Innovation is the driving force behind economic development. As the basic unit of economic society, the innovation investment of a single enterprise is not only the foundation for the long-term development of the enterprise, but also has a vital significance for shaping the global innovation pattern. A direct reflection of the R&D and innovation capabilities of an enterprise is the number and quality of patents. However, patent quality cannot be discussed in one way. Indicators such as patent citations, patent authorization ratio, patent technology coverage, and number of patent claims are all evaluation criteria for patent quality.
Patent citation refers to a patent being cited by a later patent applicant or examiner, which represents the technical relevance of the two patents. Patent citations are derived from the Science Citation Index (SCI), which is a knowledge network composed of citations of related documents by scientific and technological literature. Around February 1947, the USPTO (United States Patent and Trademark Office) first began to try to list relevant references in authorized patent documents for the purpose of evaluating patent solutions. Nowadays, there are two sources of patent citation information in a general sense:
- The first is the references provided by the patent inventor before the application, which are cited in the "background technology" and other parts of the patent specification to explain the difference between the invention and the known technology and demonstrate the novelty of the invention. For example, the US patent system requires applicants to disclose all technical information related to the patent obtained during the entire patent application process in the form of Information Disclosure Statement (IDS), otherwise the patent cannot be authorized or will be deemed invalid after authorization.
- The second is added by the patent examiner during the examination process. In order to determine whether a patent has novelty and creativity, the examiner will conduct a patent search to find the prior art closest to the technical field protected by the invention.
Patent citation data has at least two functions:
- Tracking the development path of technology and the flow of knowledge. Since Narin (1994) introduced bibliometrics into patent metrology, patent citations have been considered to objectively reflect knowledge associations. If a patent cites a previous patent, it can be inferred that the patent uses the knowledge contained in the previous patent. The patent citation network can show the dynamic process of technological innovation and the characteristics of knowledge flow between departments and industries.
- Measure the quality and value of innovation. The measurement of innovation level is not only about quantity, but also about quality. The importance or value of patents also varies greatly. The simple number of patents cannot provide all the information about innovation. Patent citations can be used to evaluate the quality of patents and the innovation value of patents.
Adam Jeffe and Manuel Trajtenberg's book "Patents, Citations and Innovations" is known as a classic work on patent citations. It explains how to analyze the value of patents and the trend of technological changes through patent citation relationships.
CnOpenData specially organizes US patent information data and makes a separate database to provide detailed and complete data support for related research.
Data Features
- It contains detailed information on other patents cited by the patent and detailed information on other citations of the patent.
- It counts the legal status information of each patent to date.
Time interval
1985-2023.12.31
Field display
Sample data
Basic information table of US patents
| Basic information table of US patents | Citation information table of US patents | Citation information table of US patents | US patent affairs table | Literature information cited by US patents Table | Table of U.S. Patent Classification Numbers |
|---|---|---|---|---|---|
| Patent ID | Patent ID | Patent ID | Patent ID | Patent ID | |
| Patent Name | Patent Name | Patent Name | Serial number | Name of literature cited by patent | Classification number Category serial number |
| Patent application publication number | Patent application publication number | Patent application publication number | Event type | Classification number | |
| Patent application publication date | Patent application publication date | Date | Classification number description | ||
| Patent application number | Patent application number | Patent application number | Code | ||
| Patent application date | Patent application date | Patent application date | Description | ||
| Patent authorization announcement number | Patent holder | Patent holder | |||
| Patent authorization date | Classification No. | Classification No. | |||
| Patent Priority Date | Cited Patent Name | Cited Patent Name | |||
| Patent Inventor | Cited Patent Application Publication No. | Cited patent application publication number | |||
| Patent holder | Cited patent application publication date | Cited patent application publication date | |||
| Classification number | Cited patent application number | Cited patent application number | |||
| Brief description | Cited patent application date | Cited patent application date | |||
| Number of patent claims | Cited patent authorization announcement No. | Cited patent authorization announcement number | |||
| Number of times other patents are cited | Cited patent authorization date | Cited patent authorization date | |||
| Number of times patents are cited | Priority date of cited patent | Priority date of cited patent | |||
| Legal status | Inventor of cited patent | Inventor of cited patent | |||
| Cited patent Patent Owner | Patent Owner of Cited Patents | ||||
| Cited Patent Classification Number | Cited Patent Classification Number | ||||
| Cited Patent Claims Number | Number of cited patent claims | ||||
| Number of other patents cited by cited patents | Number of other patents cited by cited patents | ||||
| Number of cited patents | Number of cited patents | ||||
| Legal status of cited patents | Legal status of cited patents | ||||
| Whether the cited patent is Family to Fa mily citation | Whether the cited patent is Family to Family citation | ||||
| Add the subject of the cited information | Add the subject of the cited information |
| Patent ID | Patent name | Patent application publication number | Patent application publication date | Patent application number | Patent application date | Patent authorization announcement number | Patent authorization date | Patent priority date | Patent inventor | Patent owner | Classification number | Brief description | Number of patent claims | Number of times other patents are cited | Number of times patent is cited | Legal status |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| US1000003A | Fertilizer | US1000003A | US61690911A | 1911/3/25 | US1000003A | 1911/8/8 | 1911/3/25 | Lemuel Holoway Horton | Lemuel Holoway Horton | A01C15/12; | 0 | 2 | US - Expired - Lifetime | |||
| US1000005A | Governor. | US1000005A | US57194410A | 1910/7/14 | US1000005A | 1911/8/8 | 1910/7/14 | Harry V Hunt | Harry V Hunt | G01P3/443; | 0 | 0 | US - Expired - Lifetime | |||
| US10000061B2 | Piezoelectric device, liquid ejecting head, and liquid ejecting apparatus | US20170197414A1 | 2017/7/13 | US15/388,655 | 2016/12/22 | US10000061B2 | 2018/6/19 | 2016/1/13 | Yoichi Naganuma,Eiju Hirai,Yoshihiro HOKARI,Masao Nakayama,Takeshi Saito,Toshihiro Shimizu | Seiko Epson Corp | B41J2/14201;B41J2/14233;H01L41/0471;H01L41/081;H01L41/083;H01L41/277;H01L41/297;H01L41/332;H04R17/00;B41J2202/11; | A piezoelectric device includes a supporting body, a supporting layer that is stacked on the supporting body, a first electrode that is formed on a side opposite to the supporting body side of the supporting layer, a piezoelectric body that is formed on a side opposite to the supporting layer side of the first electrode, and a second electrode that is formed on a side opposite to the first electrode side of the piezoelectric body, in which the piezoelectric body is formed throughout an area covering the first electrode, the second electrode is formed throughout an area covering the piezoelectric body, and a recess portion which is recessed toward the supporting body is formed outside an area overlapping with the first electrode in the supporting layer. | 21 | 3 | 0 | JP - Active Active, US - Active Active |
| US10000063B2 | Liquid containing member | US20170173966A1 | 2017/6/22 | US15/383,279 | 2016/12/19 | US10000063B2 | 2018/6/19 | 2015/12/21 | Hiroyuki Kawate,Manabu Yamaguchi,Tadahiro Mizutani,Takuma OZAWA,Satoshi Oya,Hiroyoshi Ozeki | Seiko Epson Corp | B41J2/17506;B41J2/17513;B41J2/17553;B41J2/1404;B41J2/14072;B41J2/14112;B41J2/14129;B41J2/14145;B41J2002/17516; | A liquid containing member that can supply a liquid having a uniform concentration of a precipitating component to a liquid ejecting portion is provided. A liquid containing member includes: a liquid containing portion that can contain ink; a liquid supply port for supplying the ink contained in the liquid containing portion to a liquid ejection head; and a communication channel that is in communication with the liquid containing portion and the liquid supply port. The communication channel has a first end that is positioned at a lower end on the gravity direction side in the liquid containing portion and can suck the ink, and a second end that is positioned closer to the anti-gravity direction side than the first end is, and can suck the ink, in an in-use state in which the ink is supplied from the liquid supply port to the liquid ejection head. | 13 | 13 | 6 | JP - Active, CN - Active Active Active Active, ES - Active Active Active Active, US - Active, EP - Active Active Active Active |
