity of independent patent applications - average number of types based on 1-digit IPC number	Technical complexity of independent patent applications - average number of types based on Locarno subclass	Technical complexity of independently authorized patents - average number of types based on 1-digit IPC number	Technical complexity of independently authorized patents - average number of types based on 1-digit IPC number	Technical complexity of independently authorized patents - average number of types based on Locarno subclass
Technical complexity of independent patent applications - counting the total number of types based on 2-digit IPC numbers	Technical complexity of independent patent applications - counting the total number of types based on 2-digit IPC numbers	Number of cooperative patent applications	Technical complexity of independently authorized patents - counting the total number of types based on 2-digit IPC numbers	Technical complexity of independently authorized patents - counting the total number of types based on 2-digit IPC numbers	Number of cooperation patents granted
Technical complexity of independent patent applications - average number of types based on 2-digit IPC number	Technical complexity of independent patent applications - average number of types based on 2-digit IPC number	Technical complexity of cooperative patent applications - total number of types based on Locarno categories	Technical complexity of independently authorized patents - average number of types based on 2-digit IPC number	Technical complexity of independently authorized patents - average number of types based on 2-digit IPC number	Technical complexity of cooperatively authorized patents - total number of types based on Locarno categories
Technical complexity of independent patent applications - counting the total number of types based on 4-digit IPC numbers	Technical complexity of independent patent applications - counting the total number of types based on 4-digit IPC numbers	Technical complexity of cooperative patent applications - average number of types based on Locarno categories	Technical complexity of independently authorized patents - counting the total number of types based on 4-digit IPC numbers	Technical complexity of independently authorized patents - counting the total number of types based on 4-digit IPC numbers	Technical complexity of cooperatively authorized patents - average number of types based on Locarno categories
Technical complexity of independent patent applications - average number of types based on 4-digit IPC number	Technical complexity of independent patent applications - average number of types based on 4-digit IPC number	Technical complexity of cooperative patent applications - total number of types based on Locarno subclass	Technical complexity of independently authorized patents - average number of types based on 4-digit IPC number	Technical complexity of independently authorized patents - average number of types based on 4-digit IPC number	Technical complexity of cooperatively authorized patents - total number of types based on Locarno subcategory
Number of cooperative patent applications	Number of cooperative patent applications	Technical complexity of cooperative patent applications - average number of types based on Locarno subclass	Number of cooperation patents granted	Number of cooperation patents granted	Technical complexity of cooperatively authorized patents - average number of types based on Locarno subclass
Technical complexity of cooperative patent applications - counting the total number of types based on 1-digit IPC number	Technical complexity of cooperative patent applications - counting the total number of types based on 1-digit IPC number	Number of citations in patent disclosure year	Technical complexity of cooperatively authorized patents - counting the total number of types based on 1-digit IPC number	Technical complexity of cooperatively authorized patents - counting the total number of types based on 1-digit IPC number	Number of citations in patent disclosure year
Technical complexity of cooperative patent applications - average number of types based on 1-digit IPC number	Technical complexity of cooperative patent applications - average number of types based on 1-digit IPC number	The cumulative number of citations in the two years since patent disclosure	Technical complexity of cooperatively licensed patents - average number of types based on 1-digit IPC number	Technical complexity of cooperatively licensed patents - average number of types based on 1-digit IPC number	The cumulative number of citations in the two years since patent disclosure
Technical complexity of cooperative patent applications - counting the total number of types based on 2-digit IPC numbers	Technical complexity of cooperative patent applications - counting the total number of types based on 2-digit IPC numbers	The cumulative number of citations in the three years since patent disclosure	Technical complexity of cooperatively authorized patents - counting the total number of types based on 2-digit IPC numbers	Technical complexity of cooperatively authorized patents - counting the total number of types based on 2-digit IPC numbers	The cumulative number of citations in the three years since patent disclosure
Technical complexity of cooperative patent applications - average number of types based on 2-digit IPC number	Technical complexity of cooperative patent applications - average number of types based on 2-digit IPC number	The cumulative number of citations in the past 4 years of patent disclosure	Technical complexity of cooperatively licensed patents - average number of types based on 2-digit IPC number	Technical complexity of cooperatively licensed patents - average number of types based on 2-digit IPC number	The cumulative number of citations in the past 4 years of patent disclosure
Technical complexity of cooperative patent applications - counting the total number of types based on 4-digit IPC numbers	Technical complexity of cooperative patent applications - counting the total number of types based on 4-digit IPC numbers	The cumulative number of citations in the past five years after patent disclosure	Technical complexity of cooperatively authorized patents - counting the total number of types based on 4-digit IPC numbers	Technical complexity of cooperatively authorized patents - counting the total number of types based on 4-digit IPC numbers	The cumulative number of citations in the past five years after patent disclosure
Technical complexity of cooperative patent applications - average number of types based on 4-digit IPC number	Technical complexity of cooperative patent applications - average number of types based on 4-digit IPC number	Number of patent citations as of 2021.12	Technical complexity of cooperatively licensed patents - average number of types based on 4-digit IPC number	Technical complexity of cooperatively licensed patents - average number of types based on 4-digit IPC number	Number of patent citations as of 2021.12
Number of citations in patent disclosure year	Number of citations in patent disclosure year	Number of independent patent applications cited in the year	Number of citations in patent disclosure year	Number of citations in patent disclosure year	Disclose the number of citations of independently authorized patents in the year
The cumulative number of citations in the two years since patent disclosure	The cumulative number of citations in the two years since patent disclosure	The cumulative number of citations in independent patent applications in the past two years	The cumulative number of citations in the two years since patent disclosure	The cumulative number of citations in the two years since patent disclosure	The cumulative number of citations in independently authorized patents published in 2 years
The cumulative number of citations in the three years since patent disclosure	The cumulative number of citations in the three years since patent disclosure	The cumulative number of citations in the three years of independent patent application disclosure	The cumulative number of citations in the three years since patent disclosure	The cumulative number of citations in the three years since patent disclosure	The cumulative number of citations of independent authorized patents in the past three years
The cumulative number of citations in the past 4 years of patent disclosure	The cumulative number of citations in the past 4 years of patent disclosure	The cumulative number of citations in the four years of independent patent application disclosure	The cumulative number of citations in the past 4 years of patent disclosure	The cumulative number of citations in the past 4 years of patent disclosure	The cumulative number of citations in independently authorized patents published over the past 4 years
The cumulative number of citations in the past five years after patent disclosure	The cumulative number of citations in the past five years after patent disclosure	The cumulative number of citations in the five years of independent patent application disclosure	The cumulative number of citations in the past five years after patent disclosure	The cumulative number of citations in the past five years after patent disclosure	The cumulative number of citations of independently authorized patents in the past five years
Number of patent citations as of 2021.12	Number of patent citations as of 2021.12	Number of citations for independent patent applications as of December 2021	Number of patent citations as of 2021.12	Number of patent citations as of 2021.12	Number of citations for independently authorized patents as of 2021.12
Number of independent patent applications cited in the year	Number of independent patent applications cited in the year	The number of citations in the joint patent application disclosed in the year	Disclose the number of citations of independently authorized patents in the year	Disclose the number of citations of independently authorized patents in the year	Disclosure of the number of citations of cooperatively authorized patents in the year
The cumulative number of citations in independent patent applications in the past two years	The cumulative number of citations in independent patent applications in the past two years	The cumulative number of citations in the two years of jointly applied patent disclosures	The cumulative number of citations in independently authorized patents published in 2 years	The cumulative number of citations in independently authorized patents published in 2 years	The cumulative number of citations in the two years of cooperatively authorized patent disclosure
The cumulative number of citations in the three years of independent patent application disclosure	The cumulative number of citations in the three years of independent patent application disclosure	The cumulative number of citations in the three years of jointly applied patent disclosures	The cumulative number of citations in the three years of independent authorized patent disclosure	The cumulative number of citations in the three years of independent authorized patent disclosure	The cumulative number of citations of cooperatively authorized patents in the past three years
The cumulative number of citations in the four years of independent patent application disclosure	The cumulative number of citations in the four years of independent patent application disclosure	The cumulative number of citations in the 4 years of jointly applied patent disclosures	The cumulative number of citations in independently authorized patents published over the past 4 years	The cumulative number of citations in independently authorized patents published over the past 4 years	The cumulative number of citations in the 4 years of cooperatively authorized patent disclosure
The cumulative number of citations in the five years of independent patent application disclosure	The cumulative number of citations in the five years of independent patent application disclosure	The cumulative number of citations in the five years of jointly applied patent disclosures	The cumulative number of citations of independently authorized patents in the past five years	The cumulative number of citations of independently authorized patents in the past five years	The cumulative number of citations in the five years of cooperatively authorized patent disclosure
Number of citations for independent patent applications as of December 2021	Number of citations for independent patent applications as of December 2021	Number of citations for cooperative patent application deadline 2021.12	Number of citations for independently authorized patents as of 2021.12	Number of citations for independently authorized patents as of 2021.12	Number of citations for cooperatively authorized patents as of 2021.12
The number of citations in the joint patent application disclosed in the year	The number of citations in the joint patent application disclosed in the year		Disclosure of the number of citations of cooperatively authorized patents in the year	Disclosure of the number of citations of cooperatively authorized patents in the year
The cumulative number of citations in the two years of jointly applied patent disclosures	The cumulative number of citations in the two years of jointly applied patent disclosures		The cumulative number of citations in the two years of cooperatively authorized patent disclosure	The cumulative number of citations in the two years of cooperatively authorized patent disclosure
The cumulative number of citations in the three years of jointly applied patent disclosures	The cumulative number of citations in the three years of jointly applied patent disclosures		The cumulative number of citations of cooperatively authorized patents in the past three years	The cumulative number of citations of cooperatively authorized patents in the past three years
The cumulative number of citations in the 4 years of jointly applied patent disclosures	The cumulative number of citations in the 4 years of jointly applied patent disclosures		The cumulative number of citations in the 4 years of cooperatively authorized patent disclosure	The cumulative number of citations in the 4 years of cooperatively authorized patent disclosure
The cumulative number of citations in the five years of jointly applied patent disclosures	The cumulative number of citations in the five years of jointly applied patent disclosures		The cumulative number of citations in the five years of cooperatively authorized patent disclosure	The cumulative number of citations in the five years of cooperatively authorized patent disclosure
Number of citations for cooperative patent application deadline 2021.12	Number of citations for cooperative patent application deadline 2021.12		Number of citations for cooperatively authorized patents as of 2021.12	Number of citations for cooperatively authorized patents as of 2021.12

Tax Investigation Enterprise Patent Details Table

Basic Information Form for Tax Investigation Enterprise Invention Patent Application	Tax Investigation Enterprise Invention Application Patent Citation Form	Tax Investigation Enterprise Invention Application Patent Cited Table	Tax Investigation Enterprise Invention Patent Application Form	Tax Investigation Enterprise Invention Authorized Patent Basic Information Form	Tax Investigation Enterprise Invention Authorized Patent Citation Table	Tax Investigation Enterprise Invention Authorized Patent Citation List	Tax Investigation Enterprise Invention Authorization Patent Affairs Form	Tax Investigation Enterprise Utility Model Patent Basic Information Form	Tax investigation enterprise utility model patent citation table	Tax Investigation Enterprise Utility Model Patent Cited Table	Tax Investigation Enterprise Utility Model Patent Affairs Form	Tax Investigation Enterprise Design Patent Basic Information Form	Tax Investigation Enterprise Design Patent Citation Table	Tax Investigation Enterprise Design Patent Affairs Form
Index ID	Index ID	Index ID	Index ID	Index ID	Index ID	Index ID	Index ID	Index ID	Index ID	Index ID	Index ID	Index ID	Index ID	Index ID
Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number	Taxpayer Identification Number
Patent name	Patent name	Patent name	Serial number	Patent name	Patent name	Patent name	Serial number	Patent name	Patent name	Patent name	Serial number	Patent name	Patent name	Serial number
Application announcement date	Application announcement date	Application announcement date	Code	Authorization announcement date	Application announcement date	Application announcement date	Code	Authorization announcement date	Authorization announcement date	Authorization announcement date	Code	Authorization announcement date	Authorization announcement date	Code
Application date	Application date	Application date	Event type	Application date	Authorization announcement date	Authorization announcement date	Event type	Application date	Application date	Application date	Event type	Application date	Application date	Event type
Inventor	IPC classification number	IPC classification number	Date	Published document number of the same application	Application date	Application date	Date	Inventor	IPC classification number	IPC classification number	Date	Designer	Locarno classification number	Date
Address	Name of cited patent	Citing patent names	Description	Application announcement date	IPC classification number	IPC classification number	Description	Address	Name of cited patent	Citing patent names	Description	Address	Citing patent names	Description
IPC classification number	Cited patent application publication number	Cite the patent application publication number		Inventor	Name of cited patent	Citing patent names		IPC classification number	Cited patent application publication number	Cite the patent application publication number		Locarno classification number	Cite the patent application publication number
Patent agency	Publication date of cited patent application	Publication date of cited patent application		Address	Cited patent application publication number	Cite the patent application publication number		Patent agency	Publication date of cited patent application	Publication date of cited patent application		Patent agency	Publication date of cited patent application
Agent	Cited patent application number	Quote the patent application number		IPC classification number	Publication date of cited patent application	Publication date of cited patent application		Agent	Cited patent application number	Quote the patent application number		Agent	Quote the patent application number
PCT National Phase Entry Day	Cited patent application date	Cite patent application date		Patent agency	Cited patent application number	Quote the patent application number		Priority	Cited patent application date	Cite patent application date		Priority	Cite patent application date
PCT application data	Cited patent authorization announcement number	Quote patent authorization announcement number		Agent	Cited patent application date	Cite patent application date		PCT National Phase Entry Day	Cited patent authorization announcement number	Quote patent authorization announcement number		Original application for divisional case	Quote patent authorization announcement number
PCT published data	Cited patent grant date	Cite patent grant date		Priority	Cited patent authorization announcement number	Quote patent authorization announcement number		PCT application data	Cited patent grant date	Cite patent grant date		Brief description	Cite patent grant date
Priority	Priority date of cited patent	Cited patent priority date		PCT National Phase Entry Day	Cited patent grant date	Cite patent grant date		PCT published data	Priority date of cited patent	Cited patent priority date		Number of patent citations	Cited patent priority date
Biological Preservation	Cited patent inventors	Citing patent inventors		PCT application data	Priority date of cited patent	Cited patent priority date		Original application for divisional case	Cited patent inventors	Citing patent inventors		Number of citations to other patents	Citing patent inventors
Original application for divisional case	Cited patent holder	Cite the patentee		PCT published data	Cited patent inventors	Citing patent inventors		Home country priority	Cited patent holder	Cite the patentee		Number of patent claims	Cite the patentee
Home country priority	Cited patent classification number	Cite patent classification number		Compare files	Cited patent holder	Cite the patentee		Brief description	Cited patent classification number	Cite patent classification number		Legal status	Cite patent classification number
Brief description	Number of cited patent claims	Number of cited patent claims		Biological Preservation	Cited patent classification number	Cite patent classification number		Number of patent claims	Number of cited patent claims	Number of cited patent claims			Number of cited patent claims
Number of patent claims	The number of times the cited patent cited other patents	Number of patent citations to other patents		Original application for divisional case	Number of cited patent claims	Number of cited patent claims		Number of citations to other patents	The number of times the cited patent cited other patents	Number of patent citations to other patents			Number of patent citations to other patents
Number of citations to other patents	Number of cited patent citations	Number of patent citations		Home country priority	The number of times the cited patent cited other patents	Number of patent citations to other patents		Number of patent citations	Number of cited patent citations	Number of patent citations			Number of patent citations
Number of patent citations	Legal status of cited patents	Cite patent legal status		Brief description	Number of cited patent citations	Number of patent citations		Legal status	Legal status of cited patents	Cite patent legal status			Cite patent legal status
Legal status	Whether the cited patent is cited by FamilytoFamily	Whether the cited patent is cited by FamilytoFamily		Number of patent claims	Legal status of cited patents	Cite patent legal status			Whether the cited patent is cited by FamilytoFamily	Whether the cited patent is cited by FamilytoFamily			Whether the cited patent is cited by FamilytoFamily
	Add the body of the referenced information	Add the body of the reference information		Number of citations to other patents	Whether the cited patent is cited by FamilytoFamily	Whether the cited patent is cited by FamilytoFamily			Add the body of the referenced information	Add the body of the reference information			Add the body of the reference information
				Number of patent citations	Add the body of the referenced information	Add the body of the reference information
				Legal status

Data structure display

Sample data

Due to the large number of forms, this page only displays the number of patent applications/quality of invention patent applications/details of invention patent applications. For other sections, please see the branch pages of each module on the left for details.

