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  Innovation is the driving force behind economic development. As the basic unit of the economy and society, the innovation investment of a single enterprise is not only the foundation of the enterprise's long-term development, but also plays a vital role in shaping the global innovation landscape. A direct reflection of an enterprise's R&D innovation capabilities is the number and quality of patents. However, the quality of patents cannot be judged uniformly. 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 applicant or examiner, which indicates 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 relevant documents by scientific and technological documents. Around February 1947, the USPTO (United States Patent and Trademark Office) first began to try to list relevant references on authorized patent documents for the purpose of evaluating patent solutions. Today, there are generally two sources of patent citation information:

  • First, the references provided by the patent inventor before application and cited in the "Background Technology" and other sections of the patent specification are used to explain the differences between the invention and known technologies and to demonstrate the invention. of novelty. For example, the U.S. patent system requires applicants to disclose all technical information related to the patent learned during the entire patent application process in the form of an 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. To determine whether a patent is novel and inventive, the examiner will conduct a patent search to find the existing technology closest to the technical field protected by the invention.

Patent citation data has at least the following two functions:

  • Track technology development paths and knowledge flows. Since Narin (1994) introduced bibliometrics into patent metrology, patent citations have been considered to objectively reflect knowledge correlation. If a patent cites a previous patent, it can be presumed that the patent uses knowledge contained in the previous patent. The patent citation network can display the dynamic process of technological innovation and also reveal the characteristics of knowledge flow between departments and industries.
  • Measuring the quality and value of innovation. The level of innovation is measured not only by quantity but also by quality. The importance or value of patents also varies greatly, and a simple number of patents cannot provide all the information about innovation. Patent citations can be used to evaluate the quality of patents and the innovative value of patents.

  The book "Patents, Citations and Innovations" by Adam Jeffe and Manuel Trajtenberg 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 Japanese patent information data into a separate database to provide detailed and complete data support for related research.


Data characteristics

  • Contains detailed information on how this patent cites other patents and how this patent is cited by other patents.
  • Statistics on the current legal status of each patent.

Time interval

1985-2022.12.31


Field display

Japanese Patent Basic Information Table Japanese patent citation information table Japanese Patent Cited Information Table Japan Patent Affairs List Japanese patent cited document information table Japanese Patent Classification Number Table
Patent ID Patent ID Patent ID Patent ID Patent ID Patent ID
Patent name Patent name Patent name Serial number Name of the document citing the 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 Patent application publication date Date Classification code 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 Patentee Patentee
Patent grant date Classification number Classification number
Patent priority date Name of cited patent Citing patent names
Patent inventor Cited patent application publication number Cite the patent application publication number
Patentee Publication date of cited patent application Publication date of cited patent application
Classification number Cited patent application number Quote the patent application number
Brief description Cited patent application date Cite patent application date
Number of patent claims Cited patent authorization announcement number Quote patent authorization announcement number
Number of citations to other patents Cited patent grant date Cite patent grant date
Number of patent citations Priority date of cited patent Cited patent priority date
Legal status Cited patent inventors Citing patent inventors
Cited patent holder Cite the patentee
Cited patent classification number Cite patent classification number
Number of cited patent claims Number of cited patent claims
The number of times the cited patent cited other patents Number of patent citations to other patents
Number of cited patent citations Number of patent citations
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
Add the body of the referenced information Add the body of the reference information

Sample data

Japanese Patent Basic Information Table