| US10000064B2 | Cartridge having contact parts for fastening cartridge to holder | US20170297343A1 | 2017/10/19 | US15/485,582 | 2017/4/12 | US10000064B2 | 2018/6/19 | 2016/4/15 | Kiyoteru Katsuki,Tomohiro MIZUTA | Seiko Epson Corp | B41J2/17523;B41J2/1752;B41J2/17513;B41J2/1753;B41J2/17553;B41J2/185;B41J29/13;B41J2002/1856; | Technology enabling stably attaching a cartridge having a fluid supply port and a waste fluid inlet to a fluid ejection device. The cartridge has a bottom wall with a fluid supply port for supplying fluid to the fluid ejection device, and a waste fluid inlet for recovering waste fluid from the fluid ejection device, a first side wall having a first contact part capable of contacting a first fastening member of the cartridge holder when the cartridge is installed in the cartridge holder, and a second side wall having a second contact part capable of contacting a second fastening member of the cartridge holder when the cartridge is installed in the cartridge holder. When looking at the cartridge from the bottom wall side, an imaginary first line passing through the first contact part and the second contact part passes between the fluid supply port and the waste fluid inlet. | 8 | 21 | 1 | JP - Active, CN - Active Active Active, US - Active Active Active, EP - Active Active Active |
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | 2018/6/19 | 2015/2/6 | Taishi Sasaki | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | An apparatus includes: a delivering-side gear train that transmits motive power to a delivering-side drive shaft; an winding-side gear train that transmits motive power to an winding-side drive shaft; a second clutch mechanism that connects the drive motor and the delivering-side gear train to each other in accordance with reverse rotation of the drive motor and disconnects the drive motor and the delivering-side gear train from each other in accordance with forward rotation of the drive motor; and a first clutch mechanism that is provided upstream of the second clutch mechanism, connects the drive motor and the winding-side gear train to each other in accordance with the forward rotation of the drive motor, and disconnects the drive motor and the winding-side gear train from each other in accordance with the reverse rotation of the drive motor. | 4 | 24 | 2 | JP - Active, EP - Active IP Right Grant Application Filing Active Active Active IP Right Grant, KR - Active IP Right Grant Application Filing Active Active Active IP Right Grant, WO - Active IP Right Grant Application Filing Active Active Active IP Right Grant, CN - Active IP Right Grant Application Filing Active Active Active IP Right Grant, US - Active | |
| US10000078B2 | Printer apparatus | US20170217223A1 | 2017/8/3 | US15/500,978 | 2015/8/19 | 2018/6/19 | 2014/8/20 | Tetsuhiro Ishikawa,Sumio Watanabe,Yukihiro Mori,Masahiro Tsuchiya | Fujitsu Component Ltd | B41J11/70;B41J13/106;B41J15/005;B41J2/32;B41J29/02;B41J29/13;B65H29/125;B65H29/58;B65H29/60;B65H35/0006;B41J15/04;B65H2301/51212;B65H2403/942;B65H2404/63;B65H2408/11;B65H2408/13; | A printer apparatus includes a printer main body having a platen roller and a print head to print on recording paper, a cutter unit configured to cut the recording paper, and a presenter unit connected to the cutter unit, wherein the recording paper on which the print head has printed enters the presenter unit through the cutter unit, and comes out from a discharge slot of the presenter unit, wherein the presenter unit includes a first roller and a second roller configured to convey the recording paper placed therebetween, and a flapper disposed along a transportation path of the recording paper between the cutter unit and both the first roller and the second roller, and configured to be flipped open to an outside of the presenter unit to expose the transportation path, wherein an angle at which the flapper is open is selectively set to one of a plurality of different angles. | 7 | 20 | 0 | JP - Active, CN - Expired - Fee Related Active Application Filing Withdrawn, US - Expired - Fee Related Active Application Filing Withdrawn, WO - Expired - Fee Related Active Application Filing Withdrawn, EP - Expired - Fee Related Active Application Filing Withdrawn | |
| US1000007A | Animal | US1000007A | US54944810A | 1910/3/15 | US1000007A | 1911/8/8 | 1910/3/15 | Jacob Jackson | Jacob Jackson | A01M23/26; | 0 | 2 | US - Expired - Lifetime | |||
| US1000008A | Spring | US1000008A | US40623907A | 1907/12/12 | US1000008A | 1911/8/8 | 1907/12/12 | Robert C Jarvis | Robert C Jarvis | B60C7/14; | 0 | 0 | US - Expired - Lifetime | |||
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | 2018/6/19 | 2015/11/25 | Franz Michael Darrer,Walter Schuchter | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Embodiments provide a tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program to receive data. The tire pressure measurement device includes a first receiver configured to receive a low frequency signal using a first low frequency input of the first receiver, and a second input configured to receive a receive signal associated with a second receiver that is different from the first receiver. The tire pressure measurement device further includes a controller configured to control the first low frequency input of the first receiver and to couple the second input to the first low frequency input of the first receiver in order for the first receiver to receive the receive signal at the first low frequency input. | 19 | 34 | 4 | DE - Pending, US - Active, CN - Active Active | |
| US1000012A | Steam | US1000012A | US59798410A | 1910/12/19 | US1000012A | 1911/8/8 | 1910/12/19 | Arnet T Jolma | Arnet T Jolma | G10K5/00; | 0 | 1 | US - Expired - Lifetime | |||
| US1000014A | Flexible stay bolt. | US1000014A | US59879310A | 1910/12/22 | US1000014A | 1911/8/8 | 1910/12/22 | James W Keeley | FLANNERY BOLT CO | F22B7/16;F16B5/0241;Y10T403/38; | 0 | 0 | US - Expired - Lifetime | |||
| US10000150B2 | Lighting circuit and vehicle lamp | US20180056853A1 | 2018/3/1 | US15/686,520 | 2017/8/25 | US10000150B2 | 2018/6/19 | 2016/8/25 | Takao Muramatsu,Satoshi Kikuchi | Koito Manufacturing Co Ltd | H05B45/00;B60Q1/1415;H05B45/38;B60Q1/1423;H05B45/375;H05B45/48;H05B45/60;B60Q2300/42;B60Q2300/45; | A lighting circuit drives a light source including plural light emitting elements and includes a bypass switch circuit which includes plural bypass switches connected in parallel with the plural light emitting elements, a boost converter which boosts a power supply voltage to generate a direct current voltage stabilized at a variable target voltage, a buck converter which receives the direct current voltage to supply a driving current stabilized at a target current to the light source and which includes a hysteresis controller configured to stabilize the driving current between a peak value and a bottom value and to change a difference between the peak value and the bottom value such a switching frequency of the buck converter approaches a constant value, and a voltage adjusting circuit which is configured to dynamically change the target voltage of the boost converter according to an output voltage of the buck converter. | 12 | 10 | 9 | JP - Active, US - Active Active Pending Active, FR - Active Active Pending Active, DE - Active Active Pending Active, CN - Active Active Pending Active |
| US1000015A | Wrench. | US1000015A | US60053011A | 1911/1/3 | US1000015A | 1911/8/8 | 1911/1/3 | Charles H Kenney | THOMAS F FORAN | B25B13/16;Y10S81/03; | 0 | 0 | US - Expired - Lifetime | |||
| US1000016A | Woven fabric. | US1000016A | US57297610A | 1910/7/21 | US1000016A | 1911/8/8 | 1910/7/21 | James E Kerr | James E Kerr | D03D11/00; | 0 | 0 | US - Expired - Lifetime | |||
| US10000175B2 | Driver airbag cover with emblem | US20170113644A1 | 2017/4/27 | US15/315,397 | 2015/6/4 | 2018/6/19 | 2014/6/5 | Jeffery Coon | Joyson Safety Systems Inc | B60R21/2165;B60R2021/21506;B60R2021/21543; | A side airbag cover (20) having a top surface (22) upon which can be positioned a decorative emblem (30), the top surface (20) and emblem (30) are configured to break when subjected to a determinable force pressuring on an undersurface (25) of the cover (20), the undersurface (25) including a tear seam (40) which breaks when subjected to a determinable pressure or load, the emblem (30) having its own tear seam (50), wherein the emblem tear seam (50) is displaced laterally relative to an adjacent portion of the tear seam (40). | 20 | 13 | 6 | US - Active Application Filing, WO - Active Application Filing | |
| US10000178B2 | Vehicle curtain airbag device | US20160039384A1 | 2016/2/11 | US14/807,121 | 2015/7/23 | US10000178B2 | 2018/6/19 | 2014/8/8 | Osamu Fukawatase,Atsushi Nakashima | Toyota Motor Corp | B60R21/232;B60R21/23138;B60R21/233;B60R21/2346;B60R2021/23316;B60R21/16; | A vehicle curtain airbag device that includes: front and rear main chambers that receive gas supplied from an inflator, and that inflate and deploy between respective positions of heads of a front seat occupant and a rear seat occupant, and a side section of a vehicle body; and a delay chamber that is provided spanning between the front and rear main chambers, and that is only supplied with gas through a gas supply opening formed at a boundary between the delay chamber and the main chamber on a front side. | 15 | 19 | 6 | JP - Active, US - Active Pending, DE - Active Pending |
| US1000017A | Protector for the beads of boiler | US1000017A | US62457011A | 1911/5/2 | US1000017A | 1911/8/8 | 1911/5/2 | Richard S Kitchen | Richard S Kitchen | F16L41/001; | 0 | 2 | US - Expired - Lifetime | |||