Statistics table on the number of patent applications filed by tax survey companies

Taxpayer Identification Number	Application year	Number of design patent applications	Number of independent design patent applications	Number of design patent applications granted in the year	Cumulative number of design patent applications granted in two years	Cumulative number of design patent applications granted in three years	Cumulative number of design patent applications granted over four years	Cumulative number of design patent applications granted in five years	Total number of authorized design patent applications	Number of independent design patent applications granted in the year	Cumulative number of independent design patent applications granted in two years	Cumulative number of independent design patent applications granted in three years	Cumulative number of independent design patent applications granted over four years	Cumulative number of independent design patent applications granted in five years	Total number of independent design patent applications granted	Number of utility model patent applications	Number of independent applications for utility model patents	Number of utility model patent applications granted in the year	Cumulative number of authorizations for utility model patent applications in two years	Cumulative number of authorizations for utility model patent applications in three years	Cumulative number of authorizations for utility model patent applications over four years	Cumulative number of authorizations for utility model patent applications in five years	Total number of authorized utility model patent applications	Number of independent utility model patent applications granted in the year	Cumulative number of independent utility model patent applications granted in two years	Cumulative number of independent utility model patent applications granted in three years	Cumulative number of independent utility model patent applications granted in four years	Cumulative number of independent utility model patent applications granted in five years	Total authorized number of independent utility model patent applications
370702613563551	2019	11	11	0	11	11	11	11	11	0	11	11	11	11	11	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702613563551	2020	6	6	0	6	6	6	6	6	0	6	6	6	6	6	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702666732902	2019	2	2	0	2	2	2	2	2	0	2	2	2	2	2	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702666732902	2020	3	3	2	3	3	3	3	3	2	3	3	3	3	3	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702666748699	2015	5	5	0	5	5	5	5	5	0	5	5	5	5	5	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702706340496	2011	3	3	0	3	3	3	3	3	0	3	3	3	3	3	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702734710933	2012	1	1	1	1	1	1	1	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702742414325	2012	3	3	3	3	3	3	3	3	3	3	3	3	3	3	7	7	6	7	7	7	7	7	6	7	7	7	7	7
370702742414325	2015	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2	2
370702742414325	2016	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1
370702762888042	2015	3	3	0	3	3	3	3	3	0	3	3	3	3	3	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702762888042	2016	6	6	6	6	6	6	6	6	6	6	6	6	6	6	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702762888042	2019	4	4	4	4	4	4	4	4	4	4	4	4	4	4	1	1	0	1	1	1	1	1	0	1	1	1	1	1
370702767750421	2015	6	6	0	6	6	6	6	6	0	6	6	6	6	6	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370702767750421	2016	4	4	0	4	4	4	4	4	0	4	4	4	4	4	4	4	0	4	4	4	4	4	0	4	4	4	4	4
37070305235963X	2015	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3
370703698087776	2019	2	2	0	2	2	2	2	2	0	2	2	2	2	2	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703705966120	2017	2	2	0	2	2	2	2	2	0	2	2	2	2	2	1	1	0	1	1	1	1	1	0	1	1	1	1	1
370703723267497	2018	5	5	0	5	5	5	5	5	0	5	5	5	5	5	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703723267497	2019	1	1	0	1	1	1	1	1	0	1	1	1	1	1	9	9	0	9	9	9	9	9	0	9	9	9	9	9
370703724289436	2012	1	1	1	1	1	1	1	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703724954336	2011	1	1	0	1	1	1	1	1	0	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703726216775	2015	1	1	1	1	1	1	1	1	1	1	1	1	1	1	4	4	4	4	4	4	4	4	4	4	4	4	4	4
370703731703287	2015	2	2	2	2	2	2	2	2	2	2	2	2	2	2	1	1	1	1	1	1	1	1	1	1	1	1	1	1
370703731703287	2016	2	2	2	2	2	2	2	2	2	2	2	2	2	2	1	1	1	1	1	1	1	1	1	1	1	1	1	1
370703737218274	2009	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1
370703740209934	2014	6	6	6	6	6	6	6	6	6	6	6	6	6	6	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703740209934	2015	6	6	6	6	6	6	6	6	6	6	6	6	6	6	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703740978071	2010	6	6	5	6	6	6	6	6	5	6	6	6	6	6	7	7	0	7	7	7	7	7	0	7	7	7	7	7
370703740978071	2015	3	3	0	3	3	3	3	3	0	3	3	3	3	3	3	3	0	3	3	3	3	3	0	3	3	3	3	3
370703743371873	2008	1	1	0	1	1	1	1	1	0	1	1	1	1	1	1	1	0	1	1	1	1	1	0	1	1	1	1	1
370703751763391	2011	2	2	0	2	2	2	2	2	0	2	2	2	2	2	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703751763391	2012	3	3	0	3	3	3	3	3	0	3	3	3	3	3	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703751763391	2013	4	4	3	4	4	4	4	4	3	4	4	4	4	4	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703751763391	2015	7	7	7	7	7	7	7	7	7	7	7	7	7	7	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703751763391	2016	5	5	5	5	5	5	5	5	5	5	5	5	5	5	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703751763391	2017	6	6	3	6	6	6	6	6	3	6	6	6	6	6	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703759164035	2009	1	1	0	1	1	1	1	1	0	1	1	1	1	1	1	1	0	1	1	1	1	1	0	1	1	1	1	1
370703759164035	2010	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1
370703773186919	2015	1	1	0	1	1	1	1	1	0	1	1	1	1	1	3	3	1	3	3	3	3	3	1	3	3	3	3	3
370703773186919	2021	1	1	1	1	1	1	1	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703777403466	2012	2	2	0	2	2	2	2	2	0	2	2	2	2	2	9	9	0	9	9	9	9	9	0	9	9	9	9	9
370703791528804	2008	8	8	0	8	8	8	8	8	0	8	8	8	8	8	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703791528804	2009	4	4	0	4	4	4	4	4	0	4	4	4	4	4	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703791528804	2010	3	3	0	3	3	3	3	3	0	3	3	3	3	3	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703791528804	2011	2	2	2	2	2	2	2	2	2	2	2	2	2	2	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703791528804	2013	2	2	0	2	2	2	2	2	0	2	2	2	2	2	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703791528804	2014	2	2	0	2	2	2	2	2	0	2	2	2	2	2	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370703791528804	2016	1	1	0	1	1	1	1	1	0	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0
370704053414960	2021	6	6	6	6	6	6	6	6	6	6	6	6	6	6	0	0	0	0	0	0	0	0	0	0	0	0	0	0

Tax Investigation Enterprise Patent Application Quality Statistics Table

Taxpayer Identification Number	Patent application year	Number of patent applications	Technical complexity of patent applications - counting the total number of types based on 1-digit IPC number	Technical complexity of patent applications - average number of types based on 1-digit IPC number	Technical complexity of patent applications - counting the total number of types based on 2-digit IPC numbers	Technical complexity of patent applications - average number of types based on 2-digit IPC number	Technical complexity of patent applications - counting the total number of types based on 4-digit IPC numbers	Technical complexity of patent applications - average number of types based on 4-digit IPC number	Number of independent patent applications	Technical complexity of independent patent applications - counting the total number of types based on 1-digit IPC number	Technical complexity of independent patent applications - average number of types based on 1-digit IPC number	Technical complexity of independent patent applications - counting the total number of types based on 2-digit IPC numbers	Technical complexity of independent patent applications - average number of types based on 2-digit IPC number	Technical complexity of independent patent applications - counting the total number of types based on 4-digit IPC numbers	Technical complexity of independent patent applications - average number of types based on 4-digit IPC number	Number of cooperative patent applications	Technical complexity of cooperative patent applications - counting the total number of types based on 1-digit IPC number	Technical complexity of cooperative patent applications - average number of types based on 1-digit IPC number	Technical complexity of cooperative patent applications - counting the total number of types based on 2-digit IPC numbers	Technical complexity of cooperative patent applications - average number of types based on 2-digit IPC number	Technical complexity of cooperative patent applications - counting the total number of types based on 4-digit IPC numbers	Technical complexity of cooperative patent applications - average number of types based on 4-digit IPC number	Number of citations in the year the patent was published	The cumulative number of citations in the two years since patent disclosure	The cumulative number of citations in the three years since patent disclosure	Cumulative number of citations over the past 4 years of patent disclosure	The cumulative number of citations in the five years since patent disclosure	Number of patent citations as of 2021.12	The number of citations of independent patent applications in the year	The cumulative number of citations in independent patent applications in the past two years	The cumulative number of citations in the three years of independent patent application disclosure	The cumulative number of citations in the four years since independent patent application was published	The cumulative number of citations in the five years since independent patent application disclosures	Number of citations for independent patent applications as of December 2021	The number of citations in the joint patent application disclosed in the year	The cumulative number of citations in the two years of jointly applied patent disclosures	The cumulative number of citations in the three years of jointly applied patent disclosures	The cumulative number of citations in the 4 years of jointly applied patent disclosures	The cumulative number of citations in the five years of jointly applied patent disclosures	Number of citations for cooperative patent application deadline 2021.12
110101053598894	2012	1	1	1	1	1	1	1	0	0	0	0	0	0	0	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101053607973	2019	3	2	1	2	1	3	1	0	0	0	0	0	0	0	3	2	1	2	1	3	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101055558765	2021	1	1	1	1	1	1	1	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101078512137	2020	2	1	1	1	1	1	1	0	0	0	0	0	0	0	2	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101080480445	2016	1	1	1	1	1	2	2	0	0	0	0	0	0	0	1	1	1	1	1	2	2	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101080480445	2020	5	2	1.2	2	1.2	3	1.2	2	2	1.5	2	1.5	2	1.5	3	2	1	2	1	2	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101085486854	2019	3	3	1.33	3	1.33	3	1.33	3	3	1.33	3	1.33	3	1.33	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100000972	2019	1	1	1	2	2	3	3	0	0	0	0	0	0	0	1	1	1	2	2	3	3	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100000972	2020	1	1	1	2	2	3	3	0	0	0	0	0	0	0	1	1	1	2	2	3	3	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100000972	2021	1	1	1	1	1	1	1	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100000999	2021	1	1	1	1	1	1	1	0	0	0	0	0	0	0	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100001967	2011	1	1	1	1	1	1	1	0	0	0	0	0	0	0	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100001967	2012	3	3	1	3	1	3	1	0	0	0	0	0	0	0	3	3	1	3	1	3	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100001967	2016	2	1	1	2	1	3	1.5	0	0	0	0	0	0	0	2	1	1	2	1	3	1.5	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100001967	2017	1	1	1	1	1	1	1	0	0	0	0	0	0	0	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100001967	2019	2	2	1	2	1	2	1	0	0	0	0	0	0	0	2	2	1	2	1	2	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100002740	2015	2	1	1	1	1	2	1	2	1	1	1	1	2	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100002740	2017	5	4	1.2	6	1.2	7	1.4	5	4	1.2	6	1.2	7	1.4	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100002740	2018	6	4	1	4	1	8	1.5	6	4	1	4	1	8	1.5	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100002740	2019	1	1	1	1	1	1	1	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100002740	2021	1	1	1	1	1	1	1	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
11010110000296X	2018	3	1	1	1	1	1	1	3	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
11010110000296X	2019	1	1	1	1	1	1	1	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100003807	2016	2	2	1	2	1	2	1	2	2	1	2	1	2	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2010	2	2	1	2	1	3	1.5	1	1	1	1	1	2	2	1	1	1	1	1	1	1	0	1	2	4	5	6	0	0	0	0	0	0	0	1	2	4	5	6
110101100006442	2011	1	1	1	1	1	1	1	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2012	1	1	1	1	1	1	1	0	0	0	0	0	0	0	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2013	13	6	1.23	7	1.23	14	1.46	13	6	1.23	7	1.23	14	1.46	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2014	9	6	1.11	7	1.11	7	1.11	8	5	1.12	6	1.12	6	1.12	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2015	9	3	1	4	1	11	1.56	9	3	1	4	1	11	1.56	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2016	3	3	1	3	1	4	1.33	3	3	1	3	1	4	1.33	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2017	13	5	1.15	5	1.15	16	1.54	13	5	1.15	5	1.15	16	1.54	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2018	49	7	1.16	11	1.16	31	1.45	49	7	1.16	11	1.16	31	1.45	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2019	30	6	1.1	8	1.13	21	1.37	29	4	1.07	6	1.1	19	1.34	1	2	2	2	2	2	2	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2020	19	7	1.21	9	1.26	17	1.47	18	7	1.22	9	1.28	17	1.5	1	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100006442	2021	10	3	1	4	1	7	1	10	3	1	4	1	7	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
11010110000712X	2010	2	2	1.5	2	1.5	5	2.5	0	0	0	0	0	0	0	2	2	1.5	2	1.5	5	2.5	1	1	3	4	5	8	0	0	0	0	0	0	1	1	3	4	5	8
110101100007920	2012	6	3	1.17	3	1.17	4	1.5	6	3	1.17	3	1.17	4	1.5	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100007920	2013	1	1	1	1	1	2	2	1	1	1	1	1	2	2	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100007920	2015	7	2	1.14	2	1.14	4	1.29	0	0	0	0	0	0	0	7	2	1.14	2	1.14	4	1.29	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100007920	2020	7	4	1	4	1	9	1.43	1	1	1	1	1	2	2	6	3	1	3	1	7	1.33	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100011866	2008	5	1	1	1	1	3	1.2	5	1	1	1	1	3	1.2	0	0	0	0	0	0	0	0	0	1	4	4	8	0	0	1	4	4	8	0	0	0	0	0	0
110101100011866	2009	6	2	1	2	1	4	1.33	5	1	1	1	1	3	1.4	1	1	1	1	1	1	1	0	0	7	15	29	63	0	0	5	12	21	45	0	0	2	3	8	18
110101100011866	2010	7	3	1.14	3	1.14	9	1.86	5	3	1.2	3	1.2	6	1.6	2	1	1	1	1	4	2.5	2	7	15	20	24	52	1	4	10	12	13	37	1	3	5	8	11	15
110101100011866	2011	2	1	1	1	1	1	1	2	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100011866	2012	5	2	1	3	1.2	5	1.2	3	2	1	3	1.33	4	1.33	2	1	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100011866	2013	11	2	1.18	2	1.18	4	1.18	6	2	1.33	2	1.33	3	1.33	5	2	1	2	1	3	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100011866	2014	17	1	1	2	1.06	5	1.18	11	1	1	2	1.09	4	1.09	6	1	1	1	1	3	1.33	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100011866	2015	14	2	1.07	2	1.07	4	1.07	5	2	1.2	2	1.2	3	1.2	9	1	1	1	1	3	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
110101100011866	2016	11	5	1.09	5	1.09	13	1.45	2	2	1	2	1	2	1	9	5	1.11	5	1.11	11	1.56	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0