Patent ID Patent name Patent application publication number Patent application publication date Patent application number Patent application date Patent authorization announcement number Patent grant date Patent priority date Patent inventor Patentee Classification number Brief description Number of patent claims Number of citations to other patents Number of patent citations Legal Status
JP2000000005U Warp tension device for looms JP2000000005U 2000-01-21 JP003128U 1999-05-10 1988-10-07 ジョバンニ・マイタン,ルイジ・コラッゾーラ,エンリーコ・フィン,ジャンピエートロ・フェラーリ・アッグラーディ ヌオボピニョーネ−インヅストリエ・メッカニーケ・エ・フォンデリア・ソシエタ・ペル・アチオニ D03D49/04;D03D49/12; (57)【要約】 【課題】 コンペンセータローラの小さな動き のみでたて糸のテンションを一定に維持する。 【解決手段】 織機用のたて糸テンション装置 は、たて糸4がコンペンセータローラ11のまわりに大 略180度の円弧にわたって巻き付けられ、コンペンセ ータローラ11が、反作用ばね17の作用に抗して、こ のように巻き付けられたたて糸4の2つの平行な部分 4’,4”の方向における揺動運動又は並進運動によっ て動くことができ、軸受16によってその軸線を中心と して回転できるように支持されている。 (57) [Summary] [PROBLEMS] To maintain a constant warp tension by only a small movement of a compensator roller. A warp tension device for a loom includes a warp yarn (4) wound around a compensator roller (11) over a substantially 180-degree arc, and the compensator roller (11) is wound in such a manner against the action of a reaction spring (17). It can be moved by a rocking or translational movement in the direction of the two parallel parts 4 ', 4 "of the warp yarn 4 and is supported for rotation about its axis by bearings 16. 4 10 12 IT - , CH - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, US - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, GB - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, FR - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, CS - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, BR - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, DE - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, NL - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, CN - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, BE - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, ES - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, JP - Pending, KR - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation, DD - IP Right Cessation Expired - Lifetime Expired - Fee Related Pending Expired - Lifetime Application Discontinuation Ceased Pending IP Right Cessation Expired - Fee Related Pending IP Right Grant IP Right Cessation
JP2000000012U Gas spring JP2000000012U 2000-01-28 JP006726U 1999-09-02 JP2606210Y2 2000-10-10 1989-08-17 ミントゲン ロルフ,ペルツゲン グレゴール,フールマン カストール,シユツト ミヒヤエル シュタビルス ゲゼルシャフト ミット ベシュレンクテル ハフツング F16F9/0281;B60Q3/30; (57)【要約】 【課題】 自動車車体のボンネットなどのための、圧力 管及び圧力管内を走入並びに走出可能なピストンロッド から成るガスばねを改善して、照明装置がガスばねによ って接続遮断され、照明装置のケーブル敷設に費用がか からないようにする。 【解決手段】 照明装置17が、自動車車体26に結合 されたガスばね10に配置されており、照明装置のスイ ッチが、ガスばねの相対運動する2つの構成部分間に配 置されており、スイッチのスイッチ機能が前記構成部分 間の相対運動によって行われるようになっている。 (57) [PROBLEMS] To improve a gas spring composed of a pressure pipe and a piston rod capable of moving in and out of the pressure pipe for a bonnet of an automobile body, and the lighting device is connected and disconnected by the gas spring. , So that the cable laying of the lighting device is inexpensive. A lighting device is disposed on a gas spring coupled to a vehicle body, and a switch of the lighting device is disposed between two relatively moving components of the gas spring. The switching function is performed by relative movement between the components. 11 0 3 DE - Withdrawn, JP - Expired - Fee Related
JP2000000033A Green house for horticultural cultivation JP2000000033A 2000-01-07 JP10168396A 1998-06-16 1998-06-16 Yasuo Nishimaki,康雄 西巻 Japan Wavelock Co Ltd, 日本ウエーブロック株式会社 Y02A40/25;Y02P60/14; PROBLEM TO BE SOLVED: To obtain a green house for horticultural cultivation suppressing the generation of disease, having perfect insect proofing effect, capable of harvesting crops having a stable and excellent quality even in scorching summer heat, having an excellent working circumstance for worker, by including a specific roof part. SOLUTION: This green house for horticultural cultivation which is formed by stretching a perforated sheet on a structural material as pedestals, has the roof part comprising a perforated sheet and the roof part comprising an extensible non-porous sheet. In this case, the roof part comprising the non-porous sheet is preferably mounted under the roof part comprising the perforated sheet, and having a wall part comprising the extensible non-porous sheet and this wall is more preferably mounted inside of the wall part comprising the perforated sheet. 6 0 2 JP - Pending
JP2000000034A Shrubbery growing system JP2000000034A 2000-01-07 JP10186921A 1998-06-16 1998-06-16 Masaru Ochiai,優 落合 Kane Kogyo Kk, 兼工業株式会社 Y02A40/25; PROBLEM TO BE SOLVED: To obtain a shrubbery growing system capable of thoroughly watering to shrubbery reducing the watering work and previously inhibiting the shrubbery to wither by installing watering parts at a specific position. SOLUTION: This system surrounds the shrubbery W, W1,... with the frame 2, water channel 3 is formed together with the frame 2 as a unit, and sprinkler parts 4, 4a,... are installed on the water channel 3 to sprinkle water to the shrubbery. In this case, the frame 2 is capable of installing the water channel which comprises various formed pipes A, as easy to assemble, and able to install a light emitting function on the frame 2, and the frame 2 is also covered with a cover for greenhouse 13. 4 0 1 JP - Pending