| US10000181B2 | Pretensioner and safety belt assembly including the same | US20180105134A1 | 2018/4/19 | US15/366,439 | 2016/12/1 | US10000181B2 | 2018/6/19 | 2016/10/13 | Eungjoo Kim | Hyundai Motor Co | B60R22/46;B60R22/1952;B60R22/4628;B60R22/1955;B60R2021/01279;B60R2022/4642;B60R2022/4647; | Disclosed are a pretensioner and a safety belt assembly including the same. The pretensioner includes an internal cylinder movably installed within an external cylinder with an outer surface thereof in contact with an inner surface of the external cylinder, a piston installed in the internal cylinder, a retracting member configured with one side connected to the piston and the other side configured to extend from the external cylinder and connected to a belt fastening a passenger, a gas generator configured to supply gas to the inside of the external cylinder to move the piston in a direction of pulling the retracting member, and a one-way restriction device configured to allow the piston to move with respect to the internal cylinder when the piston moves in the direction of pulling the retracting member and to restrict the piston to be within the internal cylinder when the piston moves in reverse direction. | 11 | 16 | 2 | KR - IP Right Grant Active Pending, US - IP Right Grant Active Pending, DE - IP Right Grant Active Pending, CN - Active |
| US10000182B2 | Buckle device | US20170225645A1 | 2017/8/10 | US15/426,707 | 2017/2/7 | US10000182B2 | 2018/6/19 | 2016/2/10 | Koji Hayashi,Makoto Matsuzaki | Tokai Rika Co Ltd | B60R22/20;A44B11/2503;B60R22/1952;B60R22/26;B60R22/48;B60R2022/1806;B60R2022/1812;B60R2022/1831;B60R2022/1957; | In a buckle device, displacement of a buckle cover in a width direction with respect to a buckle guide is restricted by restricting grooves of the buckle cover and restricting ribs of the buckle guide that enter the restricting grooves. This enables a space to be secured between a wall portion on one side in a width direction of the buckle cover and a wall portion on one side in a width direction of the buckle guide. | 13 | 13 | 2 | JP - Active, CN - Active Active Pending, US - Active Active Pending, DE - Active Active Pending |
| US10000184B2 | Webbing take | US20160347277A1 | 2016/12/1 | US15/162,162 | 2016/5/23 | US10000184B2 | 2018/6/19 | 2015/5/27 | Yuya NAGATA,Takahiro Osaki,Takuhiro Saito,Tomonari UMAKOSHI | Tokai Rika Co Ltd | B60R22/44;B60R22/34;B60R22/46;B60R2022/4666;B60R2022/468; | A webbing take-up device includes a spool that takes up webbing worn by an occupant, an input gear that is rotated by rotation force being transmitted, a spool gear that rotates the spool by being rotated, and a second clutch that is provided between the input gear and the spool gear, and that transmits rotation force of the input gear to the spool gear by being rotated by the input gear. The webbing take-up device further includes a sub clutch spring that is provided between the input gear and the second clutch, that transmits rotation force of the input gear to the second clutch when the input gear is rotated toward one side, and that shuts off transmission of rotation force of the input gear to the second clutch when the input gear is rotated toward another side. | 8 | 10 | 5 | JP - Active, CN - Active Active Active, US - Active Active Active, EP - Active Active Active |
| US10000187B2 | Vehicle communication system, in | US20170136992A1 | 2017/5/18 | US15/320,809 | 2015/6/22 | 2018/6/19 | 2014/6/26 | Yoshihiro Hamada,Hiroyuki Kurata | Sumitomo Wiring Systems Ltd, AutoNetworks Technologies Ltd, Sumitomo Electric Industries Ltd | B60R25/245;B60R25/24;G01S5/0278;H04B17/318;G01S5/02; | In the vehicle communication system provided with the in-vehicle device for transmitting and receiving signals using the plurality of antennas, which are provided in different positions in the vehicle, and the portable device for transmitting and receiving the signals, the in-vehicle device: stores statistical values derived by measuring in advance received signal strengths of signals transmitted from a part of the plurality of antennas in association with information identifying antennas of transmission sources, for each of the inside and the outside of a vehicle cabin of measured positions; detects an antenna having a failure; calculates, for inside and outside the vehicle cabin, the statistical distance between the measured received signal strength and the statistical values corresponding to the selected antennas; makes a comparison between the results of the calculation; and determines whether the portable device is inside or outside the vehicle cabin. | 7 | 18 | 21 | JP - Active, US - Active Active Pending Application Filing, CN - Active Active Pending Application Filing, DE - Active Active Pending Application Filing, WO - Active Active Pending Application Filing | |
| US1000019A | Type | US1000019A | US56083810A | 1910/5/12 | US1000019A | 1911/8/8 | 1910/5/12 | Louis W Labofish | UNION TYPEWRITER CO | B41J11/22; | 0 | 0 | US - Expired - Lifetime | |||
| US10000232B2 | Steering assist device | US20160347355A1 | 2016/12/1 | US15/158,066 | 2016/5/18 | US10000232B2 | 2018/6/19 | 2015/5/26 | Toshiaki Oya | JTEKT Corp | B60W30/12;B62D5/046;B62D1/286;B62D15/025;B62D5/04; | In a steering assist device, a main lane keep assist current value setting unit sets a main lane keep assist current value that generates main lane keep assist torque according to a lateral deviation and a lateral deviation change rate. A sub lane keep assist current value setting unit sets a sub lane keep assist current value that generates sub lane keep assist torque according to curvature ct of a target travel line. | 8 | 18 | 0 | JP - Active, US - Active Active Active, CN - Active Active Active, EP - Active Active Active |
| US1000023A | Nailing | US1000023A | US50763609A | 1909/7/14 | US1000023A | 1911/8/8 | 1909/7/14 | Job Lee | Job Lee | B25C1/001; | 0 | 2 | US - Expired - Lifetime | |||
| US1000025A | Cigar | US1000025A | US59816310A | 1910/12/19 | US1000025A | 1911/8/8 | 1910/12/19 | Charles L Enfant | Charles L Enfant | B65D85/1009; | 0 | 0 | US - Expired - Lifetime | |||
| US10000261B2 | System, method, and apparatus for stabilizing a boat | US20170080998A1 | 2017/3/23 | US15/266,221 | 2016/9/15 | US10000261B2 | 2018/6/19 | 2015/9/23 | Jeffrey Dominic Lizzio | Jeffrey Dominic Lizzio | B63B43/04;B63B1/041;B63B2039/067;B63B2043/042;B63B39/062; | A stabilizer that extends from the hull of a watercraft below the waterline when needed is disclosed. The stabilizer produces added drag on the watercraft's counteracting a tendency to change bearing. Stabilization chambers of the stabilizer hold semi contained water to produce an extended drag effect by adding lateral weight due to the water that is semi contained within the chamber during use. The restricted flow of water into and out of the stabilizer and the outer dimensions of the stabilizer provides lateral drag to mute any ambient drift. | 17 | 5 | 1 | US - Active |
| US10000262B2 | Data | US20160229500A1 | 2016/8/11 | US15/025,319 | 2013/9/27 | US10000262B2 | 2018/6/19 | 2013/9/27 | Hideyuki Ando,Shusaku Ueno | Nippon Yusen KK | B63B49/00;B63B79/40;B63B79/15;B63H25/04;G01C21/203;G06F3/14;G06T11/206;B63B79/20;B63B79/30;B63H2025/045;B63J2099/008; | A terminal device stores ship characteristic data that indicates a relationship between rotation speed and ship speed, and rotation speed and fuel consumption when a ship is navigated under various navigation conditions. If a user inputs data that indicates draft state and wind and wave state on a performance display screen displayed on the terminal device, the terminal device generates relationship data that indicates a relationship between rotation speed and ship speed, and rotation speed and fuel consumption when a ship is navigated under wind and wave states corresponding to the input data and each of a plurality of Beaufort states that are set in the terminal device in advance on the basis of the ship characteristic data. The terminal device displays a graph that displays the relationship between rotation speed, ship speed and fuel consumption for each of a plurality of navigation conditions using the relationship data. | 15 | 6 | 6 | SG - Active Application Filing Active, US - Active Application Filing Active, WO - Active Application Filing Active, JP - Active Application Filing Active |
| US10000280B2 | Device for mounting an aircraft tail wheel | US20160167771A1 | 2016/6/16 | US14/904,931 | 2014/7/17 | 2018/6/19 | 2013/7/25 | Rémi Beringer | BERINGER AERO | B64C25/50;B60B33/0055;B60B33/0057;B60B33/0065;B60B33/025;B60B33/026;B60B2900/351;B60B33/0068;B60B33/0073; | A device for mounting an aircraft tail wheel includes a support plate having, on the one hand, an articulation shaft with an arm and, on the other hand, an articulation shaft with a fork receiving the freely rotating tail wheel, while the articulation shaft of the plate is positioned near a rotation shaft of the tail wheel. | 5 | 9 | 1 | FR - Active, WO - Application Filing Active Active, US - Application Filing Active Active, EP - Application Filing Active Active | |
| US10000288B2 | Laterally and recline adjustable aircraft passenger seat | US20160288910A1 | 2016/10/6 | US15/059,847 | 2016/3/3 | US10000288B2 | 2018/6/19 | 2015/3/5 | Daniel Udriste,Javier Valdes De La Garza,Catalin Bunea | BE Aerospace Inc | B64D11/064;B60N2/062;B64D11/0015;B64D11/0602;B64D11/0606;B64D2011/0046; | A laterally and recline adjustable aircraft passenger seat assembly including a seat, spaced forward and rear rails, a seat recline motion assembly attached to the seat and slidable along the length of the spaced forward and rear rails and including a first actuator dedicated for seat recline motion, and a lateral seat motion assembly disposed between the spaced forward and rear rails and including a second linear actuator dedicated for driving lateral motion of the seat recline motion assembly. | 14 | 15 | 8 | US - Active Application Filing, WO - Active Application Filing |
| US1000028A | Lawn | US1000028A | US61486911A | 1911/3/16 | US1000028A | 1911/8/8 | 1911/3/16 | John C Lindsey | John C Lindsey | A01D2101/00;Y10S56/13; | 0 | 6 | US - Expired - Lifetime | |||
| US100002A | Improvement in printing | US100002A | US100002A | -10904 | B41F1/40;Y10S101/35; | 0 | 0 | US - Expired - Lifetime | ||||||||
| US1000031A | Connector. | US1000031A | US51749209A | 1909/9/13 | US1000031A | 1911/8/8 | 1909/9/13 | Emil Mattman | Allis Chalmers Corp | H01R4/4845;Y10T403/345;Y10T403/7016; | 0 | 4 | US - Expired - Lifetime | |||