Tax Investigation Enterprise Invention Patent Application Basic Information Form

Index ID	Taxpayer Identification Number	Patent name	Application announcement date	Application date	Inventor	Address	IPC classification number	Patent agency	Agent	Biological Preservation	Home country priority	Brief description	Number of patent claims	Number of citations to other patents	Number of patent citations	Legal Status
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	李志辉; 李刚; 袁海康; 郑小民	100089北京市海淀区西三环北路5号2号楼223号	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	北京律诚同业知识产权代理有限公司11006	梁挥; 祁建国			本发明涉及一种航空集装箱自动化储存设备、储存系统和出入库控制方法。储存设备包括库房、横移机构及升降装置，所述库房内具有多个在高度方向上按行、列间隔分布的储存工位，每一储存工位上具有可移动的托架平台，横移机构带动托架平台可在水平方向移动，升降装置带动托架平台可在竖直方向上升降。通过本发明能方便存取集装箱，提升管理效率和水平，树立机场机坪设备运转良好形象；减少集装箱摆放占地，提高集装箱存储容积率，节约土地资源；节省其它使用机具，降低生产人员工作强度。	12	8	6	CN - Active
CN102004252A	11010110000712X	[发明公布] 用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	2011-04-06	2010-11-19	黄勇; 林超; 牛维汉; 曲新华; 史苏存; 段玲	618013四川省德阳市珠江西路460号	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	成都虹桥专利事务所51124	王睿; 刘世平			本发明公开了一种具有较高测量精度的用于对静态工件进行三维空间定位的装置以及专用手持活动式光学逆反射器。该装置为一多路激光干涉追踪系统，该多路激光干涉追踪系统由至少三台激光干涉追踪仪、与所述各台激光干涉追踪仪分别连接的数据处理系统，以及与所述至少三台激光干涉追踪仪配合使用从而对被测工件进行三维空间定位的手持活动式光学逆反射器组成；其中，所述的手持活动式光学逆反射器包括反射镜以及与所述反射镜联接并用于使该手持活动式光学逆反射器在被测工件的基准面上沿特定方向运动的定位结构。本装置由于不涉及角度测量，测量不确定度仅为5.5μm，测量精度要大大高于激光跟踪测量，可完全满足大型工件的高精度三维工件定位要求。	8	5	3	CN - Active
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	史苏存; 曲兴华; 牛维汉; 林超; 黄勇; 段玲	618013四川省德阳市珠江西路460号	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	成都虹桥专利事务所51124	王睿; 刘世平			本发明公开了测量精度高的齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器。该系统的全局测量设备采用多路激光干涉追踪系统，该多路激光干涉追踪系统包括至少三台激光干涉追踪仪，与所述至少三台激光干涉追踪仪配合使用从而对被测齿轮进行空间定位的手持活动式光学逆反射器，以及用于与前端测量设备的可活动部分刚性联接的固定式光学逆反射器，所述手持活动式光学逆反射器包括反射镜以及与所述反射镜联接并用于使该手持活动式光学逆反射器在被测齿轮的基准面上沿特定方向运动的定位结构。该测量系统及测量方法能够精确对直径为3000～10000mm、最小模数为6mm、精度6级及以上的特大型高精度齿轮进行测量，提高了特大型高精度齿轮的制造水平。	14	8	5	CN - Active
CN101710464A	110101100011866	[发明公布] 在水槽中实现波、流、风耦合作用的综合模拟系统	2010-05-19	2009-12-17	陈汉宝; 刘海源; 孟凡超; 李俊义; 宋荣生; 刘高; 郑宝友; 张鹏; 陈上有; 戈龙仔; 陈广来; 王收军	300456天津市塘沽新港二号路2618号	G09B25/00(2006.01)I	天津才智专利商标代理有限公司12108	王顕			本发明公开了一种在水槽中实现波、流、风耦合作用的综合模拟系统，包括：水槽、用于在水槽内产生波浪的造波机、造风系统和造流系统。所述造流系统包括设置在水槽两端的下面的造流池；设置在水槽底面上连通水槽和造流池的疏水栅；设置在水槽外面，连接两端造流池的造流管道；安装在造流管道上的水泵，在造流管道上设置有进水口和出水口，所述造风系统包括与造波机相隔一定距离安装在水槽上方的风罩，风罩延伸至远离造波机一侧的水槽一端，在风罩末端的水槽上方安装有风道，在风道内安装有风机，风罩、风道与水槽密封连接形成风洞。本综合模拟系统通过在水槽中综合、实时生成波浪、潮流、风，可以完整真实地模拟港口、海岸及近海的水动力环境。	7	0	18	CN - Pending
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	刘高; 刘天成; 王秀伟; 彭运动; 孔庆凯; 廖海黎; 朱乐东	100010北京市东四前炒面胡同33号	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	中科专利商标代理有限责任公司11021	周国城			一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置，涉及桥梁技术，该装置为桥面板中央开槽与气动翼板的组合，开槽宽度为钢桁梁宽度1/100～1/10；两气动翼板对称安装在钢桁梁两侧，沿桥梁纵向连续布置，布置总长度为主跨跨中区域跨度的1/2～1倍，沿桥梁竖向采用单层、双层或多层布置形式；气动翼板，其宽度为钢桁梁宽度1/30～1/10；气动翼板中心到桥梁中心纵轴线水平距离为钢桁梁宽度1/3～1/2，到钢桁梁底部垂直距离为钢桁架高度1/4～1/2；气动翼板的横断面为椭圆型，或带圆端或三角形风嘴的平板型。本发明来改变钢桁梁的空气绕流特性，显著提高了钢桁梁悬索桥的颤振稳定性，结构简单、安装方便和经济性能好。	6	5	7	CN - Active
CN101736689A	110101100011866	[发明公布] 一种用于桥塔的消浪结构	2010-06-16	2008-11-19	刘高; 刘天成; 张喜刚; 徐国平; 王秀伟; 陈上有; 吴宏波; 李毅	100010北京市东四前炒面胡同33号	E01D19/02(2006.01)I	中科专利商标代理有限责任公司11021	周国城			一种用于桥塔的消浪结构，涉及桥梁技术，包括套筒、支撑板和导浪块。桥塔基础顶面与设计水位平齐，片状支撑板垂直固设于基础侧周面，支撑板上有圆形通孔，开孔率40％～60％，喇叭状凹曲面导浪块底面固接于基础顶面，内侧面与桥塔塔柱固接。支撑板外端固接环状套筒，套筒顶端与基础顶面平齐，有竖条形通孔，开孔率30％～50％。导浪块和套筒高度为设计波高的1.5～2.0倍。套筒、支撑板和桥塔基础共同构成环形消浪室，环形消浪室厚度为设计波长的1/10～1/5倍，顶部和底部透空。套筒、支撑板和导浪块用钢材或钢筋混凝土或复合材料制成。本发明消耗和吸收波浪能量，有效消减波浪力对桥塔的作用；结构简单，安装方便，经济效益好。	7	5	1	CN - Active
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	孟凡超; 刘士林; 刘晓东; 葛胜锦; 吴明先; 王伟; 彭泽友; 熊治华	710075陕西省西安市高新技术开发西区科技二路63号	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	西安新思维专利商标事务所有限公司61114	黄秦芳			本发明涉及一种非线性阻尼辐减隔震支座。目前支座的主体结构相似，但是因其结构和材料方面的各种限制，实际抗震效果不能满足当前使用要求。本发明的一种非线性阻尼辐减隔震支座，包括支座本体，支座本体包括上座板、中衬板和下座板，中衬板和下座板之间夹设有功能板，其还包括减隔震装置，减隔震装置包括限位块和非线性阻尼辐；下座板的表面、中衬板的外侧固定均匀设置有数个限位块，限位块通过限位耗能螺栓与下座板连接；非线性阻尼辐的一端与中衬板固定连接，另一端与下座板固定连接，非线性阻尼辐包括均布绕于中衬板外侧的数个。本发明具有普通支座的全部功能，可以在地震发生时，减小或隔离地震对桥梁或其它建筑结构的影响。	7	8	7	CN - Active Application Filing, WO - Active Application Filing
CN101864740A	110101100011866	[发明公布] 桥梁用活动风障	2010-10-20	2009-12-02	宋晖; 郝海龙; 孟凡超; 周山水; 张克; 王晓冬	100010北京市西城区德胜门外大街85号	E01F7/02(2006.01)I; E01D19/00(2006.01)I	中科专利商标代理有限责任公司11021	周国城			本发明公开了一种桥梁用活动风障，涉及桥梁技术，包括多个活动风障单元，顺桥向桥面两侧顺序一线排列；每个活动风障单元包括活动风障面、专用驱动机构、支架、底座。本发明的桥梁用活动风障能够有效保障桥梁的侧风行车安全、提高桥梁的行车环境风速，且能有效保障桥梁主体结构在设置风障后的抗风安全性，有效降低桥梁主体结构在抗风设计方面的成本。	4	3	7	CN - Active
CN101894328A	110101100011866	[发明公布] 基于CAD的桥梁病害管理系统及桥梁病害管理维护方法	2010-11-24	2010-07-13	冯良平; 李娜; 谢浩; 张鹏飞; 胡斌; 周兵; 张晓斌; 张澍	100088北京市西城区德胜门外大街85号A座	G06Q10/00(2006.01)I; G06Q50/00(2006.01)I	北京东方汇众知识产权代理事务所(普通合伙)11296	刘淑芬			本发明公开了一种基于CAD的桥梁病害管理系统及桥梁病害管理维护方法，该系统利用CAD相关技术来记录和处理桥梁构件中的病害。本软件包括桥梁系统的检查以及对错误的记录、对桥梁的评估预测功能、以及对病害的维护等功能。本发明专利使桥梁管养单位对桥梁的病害的检查和维护工作变得更加方便，并且很大程度的提升了其工作的便捷性并实现了很高的效率。	6	0	1	CN - Pending
CN101916398A	110101100011866	[发明公布] 基于WEBGIS的区域桥梁信息化管理系统	2010-12-15	2010-07-13	李娜; 冯良平; 谢浩; 张晓斌; 周兵; 胡斌; 张鹏飞; 张澍	100088北京市西城区德胜门外大街85号A座	G06Q10/00(2006.01)I; G06Q50/00(2006.01)I	北京东方汇众知识产权代理事务所(普通合伙)11296	刘淑芬			本发明公开了一种基于WEB GIS的区域桥梁信息化管理系统，该系统充分利用GIS以及互联网相应技术，实现了一定区域内所有桥梁的批量化管理，并实现了对桥梁相应信息和状态处理的智能化，信息化。通过GIS技术为基础可以方便、快捷、直观的完成对管理桥梁进行信息档案、日常管养工作、质量评估以及预测等工作任务。本发明可以有效协助桥梁管理部门的日常工作，对其在降低人力工作成本的基础上提升其工作效率有着很大的帮助。	9	0	16	CN - Pending
CN101937214A	110101100011866	[发明公布] 基于工业以太网的跨海悬索桥结构监测系统	2011-01-05	2010-07-13	徐国平; 李娜; 崔冰; 冯良平; 谢浩; 周兵; 张晓斌; 刘志强; 叶志龙; 马骎; 张新越; 刘芳亮; 张澍	100088北京市西城区德胜门外大街85号A座	G05B19/418(2006.01)I; G08C23/04(2006.01)I; G01M99/00(2011.01)I; H04N7/18(2006.01)I	北京东方汇众知识产权代理事务所(普通合伙)11296	刘淑芬			本系统的研发公布了一种基于工业以太网的跨海悬索桥结构监测系统，本系统包括硬件和软件两大体系。系统硬件体系包括大桥现场设备，监控中心设备以及大桥现场到监控中心的通讯光缆设备等。软件体系除了必要的操作系统、办公软件以及结构计算分析ANSYS、MATLAB、ARTEMIS、QJX等工具软件支撑外，更重要的是针对桥梁结构监测及预警特定需求开发的用户定制软件。本系统通过软硬件体系的协同工作，通过外场传感器在现场的数据采集以及数据实时监测软件对数据的接收、处理分析实现对大桥结构信息的监测。本系统集大桥日常养护管理工作与大桥结构数据采集为一体，随时为跨海悬索桥管养单位提供一个可视的数字化和信息化平台，提高管养科技水平，可以随时为其提供桥梁结构安全状态信息。	10	5	20	CN - Active
CN101962956A	110101100011866	[发明公布] 一种桥梁预制基础及其埋床法	2011-02-02	2009-07-22	徐国平; 刘高; 林鸣; 周山水; 刘峰; 付佰勇; 刘晓东	100010北京市西城区德胜门外大街85号	E02D27/12(2006.01)I; E01D19/02(2006.01)I; E02D15/00(2006.01)I	中科专利商标代理有限责任公司11021	周国城			本发明一种桥梁预制基础及其埋床法，该预制基础由桥梁下部墩身、倒凹形承台和墩身与承台围成的空腔组成。倒凹形承台预留导向孔、排气补注孔和支撑垫板。该埋床法为：下部墩身与承台在工厂一体预制，基槽开挖后，铺设防冲垫层，沉桩，桩穿过防冲垫层，插入海(或江、河)床中。在桩顶设计标高以下5～30m范围灌注填芯混凝土，水下切割支撑桩和承载桩至设计标高。预制基础通过导向桩定位，放置在有支撑构件的支撑桩上。水下切割导向桩，通过空腔内浇筑混凝土使预制基础与桩牢固连接。桥梁预制基础下部墩身顶面要高出水面并高于浪溅区。本发明将预制基础的承台全部埋入海(或江、河)床，能降低桥梁阻水率、缩短施工工期、减小环境影响，且工程造价低。	10	0	13	CN - Expired - Fee Related
CN101962958A	110101100011866	[发明公布] 一种沉井与桩组成的桥梁复合基础及施工方法	2011-02-02	2009-07-22	徐国平; 刘高; 周山水; 刘化图; 付佰勇; 蔡景旺	100010北京市西城区德胜门外大街85号	E02D27/20(2006.01)I; E02D23/00(2006.01)I; E02D23/08(2006.01)I	中科专利商标代理有限责任公司11021	周国城			本发明一种沉井与桩组成的桥梁复合基础及施工方法，涉及桥梁技术。复合基础由沉井和桩组成，沉井隔墙为纵横向墙体结构，在隔墙交界处有沉桩预留孔，钢管桩或混凝土打入桩通过该孔下沉。施工方法：首节沉井制作、浮运到桥位设计位置定位，井壁及隔墙中灌水下沉，节段接高，直到沉井着床，沉井井壁及隔墙中浇筑混凝土。沉井吸泥下沉，继续接高，当沉井接高至设计标高后，浇筑沉井封底混凝土。在沉井外周抛石防护，井孔中抽水或填芯，施工沉井顶板。沉桩预留孔中沉桩后，在预留孔内浇筑混凝土，实现沉井与桩的连接。本发明的桥梁复合基础，适用于深水软土地基，既能发挥沉井刚度大、作为桩基施工围护结构的优势，又能发挥桩基控制沉降的特点。	8	2	14	CN - Active
CN102002911A	110101100011866	[发明公布] 碳纤维索股内套管锥形粘结型锚具	2011-04-06	2010-11-10	侯苏伟; 刘明虎; 诸葛萍; 强士中; 徐国平; 任伟平; 叶华文; 肖林; 李翠娟; 李永乐; 徐勋	100088北京市西城区德胜门外大街85号德胜国际中心A座	E01D19/16(2006.01)I; E01D19/14(2006.01)I; E04C5/12(2006.01)I	成都信博专利代理有限责任公司51200	张澎			本发明公开了一种碳纤维索股内套管锥形粘结型锚具，在套管外侧设置有加劲螺纹钢筋，套管具有轴向楔形镂空槽，镂空槽的楔尖朝向所述锚环锥形孔的小孔端。采用本发明锚具可改善CFRP索股在横向及纵向受力不均的状况，可对锚具进行预紧，使所有CFRP丝均能同时发挥极限承载能力，提高锚固效率，锚固效率系数可达100%，具有优异的静力和动力性能，且造价低廉，组装简单方便易于施工。	7	7	8	CN - Expired - Fee Related
CN102031748A	110101100011866	[发明公布] 一种布设输送管道的分体式双箱钢箱梁	2011-04-27	2009-09-28	刘高; 徐国平; 张喜刚; 葛耀君; 项海帆; 吴文明; 刘天成	100010北京市西城区德胜门外大街85号	E01D2/04(2006.01)I; E01D18/00(2006.01)I; E01D101/30(2006.01)N	中科专利商标代理有限责任公司11021	周国城			一种布设输送管道的分体式双箱钢箱梁，涉及桥梁技术，用于桥梁的主梁，由流线型扁平钢箱梁、中央开槽、连接横梁、凹槽、夹固装置、输送管道、盖板和加强防撞护栏构成。分体式双箱钢箱梁中央开槽的宽度为10m～24m，中央开槽纵向每间隔12m～20m设置一个与两侧钢箱梁水平正交的连接横梁，连接横梁的两侧上部设置凹槽，凹槽沿中央开槽纵向设置，两端为开口，在凹槽内安装夹固装置，夹固装置将输送管道固定在凹槽内。在凹槽的上方设有盖板。为了避免汽车撞击输送管道，在流线型扁平钢箱梁靠近中央开槽侧，设置加强防撞护栏。本发明的气动外形良好，输送管道便于安装，易于检修维护，适用于跨江、河或海等大风地区布设输送管道的大跨桥梁。	7	0	3	CN - Active