JP2000000037A Fish bank JP2000000037A 2000-01-07 JP10169678A 1998-06-17 1998-06-17 Tadanori Seo,忠憲 背尾 Asahi Chem Ind Co Ltd, 旭化成工業株式会社 Y02A40/81; PROBLEM TO BE SOLVED: To provide a fish bank to be placed on the sea bottom and effective for increasing the amount of spawned eggs of cuttlefish. SOLUTION: The frame 2 of the objective fish bank has the side faces having openings 5 and the top face opened by an opening 6 or closed with a top plate 2c, a plate 3 and a closing member 10 and is formed in a manner to enclose a plurality of spawning rods 1 fixed to the frame at one or both ends. The spawning rods 1 and the frame 2 are fixed to a bed 8. A closed space 7 having opened sides and closed top is formed in the frame 2. The amount of spawned eggs of cuttlefish on the spawning rods 1 in the closed space 7 is increased by this construction. 2 0 2 JP - Granted
JP2000000041U Wiper device used for automotive window glass JP2000000041U 2000-05-30 JP905298U 1998-11-16 JP2607673Y2 2002-03-04 1988-11-22 キューバウフ ゲルト ローベルト ボツシユ ゲゼルシヤフト ミツト ベシユレンクテル ハフツング B60S1/0814;B60S1/08;B60S1/185;Y10S318/02; (57)【要約】 【解決手段】 自動車の窓ガラスに用いられるワイパ装 置であって、2つの反転位置間を往復駆動されるワイパ レバーが設けられていて、該ワイパレバーがワイパエレ メントで窓ガラスに当てつけられていて、電気式の駆動 モータを有する駆動ユニットと駆動結合されており、自 動車が前記ワイパレバーの規定の作動位置を検出する少 なくとも1つのセンサを有していて、該センサが前記駆 動モータに影響を与える制御装置と作用結合されている 形式のものにおいて、センサ44が、全面ガラス42の 側縁部43に隣接した運転席側のワイパレバー30の反 転位置を検出するようになっている。 【効果】 ワイパレバーが左側の窓ガラス縁部の近くに 位置したときにのみ前記ワイパレバーの戻し運動が導入 されるようにセンサを配置し及び/又は位置整定するこ とができる。 (57) Abstract: A wiper device used for a window glass of an automobile, which is provided with a wiper lever reciprocally driven between two reversing positions, and the wiper lever is brought into contact with the window glass by a wiper element. And a drive unit coupled to a drive unit having an electric drive motor, wherein the vehicle has at least one sensor for detecting a defined operating position of the wiper lever, the sensor affecting the drive motor. The sensor 44 is adapted to detect the reversal position of the wiper lever 30 on the driver's seat side adjacent to the side edge 43 of the full glass 42 in a type which is operatively connected to a control device which provides the following. The sensor can be arranged and / or positioned so that the return movement of the wiper lever is only introduced when the wiper lever is located near the left pane edge. 10 31 25 DE - Expired - Fee Related, US - Expired - Fee Related Pending Withdrawn Application Discontinuation Expired - Fee Related, JP - Expired - Lifetime, EP - Expired - Fee Related Pending Withdrawn Application Discontinuation Expired - Fee Related, WO - Expired - Fee Related Pending Withdrawn Application Discontinuation Expired - Fee Related, ES - Expired - Fee Related Pending Withdrawn Application Discontinuation Expired - Fee Related
JP2000000042U Shroud JP2000000042U 2000-05-30 JP78999U 1999-02-19 1993-07-07 ロバート・ピー・マッキネス,マーク・ビー・マイヤーズ ルーブコン・システムズ・インコーポレイテッド B65G45/22;B65G45/08;F16H57/05;F16N7/38; (57)【要約】 【課題】 本考案は、チェーンコンベアから過剰に付与 された潤滑剤や汚染物質を除去し、それらを確実に捕捉 するための装置を提供する。 【解決手段】 本考案は、チェーンコンベア(15)を 清浄化する際に、チェーンコンベアを覆うためのシュラ ウド(10)において、シュラウドから残留物を排出す るための排出部(40)と両端に下部端壁(18)とを 有する底部(14)と、この底部にヒンジ結合され、両 端に上部端壁を有する頂部(12)と、コンベアの移動 方向におけるシュラウドの両端に、チェーンコンベアが 直線的な通路に沿ってシュラウド内を通れるように、上 部端壁と下部端壁との協働により開口部(45)を構成 している端壁(18)と、前記頂部と底部の少なくとも 一方に装着された空気ノズル(22)とからなり、この シュラウド内を移動するチェーンコンベアの過剰な潤滑 剤を、空気ノズルからの空気によって取り除き、前記排 出部から排出するものである。 (57) [Summary] The present invention provides an apparatus for removing excessively applied lubricant and contaminants from a chain conveyor and reliably capturing them. The present invention provides a shroud (10) for covering a chain conveyor when cleaning the chain conveyor (15), and a discharge unit (40) for discharging residues from the shroud and lower portions at both ends. A bottom (14) having an end wall (18), a top (12) hinged to the bottom and having an upper end wall at each end, and a chain conveyor at both ends of the shroud in the direction of conveyor movement. An end wall (18) defining an opening (45) in cooperation with an upper end wall and a lower end wall and mounted on at least one of the top and bottom so as to pass through the shroud along the passage. The excess lubricant of the chain conveyor moving through the shroud is removed by the air from the air nozzle and discharged from the discharge portion. It is. 16 18 16 US - Expired - Fee Related Pending, JP - Pending, CA - Expired - Fee Related Expired - Lifetime Expired - Fee Related, MX - Expired - Fee Related Expired - Lifetime Expired - Fee Related, EP - Expired - Fee Related Expired - Lifetime Expired - Fee Related, DE - Expired - Fee Related Expired - Lifetime Expired - Fee Related