| US1000032A | Pneumatic stacker. | US1000032A | US59686710A | 1910/12/12 | US1000032A | 1911/8/8 | 1910/12/12 | William Russell Miller | INDIANA Manufacturing CO | B65G53/14; | 0 | 0 | US - Expired - Lifetime | |||
| US10000350B2 | Conveyor and recording apparatus including same | US20150274460A1 | 2015/10/1 | US14/670,094 | 2015/3/26 | US10000350B2 | 2018/6/19 | 2014/3/31 | Kenichi Hirata | Brother Industries Ltd | B65H5/062;B41J11/0055;B41J13/0045;B65H9/04; | A conveyor comprises a first conveyor roller unit and a side position adjustment mechanism. The side position adjustment mechanism includes a guide member and a position adjustment roller unit. The position adjustment roller unit includes a first position adjustment roller and a second position adjustment roller which holds a sheet-shaped medium with the first position adjustment roller. An angle between a rotational axial line of the first position adjustment roller and a part of a guide face of the guide member which part is on the downstream of an intersection between the rotational axial line of the first position adjustment roller and the guide face is an acute angle. The conveyor further comprises a first support member which supports a first driven roller of the first conveyor roller unit to allow a rotational axial line of the first driven roller to be swingable. | 13 | 28 | 3 | JP - Active, US - Active |
| US10000354B2 | Conveyance apparatus and image recording apparatus | US20170113894A1 | 2017/4/27 | US15/331,011 | 2016/10/21 | US10000354B2 | 2018/6/19 | 2015/10/23 | Peng Zou,Kenji Samoto,Yoshiyuki WASHINO | Brother Industries Ltd | B65H31/22;B65H31/00;B65H1/266;B65H3/0684;B65H31/02;B65H31/20;G03G15/602;G03G15/6529;B65H2301/4212;B65H2402/46;B65H2405/11164;B65H2405/3321;B65H2405/3322;B65H2801/03;B65H2801/06; | There is provided a conveyance apparatus including a main body, a feed tray, and a discharge tray. The discharge tray includes a first projecting portion, and the main body includes a supporting portion, first and second contacting portions. With the installed discharge tray rotating by a first amount or more about a fulcrum in a direction for such a part of the discharge tray as positioned on one side in a second direction from the fulcrum to move away from the first contacting portion, the first projecting portion is positioned below the second contacting portion. The part of the installed discharge tray as positioned on the one side in the second direction from the fulcrum is lighter in weight than the part of the installed discharge tray as positioned on the other side in the second direction. The conveyance apparatus includes a regulating portion. | 11 | 8 | 1 | JP - Active, CN - Active Active, US - Active Active |
| US10000359B2 | Collapsible cord spool | US20160368731A1 | 2016/12/22 | US15/188,357 | 2016/6/21 | US10000359B2 | 2018/6/19 | 2015/6/22 | Tuan Quoc Dam | Tuan Quoc Dam | B65H75/22;B65H75/4465;B65H75/4473;H01R13/72;B65H2701/34;H02G11/02; | A collapsible cord spool 100 includes a base 102, defining one or more pivots 104, 106, and mounted to a power converter block 108 having a cord 110. The collapsible cord spool 100 further defines first and second cord cleats 112, 114. The first and second cord cleats 112, 114 include opposed projections 116, 118. The first and second cord cleats 112, 114 are movable about one or more pivots 104, 106 and may be stowed or deployed. In the deployed position, the first and second cord cleats 112, 114 define a cord wrapping region 302 to receive windings of the cord 110. | 13 | 4 | 0 | US - Active |
| US1000035A | Airship. | US1000035A | US61280311A | 1911/3/7 | US1000035A | 1911/8/8 | 1911/3/7 | Oscar P Ostergren | HARRY REIS | B64C39/08; | 0 | 0 | US - Expired - Lifetime | |||
| US10000365B2 | Pulley for high | US20160145082A1 | 2016/5/26 | US14/786,151 | 2014/3/26 | US10000365B2 | 2018/6/19 | 2013/4/22 | Massimo Ippolito | Kite Gen Research SRL | B66D1/7415;F16H55/50;B66D1/30;B66D1/74; | An improved pulley for winch is described, in contact with at least one section of rope included between an inlet section, connected to a working load, and an outlet section, with minimum or null tension, such pulley comprising a kinematic chain composed of peripheral supports. | 10 | 16 | 0 | IT - , UA - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , RU - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , ES - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , EP - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , BR - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , JP - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , SG - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , CN - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , CA - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , AU - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , US - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , WO - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , KR - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , MX - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , TN - Active Active Search and Examination Active Active Active Active Active Application Filing IP Right Grant IP Right Grant , PH - , CL - , ZA - , MA - |
| US1000036A | Tool | US1000036A | US60143611A | 1911/1/7 | US1000036A | 1911/8/8 | 1911/1/7 | William Prellwitz | Ingersoll Rand Co | B25D17/086;Y10T279/17059;Y10T279/17111;Y10T279/17769;Y10T403/50; | 0 | 0 | US - Expired - Lifetime |
US Patent Citation Information Table
| Patent ID | Patent Name | Patent Application Publication Number | Patent Application Publication Date | Patent Application Number | Patent Application Date | Patent Owner | Classification Number | Cited Patent Name | Cited Patent Application Publication Number | Cited Patent Application Publication Date | Cited Patent Application Number | Cited patent authorization announcement number | Cited patent authorization date | Priority date of cited patent | Inventor of cited patent | Patent owner of cited patent | Classification number of cited patent | Number of claims of cited patent | Number of times cited patents cite other patents | Number of times cited patents are cited | Legal status of cited patent | Whether cited patent is Family to Family | Subject of adding cited information | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| US10000063B2 | Liquid containing member | US20170173966A1 | 2017/6/22 | US15/383,279 | 2016/12/19 | Seiko Epson Corp | B41J2/17506;B41J2/17513;B41J2/17553;B41J2/1404;B41J2/14072;B41J2/14112;B41J2/14129;B41J2/14145;B41J2002/17516; | Liquid container | JP2013111845A | 2013/6/10 | JP2011259921A | 2011/11/29 | 2011/11/29 | Yoshihisa Hirano,善久 平野 | 7 | 0 | 1 | JP - Pending | FALSE | FALSE | ||||
| US10000063B2 | Liquid containing member | US20170173966A1 | 2017/6/22 | US15/383,279 | 2016/12/19 | Seiko Epson Corp | B41J2/17506;B41J2/17513;B41J2/17553;B41J2/1404;B41J2/14072;B41J2/14112;B41J2/14129;B41J2/14145;B41J2002/17516; | Ink supply unit | JP2006168144A | 2006/6/29 | JP2004362800A | 2004/12/15 | 2004/12/15 | Tatsuya Fukushima,達弥 福嶋 | 3 | 0 | 1 | JP - Withdrawn | TRUE | TRUE | ||||
| US10000063B2 | Liquid containing member | US20170173966A1 | 2017/6/22 | US15/383,279 | 2016/12/19 | Seiko Epson Corp | B41J2/17506;B41J2/17513;B41J2/17553;B41J2/1404;B41J2/14072;B41J2/14112;B41J2/14129;B41J2/14145;B41J2002/17516; | Liquid container and printer | JP2009061757A | 2009/3/26 | JP2007233846A | 2007/9/10 | 2007/9/10 | Koichi Toba,浩一 鳥羽 | 8 | 0 | 2 | JP - Pending | TRUE | TRUE | ||||
| US10000063B2 | Liquid containing member | US20170173966A1 | 2017/6/22 | US15/383,279 | 2016/12/19 | Seiko Epson Corp | B41J2/17506;B41J2/17513;B41J2/17553;B41J2/1404;B41J2/14072;B41J2/14112;B41J2/14129;B41J2/14145;B41J2002/17516; | Ink box | CN201907268U | 2011/7/27 | CN2011200053212U | 2011/1/10 | CN201907268U | 2011/7/27 | 2011/1/10 | 陈李青 | 10 | 0 | 1 | CN - Expired - Fee Related | TRUE | TRUE | ||
| US10000064B2 | Cartridge having contact parts for fastening cartridge to holder | US20170297343A1 | 2017/10/19 | US15/485,582 | 2017/4/12 | Seiko Epson Corp | B41J2/17523;B41J2/1752;B41J2/17513;B41J2/1753;B41J2/17553;B41J2/185;B41J29/13;B41J2002/1856; | Ink box of ink-jet printer | CN201645996U | 2010/11/24 | CN2010201191925U | 2010/2/11 | CN201645996U | 2010/11/24 | 2010/2/11 | 钦雷 | 10 | 0 | 2 | CN - Expired - Lifetime | TRUE | TRUE | ||
| US10000064B2 | Cartridge having contact parts for fastening cartridge to holder | US20170297343A1 | 2017/10/19 | US15/485,582 | 2017/4/12 | Seiko Epson Corp | B41J2/17523;B41J2/1752;B41J2/17513;B41J2/1753;B41J2/17553;B41J2/185;B41J29/13;B41J2002/1856; | Printer cartridge for inject printer | CN202878915U | 2013/4/17 | CN 201220518178 | 2012/10/11 | CN202878915U | 2013/4/17 | 2012/10/11 | 袁大江 | B41J2/1752;B41J2/17513; | 6 | 7 | 2 | CN - Active Pending Active Application Filing, JP - Active Pending Active Application Filing, DE - Active Pending Active Application Filing, WO - Active Pending Active Application Filing | TRUE | TRUE | |
| US10000064B2 | Cartridge having contact parts for fastening cartridge to holder | US20170297343A1 | 2017/10/19 | US15/485,582 | 2017/4/12 | Seiko Epson Corp | B41J2/17523;B41J2/1752;B41J2/17513;B41J2/1753;B41J2/17553;B41J2/185;B41J29/13;B41J2002/1856; | Apparatus for supplying ink | KR101743261B1 | 2017/6/5 | KR1020150152994A | 2015/11/2 | KR101743261B1 | 2017/6/5 | 2015/11/2 | 민경원 | B41J2/175;B41J2/17503;B41J2/21; | 13 | 6 | 1 | KR - IP Right Grant | TRUE | TRUE | |
| US10000064B2 | Cartridge having contact parts for fastening cartridge to holder | US20170297343A1 | 2017/10/19 | US15/485,582 | 2017/4/12 | Seiko Epson Corp | B41J2/17523;B41J2/1752;B41J2/17513;B41J2/1753;B41J2/17553;B41J2/185;B41J29/13;B41J2002/1856; | Ink cartridge and ink jet printer | JP2001347687A | 2001/12/18 | JP2000169244A | 2000/6/6 | 2000/6/6 | Manabu Yamada,学 山田,Tomoji Suzuki,智二 鈴木 | 12 | 0 | 5 | JP - Withdrawn | TRUE | TRUE | ||||