CN102031749A	110101100011866	[发明公布] 控制分体式钢箱梁桥梁的主梁涡激振动的格栅结构	2011-04-27	2009-09-28	刘高; 孟凡超; 王麒; 绍新鹏	100010北京市西城区德胜门外大街85号	E01D19/00(2006.01)I; E01D2/04(2006.01)I	中科专利商标代理有限责任公司11021	周国城			本发明公开了一种控制分体式钢箱梁桥梁的主梁涡激振动的格栅结构，涉及桥梁技术，包括格栅和格栅支撑架。格栅在格栅支撑架上表面，二者之间通过焊接或栓接固接，位于分体式钢箱梁的中央开槽的顶部，其顶面与分体式钢箱梁的顶面平齐，其周缘固定在分体式钢箱梁的钢箱梁和连接横梁上。格栅支撑架的平面布置形式为“井”字形或“米”字形，其横截面形式为工字形或矩形。格栅结构沿桥梁纵向布置，在分体式钢箱梁的连接横梁处断开，布置区域的长度为桥梁主跨长度的1/2～1倍。格栅结构的透空率为40％～80％。本发明能够抑制空气流过分体式钢箱梁时所产生的旋涡，从而有效控制分体式钢箱梁的涡激振动，而且结构简单、安装方便和经济性能好。	4	4	8	CN - Active
CN101692668A	11010110001993X	[发明公布] 一种航空气象数据自动下载、解析和存储的装置及方法	2010-04-07	2009-07-06	唐金翔; 朱衍波; 张军; 许有臣; 赵灿; 赵朋; 刘洪飞	100083北京市海淀区北四环中路238号柏彦大厦16层	H04L29/06(2006.01)I; H04L12/56(2006.01)I; G06F17/30(2006.01)I	北京中北知识产权代理有限公司11253	冯梦洪			公开了一种航空气象数据自动下载、解析和存储的装置及方法，装置包括：远程传输模块，其从气象中心FTP服务器上下载气象数据文件；报文解析与数据存储模块，其对气象报文数据进行解析并存储到数据库相应的表中；多线程管理模块，其根据用户设置创建并管理下载线程与解析线程，使线程间同步；连接故障诊断与排除模块，其自动定时地诊断本装置与FTP服务器及数据库服务器连接的有效性，并在故障发生后启动相应的故障处理机制；历史数据管理模块，其根据用户设置自动定时清除过期历史数据；用户界面管理模块，其进行本装置与用户的交互。该装置实现了航空气象数据从数据源到目的端的自动下载、解析、存储，为后端的应用程序做好了充分的准备。	8	6	13	CN - Active
CN101694681A	11010110001993X	[发明公布] 一种鸟击风险评估系统及其评估方法	2010-04-14	2009-11-03	宁焕生; 陈唯实; 朱衍波; 郭勇; 刘文明; 徐群玉	100083北京市海淀区学院路37号	G06F19/00(2006.01)I; G01S13/89(2006.01)I	北京永创新实专利事务所11121	周长琪		2008102275376 2008.11.28 CN	本发明公开了一种鸟击风险评估系统及其风险评估方法，所述系统由雷达、图像采集设备、飞鸟目标识别模块、鸟击风险评估模型和鸟情数据库构成。雷达实时地输出视频信号，图像采集设备将视频信号转换为数字雷达图像，飞鸟目标识别模块基于图像采集设备输出的数字雷达图像，识别出飞鸟目标并提取出相关鸟情信息，鸟击风险评估模型基于飞鸟目标识别模块提取的鸟情信息，对实时的鸟击风险进行评估，输出鸟击风险系数；鸟情数据库储存了飞鸟目标识别模块提取的鸟情信息和鸟击风险评估模型给出的鸟击风险系数。应用本发明方法可以准确的对机场周围飞鸟情况进行预警和掌握，便于工作人员清理和飞机驾驶人员有效规避风险。	7	0	10	CN - Expired - Fee Related
CN101694752A	11010110001993X	[发明公布] 空域运行仿真中冲突的自动检测和调解系统及方法	2010-04-14	2009-07-06	朱衍波; 李立群; 张军; 许有臣; 赵灿; 唐金翔	100083北京市海淀区北四环中路238号柏彦大厦16层	G08G5/00(2006.01)I; G06Q10/00(2006.01)I; G06Q50/00(2006.01)I	北京中北知识产权代理有限公司11253	吴立			本发明公开了一种空域运行仿真中冲突的自动检测和调解系统，包括：空域状态预先仿真模块，用于预测在未来一段时间内仿真空域的运行情况；冲突探测模块，用于探测某个时间点空域内飞行流的冲突情况；冲突调解模块，用于在规定允许的调解时间余量内调解已经探测到的飞行冲突；本系统实现了空域仿真运行中飞行冲突的自动检测和处理，算法简单，并可使得空域仿真更加贴近空域的实际运行情况，为空域运行的科学评估、科学规划提供辅助决策手段。	11	4	17	CN - Active
CN101697007A	11010110001993X	[发明公布] 一种基于雷达图像的飞鸟目标识别与跟踪方法	2010-04-21	2009-10-16	宁焕生; 陈唯实; 朱衍波; 郭勇; 刘文明; 徐群玉	100083北京市海淀区学院路37号	G01S7/41(2006.01)I; G01S13/58(2006.01)I; G01S13/66(2006.01)I	北京永创新实专利事务所11121	周长琪		2008102275272 2008.11.28 CN	本发明涉及一种基于雷达图像的飞鸟目标识别与跟踪方法，该方法通过从探鸟雷达PPI图像中减去背景图像，得到背景差分的雷达图像；然后对背景差分雷达图像进行杂波抑制，然后进行目标信息提取和多目标跟踪，最后通过数据融合，实现目标识别与跟踪。本发明提供的方法不仅填补了我国“雷达探鸟”领域的空白，为民航鸟击防范工作提供了技术保障，而且也适用于低空低速情况下其它雷达目标信号的处理，具有广阔的应用前景；该方法可以用于指导机场工作人员实施驱鸟作业。	9	1	23	CN - Expired - Fee Related
CN101706569A	11010110001993X	[发明公布] 多点定位系统的覆盖精度评估方法和装置	2010-05-12	2009-11-05	朱衍波; 刘伟; 张军; 裴新欣; 王永春; 高嘉	100191北京市海淀区北四环中路238号柏彦大厦16层	G01S7/02(2006.01)I; G01S13/00(2006.01)I	北京同立钧成知识产权代理有限公司11205	刘芳			本发明提供一种多点定位系统的覆盖精度评估方法和装置，其中方法包括：采集机场地面的建筑物的坐标数据和接收机的坐标数据；根据所述建筑物的坐标数据获取有效评估区域；根据所述接收机的坐标数据和所述有效评估区域计算评估点的覆盖精度。装置包括采集模块、评估区域获取模块和评估计算模块。本发明实施例实现了在非视距严重的情况下对多点定位系统的覆盖精度的有效评估，使得用户可以获取到各个远端接收站的安置几何分布对多点定位系统的精度的影响，可以对多点定位系统的接收机几何布站进行指导。	8	4	5	CN - Active
CN101813763A	11010110001993X	[发明公布] 多点定位方法、系统及中心站	2010-08-25	2009-12-22	朱衍波; 张军; 刘伟; 裴新欣; 王永春; 高嘉	100191北京市海淀区北四环中路238号柏彦大厦16层	G01S5/00(2006.01)I	北京同立钧成知识产权代理有限公司11205	刘芳			本发明一种多点定位方法、系统及中心站，其中方法包括：中心站在预设时间段内接收来自于多个接收机的时标信息，所述时标信息包括监视目标的标识及所述监视目标的应答信号到达所述接收机的时间；所述中心站根据接收到的时标信息中包括的监视目标的标识，判断对应于一个监视目标的时标信息的数量；当判断出所述时标信息的数量等于3时，构建方程组(1)；将所述方程组(1)变换为如下向量方程(1)；判断α值，当α＝0时，求解所述向量方程(1)得到第一确定值；当α＜0时，求解所述向量方程(1)得到第二确定值。本发明实施例实现了监视目标的定位，最大程度地消除了模糊性，精度高。	9	3	6	CN - Active
CN102004235A	11010110001993X	[发明公布] 多点定位系统的接收站选取方法	2011-04-06	2010-10-22	刘伟; 朱衍波; 张军; 裴新欣; 王永春	100191北京市海淀区北四环中路238号柏彦大厦16层	G01S5/00(2006.01)I	北京同立钧成知识产权代理有限公司11205	王申			本发明提供一种多点定位系统的接收站选取方法，其中包括：测量相邻两个接收站相对于监视目标的夹角；将构成最小夹角的两个接收站选择为两个待定站点；将所述两个待定站点之一删除，使得删除后的一个剩余待定站点与该剩余待定站点的相邻接收站之间的夹角与最优夹角θ之间的差值的绝对值更小，其中，θ＝2π/K，K表示被选接收站的个数；重复上述步骤，直到剩余的夹角的个数为K。本发明所述方法能够快速地选出合适数量的接收站，从而在保证定位精度的前提下，减少了参与计算的接收站的数量，因此减少计算量和信息冗余。	3	1	3	CN - Active
CN101725003A	110101101103359	[发明公布] 纤维紧压式非浸浴超小浴比染色方法	2010-06-09	2009-12-09	张荣祥	100022北京市朝阳区松榆南路107号	D06B5/12(2006.01)I; D06B23/04(2006.01)I	北京市卓华知识产权代理有限公司11299	申率			本发明涉及纤维紧压式非浸浴超小浴比染色方法，其将待染色物料强制压缩，并在压缩状态下通过贯穿待染色物料的流动染液进行染色。所述待染色物料的压缩容量通常可为0.4-0.5g/cm3，所述待染色物料与所用染液的质量浴比小于或等于1∶2。本发明实现了超小浴比纤维染色，降低了染色的耗水量，减少了污水排放量，提高了染色的均匀性，有效地减轻了污水对环境的污染，降低了生产成本，主要可用于各种天然或化学纤维的散纤维、纤维条和纱线等的染色。	10	11	4	CN - Expired - Fee Related, WO - Application Filing Expired - Lifetime Withdrawn, DE - Application Filing Expired - Lifetime Withdrawn, EP - Application Filing Expired - Lifetime Withdrawn
CN101748642A	11010110110647X	[发明公布] 一种邮资票品专用防伪宣纸、邮资票品及其生产方法	2010-06-23	2008-12-12	刘荣华; 马宝立; 柳振国; 黄迎福; 曹志刚; 关钧; 姜海斌; 芮坚克	100054北京市宣武区右安门内大街8号	D21H11/12(2006.01)I; D21B1/12(2006.01)I; D21C3/00(2006.01)I; D21D1/02(2006.01)I; D21C9/12(2006.01)I; D21H21/40(2006.01)I; D21H25/02(2006.01)I; D21H19/20(2006.01)I; D21H19/28(2006.01)I; D21C9/02(2006.01)I; D21D5/00(2006.01)I; D21D5/02(2006.01)I; D21H21/12(2006.01)I; B31F1/00(2006.01)I; G09F3/02(2006.01)I; B42D15/02(2006.01)I	北京三友知识产权代理有限公司11127	黄健			本发明提供一种用于邮资票品专用防伪宣纸的生产方法，采用青檀树皮和砂田稻草为原料，经浸泡、打浆和次氯酸钙漂液漂白处理得到纸浆；制作好的纸浆进行净化处理后进行捞纸，经晾晒、剪切制成生宣纸；对生宣纸在矾液中进行拖矾处理，然后自然晾干，得到熟宣纸；于该熟宣纸背面涂背胶，经晾干压平，制成所述邮资票品专用防伪宣纸。本发明的生产方法通过在传统宣纸生产工艺基础上的改进，使所得到的宣纸除保留了传统宣纸的特性外，还能够具有良好印刷适性，可以作为邮票、邮资明信片等邮资票品的专用防伪宣纸。	10	4	10	CN - Active
CN101716082A	110101101213195	[发明公布] 一种旋转体与固定体之间的光学数据传输系统	2010-06-02	2009-12-17	徐圆飞; 杨继文; 王稷; 崔航; 黄法恒; 许涛; 姜正; 颜菡; 张律	100013北京市东城区和平里东街11号	A61B6/03(2006.01)I; G01N23/04(2006.01)I; H04B10/10(2006.01)I; H04B10/155(2006.01)I					一种旋转体和固定体之间的高速无线数据传输系统，该系统基于无线激光通信技术，适用于工业CT或医用CT的滑环系统中，以实现将旋转体上的检测数据高速高可靠地传输到固定体上，该系统包括设置在旋转体上的数据采集装置、若干个激光发射装置和齿轮齿条机构以及设置在固定体上的轨道机构和激光接收装置。由于本发明采用无线激光通信来实现数据的高速传输，传输速率高、误码率低并且抗干扰能力强，满足了工业CT或医用CT中大数据量高速传输的要求。	5	6	10	CN - Active
CN101794504A	110101101213195	[发明公布] 一种旋转体与固定体之间的光纤数据传输系统	2010-08-04	2010-01-25	徐圆飞; 许涛; 王稷; 杨继文; 黄法恒; 崔航	100013北京市东城区和平里东街11号	G08C23/06(2006.01)I; H04B10/12(2006.01)I					一种旋转体和固定体之间的高速光纤数据传输系统，该系统基于光纤通信技术，适用于工业CT或医用CT的滑环系统中，以实现将旋转体上的检测数据高速高可靠地传输到固定体上，该系统包括设置在旋转体上的数据采集装置、若干个光纤准直镜、齿轮环、同步带、若干个光纤耦合镜以及设置在固定体上的光纤旋转连接器。由于本发明采用光纤通信来实现数据的高速传输，传输速率高、误码率低并且抗干扰能力强，满足了工业CT或医用CT中大数据量高速传输的要求。	6	0	4	CN - Active
CN101873173A	110101101213195	[发明公布] 一种旋转体与固定体之间的高速光学数据传输系统	2010-10-27	2010-06-29	徐圆飞; 王稷; 杨继文	100013北京市东城区和平里东街11号	H04B10/12(2006.01)I; A61B6/03(2006.01)I					一种旋转体和固定体之间的高速光纤数据传输系统，该系统基于光纤通信技术，适用于工业CT、高端安检仪或医用CT的滑环系统中，以实现将旋转体上的检测数据高速高可靠地传输到固定体上，该系统包括设置在旋转体上的数据采集装置、发射装置、光纤准直镜、滑道、接收装置、光纤耦合镜以及设置在固定体上的光纤旋转连接器和光合路器。由于本发明采用光纤通信来实现数据的高速传输，传输速率高、误码率低并且抗干扰能力强，满足了工业CT、高端安检仪或医用CT中大数据量高速传输的要求。	7	4	4	CN - Active
CN101873174A	110101101213195	[发明公布] 一种旋转体与固定体之间的高速激光数据传输系统	2010-10-27	2010-06-29	徐圆飞; 杨继文; 王稷	100013北京市东城区和平里东街11号	H04B10/12(2006.01)I; A61B6/03(2006.01)I					一种旋转体和固定体之间的高速激光数据传输系统，该系统基于光纤通信技术，适用于工业CT、高端安检仪或医用CT的滑环系统中，以实现将旋转体上的检测数据高速高可靠地传输到固定体上，该系统包括设置在旋转体上的数据采集装置、旋转发射装置、旋转杆机构、接收套以及设置在固定体上的光纤旋转连接器和光合路器。由于本发明采用光纤通信来实现数据的高速传输，传输速率高、误码率低并且抗干扰能力强，满足了工业CT、高端安检仪或医用CT中大数据量高速传输的要求。	6	3	1	CN - Active
CN101884547A	110101101213195	[发明公布] 一种用于滑环的高速光学数据传输系统	2010-11-17	2010-07-15	徐圆飞; 杨继文; 王稷	100013北京市东城区和平里东街11号	A61B6/03(2006.01)I; H04B10/10(2006.01)I; G01N23/00(2006.01)I					一种旋转体和固定体之间的激光数据传输系统，该系统基于空间激光通信技术，适用于工业CT、高端安检仪或医用CT的滑环系统中，以实现将旋转体上的检测数据高速高可靠地传输到固定体上，该系统包括设置在旋转体上的数据采集装置、旋转连杆装置、激光发射装置以及设置在固定体上的滑道装置和接收装置。由于本发明采用空间激光来实现数据的高速传输，传输速率高、误码率低并且抗干扰能力强，满足了工业CT、高端安检仪或医用CT中大数据量高速传输的要求。	7	3	1	CN - Active
CN101884548A	110101101213195	[发明公布] 一种用于滑环的光学数据传输系统	2010-11-17	2010-07-15	徐圆飞; 杨继文; 王稷	100013北京市东城区和平里东街11号	A61B6/03(2006.01)I; G01N23/00(2006.01)I					一种旋转体和固定体之间的激光数据传输系统，该系统基于空间激光通信技术，适用于工业CT、高端安检仪或医用CT的滑环系统中，以实现将旋转体上的检测数据高速高可靠地传输到固定体上，该系统包括设置在旋转体上的数据采集装置、旋转连杆装置、激光发射装置以及设置在固定体上的滑道装置和接收装置。由于本发明采用空间激光来实现数据的高速传输，传输速率高、误码率低并且抗干扰能力强，满足了工业CT、高端安检仪或医用CT中大数据量高速传输的要求。	7	3	0	CN - Active
CN101888270A	110101101213195	[发明公布] 用于滑环的光纤数据传输系统	2010-11-17	2010-06-29	徐圆飞; 王稷; 杨继文	100013北京市东城区和平里东街11号	H04B10/12(2006.01)I; A61B6/03(2006.01)I					一种旋转体和固定体之间的高速光纤数据传输系统，该系统基于光纤通信技术，适用于工业CT、高端安检仪或医用CT的滑环系统中，以实现将旋转体上的检测数据高速高可靠地传输到固定体上，该系统包括设置在旋转体上的数据采集装置、光纤准直镜、带轮、同步带、光纤耦合镜以及设置在固定体上的光纤旋转连接器和光合路器。由于本发明采用光纤通信来实现数据的高速传输，传输速率高、误码率低并且抗干扰能力强，满足了工业CT、高端安检仪或医用CT中大数据量高速传输的要求。	6	3	0	CN - Active