JP2000000061U Foot pedal device JP2000000061U 2000-07-28 JP2000000685U 2000-02-14 1989-04-18 チェスター・イー・ランドバーグ ウィリアムズ・コントロールズ・インコーポレーテッド F02D11/10;G05G1/30;B60K26/02;F02D11/106;G05G1/38;F02B3/06;Y10T74/20528;Y10T74/20534;Y10T74/20888; (57)【要約】 【目的】運転席の直立壁にユニットとして一体的に取り 付けることができる、スロットルを制御する足踏みペダ ル装置を提供する。 【構成】車両の運転席の直立壁に取り付けるために適合 するベース(12)を有する一体の支持構造(14) と、支持構造に取り付けられていて第1の枢軸(70) に枢動可能に装着された足踏みペダル(80)と、スロ ットル制御用のコンピュータ(93)と、支持構造に取 り付けられていて第1の枢軸から離間した第2の枢軸 (42)に枢動可能に装着された監視手段(60)と、 監視手段と足踏みペダルとを線形的に連結する手段(7 5,52,90)とを備えている。足踏みペダルの枢動 は、監視手段の枢動により線形的に監視されて、コンピ ュータに直線的に比例した入力を付与する。更に、足踏 みペダル、監視手段及び連結する手段が車両の運転席の 直立壁にユニットとして一体化して装着される。 (57) [Summary] [Object] To provide a foot pedal device for controlling a throttle, which can be integrally attached to an upright wall of a driver's seat as a unit. An integral support structure (14) having a base (12) adapted for mounting to an upright wall in a driver's seat of a vehicle. A first pivot (70) attached to the support structure; A foot pedal (80) pivotally mounted on a computer, a throttle control computer (93), and a second pivot (42) mounted on the support structure and spaced from the first pivot. Monitoring means (60) mounted on the Means for linearly connecting the monitoring means and the foot pedal (7 5, 52, 90). The pivoting of the foot pedal is monitored linearly by the pivoting of the monitoring means, providing a linearly proportional input to the computer. Furthermore, the foot pedal, the monitoring means and the connecting means are integrally mounted as a unit on the upright wall of the driver's seat of the vehicle. 7 10 103 US - Expired - Lifetime Expired - Fee Related, CA - Expired - Lifetime Expired - Fee Related, JP - Granted, BR - Pending Expired - Lifetime Expired - Fee Related Application Discontinuation, EP - Pending Expired - Lifetime Expired - Fee Related Application Discontinuation, DE - Pending Expired - Lifetime Expired - Fee Related Application Discontinuation, KR - Pending Expired - Lifetime Expired - Fee Related Application Discontinuation
JP2000000064U Optimized interconnect network JP2000000064U 2000-08-11 JP005544U 1999-07-26 1989-05-19 クルト・エフ・ベイティ,チャールズ・ジェイ・ホーバート・ジュニア,リチャード・シー・クレムソン,スコット・ジェイ・ブライワイス,ケネス・ティー・ウルフ ストレイタス・コンピュータ・インコーポレイテッド G06F15/17343; (57)【要約】 【課題】 本考案の目的は、マルチノードシステムのプ ロセッシング要素を接続するための改善されたシステム を提供することである。 【解決手段】 本考案の動作を実行する複数のノードを 有するマルチノードシステムを提供する An object of the present invention is to provide an improved system for connecting processing elements of a multi-node system. A multi-node system having a plurality of nodes for performing the operation of the present invention is provided. 25 2 1 CA - Abandoned IP Right Cessation Expired - Lifetime Expired - Fee Related Pending, AT - Abandoned IP Right Cessation Expired - Lifetime Expired - Fee Related Pending, EP - Abandoned IP Right Cessation Expired - Lifetime Expired - Fee Related Pending, DE - Abandoned IP Right Cessation Expired - Lifetime Expired - Fee Related Pending, JP - Pending
JP2000000066A Device for analyzing process for producing food JP2000000066A 2000-01-07 JP16698198A 1998-06-15 1998-06-15 Masatoshi Takada,将年 高田,Tomotoshi Ishida,智利 石田,Yasumasa Kawashima,泰正 川島,Tamotsu Miki,保 三木,Kazuyoshi Teramoto,和義 寺本,Shojiro Kimura,正二郎 木村,Junichiro Tomimatsu,淳一郎 富松,Akira Ashida,暁 芦田 Hitachi Ltd, 株式会社日立製作所 Y02P90/30; PROBLEM TO BE SOLVED: To input information characteristic to a facility layout and production facilities such as flow lines and automatically judge hazards which may be caused in production processes, in an analysis based on HACCP(hazard analysis and crucial control point method). SOLUTION: Inputted food production process flow data, facility layout data, and data corresponding to processes and facilities are stored in a device 108 for storing the information of the processes and the facilities by the use of a device 103 for editing the information of the processes and the facilities. The inputted data of hazards which may be caused in targeted production processes and the inputted data of influence areas on the facility layout are stored in a hazard information storage device 109 by the use of a hazard-editing device 104. A hazard analysis device 105 judges facilities in the influence area of each hazard stored in the hazard information storage device 109 on the facility layout, judges facilities used in the production process among the above judged facilities, further judges the name of the process used for the facilities, and outputs the process name and hazards which may be caused in the process. 8 0 3 JP - Pending
JP2000000071U Device to detect double sheet film JP2000000071U 2000-10-20 JP2000001331U 2000-03-08 1990-11-23 クルト ブランク,フリードリッヒ ユーフィンガー イーストマン コダック カンパニー B65H7/12;B65H3/0833;G03B42/045;B65H2511/13;B65H2511/212;B65H2511/524;B65H2553/612;B65H2553/81; (57)【要約】 (修正有) 【課題】 二重シートフィルムがフィルムを損傷させる 事なく検出されるような一般形式の装置を提供する。 【解決手段】 吸着要素6,はシートフィルムの積重ね体 3から取り除かれるべきシートフィルム3aをその前部分 を曲げることによって解放する。フォーク状の形状の厚 さセンサはシートフィルムの積重ね体の上に配置されて いるときシートフィルムの曲がり領域上に移動されるよ うにばねで偏倚され、厚さセンサはローラ15,17を有す る二つのレバー10,11を備え、一方のレバー11は他方の レバー10に関して枢動可能であり、枢動運動の通路によ り枢動可能に取り付けられたレバー11はスイッチ19を動 作させ、もしレバーのローラの間に一枚より多いシート フィルムがあるとスイッチが動作されてシートフィルム の取り除き動作を邪魔しかつ取り除き動作を繰り返させ る。 PROBLEM TO BE SOLVED: To provide an apparatus of a general type in which a double sheet film is detected without damaging the film. SOLUTION: A suction element 6 is a stack of sheet films. 3. Release the sheet film 3a to be removed from 3 by bending its front part. A thickness sensor in the form of a fork is spring-biased to be moved over the bend region of the sheet film when placed on a stack of sheet film, the thickness sensor having two rollers 15 and 17. Two levers 10, 11, one of which is pivotable with respect to the other lever 10, a lever 11 pivotally mounted by a path of pivot movement actuating a switch 19, if a roller of the lever If there is more than one sheet film in between, the switch is operated to hinder the sheet film removing operation and repeat the removing operation. 10 11 11 DE - Expired - Lifetime Pending IP Right Grant Expired - Lifetime Expired - Fee Related, US - Expired - Lifetime Pending IP Right Grant Expired - Lifetime Expired - Fee Related, JP - Pending, AT - Expired - Lifetime Pending IP Right Grant Expired - Lifetime Expired - Fee Related, WO - Expired - Lifetime Pending IP Right Grant Expired - Lifetime Expired - Fee Related, EP - Expired - Lifetime Pending IP Right Grant Expired - Lifetime Expired - Fee Related