| US10000064B2 | Cartridge having contact parts for fastening cartridge to holder | US20170297343A1 | 2017/10/19 | US15/485,582 | 2017/4/12 | Seiko Epson Corp | B41J2/17523;B41J2/1752;B41J2/17513;B41J2/1753;B41J2/17553;B41J2/185;B41J29/13;B41J2002/1856; | Printing machine ink box having multi ink pocket for ink jet printing machine | CN2706318Y | 2005/6/29 | CN 200420046930 | 2004/6/15 | CN2706318Y | 2005/6/29 | 2004/6/15 | 吴俊中,周毅,何昭 | 3 | 0 | 5 | CN - Expired - Lifetime | TRUE | TRUE | ||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Thermal transfer printer | JPH0756205Y2 | 1995/12/25 | JP1986054771U | 1986/4/14 | JPH0756205Y2 | 1995/12/25 | 1986/4/14 | 茂 加藤,尚省 長田,敏克 市東 | 1 | 2 | 1 | JP - Active | TRUE | TRUE | ||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Drive transmission mechanism of sheet conveying apparatus and document conveying apparatus | JP4436871B2 | 2010/3/24 | JP2008012036A | 2008/1/22 | JP4436871B2 | 2010/3/24 | 2008/1/22 | 泰正 森本,浩俊 家村,伸一郎 平岡,聡一 ▲高▼田 | G03G15/602;G03G21/1647;G03G2215/00341;G03G2221/1657; | 8 | 11 | 9 | JP - Expired - Fee Related, US - Active Expired - Fee Related, CN - Active Expired - Fee Related | TRUE | TRUE | |
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Processing device for remaining image information of ink ribbon | JP2010162756A | 2010/7/29 | JP2009006593A | 2009/1/15 | 2009/1/15 | Hideyuki Tsukuda,秀行 佃 | 4 | 0 | 2 | JP - Pending | TRUE | FALSE | ||||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Stamp forming device | JP2011183587A | 2011/9/22 | JP2010048896A | 2010/3/5 | 2010/3/5 | Shinsaku Kosuge,晋作 小菅 | 4 | 0 | 1 | JP - Pending | TRUE | TRUE | ||||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Ink ribbon cassette, ink ribbon cartridge and printing apparatus | JP5943817B2 | 2016/7/5 | JP2012262099A | 2012/11/30 | JP5943817B2 | 2016/7/5 | 2012/11/30 | 太田 恵治,恵治 太田 | 7 | 6 | 1 | JP - Active | TRUE | TRUE | ||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | The control method of printing equipment and printing equipment | CN107020847B | 2019/3/15 | CN201710233112.5A | 2013/11/25 | CN107020847B | 2019/3/15 | 2012/11/30 | 太田惠治 | B41J32/00;B41J2/325;B41J17/02;B41J17/24;B41J17/32;B41J2/32;B41J33/12;B41J33/16;B41J33/18;B41J33/22;B41J33/40;B41J2202/31; | 5 | 32 | 10 | CN - Active Active Active Active Active Application Filing , US - Active Active, EP - Active Active Active Active Active Application Filing , WO - Active Active Active Active Active Application Filing , TW - Active Active Active Active Active Application Filing | TRUE | TRUE | |
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Printer | JP6162416B2 | 2017/7/12 | JP2013021598A | 2013/2/6 | JP6162416B2 | 2017/7/12 | 2013/2/6 | 卓郎 神山,卓郎 神山,伊藤 超,超 伊藤 | 2 | 10 | 1 | JP - Expired - Fee Related, CN - Active | TRUE | TRUE | ||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Form feed mechanism of printing device | JPH02241770A | 1990/9/26 | JP6291489A | 1989/3/15 | 1989/3/15 | Shinichi Sobajima,Yuji Ochiai | 0 | 2 | JP - Pending | TRUE | TRUE | |||||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Ink sheet carrying device | JPH0224177A | 1990/1/26 | JP17447788A | 1988/7/12 | 1988/7/12 | Yuji Terajima,Takashi Watanabe,Yutaka Miyazono,Takanori Matsuo | 0 | 4 | JP - Pending | FALSE | FALSE | |||||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Driving mechanism for carriage | JP2002002053A | 2002/1/8 | JP2000183257A | 2000/6/19 | 2000/6/19 | Minoru Sato,稔 佐藤 | 2 | 0 | 6 | JP - Withdrawn | FALSE | FALSE | ||||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Printer with pivot gear mechanism | JP2007502221A | 2007/2/8 | JP2006523258A | 2004/8/9 | 2003/8/12 | リチャード， エル． カリエール，,ケビン， エル． ウイルケン， | B41J33/44;B41J3/4075; | 20 | 29 | 23 | US - Active, MX - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, EP - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, RU - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, BR - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, CA - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, AT - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, CN - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, JP - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, WO - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, AU - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related, DE - IP Right Grant Expired - Fee Related IP Right Cessation IP Right Cessation Abandoned IP Right Cessation Expired - Fee Related Ceased Application Filing Expired - Fee Related Expired - Fee Related | FALSE | FALSE | |||
| US10000071B2 | Ribbon feeding apparatus, and tape printing apparatus equipped with the same | US20180022110A1 | 2018/1/25 | US15/548,608 | 2016/1/12 | Seiko Epson Corp | B41J2/325;B41J17/14;B41J17/32;B41J23/02;B41J3/36;B41J3/4075; | Tape processing unit | JP4092999B2 | 2008/5/28 | JP2002279874A | 2002/9/25 | JP4092999B2 | 2008/5/28 | 2002/9/25 | 昌之 高山 | 12 | 0 | 2 | JP - Active | TRUE | FALSE | ||
| US10000078B2 | Printer apparatus | US20170217223A1 | 2017/8/3 | US15/500,978 | 2015/8/19 | Fujitsu Component Ltd | B41J11/70;B41J13/106;B41J15/005;B41J2/32;B41J29/02;B41J29/13;B65H29/125;B65H29/58;B65H29/60;B65H35/0006;B41J15/04;B65H2301/51212;B65H2403/942;B65H2404/63;B65H2408/11;B65H2408/13; | Printer | JP2003019845A | 2003/1/21 | JP2001208083A | 2001/7/9 | JP4667663B2 | 2011/4/13 | 2001/7/9 | Masahiro Tsuchiya,雅広 土屋,Masaru Kihara,優 木原,Fumio Sakurai,文夫 櫻井,Sumio Watanabe,寿美男 渡辺 | G07G5/00; | 6 | 18 | 31 | JP - Expired - Fee Related, US - Expired - Fee Related | FALSE | FALSE | |
| US10000078B2 | Printer apparatus | US20170217223A1 | 2017/8/3 | US15/500,978 | 2015/8/19 | Fujitsu Component Ltd | B41J11/70;B41J13/106;B41J15/005;B41J2/32;B41J29/02;B41J29/13;B65H29/125;B65H29/58;B65H29/60;B65H35/0006;B41J15/04;B65H2301/51212;B65H2403/942;B65H2404/63;B65H2408/11;B65H2408/13; | Printer apparatus | US20140119805A1 | 2014/5/1 | US14/043,924 | 2013/10/2 | 2012/10/31 | Tatsuya Oguchi,Sumio Watanabe,Masahiro Tsuchiya,Tetsuhiro Ishikawa | B41J11/66;B41J11/006;B41J15/005; | 11 | 22 | 5 | JP - Active, EP - Active Active Abandoned, CN - Active Active Abandoned, US - Pending | FALSE | FALSE | |||
| US10000078B2 | Printer apparatus | US20170217223A1 | 2017/8/3 | US15/500,978 | 2015/8/19 | Fujitsu Component Ltd | B41J11/70;B41J13/106;B41J15/005;B41J2/32;B41J29/02;B41J29/13;B65H29/125;B65H29/58;B65H29/60;B65H35/0006;B41J15/04;B65H2301/51212;B65H2403/942;B65H2404/63;B65H2408/11;B65H2408/13; | Printer apparatus | JP2014091585A | 2014/5/19 | JP2012241055A | 2012/10/31 | JP6297773B2 | 2018/3/20 | 2012/10/31 | Tatsuya Oguchi,達也 小口,Sumio Watanabe,寿美男 渡邉,Masahiro Tsuchiya,雅広 土屋,Tetsuhiro Ishikawa,哲寛 石川 | B41J11/66;B41J11/006;B41J15/005; | 13 | 22 | 5 | JP - Active, EP - Active Active Abandoned, CN - Active Active Abandoned, US - Pending | FALSE | FALSE | |
| US10000078B2 | Printer apparatus | US20170217223A1 | 2017/8/3 | US15/500,978 | 2015/8/19 | Fujitsu Component Ltd | B41J11/70;B41J13/106;B41J15/005;B41J2/32;B41J29/02;B41J29/13;B65H29/125;B65H29/58;B65H29/60;B65H35/0006;B41J15/04;B65H2301/51212;B65H2403/942;B65H2404/63;B65H2408/11;B65H2408/13; | Printers | CN2523598Y | 2002/12/4 | CN01268844U | 2001/12/1 | CN2523598Y | 2002/12/4 | 2001/12/1 | 袁勇,彭远斌 | B41J15/005;B41J11/70; | 6 | 0 | 8 | CN - Expired - Lifetime | TRUE | TRUE | |
| US10000078B2 | Printer apparatus | US20170217223A1 | 2017/8/3 | US15/500,978 | 2015/8/19 | Fujitsu Component Ltd | B41J11/70;B41J13/106;B41J15/005;B41J2/32;B41J29/02;B41J29/13;B65H29/125;B65H29/58;B65H29/60;B65H35/0006;B41J15/04;B65H2301/51212;B65H2403/942;B65H2404/63;B65H2408/11;B65H2408/13; | Printer and its control method | JP2003170631A | 2003/6/17 | JP2001371818A | 2001/12/5 | 2001/12/5 | Masahiro Minowa,政寛 箕輪 | 17 | 0 | 6 | JP - Withdrawn | TRUE | TRUE | ||||
| US10000078B2 | Printer apparatus | US20170217223A1 | 2017/8/3 | US15/500,978 | 2015/8/19 | Fujitsu Component Ltd | B41J11/70;B41J13/106;B41J15/005;B41J2/32;B41J29/02;B41J29/13;B65H29/125;B65H29/58;B65H29/60;B65H35/0006;B41J15/04;B65H2301/51212;B65H2403/942;B65H2404/63;B65H2408/11;B65H2408/13; | Sorter device | WO2008032482A1 | 2008/3/20 | PCT/JP2007/061556 | 2007/6/7 | 2006/9/13 | Takaaki Kase,Ichiro Furuki | B65H39/11;B65H2408/113;B65H2511/20;B65H2511/214; | 7 | 2 | WO - Application Filing Active, JP - Application Filing Active | TRUE | TRUE | ||||
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Novel tire pressure abnormality monitoring device | CN203580527U | 2014/5/7 | CN201320768345.2U | 2013/11/29 | CN203580527U | 2014/5/7 | 2013/11/29 | 尤晓明,李洋,刘国华,张兰鹏,葛汝海,燕纪祥 | 3 | 0 | 3 | CN - Expired - Fee Related | TRUE | TRUE | ||
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Vehicle remote-operation apparatus | US20060186996A1 | 2006/8/24 | US11/357,210 | 2006/2/21 | 2005/2/24 | Shinichiro Sato | B60R25/24;G07C9/00309;G07C2009/00793; | 10 | 10 | 6 | JP - Pending, US - Abandoned Withdrawn, EP - Abandoned Withdrawn | FALSE | TRUE | |||
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Tire localization systems and methods in tire pressure monitoring systems | US20130166166A1 | 2013/6/27 | US13/332,921 | 2011/12/21 | US8700286B2 | 2014/4/15 | 2011/12/21 | Christoph Steiner,Ralf-Rainer Schledz | B60C23/00;B60C23/0416;B60C23/0454;B60C23/0462;B60C23/0488;B60T8/172; | 17 | 41 | 18 | US - Active, DE - Active Active, CN - Active Active | FALSE | FALSE | |
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Tire localization systems and methods in tire pressure monitoring systems | CN103171378A | 2013/6/26 | CN2012105606860A | 2012/12/21 | CN103171378B | 2015/7/29 | 2011/12/21 | R.施莱德茨,C.施泰纳 | B60C23/00;B60C23/0416;B60C23/0454;B60C23/0462;B60C23/0488;B60T8/172; | 17 | 41 | 16 | US - Active, DE - Active Active, CN - Active Active | FALSE | FALSE | |
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Tire pressure monitoring sensor with changing functionality based upon vehicle action | US20140292505A1 | 2014/10/2 | US14/182,801 | 2014/2/18 | US9586448B2 | 2017/3/7 | 2013/2/28 | Matthew D. McIntyre,Jean-Christophe Deniau,Brian J. Farrell,Yasser Gad | B60C23/02;B60C23/044;B60C23/0461;B60C23/0462;B60C23/0471; | 20 | 11 | 2 | US - Active Application Filing, WO - Active Application Filing | FALSE | FALSE | |