CN101888271A	110101101213195	[发明公布] 一种旋转体与固定体之间的光学数据传输系统	2010-11-17	2010-07-15	徐圆飞	100013北京市东城区和平里东街11号	H04B10/12(2006.01)I; A61B6/03(2006.01)I					一种旋转体和固定体之间的高速无线数据传输系统，该系统基于无线激光通信技术，适用于工业CT或医用CT的滑环系统中，以实现将旋转体上的检测数据高速高可靠地传输到固定体上，该系统包括设置在旋转体上的数据采集装置、光纤准直镜和设置在固定体上的激光接收装置。由于本发明采用无线激光通信来实现数据的高速传输，传输速率高、误码率低并且抗干扰能力强，满足了工业CT或医用CT中大数据量高速传输的要求。	5	3	5	CN - Active
CN101982942A	110101101213195	[发明公布] 一种旋转体与固定体之间的高速光学数据传输系统	2011-03-02	2010-09-16	徐圆飞; 王稷; 杨继文	100013北京市东城区和平里东街11号	H04B10/12(2006.01)I; G02B6/42(2006.01)I; A61B6/03(2006.01)I					一种旋转体和固定体之间的高速光纤数据传输系统，该系统基于光纤通信技术，适用于工业CT、高端安检仪或医用CT的滑环系统中，以实现将旋转体上的检测数据高速高可靠地传输到固定体上，该系统包括设置在旋转体上的数据采集装置、发射装置、光纤准直镜、曲线导轨、滑块、接收装置、光纤耦合镜以及设置在固定体上的光纤旋转连接器和光合路器。由于本发明采用光纤通信来实现数据的高速传输，传输速率高、误码率低并且抗干扰能力强，满足了工业CT、高端安检仪或医用CT中大数据量高速传输的要求。	9	5	3
CN101716300A	11010110122170X	[发明公布] 一种止咳中药复方制剂及其制备方法	2010-06-02	2009-09-22	赵陆华; 李荣生; 王广基; 朱兴祥; 朱萱萱; 娄敏; 李丰文	211198江苏省南京市江宁区龙眠大道639号	A61K36/904(2006.01)I; A61P11/14(2006.01)I; A61P11/00(2006.01)I	南京苏科专利代理有限责任公司32102	孙立冰			本发明涉及中药领域，具体涉及一种止咳中药复方制剂及其制备方法。其特征是由下列中药材按对应的重量份制得：连翘400-600份，黄芩400-600份，柴胡280-380份，瓜蒌皮280-380份，麻黄150-250份，苦杏仁280-380份，前胡280-380份，桔梗280-380份，百部280-380份，甘草100-180份。本发明的止咳中药具有抗菌、抗病毒、清热、止咳、祛痰、平喘、镇痛和抗炎等作用。	4	0	3	CN - Expired - Fee Related
CN101724336A	110101101229584	[发明公布] 涂覆材料及其制备方法	2010-06-09	2009-12-24	梁金生; 郑淑芬; 李娟	100007北京市东城区安定门东大街28号雍和大厦A座710	C09D175/04(2006.01)I; C09D5/14(2006.01)I; C09D5/08(2006.01)I					本发明公开一种涂覆材料，由下述重量比的配料组成：基料30～50％、无机抗菌防臭材料2～15％、防水添加剂0.5～3％、防锈剂1～5％、成膜助剂1～3％、耐磨剂1～5％、水20～40％。本发明涂覆材料可以涂覆在动物养殖场设施、工具表面，应用本材料后，动物养殖舍空气中氨气等恶臭物质浓度降低、减少动物交叉感染，可以实现动物健康功能化养殖。	10	0	6	CN - Pending
CN101735720A	110101101229584	[发明公布] 一种能产生负离子耐气流冲刷的涂覆材料及其制备方法	2010-06-16	2010-03-02	梁金生; 郑淑芬; 刘立华	100007北京市东城区安定门东大街28号雍和大厦A座710	C09D175/00(2006.01)I; C09D167/08(2006.01)I; C09D133/00(2006.01)I; C09D161/20(2006.01)I; C09D5/14(2006.01)I; C09D5/08(2006.01)I					本发明公开一种能产生负离子耐气流冲刷的涂覆材料，由下述重量比的配料组成：无机抗菌防臭材料10～20％、负离子材料3～10％、成膜物质30～50％、防锈剂5～10％、耐磨剂5～10％、成膜助剂1～5％、水10～30％。上述组分经搅拌、混料等工序制成。本发明涂覆材料可以涂覆在动物养殖场进风管道内壁表面、扇叶等调风设施表面，应用本材料后，动物养殖舍空气中粉尘减少、空气清新，有利于实现动物健康功能化养殖。	10	3	8	CN - Active
CN101747008A	110101101229584	[发明公布] 抹面砂浆材料及其制备方法	2010-06-23	2009-12-24	梁金生; 郑淑芬; 王九天; 刘立华	100007北京市东城区安定门东大街28号雍和大厦A座710	C04B28/00(2006.01)I; C04B14/06(2006.01)N					本发明公开一种抹面砂浆材料，由下述重量比的配料组成：无机抗菌防臭材料2～15％、防藻材料1～5％、水泥30～50％、建筑砂20～50％、耐磨剂1～5％、强化剂1～5％、余量为水。还公开了其制备方法。本发明可以涂覆在动物养殖场地面、墙面、水池、化粪池等工程表面，应用本材料后，动物养殖舍空气中氨气等恶臭物质浓度明显降低，可以实现动物健康功能化养殖。	10	1	3	CN - Expired - Fee Related
CN101874952A	110101101229584	[发明公布] 用于通排风系统的过滤器及其制备方法	2010-11-03	2009-12-24	崔庆祥; 庾洋; 张建军	100007北京市东城区安定门东大街28号雍和大厦A座710	B01D39/20(2006.01)I; B01D46/00(2006.01)I; F24F3/16(2006.01)I; A61L9/22(2006.01)I					本发明公开一种用于通排风系统的过滤器，包括有过滤网，所述过滤网上涂覆有陶瓷复合材料，所述陶瓷复合材料由下述重量百分比的配料组成：粒径0.1-1.5微米的极性矿物电气石45～54％、稀土硝酸盐或稀土氧化物3～9％和过渡金属氧化物43～52％。本发明采用能产生负离子的陶瓷复合材料将过滤网包覆，确保通过过滤网进入家居的空气保持足量的氧气，同时加强了过滤空气的能力，保护通风系统主机。该过滤材料为金属复合网材，具有高强度，耐风蚀，耐锈蚀，可清洗等特点。	9	0	0	CN - Expired - Fee Related
CN102071683A	11010110123202X	[发明公布] 水钻挖孔桩施工方法	2011-05-25	2011-02-15	王林国; 陈卫华; 薛维龙; 张志龙; 万刚; 邓平	100005北京市朝阳区朝阳路67号财满街10号楼2单元801室	E02D5/34(2006.01)I; E01D21/00(2006.01)I	北京兆君联合知识产权代理事务所(普通合伙)11333	初向庆			水钻挖孔桩施工方法，采用分层施工，在每一层施工时，先利用水钻环绕桩孔内壁钻取一定高度的若干柱体岩芯，使桩基岩芯与整体岩石分离，形成一个临空面，然后用手电钻在桩基岩芯上打孔，在孔内分别插入钢楔，接着用铁锤锤击钢楔，钢楔给予桩基岩芯一个水平拉力和剪切应力，当水平拉力、剪切应力大于岩石的极限抗拉和抗剪切应力时，桩基岩芯就会发生拉裂和剪切破坏，与整体岩石分裂，将破碎的岩石清除出桩孔，修正桩孔，然后按同样的工序进行下一层施工，如此循环施工，直至桩孔成孔。	6	4	15	CN - Pending
CN102121215A	11010110123202X	[发明公布] 高速铁路无砟轨道滑动层预张紧铺设方法	2011-07-13	2011-03-29	赵新志; 王付芳; 赵祥允; 孙国华; 王昕; 安爱军; 谭潜; 谢冬; 王伟	100022北京市朝阳区建国路91号金地中心A座27层	E01B29/00(2006.01)I; E01D21/00(2006.01)I	北京兆君联合知识产权代理事务所(普通合伙)11333	初向庆			高速铁路无砟轨道滑动层预张紧铺设方法，在铺设滑动层土工膜，采用夹紧张拉装置将土工膜两端夹紧并同时向相反方向预张拉，使土工膜铺设后平整不起拱，从而消除常规铺设方法滑动层铺设后起拱、起皱现象，同时减少了现有方法在滑动层铺设时反复滚压的程序，减少了工人劳动强度，提高了工效。	8	6	2	CN - Active
CN101972472A	110101101305276	[发明公布] 一种变应原疫苗纯化及其制备的方法	2011-02-16	2010-10-26	白彩明; 裴潇竹; 姜敏; 任雅丽; 汤承祁; 何立峰; 牛占坡; 乔秉善	100005北京市东城区东单北大街69号协和明日大厦819室	A61K39/00(2006.01)I; A61P37/08(2006.01)I	北京安信方达知识产权代理有限公司11262	佟红岩			本发明公开了一种从含有变应原活性蛋白提取液中去除与变应原不相关的杂质大分子和小分子物质的方法。本发明从传统工艺制备的蛋白提取液中去除了游离小分子色素和与蛋白通过静电和疏水结合的色素分子。这种脱色的提取液制备方法不损坏变应原活性和免疫特异性。本发明能够制备一种去除大分子以及小分子物质高活性蛋白提取液，用该提取液制得的制剂更安全、用于诊断更准确、免疫治疗更有效。这种纯化蛋白的方法从另一角度上意味着从化学本质上改善了原料的质量，扩大了原料的使用范围，同时也制备了免疫治疗的减毒疫苗。	10	3	5	CN - Pending
CN101948934A	110101400002988	[发明公布] 季节性流感病毒H1N1实时荧光定量PCR检测试剂盒	2011-01-19	2010-09-13	许黎黎; 鲍琳琳; 秦川	100021北京市朝阳区潘家园南里5号	C12Q1/70(2006.01)I; C12Q1/68(2006.01)I; G01N21/64(2006.01)I					本发明公开了一种检测季节性流感病毒H1N1的实时荧光定量PCR试剂盒，包括正反向特异性引物及检测标准品等，同时公开了待检样本的处理，Real-time PCR反应体系及反应条件，结果分析等方法。利用该试剂盒可以快速定量检测季节性流感病毒H1N1，灵敏度高，可用作基础及临床实验室对季节性流感病毒H1N1感染的辅助诊断方法和临床效果的监测手段，对实验操作者要求相对较低，具有实际的临床应用价值。	4	4	0	CN - Expired - Fee Related
CN101988123A	110101400002988	[发明公布] 人源细胞的人线粒体DNA特异片段扩增检测法	2011-03-23	2010-08-24	张连峰; 梁虹; 陈炜; 冯娟	100021北京市朝阳区潘家园南里5号	C12Q1/68(2006.01)I; C12Q1/02(2006.01)I; C12N15/11(2006.01)I					本发明属于生物工程领域，特别是涉及人类线粒体DNA特异性片段扩增技术在人源细胞检测中的应用。所述人类线粒体DNA特异片段PCR扩增技术在人源细胞DNA检测中具有良好的特异性，该方法的灵敏度比常用人类基因组Alu基因序列特异性引物PCR扩增的灵敏度要高，且操作简便、节约时间、费用低廉，能够满足常规嵌合体基因型检测的需要，因此，人mtDNA特异性保守序列PCR扩增是一种理想的人源细胞检测方法。	2	2	4	CN - Pending
CN102140453A	110101400002988	[发明公布] 用于扩增H5N1流感病毒NP基因核苷酸片段的引物及检测方法	2011-08-03	2011-01-25	占玲俊; 鲍琳琳; 李枫棣; 吕琦; 许黎黎; 秦川	100021北京市朝阳区潘家园南里5号	C12N15/11(2006.01)I; C12Q1/70(2006.01)I; C12Q1/68(2006.01)I	北京集佳知识产权代理有限公司11227	冯琼; 李玉秋			本发明公开了用于扩增H5N1流感病毒NP基因核苷酸片段的引物组，其特征在于，由具有SEQ ID NO：1所示核苷酸序列的上游引物和具有SEQ ID NO：2所示核苷酸序列的下游引物组成。本发明还提供了用于扩增H5N1流感病毒NP基因核苷酸片段的引物组在检测雪貂或/和猴子组织中H5N1流感病毒的应用，及利用该引物组检测H5N1流感病毒NP基因的方法，该引物组及扩增方法能够排除动物基因组的非特异性干扰，特异性好，灵敏度高，易于推广。	7	3	1	CN - Active
CN102154356A	110101400002988	[发明公布] 一种含HIV-1CRF01-AE亚型RT基因的杂交免疫缺陷质粒、病毒及应用	2011-08-17	2011-01-07	秦川; 魏强; 王卫; 丛喆; 蒋虹; 姚南	100021北京市朝阳区潘家园南里5号	C12N15/63(2006.01)I; C12N15/52(2006.01)I; C12N7/01(2006.01)I; A01K67/027(2006.01)I; C12R1/93(2006.01)N	北京集佳知识产权代理有限公司11227	冯琼; 李玉秋	CGMCC No.4510 2010.12.31		本发明涉及生物技术领域，公开了一种含有HIV CRF01-AE亚型逆转录酶基因的杂交免疫缺陷质粒、杂交免疫缺陷病毒RT-SHIV/AE及其在构建AE亚型RT-SHIV猴模型中的应用。本发明所述杂交免疫缺陷病毒RT-SHIV/AE是在猴免疫缺陷病毒SIVmac239的基因组框架上，以CRE-01AE亚型的HIV-1的基因片段取代SIVmac239的基因构成，其携带AE亚型HIV-1的逆转录酶基因，能体外感染恒河猴PBMC并高效复制。本发明所述杂交免疫缺陷病毒RT-SHIV/AE感染恒河猴建立的AIDS猴模型，适用于研究针对中国患者的艾滋病病毒的体内感染过程、病原特性、发病机制以及筛选和评价抗逆转录酶抑制剂。	5	1	1	CN - Active
CN101811853A	110101400004086	[发明公布] 灌注粘结材料组合物	2010-08-25	2010-04-28	王金华; 张德兵; 胡源; 周霄	100029北京市朝阳区北四环东路高原街2号	C04B28/12(2006.01)I; B28B1/00(2006.01)I	北京东方亿思知识产权代理有限责任公司11258	肖善强; 南霆			一种灌注粘结材料组合物，该组合物包含：重量比为20-60％的天然水硬性石灰，重量比为35-78％的骨料，重量比为0-2％的聚合物乳胶粉，重量比为0.01-2％的减水剂，重量比为0.01-2％的保水增稠剂。将按照上述配方混合好的材料，每100kg粉料添加20-50％的水搅拌均匀后即可使用。本发明能够满足对历史建筑中砖石类材料进行灌注粘结加固的特殊要求，采用该灌注粘结材料组合物进行灌注粘结位置与被施工处的砖石具有相似的性能，环保，固化后的材料安全，粘结力优良，耐候性好，具有自愈性。	10	1	10	CN - Expired - Fee Related
CN101831655A	110101400004086	[发明公布] 一种用于铁器保护的缓蚀剂	2010-09-15	2009-03-11	田兴玲; 马清林	100029北京市朝阳区北四环东路高原街2号	C23F11/04(2006.01)I	中科专利商标代理有限责任公司11021	周长兴			本发明涉及一种用于铁器保护的缓蚀剂，是在pH＝4-5的H2SO4水溶液中加入三乙醇胺和碘化钾，其中三乙醇胺∶碘化钾的摩尔比为50-150∶1。本发明通过有机缓蚀剂之间的协同作用，以提高低毒缓蚀剂在铁表面吸附层的致密度、稳定性，提高缓蚀效果，从而得到符合文物保护使用的低毒高效的有机型缓蚀剂。	3	0	3	CN - Pending
CN101831656A	110101400004086	[发明公布] 一种用于铁器保护的缓蚀剂	2010-09-15	2009-03-11	田兴玲; 马清林	100029北京市朝阳区北四环东路高原街2号	C23F11/08(2006.01)I; C23F11/14(2006.01)I; C23F11/18(2006.01)I	中科专利商标代理有限责任公司11021	周长兴			一种用于铁器保护的缓蚀剂，是在浓度为3-4％的NaCl溶液中加入乙醇胺和碘化钾，其中乙醇胺∶碘化钾的比例为200-215∶1。本发明通过有机缓蚀剂之间的协同作用，增大金属腐蚀的电化学反应电阻，抑制阴极的氧还原反应速度，提高低毒缓蚀剂在铁表面吸附层的致密度、稳定性，提高缓蚀效果。	3	0	0	CN - Expired - Fee Related
CN101844899A	110101400004086	[发明公布] 填补粘结材料组合物	2010-09-29	2010-04-28	王金华; 张德兵; 胡源; 周霄	100029北京市朝阳区北四环东路高原街2号	C04B28/10(2006.01)I; E04G23/02(2006.01)I	北京东方亿思知识产权代理有限责任公司11258	肖善强; 南霆			一种填补粘结材料组合物，该组合物包含：重量比为20-55％的天然水硬性石灰，重量比为40-78％的骨料，重量比为0.01-2％的聚合物乳胶粉，重量比为0.01-2％的触变润滑剂，重量比为0-2％的保水增稠剂，重量比为0-2％的木质纤维。将按照上述配方混合好的材料，每100kg粉料添加10-40kg的水搅拌均匀后即可使用。本发明能够满足对历史建筑中砖石类材料进行填补粘结加固的特殊要求，采用该填补粘结材料组合物进行粘结开裂位置与被施工处的砖石具有相似的性能，环保，固化后的材料安全，封口粘结加固力优良，耐候性好，具有自愈性。	10	2	13	CN - Expired - Fee Related