JP2000000072A Production of functional bread crumbs JP2000000072A 2000-01-07 JP11053655A 1999-03-02 JP3035287B2 2000-04-24 1998-04-15 Atsushi Okada,温 岡田,Shinichi Fukutome,真一 福留 Nisshin Flour Milling Co Ltd, 日清製粉株式会社 A23L13/57;A23L13/03;A23L7/157;A23P20/12; PROBLEM TO BE SOLVED: To obtain functional bread crumbs, easily produced, and capable of sufficiently coating a raw food material, e.g. meat, even when directly sprinkled thereon, providing the fried batter with excellent palate feeling and fried color, and keeping the fried food juicy by including a specific material in the raw bread crumbs and then drying it. SOLUTION: This method mixes raw bread crumbs with starch and/or protein powder, and drying the mixture to attach the starch and/or protein powder to the bread crumbs. It is preferable to attach a total of 2 to 60 pts.wt. of the starch and/or protein powder to 100 pts.wt. of the raw bread crumbs. It is more preferable to attach carbohydrate powder together with the starch and/or protein powder to the bread crumbs. 6 6 7 JP - Expired - Fee Related
JP2000000073U Battery output control circuit JP2000000073U 2000-10-24 JP2000001997U 2000-04-03 2000-04-03 泰久 東島,勝 竹内 ミツミ電機株式会社 Y02E60/12; (57)【要約】 【課題】 バッテリの電源電圧の低下を検出して負荷へ の電源供給を停止することによりバッテリの出力を制御 するバッテリの出力制御回路に関し、バッテリの劣化を 防止できるバッテリの出力制御回路を提供することを目 的とする。 【解決手段】 外部バッテリ(B)と出力端子との間に 接続され、制御信号に応じて該外部バッテリ(B)から 該出力端子への電源電圧(VB)の供給を制御する第1 のスイッチング手段(24)と、前記外部バッテリ (B)に接続され、前記制御信号に基づいてスイッチン グ制御され前記外部バッテリ(B)からの電源電圧(V B)の出力を制御する第2のスイッチング手段(23) と、前記第2のスイッチング手段(23)の出力電圧が 供給され、該出力電圧が所定の電圧に低下したとき、前 記制御信号により前記第1のスイッチング手段と前記第 2のスイッチング手段とを略同時にオフさせる制御手段 (21、22)と、前記制御手段を再起動させる起動手 段(J、S;S、E)とを具備してなる。 (57) Abstract: A battery output control circuit that controls the output of a battery by detecting a drop in the power supply voltage of the battery and stopping the power supply to a load. An object is to provide an output control circuit. A first battery is connected between an external battery (B) and an output terminal, and controls supply of a power supply voltage (VB) from the external battery (B) to the output terminal according to a control signal. The switching means (24) is connected to the external battery (B), and switching is controlled based on the control signal, and the power supply voltage (V Second switching means (23) for controlling the output of B) And when the output voltage of the second switching means (23) is supplied and the output voltage decreases to a predetermined voltage, the control signal causes the first switching means and the second switching means to be substantially disconnected. It comprises control means (21, 22) for turning off at the same time, and starting means (J, S; S, E) for restarting the control means. 2 0 0 JP - Pending
JP2000000077U Roller bearing JP2000000077U 2000-11-24 JP009852U 1998-11-27 JP2607650Y2 2002-03-04 1998-11-27 正夫 伊藤,隆昌 大平 日本精工株式会社 F16C33/523;F16C33/54;F16C19/26;F16C19/28; (57)【要約】 【目的】 本考案は、ころの両端面にくぼみが形成さ れ、該くぼみにピンの一方がころの回転を妨げないよう に係止され、その他方が一対の環状板に保持されること により、高荷重で振動、衝撃に十分耐えられると共に、 ころ軸受の疲れ寿命の延長を計ることにある。 【構成】 一対の軌道輪101,102間に介装される 複数のころ103はその端面の中心部にくぼみ1033 を有し、該くぼみ1033にピン108,109の一方 が前記ころの回転を妨げないように係止され、他方が環 状板105,106に保持され、そして、前記ころ10 3を挟むように配置される前記一対の環状板105,1 06が複数のステー104により円周方向に連結されて なり、上記ピン108,109の環状板105,106 側の端部に隣接して軟鋼部材115,115を備え、該 軟鋼部材115,115を環状板105,106に溶接 してなる。 (57) [Summary] [Purpose] The present invention is based on the idea that a recess is formed on both end faces of the roller, and one of the pins is locked in the recess so as not to hinder the rotation of the roller, and the other is engaged with a pair of annular plates. By being held, it can withstand vibration and impact under high load, and The purpose is to extend the fatigue life of roller bearings. [Constitution] A plurality of rollers 103 interposed between a pair of races 101 and 102 have a recess 1033 at the center of the end face thereof. One of the pins 108 and 109 is locked in the recess 1033 so as not to hinder the rotation of the rollers, the other is held by the annular plates 105 and 106, and 3 are arranged so as to sandwich the pair of annular plates 105, 1 06 are connected in the circumferential direction by a plurality of stays 104, and the annular plates 105, 106 of the pins 108, 109 are provided. A mild steel member 115, 115 is provided adjacent to the side end, and the mild steel member 115, 115 is welded to the annular plates 105, 106. 1 0 0 JP - Expired - Fee Related