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Indirect tire pressure monitoring systems and methods using multidimensional resonance frequency analysis | CN104228489A | 2014/12/24 | CN201410268105.5A | 2014/6/16 | CN104228489B | 2017/6/9 | 2013/6/17 | D·哈默施密特 | B60C23/062; | 26 | 36 | 11 | US - Active, CN - Active Ceased, DE - Active Ceased | FALSE | FALSE | |
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Information processing method and information processing system | US20170120865A1 | 2017/5/4 | US14/971,952 | 2015/12/16 | 2015/10/30 | WenRui Li,KunSheng Chen,Yong Xu,Wei Lin,Peng Liu,Dan Li,Yu Zou | B60R25/2036;B60R25/01;B60R25/24;E05F15/70;E05F15/75;E05Y2400/45;E05Y2400/86;E05Y2900/531; | 12 | 5 | 2 | CN - Pending Abandoned, US - Pending Abandoned | FALSE | TRUE | |||
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Wireless tire pressure receiving device | CN202463484U | 2012/10/3 | CN2012200722095U | 2012/2/29 | CN202463484U | 2012/10/3 | 2012/2/29 | 林彬之 | 5 | 0 | 3 | CN - Active | TRUE | TRUE | ||
| US10000150B2 | Lighting circuit and vehicle lamp | US20180056853A1 | 2018/3/1 | US15/686,520 | 2017/8/25 | Koito Manufacturing Co Ltd | H05B45/00;B60Q1/1415;H05B45/38;B60Q1/1423;H05B45/375;H05B45/48;H05B45/60;B60Q2300/42;B60Q2300/45; | Led control circuit | CN202364429U | 2012/8/1 | CN2011204439043U | 2011/11/10 | CN202364429U | 2012/8/1 | 2011/11/10 | 谭伟,廖武强,卢卡·博尔汀,陈玉立 | 15 | 0 | 2 | CN - Expired - Fee Related | TRUE | TRUE | ||
| US10000150B2 | Lighting circuit and vehicle lamp | US20180056853A1 | 2018/3/1 | US15/686,520 | 2017/8/25 | Koito Manufacturing Co Ltd | H05B45/00;B60Q1/1415;H05B45/38;B60Q1/1423;H05B45/375;H05B45/48;H05B45/60;B60Q2300/42;B60Q2300/45; | Lamp circuit and the lamps apparatus for vehicle for using the lamp circuit | CN105472834B | 2018/10/26 | CN201510589747.XA | 2015/9/16 | CN105472834B | 2018/10/26 | 2014/9/16 | 市川知幸 | H05B45/38;B60Q1/0088;B60Q1/1415;B60Q11/005;H05B45/39;H05B47/25;Y02B20/30; | 13 | 31 | 19 | FR - Active Active Active Active Active, US - Active, CN - Active Active Active Active Active, DE - Active Active Active Active Active | TRUE | TRUE | |
| US10000175B2 | Driver airbag cover with emblem | US20170113644A1 | 2017/4/27 | US15/315,397 | 2015/6/4 | Joyson Safety Systems Inc | B60R21/2165;B60R2021/21506;B60R2021/21543; | Vehicle interior panel with airbag tear seam formed by mechanical piercing | US20150298641A1 | 2015/10/22 | US14/646,310 | 2012/11/21 | US9421938B2 | 2016/8/23 | 2012/11/21 | Mathew Barr,Aaron S. Wisniewski,Brian Jacobs | B60R21/2165;B26D3/08;B26F1/24;B32B37/18;B32B37/182;B32B38/04;B26F2210/12;B29C2793/0045;B32B2038/047;B32B2605/003;Y10T83/0333; | 15 | 8 | 3 | DE - Withdrawn Application Filing Expired - Fee Related, WO - Withdrawn Application Filing Expired - Fee Related, US - Withdrawn Application Filing Expired - Fee Related | FALSE | TRUE | |
| US10000178B2 | Vehicle curtain airbag device | US20160039384A1 | 2016/2/11 | US14/807,121 | 2015/7/23 | Toyota Motor Corp | B60R21/232;B60R21/23138;B60R21/233;B60R21/2346;B60R2021/23316;B60R21/16; | Curtain airbag and curtain airbag device | US20160031404A1 | 2016/2/4 | US14/809,872 | 2015/7/27 | 2016/11/8 | 2014/7/30 | Akifumi Takedomi,Sakae Sugimori | B60R21/232;B60R21/233;B60R21/23138;B60R21/2334;B60R21/2338;B60R2021/23316;B60R2021/23386; | 7 | 12 | 15 | JP - Active, US - Active | FALSE | TRUE | ||
| US10000178B2 | Vehicle curtain airbag device | US20160039384A1 | 2016/2/11 | US14/807,121 | 2015/7/23 | Toyota Motor Corp | B60R21/232;B60R21/23138;B60R21/233;B60R21/2346;B60R2021/23316;B60R21/16; | Vehicle curtain airbag device | US9744935B2 | 2017/8/29 | US14/745,906 | 2015/6/22 | US9744935B2 | 2017/8/29 | 2014/8/1 | Mitsuyoshi Ohno,Osamu Fukawatase | B60R21/232;B60R21/237;B60R2021/23192; | 14 | 36 | 4 | JP - Active, US - Active | FALSE | TRUE |
US Patent Citation Information Table
| Patent ID | Patent Name | Patent Application Publication Number | Patent Application Publication Date | Patent Application Number | Patent Application Date | Patent Owner | Classification Number | Cited Patent Name | Cited Patent Application Publication Number | Cited Patent Application Publication Date | Cited Patent Application Number | Cited patent application date | Cited patent authorization announcement number | Cited patent authorization date | Cited patent priority date | Cited patent inventor | Cited patent patent owner | Cited patent classification number | Cited patent claims number | Cited patent cited other patents times | Cited patent cited times | Cited patent legal status | Cited patent Family to Family citation | Add the subject of the citation information |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| US1000003A | Fertilizer | US1000003A | US61690911A | 1911/3/25 | Lemuel Holoway Horton | A01C15/12; | Garden seeder with dispenser having vibratory means and variable seed discharge means | US2544960A | 1951/3/13 | US645731A | 1946/2/6 | US2544960A | 1951/3/13 | 1945/3/28 | Hoffman Eugene | A01C7/16; | 10 | 2 | US - Expired - Lifetime | FALSE | TRUE | |||
| US10000063B2 | Liquid containing member | US20170173966A1 | 2017/6/22 | US15/383,279 | 2016/12/19 | Seiko Epson Corp | B41J2/17506;B41J2/17513;B41J2/17553;B41J2/1404;B41J2/14072;B41J2/14112;B41J2/14129;B41J2/14145;B41J2002/17516; | Liquid containment | JP6930074B2 | 2021/9/1 | JP2016158398A | 2016/8/12 | JP6930074B2 | 2021/9/1 | 2016/8/12 | 昭寛 戸谷,昭寛 戸谷,寛之 川手,寛之 川手 | B41J2/175;B41J2/17513;B41J2/17509;B41J2/1752;B41J2/17523;B41J2/17553;B41J2/17556;B41J29/13;B41J2002/17516; | 13 | 19 | 0 | JP - Active, CN - Active Active Active, US - Active Active Active, EP - Active Active Active | TRUE | FALSE | |
| US10000063B2 | Liquid containing member | US20170173966A1 | 2017/6/22 | US15/383,279 | 2016/12/19 | Seiko Epson Corp | B41J2/17506;B41J2/17513;B41J2/17553;B41J2/1404;B41J2/14072;B41J2/14112;B41J2/14129;B41J2/14145;B41J2002/17516; | Liquid container | CN107953674B | 2020/11/6 | CN201710943057.9A | 2017/10/11 | CN107953674B | 2020/11/6 | 2016/10/17 | 川手宽之,尾关洋义,山口学,长岛巧,清水芳明 | B41J2/17513;B41J2/17523;B41J2/1752;B41J2/1753;B41J2/17553;B41J2/17556;B41J29/13;B41J2002/17516;B41J29/02; | 13 | 19 | 4 | CN - Active Active, US - Active Active | TRUE | TRUE | |
| US10000063B2 | Liquid containing member | US20170173966A1 | 2017/6/22 | US15/383,279 | 2016/12/19 | Seiko Epson Corp | B41J2/17506;B41J2/17513;B41J2/17553;B41J2/1404;B41J2/14072;B41J2/14112;B41J2/14129;B41J2/14145;B41J2002/17516; | Liquid containment | JP6954086B2 | 2021/10/27 | JP2017242667A | 2017/12/19 | JP6954086B2 | 2021/10/27 | 2017/12/19 | 巧 長島,巧 長島,寛之 川手,寛之 川手,洋義 尾関,洋義 尾関,学 山口,山口 学 | B41J2/17513;B41J2/175;B41J2/1752;B41J2/17523;B41J2/1753;B41J2/17553;B41J2/17556;B41J29/13;B41J2002/17516; | 13 | 15 | 0 | JP - Active, CN - Pending Active, US - Pending Active | TRUE | TRUE | |
| US10000063B2 | Liquid containing member | US20170173966A1 | 2017/6/22 | US15/383,279 | 2016/12/19 | Seiko Epson Corp | B41J2/17506;B41J2/17513;B41J2/17553;B41J2/1404;B41J2/14072;B41J2/14112;B41J2/14129;B41J2/14145;B41J2002/17516; | Packing member for liquid storage body | JP2019111761A | 2019/7/11 | JP2017248046A | 2017/12/25 | 2017/12/25 | 巧 長島,Takumi Nagashima,巧 長島,寛之 川手,Hiroyuki Kawate,寛之 川手,洋義 尾関,Hiroyoshi Ozeki,洋義 尾関,学 山口,Manabu Yamaguchi,山口 学 | G03G21/181;G03G15/0874;B41J2/17503; | 11 | 14 | 0 | JP - Pending, US - Active Pending, CN - Active Pending | TRUE | TRUE | |||
| US1000007A | Animal | US1000007A | US54944810A | 1910/3/15 | Jacob Jackson | A01M23/26; | Trap | US2536545A | 1951/1/2 | US723771A | 1947/1/23 | US2536545A | 1951/1/2 | 1947/1/23 | Hagen Asbjorn | A01M23/26; | 5 | 0 | US - Expired - Lifetime | FALSE | TRUE | |||
| US1000007A | Animal | US1000007A | US54944810A | 1910/3/15 | Jacob Jackson | A01M23/26; | Humane animal and fowl trap | US4766693A | 1988/8/30 | US07/062,432 | 1987/6/15 | US4766693A | 1988/8/30 | 1986/1/21 | Thaddeus M. Splawinski | A01M23/26; | 14 | 7 | 4 | US - Expired - Fee Related | FALSE | TRUE | ||
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | OPTIMIZATION OF WIRELESS COMMUNICATIONS OF A TIRE PRESSURE MONITORING SYSTEM FOR A MOTOR VEHICLE | FR3084310B1 | 2020/6/26 | FR1856998A | 2018/7/27 | FR3084310B1 | 2020/6/26 | 2018/7/27 | Jean-Charles HUARD,Nicolas Guinart,Jean-Philippe BOISSET | B60C23/0418;B60C23/0479;B60C23/00; | 21 | 0 | FR - Active, WO - Application Filing Pending Active, CN - Application Filing Pending Active, US - Application Filing Pending Active | TRUE | TRUE | ||
| US10000098B2 | Tire pressure measurement device, an integrated circuit, a printed circuit board, a method and a computer program for a vehicle to receive data | US20170144495A1 | 2017/5/25 | US15/358,273 | 2016/11/22 | Infineon Technologies AG | B60C23/0433;B60C23/0438;B60C23/044;B60C23/0461;B60C23/0486;H04B1/082;B60C2200/04; | Automobile crane tire pressure monitoring system | CN111098646A | 2020/5/5 | CN201911416446.1A | 2019/12/31 | 2019/12/31 | 张化宏,彭佳,于维利 | B60C23/0422; | 9 | 9 | 0 | CN - Pending | TRUE | TRUE | |||
| US10000150B2 | Lighting circuit and vehicle lamp | US20180056853A1 | 2018/3/1 | US15/686,520 | 2017/8/25 | Koito Manufacturing Co Ltd | H05B45/00;B60Q1/1415;H05B45/38;B60Q1/1423;H05B45/375;H05B45/48;H05B45/60;B60Q2300/42;B60Q2300/45; | The lighting circuit of lamps apparatus for vehicle and light source | CN108141940B | 2019/11/19 | CN201680045718.XA | 2016/7/28 | CN108141940B | 2019/11/19 | 2015/8/4 | 市川知幸,菊池贤 | H05B45/48;B60Q1/04;B60Q1/1407;H02M3/155;H05B45/10;H05B45/3725;H05B47/17;Y02B20/30; | 19 | 28 | 13 | CN - Pending Active Active Active Active, EP - Pending Active Active Active Active, WO - Pending Active Active Active Active, JP - Pending Active Active Active Active, US - Active | TRUE | TRUE | |