Tax Investigation Enterprise Invention Application Patent Citation Form

Index ID	Taxpayer Identification Number	Patent name	Application announcement date	Application date	IPC classification number	Name of cited patent	Cited patent application publication number	Publication date of cited patent application	Cited patent application number	Cited patent application date	Cited patent authorization announcement number	Cited patent grant date	Priority date of cited patent	Cited patent inventors	Cited Patent Patentee	Cited patent classification number	Number of cited patent claims	Number of times the cited patent cites other patents	Number of cited patent citations	Legal status of cited patents	Whether the cited patent is cited by FamilytoFamily	Add the body of the referenced information
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	Automatic warehousing system	GB1070176A	1967-06-01	GB1385066A	1966-03-29			1966-03-29	Robert John Debrey,James Martin Deterding,John Richard Weyer	Conco Engineering Works Inc	B65G1/0421；G05B19/291；		0	14	GB - Expired	FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	Carousel automatic storage and retrieval system	US4561820A	1985-12-31	US06/193,757	1980-10-03	US4561820A	1985-12-31	1978-05-30	William F. Matheny, III,II Clay Bernard,William M. Angell	Sps Technologies, Inc.	B65G1/133；	15	6	56	US - Expired - Lifetime	FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	Automated warehousing system and method	US6652213B1	2003-11-25	US09/658,703	2000-09-08		2003-11-25	2000-09-08	Pat R. Mitchell,Kevin A. Haslebasher	California Natural Products	B65G1/1375；B65G1/0492；B65G1/06；B65G2201/0267；	11	17	91	US - Expired - Lifetime, ES - Expired - Lifetime IP Right Cessation Expired - Lifetime Pending Expired - Lifetime Expired - Lifetime Application Filing, AT - Expired - Lifetime IP Right Cessation Expired - Lifetime Pending Expired - Lifetime Expired - Lifetime Application Filing, EP - Expired - Lifetime IP Right Cessation Expired - Lifetime Pending Expired - Lifetime Expired - Lifetime Application Filing, AU - Expired - Lifetime IP Right Cessation Expired - Lifetime Pending Expired - Lifetime Expired - Lifetime Application Filing, CA - Expired - Lifetime IP Right Cessation Expired - Lifetime Pending Expired - Lifetime Expired - Lifetime Application Filing, DE - Expired - Lifetime IP Right Cessation Expired - Lifetime Pending Expired - Lifetime Expired - Lifetime Application Filing, WO - Expired - Lifetime IP Right Cessation Expired - Lifetime Pending Expired - Lifetime Expired - Lifetime Application Filing	FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	数控升降货柜	CN2623658Y	2004-07-07					2003-04-30		刘学峰						FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	升降式自动货柜	CN2848778Y	2006-12-20					2005-10-27		沈阳飞机工业（集团）有限公司						FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	一种垂直升降货柜	CN101850884A	2010-10-06	CN201010185001A	2010-05-27	CN101850884B	2012-03-07	2010-05-27	金跃跃	南京音飞货架制造有限公司	B65G1/127(2006.01)I	10	6	13	CN - Active	FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	航空集装箱自动化储存设备和储存系统	CN201980661U	2011-09-21					2010-12-20		中国中元国际工程公司						FALSE	TRUE
CN102004252A	11010110000712X	[发明公布] 用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	2011-04-06	2010-11-19	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	目标空间位置及姿态激光跟踪测量系统及其测量方法	CN1240270A	2000-01-05					1999-07-02		清华大学						FALSE	TRUE
CN102004252A	11010110000712X	[发明公布] 用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	2011-04-06	2010-11-19	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	跟踪方法以及配有激光跟踪仪的测量系统	CN101371160A	2009-02-18	CNA2007800022846A	2007-01-04	CN101371160B	2012-10-03	2006-01-13	J·多尔德,D·莫瑟,R·朱姆布伦	莱卡地球系统公开股份有限公司	G01C15/002；G01S17/66；G01S17/86；	15	17	59	WO - Application Filing Active Active Active Active Active Active Active, CA - Application Filing Active Active Active Active Active Active Active, US - Active, EP - Application Filing Active Active Active Active Active Active Active, CN - Application Filing Active Active Active Active Active Active Active, JP - Application Filing Active Active Active Active Active Active Active, AU - Application Filing Active Active Active Active Active Active Active	FALSE	TRUE
CN102004252A	11010110000712X	[发明公布] 用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	2011-04-06	2010-11-19	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	超大型工件圆形截面形状与方位测量装置及方法	CN101387501A	2009-03-18	CNA2008101520239A	2008-10-06	CN101387501B	2010-04-21	2008-10-06	曲兴华,张福民	天津大学	G01B11/24(2006.01)I; G01B11/00(2006.01)I	3	4	25	CN - Expired - Fee Related	FALSE	TRUE
CN102004252A	11010110000712X	[发明公布] 用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	2011-04-06	2010-11-19	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	Device and method for measuring six degrees of freedom	WO2010057169A2	2010-05-20	PCT/US2009/064758	2009-11-17			2008-11-17	Robert E. Bridges,John M. Hoffer,Lawrence B. Brown,Kevin R. Ackley	Faro Technologies, Inc.	G01B11/03；G01C15/002；G01S17/66；G01S5/163；G01S1/70；		31	131	CN - Pending Pending Withdrawn Application Filing Pending Active Expired - Fee Related Expired - Fee Related, DE - Pending Pending Withdrawn Application Filing Pending Active Expired - Fee Related Expired - Fee Related, WO - Pending Pending Withdrawn Application Filing Pending Active Expired - Fee Related Expired - Fee Related, JP - Active Pending, US - Active Pending, GB - Pending Pending Withdrawn Application Filing Pending Active Expired - Fee Related Expired - Fee Related	FALSE	TRUE
CN102004252A	11010110000712X	[发明公布] 用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	2011-04-06	2010-11-19	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	CN201867495U	2011-06-15					2010-11-19		二重集团（德阳）重型装备股份有限公司						FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	Optical instrument tracking system	US3790277A	1974-02-05		1971-09-20	US3790277A	1974-02-05	1971-09-20	W Hogan	Blount & George Inc	G01C15/004；G01C5/00；	10	5	81	BE - , US - Expired - Lifetime, CA - Expired Pending Expired Pending Expired, NL - Expired Pending Expired Pending Expired, JP - Expired Pending Expired Pending Expired, GB - Expired Pending Expired Pending Expired, DE - Expired Pending Expired Pending Expired, FR - Expired Pending Expired Pending Expired	FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	Automatic tracking type measuring apparatus	US5098185A	1992-03-24	US07/460,109	1989-06-15	US5098185A	1992-03-24	1988-06-15	Kaname Watanabe,Kohji Kittaka	Japan Industrial Land Development Co., Ltd.	G01S7/4972；G01S17/66；	9	25	44	DE - Expired - Fee Related Expired - Lifetime IP Right Grant Expired - Fee Related, EP - Expired - Fee Related Expired - Lifetime IP Right Grant Expired - Fee Related, WO - Expired - Fee Related Expired - Lifetime IP Right Grant Expired - Fee Related, US - Expired - Fee Related Expired - Lifetime IP Right Grant Expired - Fee Related	FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	目标空间位置及姿态激光跟踪测量系统及其测量方法	CN1240270A	2000-01-05					1999-07-02		清华大学						FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	跟踪方法以及配有激光跟踪仪的测量系统	CN101371160A	2009-02-18	CNA2007800022846A	2007-01-04	CN101371160B	2012-10-03	2006-01-13	J·多尔德,D·莫瑟,R·朱姆布伦	莱卡地球系统公开股份有限公司	G01C15/002；G01S17/66；G01S17/86；	15	17	59	WO - Application Filing Active Active Active Active Active Active Active, CA - Application Filing Active Active Active Active Active Active Active, US - Active, EP - Application Filing Active Active Active Active Active Active Active, CN - Application Filing Active Active Active Active Active Active Active, JP - Application Filing Active Active Active Active Active Active Active, AU - Application Filing Active Active Active Active Active Active Active	FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	基于激光跟踪技术的大型齿轮测量方法	CN101551240A	2009-10-07	CNA2009100842757A	2009-05-15	CN101551240B	2010-08-18	2009-05-15	石照耀,林家春	北京工业大学	G01B11/24(2006.01)I; G01B11/06(2006.01)I; G01B11/03(2006.01)I; G01B11/00(2006.01)I	2	0	34	CN - Active	FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	CN102004252A	2011-04-06	CN 201010550878	2010-11-19	CN102004252B	2012-12-05	2010-11-19	黄勇,林超,牛维汉,曲新华,史苏存,段玲	二重集团（德阳）重型装备股份有限公司	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	8	5	3	CN - Active	FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	CN201867495U	2011-06-15					2010-11-19		二重集团（德阳）重型装备股份有限公司						FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	齿轮测量系统及专用手持活动式光学逆反射器	CN201900513U	2011-07-20					2010-11-19		二重集团（德阳）重型装备股份有限公司						FALSE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	Temporary stiffening girder for suspension bridge	US5539946A	1996-07-30	US08/293,876	1994-08-19	US5539946A	1996-07-30	1993-09-01	Tadaki Kawada	Kawada Industries, Inc.	E01D11/02；E01D19/00；	9	5	11	US - Expired - Fee Related Expired - Lifetime Expired - Lifetime Expired - Fee Related, ES - Expired - Fee Related Expired - Lifetime Expired - Lifetime Expired - Fee Related, EP - Expired - Fee Related Expired - Lifetime Expired - Lifetime Expired - Fee Related, CN - Expired - Fee Related Expired - Lifetime Expired - Lifetime Expired - Fee Related	TRUE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	气动板状件，气动支承结构以及气动板状件的应用	CN100449098C	2009-01-07	CNB2004800323981A	2004-11-01	CN100449098C	2009-01-07	2003-11-04	M·帕德雷蒂	未来概念公司	E04H15/20(2006.01); E01D15/12(2006.01); E01D15/20(2006.01); E04B7/08(2006.01); E04B7/14(2006.01)	34	7	8	CN - Expired - Fee Related, ZA -	TRUE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	Bridges assembled from ocean-mobile pontoon bridge modules	US7200887B1	2007-04-10	US11/499,960	2006-08-07	US7200887B1	2007-04-10	2006-01-27	James M. Powers	Powers James M	E01D15/14；E01D21/08；	17	4	14	US - Expired - Fee Related, WO - Application Filing	TRUE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	一种混凝土拱桥变刚度智能减震控制系统	CN101135135A	2008-03-05	CNA2006100217926A	2006-09-02			2006-09-02	周志祥,范亮	重庆交通大学	E01D19/04(2006.01); E01D4/00(2006.01)	2	0	4	CN - Pending	TRUE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	CN201292503Y	2009-08-19					2008-11-19		中交公路规划设计院有限公司						TRUE	TRUE
CN101736689A	110101100011866	[发明公布] 一种用于桥塔的消浪结构	2010-06-16	2008-11-19	E01D19/02(2006.01)I	新型消浪防波堤	CN2340807Y	1999-09-29					1998-04-10		交通部第一航务工程勘察设计院						TRUE	TRUE
CN101736689A	110101100011866	[发明公布] 一种用于桥塔的消浪结构	2010-06-16	2008-11-19	E01D19/02(2006.01)I	월파차단을 위한 방파제 캡콘크리트 구조	KR100509611B1	2005-08-22	KR10-2002-0040931A	2002-07-13	KR100509611B1	2005-08-22	2002-07-13	원 회 양	원 회 양	E02B3/06；	1	0	5	KR - IP Right Cessation	TRUE	TRUE
CN101736689A	110101100011866	[发明公布] 一种用于桥塔的消浪结构	2010-06-16	2008-11-19	E01D19/02(2006.01)I	浮式消浪型桥墩防撞装置	CN2784455Y	2006-05-31					2005-03-14		肖波						TRUE	TRUE
CN101736689A	110101100011866	[发明公布] 一种用于桥塔的消浪结构	2010-06-16	2008-11-19	E01D19/02(2006.01)I	津波対策構造	JP4607036B2	2011-01-05	JP2006060397A	2006-03-07	JP4607036B2	2011-01-05	2006-03-07	真吾秋山,毅池谷,久夫今藤,栄世岩村,聡竹内,望篠原,政司永富,勲雄齊藤,良介朝倉	鹿島建設株式会社		10	2	2	JP - Expired - Fee Related	TRUE	TRUE
CN101736689A	110101100011866	[发明公布] 一种用于桥塔的消浪结构	2010-06-16	2008-11-19	E01D19/02(2006.01)I	一种用于桥塔的消浪结构	CN201292502Y	2009-08-19					2008-11-19		中交公路规划设计院有限公司						TRUE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	免振装置	JP2005061211A	2005-03-10	JP2004286148A	2004-09-30			2004-09-30	Takeshi Nakamura,嶽中村,Manabu Inaba,学稲葉	Ohbayashi Corp		1	0	16	JP - Pending	TRUE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	댐퍼부재를 갖는 교좌장치	KR100820001B1	2008-04-08	KR1020080002005A	2008-01-08	KR100820001B1	2008-04-08	2008-01-08	조영철	조영철	E01D19/041；	10	4	6	KR - IP Right Grant	TRUE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	Bearings acting as energy dissipating devices	WO2009124589A1	2009-10-15	PCT/EP2008/054301	2008-04-09			2008-04-09	Agostino Marioni	Alga Spa	E01D19/04；E04H9/023；		5	6	ES - Active Active Application Filing, EP - Active Active Application Filing, WO - Active Active Application Filing	TRUE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	E型钢阻尼支座	CN201261859Y	2009-06-24					2008-04-30		武汉艾尔格桥梁新技术开发有限公司						TRUE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	C型钢弹塑性阻尼器	CN201245812Y	2009-05-27					2008-08-08		成都亚佳工程新技术开发有限公司						TRUE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	弹塑性防落梁球型钢支座	CN101624809B	2012-05-23	CN2009100751461A	2009-08-12	CN101624809B	2012-05-23	2009-08-12	彭天波,李建中,王立志,王恒光,张培基,尤岭	丰泽工程橡胶科技开发股份有限公司	E01D19/04(2006.01)I	8	2	9	CN - Active	TRUE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	非线性阻尼辐减隔震支座	CN101748686B	2015-04-08	CN201010013635.7A	2010-01-20	CN101748686B	2015-04-08	2010-01-20	孟凡超,刘士林,刘晓东,葛胜锦,吴明先,王伟,彭泽友,熊治华	中交第一公路勘察设计研究院有限公司	E04H9/023；	3	8	7	CN - Active Application Filing, WO - Active Application Filing	TRUE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	一种非线性阻尼辐减隔震支座	CN201593162U	2010-09-29					2010-01-20		中交第一公路勘察设计研究院有限公司						TRUE	TRUE
CN101864740A	110101100011866	[发明公布] 桥梁用活动风障	2010-10-20	2009-12-02	E01F7/02(2006.01)I; E01D19/00(2006.01)I	Wind- und/oder blendschutzvorrichtung	DE3031858A1	1982-04-01	DE19803031858	1980-08-23			1980-08-23	Hans Dipl.-Volksw. 6349 Sinn Wiegelmann	Becker Emil & Adolf Gmbh Co	E01F7/025；E01C11/26；E01D19/00；E01F7/06；E01H10/005；	7	0	6	DE - Withdrawn	TRUE	TRUE
CN101864740A	110101100011866	[发明公布] 桥梁用活动风障	2010-10-20	2009-12-02	E01F7/02(2006.01)I; E01D19/00(2006.01)I	防風フェンス	JP2005307432A	2005-11-04	JP2004121402A	2004-04-16			2004-04-16	Toshio Nomura,敏雄野村	Ohbayashi Corp		5	0	3	JP - Pending	TRUE	TRUE
CN101864740A	110101100011866	[发明公布] 桥梁用活动风障	2010-10-20	2009-12-02	E01F7/02(2006.01)I; E01D19/00(2006.01)I	防風フェンス	JP4296981B2	2009-07-15	JP2004121401A	2004-04-16	JP4296981B2	2009-07-15	2004-04-16	敏雄野村	株式会社大林組		3	0	4	JP - Expired - Fee Related	TRUE	TRUE
CN101937214A	110101100011866	[发明公布] 基于工业以太网的跨海悬索桥结构监测系统	2011-01-05	2010-07-13	G05B19/418(2006.01)I; G08C23/04(2006.01)I; G01M99/00(2011.01)I; H04N7/18(2006.01)I	Automation platform for information management, condition monitoring and real-time control of distributed industrial systems	WO2004023228A1	2004-03-18	PCT/GB2003/003918	2003-09-09			2002-09-09	Qing-Hua Wu,David Peter Buse,Pu Sun	The University Of Liverpool	G05B19/41885；G05B19/00；G05B2219/33053；G05B2219/33063；G05B2219/33068；G05B2219/34038；Y02P90/02；Y02P90/80；		3	32	GB - Ceased, WO - Application Discontinuation Abandoned Withdrawn Pending Abandoned Abandoned Withdrawn, CA - Application Discontinuation Abandoned Withdrawn Pending Abandoned Abandoned Withdrawn, EP - Application Discontinuation Abandoned Withdrawn Pending Abandoned Abandoned Withdrawn, CN - Application Discontinuation Abandoned Withdrawn Pending Abandoned Abandoned Withdrawn, US - Application Discontinuation Abandoned Withdrawn Pending Abandoned Abandoned Withdrawn, AU - Application Discontinuation Abandoned Withdrawn Pending Abandoned Abandoned Withdrawn, JP - Application Discontinuation Abandoned Withdrawn Pending Abandoned Abandoned Withdrawn	FALSE	TRUE
CN101937214A	110101100011866	[发明公布] 基于工业以太网的跨海悬索桥结构监测系统	2011-01-05	2010-07-13	G05B19/418(2006.01)I; G08C23/04(2006.01)I; G01M99/00(2011.01)I; H04N7/18(2006.01)I	纸盆自动成型机集成网络监控系统	CN201130322Y	2008-10-08					2007-12-18		葛锦明						FALSE	TRUE
CN101937214A	110101100011866	[发明公布] 基于工业以太网的跨海悬索桥结构监测系统	2011-01-05	2010-07-13	G05B19/418(2006.01)I; G08C23/04(2006.01)I; G01M99/00(2011.01)I; H04N7/18(2006.01)I	基于现场总线数据采集的串口转以太网系统	CN101414177A	2009-04-22	CNA200810201366XA	2008-10-17			2008-10-17	史莉	上海纳杰电气成套有限公司	Y02P90/02；	2	0	7	CN - Pending	FALSE	TRUE
CN101937214A	110101100011866	[发明公布] 基于工业以太网的跨海悬索桥结构监测系统	2011-01-05	2010-07-13	G05B19/418(2006.01)I; G08C23/04(2006.01)I; G01M99/00(2011.01)I; H04N7/18(2006.01)I	一种煤矿安全监控系统	CN101581932A	2009-11-18	CNA2009100873219A	2009-06-23			2009-06-23	康如中	北京旺斯达科技有限公司	G05B19/418(2006.01)I; H04B7/00(2006.01)I; H04N7/18(2006.01)I; E21F17/18(2006.01)I; G08B25/00(2006.01)I	8	0	26	CN - Pending	FALSE	TRUE
CN101937214A	110101100011866	[发明公布] 基于工业以太网的跨海悬索桥结构监测系统	2011-01-05	2010-07-13	G05B19/418(2006.01)I; G08C23/04(2006.01)I; G01M99/00(2011.01)I; H04N7/18(2006.01)I	印刷机在线生产信息管理系统及其方法	CN101713994A	2010-05-26	CN200910310805A	2009-12-03	CN101713994B	2011-09-21	2009-12-03	李玲,何培苏,顾桓	陕西北人印刷机械有限责任公司	Y02P90/02；	10	0	47	CN - Active	FALSE	TRUE
CN101962958A	110101100011866	[发明公布] 一种沉井与桩组成的桥梁复合基础及施工方法	2011-02-02	2009-07-22	E02D27/20(2006.01)I; E02D23/00(2006.01)I; E02D23/08(2006.01)I	锚桩式沉井基础及其施工工艺	CN101270581A	2008-09-24	CNA2008100530572A	2008-05-09			2008-05-09	曹景,孙立新,刘旭锴,张强,朱涛,康焯,李明生,关丽筠,张宜松,巩汉波	天津市市政工程设计研究院	E02D27/20(2006.01)	6	0	7	CN - Pending	TRUE	TRUE
CN101962958A	110101100011866	[发明公布] 一种沉井与桩组成的桥梁复合基础及施工方法	2011-02-02	2009-07-22	E02D27/20(2006.01)I; E02D23/00(2006.01)I; E02D23/08(2006.01)I	无推力系杆拱桥	CN100587163C	2010-02-03	CN200810053142A	2008-05-15	CN100587163C	2010-02-03	2008-05-15	曹景,刘旭锴,孙立新,张强,朱涛,康焯,康娟萍,张宜松,巩汉波	天津市市政工程设计研究院	E01D4/00(2006.01)I; E01D19/00(2006.01)I	9	0	4	CN - Active	TRUE	TRUE
CN102002911A	110101100011866	[发明公布] 碳纤维索股内套管锥形粘结型锚具	2011-04-06	2010-11-10	E01D19/16(2006.01)I; E01D19/14(2006.01)I; E04C5/12(2006.01)I	Dispositif d'ancrage d'un cable de structure	FR2794484A1	2000-12-08	FR9907016A	1999-06-03	FR2794484B1	2001-08-03	1999-06-03	Jean Philippe Fuzier,Jerome Stubler	Freyssinet Int Stup	E01D19/14；E01D19/16；E04C5/12；Y10T24/3909；	1	16	27	FR - Expired - Fee Related, ES - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, WO - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, AT - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, PT - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, US - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, MX - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, DK - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, JP - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, EP - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, DE - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, AU - Expired - Lifetime IP Right Grant Expired - Lifetime IP Right Grant Expired - Lifetime Expired - Lifetime Expired - Lifetime Expired, HK -	FALSE	TRUE
CN102002911A	110101100011866	[发明公布] 碳纤维索股内套管锥形粘结型锚具	2011-04-06	2010-11-10	E01D19/16(2006.01)I; E01D19/14(2006.01)I; E04C5/12(2006.01)I	Ｐｃ定着装置及び方法	JP2003286759A	2003-10-10	JP2002091232A	2002-03-28			2002-03-28	Tsutomu Sumiya,務角谷,Souji Kanai,壮次金井,Yoshiteru Suzuki,義晃鈴木,Hiroshi Sakai,博士酒井,Junichi Todo,純一藤堂	Ps Mitsubishi Construction Co Ltd		4	0	5	JP - Pending	FALSE	TRUE