JP2000000102A Shoe with sole formed to match with shape of foot JP2000000102A 2000-01-07 JP11160657A 1999-06-08 JP3248151B2 2002-01-21 1988-07-15 Iii Frampton E Ellis,サード エリス、フランプトン、イー.、ザ Iii Frampton E Ellis, サード エリス、フランプトン、イー.、ザ A43B13/00;A43B13/125;A43B13/141;A43B13/143;A43B13/145;A43B13/146;A43B13/148;A43B5/00;A43B5/06; PROBLEM TO BE SOLVED: To protect feet and to continue buffering by matching soles with the natural shapes of the side parts of feet. SOLUTION: The sole of a foot 27 and the surface 29 of the side part of the foot 27 should accurately be matched to the upper surface 30 of a sole 28. The thickness of the sole 28 is specified as the distance S between any given point on the upper surface 30 of the sole 28 and a lower surface 31. The sole 28 is matched to the actual shape of the foot 27 by forming the sole 28, as a general concept, out of a sole material of virtually uniform thickness in effect, a single flat sheet in theory and enveloping the foot 27 in the sheet so as to envelope the foot 27 without causing any twist or deformation in the sheet at the time of matching and bending the sheet to the shape of the foot. The side edge i.e., inner edge of the side part for stabilization of the sole is formed in a shape similar to the actual shape of the side part i.e., end edge of a human foot so as to follow a theoretically ideal stable flat surface similarly to the outside part i.e., outer edge of the side part for stabilization of the sole. 145 30 28 DE - Expired - Fee Related Expired - Fee Related Expired - Lifetime Withdrawn IP Right Cessation IP Right Cessation Expired - Lifetime Expired - Lifetime Revoked Expired - Fee Related Expired - Fee Related IP Right Cessation Withdrawn Expired - Fee Related IP Right Cessation Expired - Fee Related Application Discontinuation IP Right Grant Expired - Lifetime Expired - Fee Related Ceased Withdrawn, CA - Expired - Fee Related Expired - Fee Related Expired - Lifetime Withdrawn IP Right Cessation IP Right Cessation Expired - Lifetime Expired - Lifetime Revoked Expired - Fee Related Expired - Fee Related IP Right Cessation Withdrawn Expired - Fee Related IP Right Cessation Expired - Fee Related Application Discontinuation IP Right Grant Expired - Lifetime Expired - Fee Related Ceased Withdrawn, EP - Expired - Fee Related Expired - Fee Related Expired - Lifetime Withdrawn IP Right Cessation IP Right Cessation Expired - Lifetime Expired - Lifetime Revoked Expired - Fee Related Expired - Fee Related IP Right Cessation Withdrawn Expired - Fee Related IP Right Cessation Expired - Fee Related Application Discontinuation IP Right Grant Expired - Lifetime Expired - Fee Related Ceased Withdrawn, AT - Expired - Fee Related Expired - Fee Related Expired - Lifetime Withdrawn IP Right Cessation IP Right Cessation Expired - Lifetime Expired - Lifetime Revoked Expired - Fee Related Expired - Fee Related IP Right Cessation Withdrawn Expired - Fee Related IP Right Cessation Expired - Fee Related Application Discontinuation IP Right Grant Expired - Lifetime Expired - Fee Related Ceased Withdrawn, JP - Expired - Fee Related, NZ - Expired - Fee Related Expired - Fee Related Expired - Lifetime Withdrawn IP Right Cessation IP Right Cessation Expired - Lifetime Expired - Lifetime Revoked Expired - Fee Related Expired - Fee Related IP Right Cessation Withdrawn Expired - Fee Related IP Right Cessation Expired - Fee Related Application Discontinuation IP Right Grant Expired - Lifetime Expired - Fee Related Ceased Withdrawn, KR - Expired - Fee Related Expired - Fee Related Expired - Lifetime Withdrawn IP Right Cessation IP Right Cessation Expired - Lifetime Expired - Lifetime Revoked Expired - Fee Related Expired - Fee Related IP Right Cessation Withdrawn Expired - Fee Related IP Right Cessation Expired - Fee Related Application Discontinuation IP Right Grant Expired - Lifetime Expired - Fee Related Ceased Withdrawn, WO - Expired - Fee Related Expired - Fee Related Expired - Lifetime Withdrawn IP Right Cessation IP Right Cessation Expired - Lifetime Expired - Lifetime Revoked Expired - Fee Related Expired - Fee Related IP Right Cessation Withdrawn Expired - Fee Related IP Right Cessation Expired - Fee Related Application Discontinuation IP Right Grant Expired - Lifetime Expired - Fee Related Ceased Withdrawn, ES - Expired - Fee Related Expired - Fee Related Expired - Lifetime Withdrawn IP Right Cessation IP Right Cessation Expired - Lifetime Expired - Lifetime Revoked Expired - Fee Related Expired - Fee Related IP Right Cessation Withdrawn Expired - Fee Related IP Right Cessation Expired - Fee Related Application Discontinuation IP Right Grant Expired - Lifetime Expired - Fee Related Ceased Withdrawn, AU - Expired - Fee Related Expired - Fee Related Expired - Lifetime Withdrawn IP Right Cessation IP Right Cessation Expired - Lifetime Expired - Lifetime Revoked Expired - Fee Related Expired - Fee Related IP Right Cessation Withdrawn Expired - Fee Related IP Right Cessation Expired - Fee Related Application Discontinuation IP Right Grant Expired - Lifetime Expired - Fee Related Ceased Withdrawn, HK - IP Right Cessation