| US10000150B2 | Lighting circuit and vehicle lamp | US20180056853A1 | 2018/3/1 | US15/686,520 | 2017/8/25 | Koito Manufacturing Co Ltd | H05B45/00;B60Q1/1415;H05B45/38;B60Q1/1423;H05B45/375;H05B45/48;H05B45/60;B60Q2300/42;B60Q2300/45; | Drive circuit, vehicle lighting equipment | JP6933548B2 | 2021/9/8 | JP2017201039A | 2017/10/17 | JP6933548B2 | 2021/9/8 | 2017/5/11 | 知幸 市川,知幸 市川,雄太 丸山,雄太 丸山 | H05B45/10;B60Q1/1415;F21S41/148;F21S41/255;F21S41/30;F21S41/336;F21S41/663;F21S41/675;H05B45/375;H05B45/48;F21S41/141;Y02B20/30; | 9 | 9 | 2 | JP - Active, US - Active Active Active Pending, FR - Active Active Active Pending, CN - Active Active Active Pending, DE - Active Active Active Pending | TRUE | TRUE | |
| US10000150B2 | Lighting circuit and vehicle lamp | US20180056853A1 | 2018/3/1 | US15/686,520 | 2017/8/25 | Koito Manufacturing Co Ltd | H05B45/00;B60Q1/1415;H05B45/38;B60Q1/1423;H05B45/375;H05B45/48;H05B45/60;B60Q2300/42;B60Q2300/45; | Lighting device, lamp fitting, vehicle and program | JP2020057481A | 2020/4/9 | JP2018186020A | 2018/9/28 | 2018/9/28 | 神原 隆,Takashi Kanbara,隆 神原,淑也 森脇,Yoshiya Moriwaki,淑也 森脇,昌伸 村上,Masanobu Murakami,昌伸 村上,雅彦 小井関,Masahiko Koizeki,雅彦 小井関 | H05B45/37;H05B47/135;B60Q1/04;H05B45/00;H05B45/10;F21S45/47; | 9 | 11 | 0 | JP - Pending, US - Abandoned Pending Pending, CN - Abandoned Pending Pending, DE - Abandoned Pending Pending | TRUE | TRUE | |||
| US10000150B2 | Lighting circuit and vehicle lamp | US20180056853A1 | 2018/3/1 | US15/686,520 | 2017/8/25 | Koito Manufacturing Co Ltd | H05B45/00;B60Q1/1415;H05B45/38;B60Q1/1423;H05B45/375;H05B45/48;H05B45/60;B60Q2300/42;B60Q2300/45; | Apparatus, system, and method for efficiently driving visual displays via light-emitting devices | US11145242B2 | 2021/10/12 | US16/788,601 | 2020/2/12 | US11145242B2 | 2021/10/12 | 2019/10/29 | Yuming Liu,Xiaobei Li,Lawrence Chang-Yung Wang,Sam Sarmast,Phillip Freeman King,Benjamin Nicholas Jones | H05B45/375;G09G3/32;G02B27/017;G02B27/0172;H02M1/007;H02M3/156;H02M3/1582;H05B45/38;G02B2027/0178;G06F3/147;G09G2300/0828;G09G2330/028;G09G3/003;H02K47/02;H02M3/1566;H02M3/157; | 19 | 10 | 1 | US - Active , WO - Active | TRUE | TRUE | |
| US10000150B2 | Lighting circuit and vehicle lamp | US20180056853A1 | 2018/3/1 | US15/686,520 | 2017/8/25 | Koito Manufacturing Co Ltd | H05B45/00;B60Q1/1415;H05B45/38;B60Q1/1423;H05B45/375;H05B45/48;H05B45/60;B60Q2300/42;B60Q2300/45; | Laser power supply system, circuit control method thereof and laser | CN112091417A | 2020/12/18 | CN202010806150.7A | 2020/8/12 | 2020/8/12 | 钟绪浪,王瑾,罗又辉,邓俊浩,高云峰 | B23K26/21;B23K26/062;B23K26/702;H02M1/32;H02M3/156; | 10 | 6 | 0 | CN - Pending | TRUE | TRUE | |||
| US10000175B2 | Driver airbag cover with emblem | US20170113644A1 | 2017/4/27 | US15/315,397 | 2015/6/4 | Joyson Safety Systems Inc | B60R21/2165;B60R2021/21506;B60R2021/21543; | Vehicle air bag cover | USD935361S1 | 2021/11/9 | US29/708,863 | 2019/10/10 | USD935361S1 | 2021/11/9 | 2019/10/10 | Joel Piaskowski,Gordon M. Platto,Doyle Letson,Josh Greiner,Rachael Robinson,Nahshon Francis | 1 | 13 | 0 | US - Active | TRUE | TRUE | ||
| US10000175B2 | Driver airbag cover with emblem | US20170113644A1 | 2017/4/27 | US15/315,397 | 2015/6/4 | Joyson Safety Systems Inc | B60R21/2165;B60R2021/21506;B60R2021/21543; | Vehicle air bag cover | USD937158S1 | 2021/11/30 | US29/724,005 | 2020/2/12 | USD937158S1 | 2021/11/30 | 2020/2/12 | Scott Ferrier,Dustin Shedlarski,Paul Mutter | 1 | 14 | 0 | US - Active | TRUE | TRUE | ||
| US10000175B2 | Driver airbag cover with emblem | US20170113644A1 | 2017/4/27 | US15/315,397 | 2015/6/4 | Joyson Safety Systems Inc | B60R21/2165;B60R2021/21506;B60R2021/21543; | Bezel-ring for Airbag cover with Improved Structure | KR102297969B1 | 2021/9/3 | KR1020210060271A | 2021/5/10 | KR102297969B1 | 2021/9/3 | 2021/5/10 | 이재천,권영백,김성연,윤지훈 | B60R21/21656;B60R21/2035;B60R2021/21543; | 5 | 7 | 0 | KR - IP Right Grant | TRUE | TRUE | |
| US10000178B2 | Vehicle curtain airbag device | US20160039384A1 | 2016/2/11 | US14/807,121 | 2015/7/23 | Toyota Motor Corp | B60R21/232;B60R21/23138;B60R21/233;B60R21/2346;B60R2021/23316;B60R21/16; | Vehicle airbag device | JP6427216B2 | 2018/11/21 | JP2017060641A | 2017/3/27 | JP6427216B2 | 2018/11/21 | 2017/3/27 | 和也 山根,和也 山根,貴 上林,貴 上林 | B60R21/232;B60R21/0132;B60R21/213;B60R21/2334;B60R21/2338;B60R2021/0009;B60R2021/01286;B60R2021/23386;B60R2021/23388; | 3 | 18 | 1 | JP - Active Active, CN - Active Active, US - Active | TRUE | TRUE | |
| US10000178B2 | Vehicle curtain airbag device | US20160039384A1 | 2016/2/11 | US14/807,121 | 2015/7/23 | Toyota Motor Corp | B60R21/232;B60R21/23138;B60R21/233;B60R21/2346;B60R2021/23316;B60R21/16; | A SPOON | RU173342U1 | 2017/8/22 | RU2017102347U | 2017/1/24 | RU173342U1 | 2017/8/22 | 2017/1/24 | Сергей Вильямович Иоффе,Вильям Михайлович Иоффе | A47G21/04; | 6 | 7 | 0 | RU - IP Right Cessation | FALSE | TRUE | |
| US10000178B2 | Vehicle curtain airbag device | US20160039384A1 | 2016/2/11 | US14/807,121 | 2015/7/23 | Toyota Motor Corp | B60R21/232;B60R21/23138;B60R21/233;B60R21/2346;B60R2021/23316;B60R21/16; | Curtain airbag device for vehicle | US11155231B2 | 2021/10/26 | US16/552,053 | 2019/8/27 | 2021/10/26 | 2018/10/3 | Mitsuyoshi Ohno,Masaaki Okuhara | B60R21/232;B60R21/2338;B60R21/235;B60R2021/23386;B60R2021/23514;B60R2021/23576; | 6 | 41 | 2 | JP - Pending, US - Active Pending, CN - Active Pending | FALSE | TRUE | ||
| US1000017A | Protector for the beads of boiler | US1000017A | US62457011A | 1911/5/2 | Richard S Kitchen | F16L41/001; | Boiler tube sealing machine | DE750661C | 1945/1/22 | DEL94630D | 1938/4/14 | DE750661C | 1945/1/22 | 1938/4/14 | B21D39/06; | 1 | 3 | 0 | DE - Expired | FALSE | TRUE | |||
| US10000184B2 | Webbing take | US20160347277A1 | 2016/12/1 | US15/162,162 | 2016/5/23 | Tokai Rika Co Ltd | B60R22/44;B60R22/34;B60R22/46;B60R2022/4666;B60R2022/468; | Webbing take-up device | JP6555951B2 | 2019/8/7 | JP2015136272A | 2015/7/7 | JP6555951B2 | 2019/8/7 | 2015/7/7 | 裕也 永田,裕也 永田,隆宏 尾▲崎▼,隆宏 尾▲崎▼,拓宏 斎藤,拓宏 斎藤,智也 馬越,智也 馬越 | B60R22/4671;B60R22/36;B60R22/46;B60R2022/4666;B60R2022/468;B60R2022/4685; | 4 | 12 | 1 | JP - Active, CN - Active Application Filing Active, WO - Active Application Filing Active, US - Active Application Filing Active | TRUE | TRUE | |
| US10000184B2 | Webbing take | US20160347277A1 | 2016/12/1 | US15/162,162 | 2016/5/23 | Tokai Rika Co Ltd | B60R22/44;B60R22/34;B60R22/46;B60R2022/4666;B60R2022/468; | Webbing winding device | JP6542276B2 | 2019/7/10 | JP2017029343A | 2017/2/20 | JP6542276B2 | 2019/7/10 | 2017/2/20 | 隆宏 尾▲崎▼,隆宏 尾▲崎▼,貴雅 佐藤,貴雅 佐藤,裕也 永田,裕也 永田,智也 馬越,智也 馬越,拓宏 斎藤,拓宏 斎藤 | B65H18/10;B60R22/34;B60R22/46;B60R2022/4466;B60R2022/4666;B60R2022/468;B65H2403/722; | 3 | 8 | 1 | JP - Active, US - Active Active Active, CN - Active Active Active, EP - Active Active Active | TRUE | TRUE | |
| US10000187B2 | Vehicle communication system, in | US20170136992A1 | 2017/5/18 | US15/320,809 | 2015/6/22 | Sumitomo Wiring Systems Ltd, AutoNetworks Technologies Ltd, Sumitomo Electric Industries Ltd | B60R25/245;B60R25/24;G01S5/0278;H04B17/318;G01S5/02; | Maintenance method and system of tire pressure monitoring intelligent antenna system | CN111114212A | 2020/5/8 | CN201911320701.2A | 2017/8/24 | 2017/8/24 | 杜光东 | B60C23/02;B60Q9/00;H04B17/12;H04B17/15;H04B17/16; | 10 | 17 | 2 | CN - Active Pending | TRUE | TRUE | |||
| US10000187B2 | Vehicle communication system, in | US20170136992A1 | 2017/5/18 | US15/320,809 | 2015/6/22 | Sumitomo Wiring Systems Ltd, AutoNetworks Technologies Ltd, Sumitomo Electric Industries Ltd | B60R25/245;B60R25/24;G01S5/0278;H04B17/318;G01S5/02; | Processing equipment, processing methods and computer programs | JP6848783B2 | 2021/3/24 | JP2017181794A | 2017/9/21 | JP6848783B2 | 2021/3/24 | 2017/9/21 | 亮太 吉田,亮太 吉田 | B60R25/245;E05B81/77;G01S5/0036;G01S5/012;G01S5/0221;G01S5/02521;G01S5/0284;H04Q9/00;H04W4/029;H04W4/40;G01S2205/01;H04W4/44;H04W4/48; | 7 | 10 | 1 | JP - Active, US - Active Application Filing Pending, WO - Active Application Filing Pending, CN - Active Application Filing Pending | TRUE | TRUE | |
| US10000187B2 | Vehicle communication system, in | US20170136992A1 | 2017/5/18 | US15/320,809 | 2015/6/22 | Sumitomo Wiring Systems Ltd, AutoNetworks Technologies Ltd, Sumitomo Electric Industries Ltd | B60R25/245;B60R25/24;G01S5/0278;H04B17/318;G01S5/02; | METHOD FOR TESTING AT LEAST ONE TRANSMITTER ANTENNA OF A VEHICLE | FR3084979B1 | 2020/8/14 | FR1857374A | 2018/8/8 | FR3084979B1 | 2020/8/14 | 2018/8/8 | Cedric Boudet,Xavier Bressan,Vincent Jamart | H04B17/318;G07C9/00309;H04B17/12;H04W24/10;H04W88/02;G07C2209/63; | 12 | 0 | FR - Active, WO - Application Filing Active Pending, US - Application Filing Active Pending, CN - Application Filing Active Pending | TRUE | TRUE | ||
| US10000187B2 | Vehicle communication system, in | US20170136992A1 | 2017/5/18 | US15/320,809 | 2015/6/22 | Sumitomo Wiring Systems Ltd, AutoNetworks Technologies Ltd, Sumitomo Electric Industries Ltd | B60R25/245;B60R25/24;G01S5/0278;H04B17/318;G01S5/02; | Vehicle positioning method, system, device and storage medium | CN111385868A | 2020/7/7 | CN201811636730.5A | 2018/12/29 | 2018/12/29 | 彭帝,林贤能,邹琪 | H04W64/00;H04W4/40;H04W4/44; | 16 | 6 | 1 | CN - Pending | TRUE | TRUE | |||
| US10000187B2 | Vehicle communication system, in | US20170136992A1 | 2017/5/18 | US15/320,809 | 2015/6/22 | Sumitomo Wiring Systems Ltd, AutoNetworks Technologies Ltd, Sumitomo Electric Industries Ltd | B60R25/245;B60R25/24;G01S5/0278;H04B17/318;G01S5/02; | Antenna panel selection method, antenna panel selection device and storage medium | CN110603824A | 2019/12/20 | CN201980001542.1A | 2019/8/5 | 2019/8/5 | 李明菊 | H04B17/318;H04B17/327;H04B17/382;H04B7/0632;H04L5/0053;H04W4/48; | 20 | 3 | 0 | WO - Pending, CN - Pending | TRUE | TRUE | |||
| US10000187B2 | Vehicle communication system, in | US20170136992A1 | 2017/5/18 | US15/320,809 | 2015/6/22 | Sumitomo Wiring Systems Ltd, AutoNetworks Technologies Ltd, Sumitomo Electric Industries Ltd | B60R25/245;B60R25/24;G01S5/0278;H04B17/318;G01S5/02; | Systems and methods for determining device location for passive entry and vehicle startup | US11155238B2 | 2021/10/26 | US16/542,886 | 2019/8/16 | US11155238B2 | 2021/10/26 | 2019/8/16 | Rohit Uttam,Thomas E. Utter,David T. Proefke,Kenneth Strong | B60R25/24;H04W4/022;B60R25/209;B60R25/04;B60R25/245;G07C9/00309;H04W4/021;H04W4/80;B60R2025/0405;B60R2325/101;B60R2325/103;B60R2325/205;G07C2009/00547;G07C2209/63; | 23 | 10 | 0 | US - Active, CN - Pending | TRUE | FALSE | |