Tax Investigation Enterprise Invention Application Patent Citation Table

Index ID	Taxpayer Identification Number	Patent name	Application announcement date	Application date	IPC classification number	Citing patent names	Cite the patent application publication number	Publication date of cited patent application	Cite patent application number	Cite patent application date	Cite the patent authorization announcement number	Cite patent grant date	Cite patent priority date	Citing patent inventors	Cite the patentee	Cite patent classification number	Number of cited patent claims	Number of patent citations to other patents	Number of patent citations	Cite patent legal status	Whether the cited patent is cited by FamilytoFamily	Add the body of the reference information
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	升降机	CN103662683A	2014-03-26					2013-12-03		北京七星华创电子股份有限公司						FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	用于从仓库提供运输单元的方法	CN103889864A	2014-06-25					2012-08-06		德马泰克财务服务有限公司						FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	一种用于智能接运装置的控制系统及控制方法	CN104122893A	2014-10-29					2014-07-14		上海海事大学						FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	药品库的取药方法及装置、终端及存储介质	CN111439519A	2020-07-24					2020-03-31		苏州艾隆科技股份有限公司						FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	阳极板垂直检测平台	CN102353316A	2012-02-15	CN2011102720018A	2011-09-07	CN102353316B	2014-01-29	2011-09-07	黄维东	诸暨三灵环保设备有限公司	G01B5/245(2006.01)I; G01B5/30(2006.01)I	8	6	0	CN - Expired - Fee Related	FALSE	TRUE
CN102040070A	110101100006442	[发明公布] 航空集装箱自动化储存设备、储存系统和出入库控制方法	2011-05-04	2010-12-20	B65G1/04(2006.01)I; B65G1/10(2006.01)I; B65G1/137(2006.01)I	智能化存取装置	CN103612859A	2014-03-05					2013-11-14		孙斌						FALSE	TRUE
CN102004252A	11010110000712X	[发明公布] 用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	2011-04-06	2010-11-19	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	CN102059588A	2011-05-18	CN2010105506365A	2010-11-19	CN102059588B	2013-06-05	2010-11-19	史苏存,曲兴华,牛维汉,林超,黄勇,段玲	二重集团（德阳）重型装备股份有限公司	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	14	8	5	CN - Active	FALSE	TRUE
CN102004252A	11010110000712X	[发明公布] 用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	2011-04-06	2010-11-19	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	特大型齿轮的姿态调整方法及设备	CN102789238A	2012-11-21					2012-04-23		北京信息科技大学						FALSE	TRUE
CN102004252A	11010110000712X	[发明公布] 用于对静态工件进行三维空间定位的装置及专用手持活动式光学逆反射器	2011-04-06	2010-11-19	G01S17/02(2006.01)I; G01S17/66(2006.01)I; G01C15/00(2006.01)I; G02B7/198(2006.01)I	用于视觉精密测量的轴孔基准现场快速引出工装及方法	CN105627918A	2016-06-01					2014-11-05		北京航天计量测试技术研究所						FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	一种用于传动齿轮的偏移监控方法	CN107036538A	2017-08-11					2015-01-16		刘荣花						FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	基于跟踪式激光干涉仪的定位机械的检查方法及装置	CN107687809A	2018-02-13					2016-08-03		株式会社三丰						FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	一种可移动式数字化对接系统	CN108080910A	2018-05-29					2017-12-12		大连四达高技术发展有限公司						FALSE	TRUE
CN102059588A	11010110000712X	[发明公布] 齿轮测量系统、齿轮测量方法及专用手持活动式光学逆反射器	2011-05-18	2010-11-19	B23Q17/20(2006.01)I; B23Q17/24(2006.01)I; G01B11/24(2006.01)I	特大型齿轮的测量装置及其测量方法	CN103075991A	2013-05-01					2012-12-24		中国计量学院						FALSE	TRUE
CN101692668A	11010110001993X	[发明公布] 一种航空气象数据自动下载、解析和存储的装置及方法	2010-04-07	2009-07-06	H04L29/06(2006.01)I; H04L12/56(2006.01)I; G06F17/30(2006.01)I	Ftp连接方法和设备	CN102347863A	2012-02-08	CN2011103393583A	2011-11-01			2011-11-01	吴乐	大唐移动通信设备有限公司	H04L12/24(2006.01)I; H04L29/06(2006.01)I; H04L29/08(2006.01)I	12	2	1	CN - Pending	FALSE	TRUE
CN101692668A	11010110001993X	[发明公布] 一种航空气象数据自动下载、解析和存储的装置及方法	2010-04-07	2009-07-06	H04L29/06(2006.01)I; H04L12/56(2006.01)I; G06F17/30(2006.01)I	基于自定义规则的台风实时采集方法	CN102354003A	2012-02-15	CN2011102535604A	2011-08-31	CN102354003B	2013-04-17	2011-08-31	汤成锋	福建四创软件有限公司	Y02A90/10；	6	5	1	CN - Active	FALSE	TRUE
CN101692668A	11010110001993X	[发明公布] 一种航空气象数据自动下载、解析和存储的装置及方法	2010-04-07	2009-07-06	H04L29/06(2006.01)I; H04L12/56(2006.01)I; G06F17/30(2006.01)I	民航批复报文自动化处理方法	CN102496084A	2012-06-13					2011-11-21		南京莱斯信息技术股份有限公司						FALSE	TRUE
CN101692668A	11010110001993X	[发明公布] 一种航空气象数据自动下载、解析和存储的装置及方法	2010-04-07	2009-07-06	H04L29/06(2006.01)I; H04L12/56(2006.01)I; G06F17/30(2006.01)I	一种数据下载方法和pc下载客户端	CN103200247A	2013-07-10					2013-03-26		深圳市网信联动技术有限公司						FALSE	TRUE
CN101694681A	11010110001993X	[发明公布] 一种鸟击风险评估系统及其评估方法	2010-04-14	2009-11-03	G06F19/00(2006.01)I; G01S13/89(2006.01)I	一种飞机起降过程中的鸟击概率估计方法	CN103823983A	2014-05-28					2014-03-03		中国民航科学技术研究院						FALSE	TRUE
CN101694681A	11010110001993X	[发明公布] 一种鸟击风险评估系统及其评估方法	2010-04-14	2009-11-03	G06F19/00(2006.01)I; G01S13/89(2006.01)I	一种基于指数函数的鸟击风险评估方法	CN103914626A	2014-07-09					2014-04-16		中国民航科学技术研究院						FALSE	TRUE
CN101694681A	11010110001993X	[发明公布] 一种鸟击风险评估系统及其评估方法	2010-04-14	2009-11-03	G06F19/00(2006.01)I; G01S13/89(2006.01)I	一种基于时域特性的雷达图像杂波抑制方法	CN104199009A	2014-12-10					2014-09-18		中国民航科学技术研究院						FALSE	TRUE
CN101694681A	11010110001993X	[发明公布] 一种鸟击风险评估系统及其评估方法	2010-04-14	2009-11-03	G06F19/00(2006.01)I; G01S13/89(2006.01)I	一种飞鸟探测雷达处理机	CN105548970A	2016-05-04					2015-12-11		无锡市雷华科技有限公司						FALSE	TRUE
CN101694681A	11010110001993X	[发明公布] 一种鸟击风险评估系统及其评估方法	2010-04-14	2009-11-03	G06F19/00(2006.01)I; G01S13/89(2006.01)I	一种基于支持向量机的机场驱鸟智能决策方法	CN106530189A	2017-03-22					2016-10-14		中国民航科学技术研究院						FALSE	TRUE
CN101694681A	11010110001993X	[发明公布] 一种鸟击风险评估系统及其评估方法	2010-04-14	2009-11-03	G06F19/00(2006.01)I; G01S13/89(2006.01)I	Object detection device, object detection method, and object detection system	US10157468B2	2018-12-18	US15/308,753	2015-04-30		2018-12-18	2014-05-07	Hiroyuki KUMENO,Yuichi Murai,Yasushi Takeda	Nec Corporation	G06T7/20；G01S3/7865；G06K9/00335；G06K9/00362；G06K9/00624；G06K9/48；G06K9/6204；G06K9/6212；G06K9/78；G06T7/11；G06T7/194；G06T7/246；G06T7/248；G06T7/60；	10	23	21	US - Active Pending Application Filing IP Right Grant Withdrawn Pending Active , CN - Active Pending Application Filing IP Right Grant Withdrawn Pending Active , WO - Active Pending Application Filing IP Right Grant Withdrawn Pending Active , KR - Active Pending Application Filing IP Right Grant Withdrawn Pending Active , EP - Active Pending Application Filing IP Right Grant Withdrawn Pending Active , CA - Active Pending Application Filing IP Right Grant Withdrawn Pending Active , JP - Active Pending Application Filing IP Right Grant Withdrawn Pending Active , TW - Active Pending Application Filing IP Right Grant Withdrawn Pending Active	FALSE	FALSE
CN101694681A	11010110001993X	[发明公布] 一种鸟击风险评估系统及其评估方法	2010-04-14	2009-11-03	G06F19/00(2006.01)I; G01S13/89(2006.01)I	一种军用机场鸟害预警防治一体化平台	CN109090093A	2018-12-28					2018-07-24		南京林航新材料科技有限公司						FALSE	TRUE
CN101710464A	110101100011866	[发明公布] 在水槽中实现波、流、风耦合作用的综合模拟系统	2010-05-19	2009-12-17	G09B25/00(2006.01)I	一种船模静力学实验装置	CN102982709A	2013-03-20					2012-12-11		哈尔滨工程大学						FALSE	TRUE
CN101710464A	110101100011866	[发明公布] 在水槽中实现波、流、风耦合作用的综合模拟系统	2010-05-19	2009-12-17	G09B25/00(2006.01)I	用于巨型海工离心机的超重力场造风装置	CN103267651A	2013-08-28					2013-05-07		清华大学						FALSE	TRUE
CN101694752A	11010110001993X	[发明公布] 空域运行仿真中冲突的自动检测和调解系统及方法	2010-04-14	2009-07-06	G08G5/00(2006.01)I; G06Q10/00(2006.01)I; G06Q50/00(2006.01)I	一种机场空域最大纵向飞行冲突风险计算方法	CN102243816A	2011-11-16	CN2011101063004A	2011-04-27	CN102243816B	2013-08-21	2011-04-27	王世锦,隋东	南京航空航天大学	G08G5/00(2006.01)I	4	3	7	CN - Expired - Fee Related	FALSE	TRUE
CN101710464A	110101100011866	[发明公布] 在水槽中实现波、流、风耦合作用的综合模拟系统	2010-05-19	2009-12-17	G09B25/00(2006.01)I	潮流模拟试验装置	CN103616604A	2014-03-05					2013-12-16		中国海洋大学						FALSE	TRUE
CN101710464A	110101100011866	[发明公布] 在水槽中实现波、流、风耦合作用的综合模拟系统	2010-05-19	2009-12-17	G09B25/00(2006.01)I	桥梁风浪流耦合场、弹性模型及动态响应试验测试系统	CN103969010A	2014-08-06					2013-01-24		中交公路规划设计院有限公司						FALSE	TRUE
CN101710464A	110101100011866	[发明公布] 在水槽中实现波、流、风耦合作用的综合模拟系统	2010-05-19	2009-12-17	G09B25/00(2006.01)I	一种模拟地震、波浪、海流联合作用的大型模拟试验系统	CN104020007A	2014-09-03					2014-06-24		大连理工大学						FALSE	TRUE
CN101710464A	110101100011866	[发明公布] 在水槽中实现波、流、风耦合作用的综合模拟系统	2010-05-19	2009-12-17	G09B25/00(2006.01)I	码头区域溢油模拟试验装置	CN104316292A	2015-01-28					2014-10-28		浙江海洋学院						FALSE	TRUE
CN101697007A	11010110001993X	[发明公布] 一种基于雷达图像的飞鸟目标识别与跟踪方法	2010-04-21	2009-10-16	G01S7/41(2006.01)I; G01S13/58(2006.01)I; G01S13/66(2006.01)I	雷达多目标数据互联方法	CN102253375A	2011-11-23	CN2011100841395A	2011-04-02	CN102253375B	2013-05-29	2011-04-02	陈杰波	海华电子企业(中国)有限公司	G01S7/41(2006.01)I	10	4	7	CN - Active	FALSE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	组合梁斜拉桥的抗风装置	CN105586825A	2016-05-18					2016-03-01		大连市市政设计研究院有限责任公司						FALSE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	一种提高双层公路钢桁梁悬索桥颤振性能的气动构造	CN106638278A	2017-05-10					2017-02-26		西南交通大学						FALSE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	一种用于提高钢桁梁悬索桥颤振稳定性的气动翼板构造	CN102134831A	2011-07-27	CN 201110000731	2011-01-05			2011-01-05	彭运动,欧阳先凯,孟凡超,任仁,张勇,周平,纪为祥,门永斌	四川腾中重工机械有限公司	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	3	6	0	CN - Pending	FALSE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	提高钢桁梁悬索桥颤振稳定性的非对称气动翼板	CN102140776A	2011-08-03	CN 201110000694	2011-01-05			2011-01-05	彭运动,欧阳先凯,孟凡超,任仁,张勇,周平,纪为祥,门永斌	四川腾中重工机械有限公司	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	3	5	0	CN - Pending	FALSE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	解耦型桥梁节段模型自由振动悬挂结构	CN102175418A	2011-09-07	CN 201010565197	2010-11-30	CN102175418B	2013-04-10	2010-11-30	辛大波,李惠,刘玉斌,郭安薪,高永生,孙瑛,陈文礼,武岳	哈尔滨工业大学	G01M9/04(2006.01)I	5	4	5	CN - Expired - Fee Related	FALSE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	Hbd60型装配式公路钢桥及桁架	CN104195934A	2014-12-10					2014-08-22		中交公路规划设计院有限公司						FALSE	TRUE
CN101736687A	110101100011866	[发明公布] 一种用于提高钢桁梁悬索桥颤振稳定性的气动控制装置	2010-06-16	2008-11-19	E01D19/00(2006.01)I; E01D11/02(2006.01)I; E04B1/98(2006.01)I	导风装置及其制造装配方法	CN104631306A	2015-05-20					2014-12-31		邓芳						FALSE	TRUE
CN101736689A	110101100011866	[发明公布] 一种用于桥塔的消浪结构	2010-06-16	2008-11-19	E01D19/02(2006.01)I	一种柔性防冲刷护面系统及其实施方法	CN102286956A	2011-12-21	CN2011101925275A	2011-07-08	CN102286956B	2013-07-24	2011-07-08	朱益军,戴显荣,项小强	浙江省交通规划设计研究院	E02B3/06(2006.01)I; E02B3/14(2006.01)I; E01D19/02(2006.01)I; E01D21/00(2006.01)I	10	11	3	CN - Active	FALSE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	内圆台摩擦滑移隔震支座	CN102912857A	2013-02-06					2012-11-07		沈阳建筑大学						FALSE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	由浸入在可变低密度材料内的耐压缩球体制成的地震消散模块	CN103946468A	2014-07-23					2011-11-21		G·真蒂利						FALSE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	粘弹阻尼滚球隔震支座	CN104563319A	2015-04-29					2014-12-30		青岛理工大学						FALSE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	形状记忆合金摩擦复合隔振器	CN104805926A	2015-07-29					2013-04-25		河南行知专利服务有限公司						FALSE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	一种用于大跨度连廊连体结构的支座设计方法	CN106777458A	2017-05-31					2016-11-11		山东科技大学						FALSE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	一种带卡槽的三维调谐质量阻尼器装置	CN103233529B	2015-07-29					2013-05-21		上海大学						TRUE	TRUE
CN101748686A	110101100011866	[发明公布] 非线性阻尼辐减隔震支座	2010-06-23	2010-01-20	E01D19/04(2006.01)I; E04B1/36(2006.01)I; E04B1/98(2006.01)I; E04H9/02(2006.01)I	非线性阻尼辐减隔震支座	WO2011088603A1	2011-07-28	PCT/CN2010/001391	2010-09-10			2010-01-20	孟凡超,刘士林,刘晓东,葛胜锦,吴明先,王伟,彭泽友,熊治华	中交第一公路勘察设计研究院有限公司	E04H9/023；		8	7	CN - Active Application Filing, WO - Active Application Filing	FALSE	TRUE
CN101864740A	110101100011866	[发明公布] 桥梁用活动风障	2010-10-20	2009-12-02	E01F7/02(2006.01)I; E01D19/00(2006.01)I	组合型桥梁风屏障	CN102587269A	2012-07-18					2012-02-09		中铁大桥勘测设计院集团有限公司						FALSE	TRUE
CN101864740A	110101100011866	[发明公布] 桥梁用活动风障	2010-10-20	2009-12-02	E01F7/02(2006.01)I; E01D19/00(2006.01)I	一种活动型风障的制造方法	CN102601592A	2012-07-25					2012-03-30		中铁宝桥（扬州）有限公司						FALSE	TRUE
CN101864740A	110101100011866	[发明公布] 桥梁用活动风障	2010-10-20	2009-12-02	E01F7/02(2006.01)I; E01D19/00(2006.01)I	旋转式机械沙障	CN102720146A	2012-10-10					2012-07-09		中铁西北科学研究院有限公司						FALSE	TRUE