JP2000000141A Stepless adjustable reclining type arm rest device JP2000000141A 2000-01-07 JP10169535A 1998-06-17 1998-06-17 Nobuhisa Nakagaki,宜久 中垣,Nobuyuki Wakabayashi,信行 若林,Hidehiro Nishiuchi,秀浩 西内 Nhk Spring Co Ltd, 日本発条株式会社 B60N2/767;B60N2/753; PROBLEM TO BE SOLVED: To provide a stepless adjustable reclining type arm rest device equipped with a rotation supporting structure for an arm rest being as thin as possible, and a holding mechanism by a one-way clutch so that a desired sheet width or the like can be ensured. SOLUTION: Between a seat main body side and an arm rest main body 4, a ball one-way clutch which makes the arm rest main body 4 turnable only in the kicking up direction, and a hold releasing mechanism 7 to selectively release the holding state in the lowering direction of the arm rest main body 4 by the ball one-way clutch, are provided, and thus, a thin and stepless one-way mechanism can be realized, and even in a car room of a narrow width, this stepless adjustable reclining type arm rest device can be easily attached without sacrificing a seat width and a passage width. 1 0 5 JP - Pending
JP2000000174A Handrail for toilet or the like JP2000000174A 2000-01-07 JP10185678A 1998-06-16 1998-06-16 Yoshiaki Toshishige,義明 利重 Rirainsu:Kk, 株式会社リラインス A47K17/026;A47K17/022; PROBLEM TO BE SOLVED: To facilitate manufacture, assembly and handling. SOLUTION: A flat metal floor plate is laid in a prescribed position of a floor 2, a metal seat plate 3 is superposed thereon, fixing screws are inserted into the screw holes of the metal floor plate and the metal seat plate 3 and fixed to the floor 2, synthetic resin covers 9 are placed on the peripheries of the metal seat plates 3 and then the lower ends of metal pipe columnar rods 4 where the surface of an aluminum pipe is coated with a resin are fitted into cylindrical projections of the metal seat plates 3, the upper ends of the metal pipe columnar rods 4 are inserted into metal pipe columnar rod insertion openings of connectors 5 having an end inside and mounted and fixed, the ends of a metal pipe handrail rod 6 made by surrounding an aluminum pipe with a resin coating are inserted and fixed, and made a handrail for a toilet arranged on both sides of the toilet. 3 0 0 JP - Granted
JP2000000208A Tip part for endoscope JP2000000208A 2000-01-07 JP10169369A 1998-06-17 1998-06-17 Masahiro Takano,雅弘 高野,Akira Sugiyama,章 杉山 Asahi Optical Co Ltd, 旭光学工業株式会社 A61B1/00098; PROBLEM TO BE SOLVED: To provide the tip part of an endoscope for preventing an observation visual field from being obstructed by the overflow of water to the surface of an observation window even at the time of swinging a treating implement erecting base. SOLUTION: The treating tool erecting base 10 for changing the projecting direction of the tip part of a treating implement inserted to a treating implement insertion channel 9 by being swung by a remote operation forms a water passage 20 for making water pass through in a swinging direction on the treating implement erecting base 10 at this tip part of the endoscope arranged inside a groove 8 formed on a tip part body 2 adjacently to the observation window 5. 3 0 2 JP - Pending
JP2000000223A Vertical magnet device for mri and mri system JP2000000223A 2000-01-07 JP10167046A 1998-06-15 JP3040748B2 2000-05-15 1998-06-15 Yujiro Hayashi,雄二郎 林,Kazuhiko Hayakawa,和彦 早川,Katsumasa Nose,勝正 能勢 Ge Yokogawa Medical Systems Ltd, ジーイー横河メディカルシステム株式会社 G01N24/00;G01R33/3806; PROBLEM TO BE SOLVED: To provide a vertical magnet device for MRI and an MRI system for making an operator able to easily access a patient put in the opposing space of the vertical magnet device. SOLUTION: A supporting and moving mechanism 12 for supporting a cradle 22 or the seat part 32 of a chair by a belt 18, moving it in a horizontal direction by a motor 17 and moving it in a vertical direction by a hydraulic cylinder 13 is provided on the respective opposing surface sides of a pair of vertical opposing magnets 11. Thus, since no obstruction is present inside the opposing space of this vertical magnet device, the operator easily accesses the patient put in the opposing space. 5 15 29 JP - Expired - Lifetime, US - Expired - Fee Related IP Right Cessation Expired - Lifetime Expired - Fee Related IP Right Cessation Expired - Fee Related, TW - Expired - Fee Related IP Right Cessation Expired - Lifetime Expired - Fee Related IP Right Cessation Expired - Fee Related, EP - Expired - Fee Related IP Right Cessation Expired - Lifetime Expired - Fee Related IP Right Cessation Expired - Fee Related, DE - Expired - Fee Related IP Right Cessation Expired - Lifetime Expired - Fee Related IP Right Cessation Expired - Fee Related, KR - Expired - Fee Related IP Right Cessation Expired - Lifetime Expired - Fee Related IP Right Cessation Expired - Fee Related, CN - Expired - Fee Related IP Right Cessation Expired - Lifetime Expired - Fee Related IP Right Cessation Expired - Fee Related