| US10000187B2 | Vehicle communication system, in | US20170136992A1 | 2017/5/18 | US15/320,809 | 2015/6/22 | Sumitomo Wiring Systems Ltd, AutoNetworks Technologies Ltd, Sumitomo Electric Industries Ltd | B60R25/245;B60R25/24;G01S5/0278;H04B17/318;G01S5/02; | Vehicle door control communication system and method | CN111591248A | 2020/8/28 | CN202010300834.XA | 2020/4/16 | 2020/4/16 | 唐伟芹 | B60R25/20;B60R25/245;B60R25/30;B60R25/307; | 10 | 9 | 0 | CN - Withdrawn | TRUE | TRUE | |||
| US10000262B2 | Data | US20160229500A1 | 2016/8/11 | US15/025,319 | 2013/9/27 | Nippon Yusen KK | B63B49/00;B63B79/40;B63B79/15;B63H25/04;G01C21/203;G06F3/14;G06T11/206;B63B79/20;B63B79/30;B63H2025/045;B63J2099/008; | Instruction device for ship propulsion engine | JP6062095B1 | 2017/1/18 | JP2016115374A | 2016/6/9 | JP6062095B1 | 2017/1/18 | 2016/6/9 | 仁大 石本,仁大 石本,隆幸 河内,隆幸 河内,出口 誠,誠 出口,広至 赤瀬,広至 赤瀬 | B63H21/22;B63B49/00;B63H21/21; | 7 | 8 | 0 | JP - Active, KR - IP Right Grant Active, CN - IP Right Grant Active | TRUE | TRUE | |
| US10000262B2 | Data | US20160229500A1 | 2016/8/11 | US15/025,319 | 2013/9/27 | Nippon Yusen KK | B63B49/00;B63B79/40;B63B79/15;B63H25/04;G01C21/203;G06F3/14;G06T11/206;B63B79/20;B63B79/30;B63H2025/045;B63J2099/008; | Data processing device, program, and recording medium for estimating time or fuel consumption amount required for sailing ship | WO2018069989A1 | 2018/4/19 | PCT/JP2016/080202 | 2016/10/12 | 2016/10/12 | 領 角田,芳郎 山下,川口 浩,和哉 高野,秀明 片岡 | B63B49/00;G01C21/20; | 14 | 5 | 3 | WO - Application Filing Active , JP - Application Filing Active , SG - Application Filing Active , FI - Application Filing Active | TRUE | TRUE | |||
| US10000262B2 | Data | US20160229500A1 | 2016/8/11 | US15/025,319 | 2013/9/27 | Nippon Yusen KK | B63B49/00;B63B79/40;B63B79/15;B63H25/04;G01C21/203;G06F3/14;G06T11/206;B63B79/20;B63B79/30;B63H2025/045;B63J2099/008; | Ship speed optimization method and equipment | CN107292451B | 2020/11/3 | CN201710587628.XA | 2017/7/18 | CN107292451B | 2020/11/3 | 2017/7/18 | 王胜正,余敏 | G06Q10/04;G06Q50/30; | 9 | 7 | 3 | CN - Active | TRUE | TRUE | |
| US10000262B2 | Data | US20160229500A1 | 2016/8/11 | US15/025,319 | 2013/9/27 | Nippon Yusen KK | B63B49/00;B63B79/40;B63B79/15;B63H25/04;G01C21/203;G06F3/14;G06T11/206;B63B79/20;B63B79/30;B63H2025/045;B63J2099/008; | Vessel information distribution device, vessel information distribution program, storage medium, vessel information distribution method, and vessel information distribution system | JP2019172073A | 2019/10/10 | JP2018062590A | 2018/3/28 | 2018/3/28 | 丈夫 菅沼,Takeo Suganuma,丈夫 菅沼,通雄 高井,Michio Takai,通雄 高井 | B63B49/00;B63H21/21;B63H2021/216; | 8 | 6 | 0 | JP - Pending, CN - Active Pending , KR - Active Pending | TRUE | TRUE | |||
| US10000262B2 | Data | US20160229500A1 | 2016/8/11 | US15/025,319 | 2013/9/27 | Nippon Yusen KK | B63B49/00;B63B79/40;B63B79/15;B63H25/04;G01C21/203;G06F3/14;G06T11/206;B63B79/20;B63B79/30;B63H2025/045;B63J2099/008; | Ship oil consumption lowering method | CN105083491A | 2015/11/25 | CN201510601499.6A | 2015/9/21 | 2015/9/21 | 郭行波 | B63B49/00(2006.01)I | 6 | 6 | 1 | CN - Pending | TRUE | TRUE | |||
| US10000288B2 | Laterally and recline adjustable aircraft passenger seat | US20160288910A1 | 2016/10/6 | US15/059,847 | 2016/3/3 | BE Aerospace Inc | B64D11/064;B60N2/062;B64D11/0015;B64D11/0602;B64D11/0606;B64D2011/0046; | A kind of seat | CN109501641A | 2019/3/22 | CN201811202141.6A | 2018/10/16 | 2018/10/16 | 童剑,庄新路,夏高兵,刘桂芬,单玉金,朱鸽 | B60N2/062;B60N2/08;B60N2/22;B60R22/26; | 13 | 16 | 0 | CN - Pending | TRUE | TRUE | |||
| US1000028A | Lawn | US1000028A | US61486911A | 1911/3/16 | John C Lindsey | A01D2101/00;Y10S56/13; | Lawn edger | US2486458A | 1949/11/1 | US743257A | 1947/4/23 | US2486458A | 1949/11/1 | 1947/4/23 | Bender Hugo | A01G3/06; | 5 | 2 | US - Expired - Lifetime | FALSE | TRUE | |||
| US1000028A | Lawn | US1000028A | US61486911A | 1911/3/16 | John C Lindsey | A01D2101/00;Y10S56/13; | Lawn edge trimming attachment for lawn mowers | US2556946A | 1951/6/12 | US70963A | 1949/1/14 | US2556946A | 1951/6/12 | 1949/1/14 | Harry L Simmonds | A01G3/06; | 1 | 0 | US - Expired - Lifetime | FALSE | TRUE | |||
| US10000350B2 | Conveyor and recording apparatus including same | US20150274460A1 | 2015/10/1 | US14/670,094 | 2015/3/26 | Brother Industries Ltd | B65H5/062;B41J11/0055;B41J13/0045;B65H9/04; | Printing device | JP2016108064A | 2016/6/20 | JP2014244726A | 2014/12/3 | 2014/12/3 | 佑紀 粟野原,Yuki Awanohara,佑紀 粟野原 | B41J15/04;B41J11/0055;B65H23/038;B65H2301/331;B65H2404/143;B65H2404/1441;B65H2404/1451;B65H2404/742;B65H2515/314;B65H2601/272; | 8 | 7 | 3 | JP - Withdrawn, US - Abandoned | TRUE | TRUE | |||
| US1000039A | Electrically | US1000039A | US50104709A | 1909/6/9 | Samuel Arthur Redding | A63B71/06;Y10S273/26; | Game scoring device with score indicating lights | US2458083A | 1949/1/4 | US685305A | 1946/7/22 | US2458083A | 1949/1/4 | 1946/7/22 | George E Kochem | A63B71/06; | 4 | 0 | US - Expired - Lifetime | FALSE | TRUE |
US Patent Affairs Table
| Patent ID | Serial number | Event type | Date | Code | Description |
|---|---|---|---|---|---|
| US10000061B2 | 0 | Assignment | 2016/12/22 | AS | Owner name: SEIKO EPSON CORPORATION, JAPAN Free format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:NAGANUMA, YOICHI;HIRAI, EIJU;HOKARI, YOSHIHIRO;AND OTHERS;SIGNING DATES FROM 20161028 TO 20161102;REEL/FRAME:040754/0938 |
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U.S. Patent Reference Information Table
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US Patent Classification Number Table
< td>F16L41/001| Patent ID | Classification Number Category Number | Classification Number | Classification Number Description |
|---|---|---|---|
| US1000003A | 1 | A01C15/12 | Fertiliser distributors with movable parts of the receptacle |
| US1000008A | 1 | B60C7/14 | Non-inflatable or solid tyres characterized by means for increasing resiliency using springs |
| US1000017A | 1 | branching pipes; pockets | |
| US1000047A | 1 | F21V3/00 | Globes; Bowls; Cover glasses |
| US1000047A | 2 | Y10T24/4736 | Buckle connected |
| US1000059A | 1 | B26B21/30 | Safety razors with one or more blades arranged transversely to the handle of the type carrying pivotally-mounted caps |
| US100007A | 1 | B26D1/045 | Cutting through work characterized by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member for thin material, e.g. sheets, strips or the like |
| US100007A | 2 | Y10T83/8769 | Cutting tool operative in opposite directions of travel |
| US100007A | 3 | Y10T83/8848 | Connecting rod articulated with tool support |
| US100008A | 1 | A01B1/02 | Spades; Shovels |
| US1000092A | 1 | B62B17/02 | Runners |
| US1000095A | 1 | A63F1/02 | Card s; Special shapes of cards |
| US100009A | 1 | G10B1/08 | General design of organs, harmoniums or similar wind musical instruments with associated blowing apparatus of harmoniums, i.e. reed organs |
| US100009A | 2 | G10H1/0535 | Means for controlling the tone frequencies, e.g. attack, decay; Means for producing special musical effects, e.g. vibrato, glissando by additional modulation during execution only by switches incorporating a mechanical vibrator, the envelope of the mechanical vibration being used as modulating signal |
| US1000012A | 1 | G10K5/00 | Whistles |
| US1000014A | 1 | F22B7/16 | Component parts thereof; Accessories therefor, e.g. stay-bolt connections |
| US1000014A | 2 | F16B5/0241 | Joining sheets or plates, e.g. panels, to one another or to strips or parallel bars to them by means of fastening members using screw-threading with the possibility for the connection to absorb deformation, e.g. thermal or vibrational |
| US1000014A | 3 | Y10T403/38 | Laterally related rods independently joined to transverse surface |
| US1000015A | 1 | B25B13/16 | Spanners; Wrenches with adjustable jaws the jaws being slidable by screw or nut |
| US1000015A | 2 | Y10S81/03 | Wrenches, thread-adjustment lock |
| US1000016A | 1 | D03D11/00 | Double or multi-ply fabrics not otherwise provided for |
| US1000019A | 1 | B41J11/22 | Paper carriage guides or races |
| US1000023A | 1 | B25C1/001 | Nail feeding devices |
| US1000031A | 1 | H01R4/4845 | C lamped connections, spring connections utilizing a spring, clip, or other resilient member using a leaf spring insertion of a wire only possible by pressing on the spring |
| US1000031A | 2 | Y10T403/345 | Coplanar |
| US1000031A | 3 | Y10T403/7016 | |
| US1000032A | 1 | B65G53/14 | Gas pressure systems operating without fluidisation of the materials with pneumatic injection of the materials by the propelling gas the gas flow inducing feed of the materials by suction effect |
| US1000036A | 1 | B25D17/086 | Rotating chucks or sockets with a swinging yoke or latching means |
| US1000036A | 2 | Y 10T279/17059 | Rotary socket |
| US1000036A | 3 | Y10T279/17111 | Fluid-conduit drill holding |
| US1000036A | 4 | Y10T279/17769 | Pivoted or rotary |
| US1000036A | 5 | Y10T403/50 | Bridged by diverse connector |
| US1000050A | 1 | H01R43/058 | Crimping mandrels |
| US1000053A | 1 | B43K5/1845 | Valves automatically closing opened by actuation of the writing point |
| US1000060A | 1 | F28G3/ 14 | Rotary appliances having scrapers, hammers, or cutters, e.g. rigidly mounted thrown into working position by centrifugal force |
| US1000061A | 1 | H02K5/10 | Casings or enclosures characterized by the shape, form or construction thereof with arrangements for protection from ingress, e.g. water or fingers |
| US1000064A | 1 | D05C1/02 | Work frames |
| US1000090A | 1 | B41F21/10 | Combinations of transfer drums and grippers |
| US1000091A | 1 | G01G23/18 | Indicating devices, e.g. for remote indication; Recording devices; Scales, e.g. graduated |
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Data update frequency
Annual update