Tax investigation enterprise invention patent application form

Index ID	Taxpayer Identification Number	Serial number	Code	Event type	Date	Description
CN102040070A	110101100006442	0	PB01	Publication	2011-05-04
CN102040070A	110101100006442	1	C06	Publication	2011-05-04
CN102040070A	110101100006442	2	SE01	Entry into force of request for substantive examination	2011-06-15
CN102040070A	110101100006442	3	C10	Entry into substantive examination	2011-06-15
CN102040070A	110101100006442	4	CB02	Change of applicant information	2012-05-09	Address after: 100089, No. 2, building 5, No. 223, West Third Ring Road, Haidian District, Beijing Applicant after: China Ippr International Engineering Co., Ltd. Co-applicant after: Xiamen Zhaoxiang Intelligent Technology Co., Ltd. Address before: 100089, No. 2, building 5, No. 223, West Third Ring Road, Haidian District, Beijing Applicant before: China Ippr International Engineering Co., Ltd. Co-applicant before: Xiamen International Airline Port Electromechanical Engineering Co., Ltd.
CN102040070A	110101100006442	5	C53	Correction of patent for invention or patent application	2012-05-09
CN102040070A	110101100006442	6	GR01	Patent grant	2012-09-19
CN102040070A	110101100006442	7	C14	Grant of patent or utility model	2012-09-19
CN102040070A	110101100006442	8	CP01	Change in the name or title of a patent holder	2018-09-21	Address after: 100089 223, 2, 5 North Road, West Third Ring Road, Haidian District, Beijing. Co-patentee after: Xiamen Zhaoxiang Intelligent Technology Co., Ltd. Patentee after: China Zhong Yuan international project company limited Address before: 100089 223, 2, 5 North Road, West Third Ring Road, Haidian District, Beijing. Co-patentee before: Xiamen Zhaoxiang Intelligent Technology Co., Ltd. Patentee before: China Ippr International Engineering Co., Ltd.
CN102040070A	110101100006442	9	CP01	Change in the name or title of a patent holder	2018-09-21
CN102004252A	11010110000712X	0	C06	Publication	2011-04-06
CN102004252A	11010110000712X	1	PB01	Publication	2011-04-06
CN102004252A	11010110000712X	2	C10	Entry into substantive examination	2011-05-25
CN102004252A	11010110000712X	3	SE01	Entry into force of request for substantive examination	2011-05-25
CN102004252A	11010110000712X	4	C14	Grant of patent or utility model	2012-12-05
CN102004252A	11010110000712X	5	GR01	Patent grant	2012-12-05
CN102004252A	11010110000712X	6	TR01	Transfer of patent right	2018-08-14
CN102004252A	11010110000712X	7	TR01	Transfer of patent right	2018-08-14	Effective date of registration: 20180726 Address after: 618013 No. 460 Zhujiang West Road, Sichuan, Deyang Co-patentee after: Chongqing University Patentee after: Double (Deyang) heavy equipment Co., Ltd. Co-patentee after: China Metrology Technology Development Co., Ltd. Co-patentee after: Tianjin University Address before: 618013 No. 460 Zhujiang West Road, Sichuan, Deyang Co-patentee before: Chongqing University Patentee before: Erzhong Group (Deyang) Heavy Equipment Co., Ltd. Co-patentee before: China Metrology Technology Development Co., Ltd. Co-patentee before: Tianjin University
CN102004252A	11010110000712X	8	CB03	Change of inventor or designer information	2018-12-28
CN102004252A	11010110000712X	9	CB03	Change of inventor or designer information	2018-12-28	Inventor after: Huang Yong Inventor after: Lin Chao Inventor after: Niu Weihan Inventor after: Qu Xinghua Inventor after: Shi Sucun Inventor after: Duan Ling Inventor before: Huang Yong Inventor before: Lin Chao Inventor before: Niu Weihan Inventor before: Qu Xinhua Inventor before: Shi Sucun Inventor before: Duan Ling
CN102059588A	11010110000712X	0	PB01	Publication	2011-05-18
CN102059588A	11010110000712X	1	C06	Publication	2011-05-18
CN102059588A	11010110000712X	2	SE01	Entry into force of request for substantive examination	2011-07-20
CN102059588A	11010110000712X	3	C10	Entry into substantive examination	2011-07-20
CN102059588A	11010110000712X	4	GR01	Patent grant	2013-06-05
CN102059588A	11010110000712X	5	C14	Grant of patent or utility model	2013-06-05
CN102059588A	11010110000712X	6	TR01	Transfer of patent right	2018-08-14	Effective date of registration: 20180725 Address after: 618013 No. 460 Zhujiang West Road, Sichuan, Deyang Co-patentee after: Tianjin University Patentee after: Double (Deyang) heavy equipment Co., Ltd. Co-patentee after: China Metrology Technology Development Co., Ltd. Co-patentee after: Chongqing University Address before: 618013 No. 460 Zhujiang West Road, Sichuan, Deyang Co-patentee before: Tianjin University Patentee before: Erzhong Group (Deyang) Heavy Equipment Co., Ltd. Co-patentee before: China Metrology Technology Development Co., Ltd. Co-patentee before: Chongqing University
CN102059588A	11010110000712X	7	TR01	Transfer of patent right	2018-08-14
CN101710464A	110101100011866	0	C06	Publication	2010-05-19
CN101710464A	110101100011866	1	PB01	Publication	2010-05-19
CN101710464A	110101100011866	2	C10	Entry into substantive examination	2010-07-07
CN101710464A	110101100011866	3	SE01	Entry into force of request for substantive examination	2010-07-07
CN101710464A	110101100011866	4	C02	Deemed withdrawal of patent application after publication (patent law 2001)	2012-01-04
CN101710464A	110101100011866	5	WD01	Invention patent application deemed withdrawn after publication	2012-01-04	Open date: 20100519
CN101736687A	110101100011866	0	C06	Publication	2010-06-16
CN101736687A	110101100011866	1	PB01	Publication	2010-06-16
CN101736687A	110101100011866	2	C10	Entry into substantive examination	2010-12-22
CN101736687A	110101100011866	3	SE01	Entry into force of request for substantive examination	2010-12-22
CN101736687A	110101100011866	4	C14	Grant of patent or utility model	2011-06-22
CN101736687A	110101100011866	5	GR01	Patent grant	2011-06-22
CN101736687A	110101100011866	6	LICC	Enforcement, change and cancellation of record of contracts on the licence for exploitation of a patent or utility model	2013-05-22
CN101736687A	110101100011866	7	EE01	Entry into force of recordation of patent licensing contract	2013-05-22	Application publication date: 20100616 Assignee: Long Highway Bridge Construction CCCC National Engineering Research Center Co., Ltd. Assignor: CCCC Highway Consultants Co., Ltd. Contract record no.: 2013990000124 Denomination of invention: Pneumatic control device for improving flutter stability of steel trussed girder suspension bridge Granted publication date: 20110622 License type: Exclusive License Record date: 20130327
CN101736687A	110101100011866	8	TR01	Transfer of patent right	2017-05-10
CN101736687A	110101100011866	9	TR01	Transfer of patent right	2017-05-10	Effective date of registration: 20170420 Address after: The 100088 Beijing Xicheng District Main Street No. 85 309 Patentee after: In the civil public regulation of large data information technology (Beijing) Co., Ltd. Address before: 100010 Beijing City, the fourth floor before the fried noodle alley No. 33 Patentee before: CCCC Highway Consultants Co., Ltd.
CN101736689A	110101100011866	0	PB01	Publication	2010-06-16
CN101736689A	110101100011866	1	C06	Publication	2010-06-16
CN101736689A	110101100011866	2	C10	Entry into substantive examination	2010-12-01
CN101736689A	110101100011866	3	SE01	Entry into force of request for substantive examination	2010-12-01
CN101736689A	110101100011866	4	GR01	Patent grant	2011-10-05
CN101736689A	110101100011866	5	C14	Grant of patent or utility model	2011-10-05

References

Kou Zonglai and Liu Xueyue: "Patenting Behavior of Chinese Enterprises: Characteristic Facts and Impacts from Innovation Policies", "Economic Research", Issue 3, 2020.

Data update frequency

Annual Update