JP2000000224A Magnetic resonance imaging device JP2000000224A 2000-01-07 JP10168015A 1998-06-16 JP3998814B2 2007-10-31 1998-06-16 Kazumi Nishimura,和美 西村,Tetsuhiko Takahashi,哲彦 高橋 Hitachi Medical Corp, 株式会社日立メディコ G01R33/4804; PROBLEM TO BE SOLVED: To provide an MRI device capable of accurately obtaining and imaging the temperature change of an examinee body. SOLUTION: An arithmetic means for reconstituting images based on NMR signals (complex signals) from the examinee body extracts (301 and 311) an examinee body part in complex images obtained from the complex signals, calculates (302 and 312) space phase distribution based on the complex data of the extracted part, performs (304 and 314) arc tangent aliasing correction for space phase distribution data and calculates (305 and 315) temperature distribution based on the space phase distribution data after the correction. Plural measurements are performed at the different time t1 and t2 and the space distribution of the temperature change is calculated (320) from a difference between data obtained by the plural measurements. The space distribution image of the temperature change is composed with tissue images and displayed at a display means (321). Background noise and false images by arc tangent aliasing are removed and highly accurate temperature change images are obtained. 2 8 10 JP - Expired - Fee Related, EP - Withdrawn Expired - Fee Related Application Discontinuation, US - Withdrawn Expired - Fee Related Application Discontinuation, WO - Withdrawn Expired - Fee Related Application Discontinuation
JP2000000290A Sterilization apparatus for liquid material JP2000000290A 2000-01-07 JP10185652A 1998-06-15 1998-06-15 Tamotsu Kawakita,有 川北 Nissin Electric Co Ltd, 日新電機株式会社 C02F1/48;C02F2303/04; PROBLEM TO BE SOLVED: To provide an apparatus capable of executing more effective sterilization by impressing a higher electric field on fungi and microorganisms in a liquid material. SOLUTION: This sterilization apparatus has a sterilization treatment section 10 which has two electrodes 12, 14 coaxially arranged inside and outside and is flowed with the liquid material 8 between both electrodes 12 and 14 and a pulse power source 20 which impresses the both polarity pulse voltage VP2 of <=1 μs in the transition time from the pulse stop of one polarity to the pulse stop of another polarity between the electrodes 12, 14 of this sterilization treatment section 10. 2 0 1 JP - Pending
JP2000000307A Method for detecting at least one parameter and respirator JP2000000307A 2000-01-07 JP11114922A 1999-04-22 1998-04-23 Christer Stroem,ストレーム クリスター Siemens Elema Ab, シーメンス−エレマ アクチボラゲット A61M16/024;A61M2016/0021;A61M2016/0039;A61M2016/0042; PROBLEM TO BE SOLVED: To detect a true situation of a patient related to an inspiratory effort/an inspiratory trial of the patient in the inspiratory action by forming a pressure gradient related to detected known device pressure and time by the patient in the inspiratory action, and forming a signal by detecting residual positive pressure of the lungs. SOLUTION: A gap between residual positive pressure 4 and end-tidal air device pressure 6 has respective results, and time required to go over this gap causes an unnecessary delay before supplying expiratory assistance. When a triggering level 8 reaches a trial of a patient in aspiration, there is the possibility of delaying by time (tm) in supply of respiratory assistance. During this time, the patient continues to generate negative pressure in the lungs, this negative pressure (a difference between the triggering level 8 and a triggering level 14) is expressed by Δp, and can be an element of inducing respiration. An angle to pressure differential Δp related to these detected triggering levels 8, 14 can also be detected, and this is called a pressure gradient (Δp/tm). 12 12 49 SE - , EP - Expired - Lifetime Expired - Fee Related Expired - Lifetime Pending, DE - Expired - Lifetime Expired - Fee Related Expired - Lifetime Pending, US - Expired - Lifetime Expired - Fee Related Expired - Lifetime Pending, JP - Expired - Lifetime Expired - Fee Related Expired - Lifetime Pending
JP2000000373A Supply control device of medal JP2000000373A 2000-01-07 JP18141998A 1998-06-12 1998-06-12 Takashi Kumabe,隆 隈部 Konami Co Ltd, コナミ株式会社 G07F17/3297;G07D9/00; PROBLEM TO BE SOLVED: To realize diverse progresses of a game by arranged a detecting means for detecting a flow of medals passing through a field in a medal game machine for supplying the medals by passing through the field, and adjusting the flow of the medals by controlling an adjusting means according to the detecting information. SOLUTION: In a pusher game machine for dropping medals from a field by using reciprocating motion of a table repeating the reciprocating motion, a fixing plate 41 and a fan-shaped moving plate 42 rotatable around a central shaft X of the game machine are arranged with respective plural fan-shaped sections SC1. A refund rate adjusting mechanism 70 is movably arranged in the vicinity of the end part 41b of the fixing plate 41. This refund rate adjusting mechanism 70 is composed of an adjusting plate 71 hindering dropping of the medals, a linear motor 42 for driving the adjusting plate 71 along the end part 41b and a rail 73 for guiding a moving piece of the linear motor 72. A projecting quantity of the adjusting plate 71 is adjusted by a movement of the adjusting plate 71 to adjust a rate at which the medals drop from the end part 41b. 7 3 10 JP - Pending, DE - Expired - Lifetime Expired - Lifetime IP Right Cessation Expired - Fee Related, EP - Expired - Lifetime Expired - Lifetime IP Right Cessation Expired - Fee Related, TW - Expired - Lifetime Expired - Lifetime IP Right Cessation Expired - Fee Related, CN - Expired - Lifetime Expired - Lifetime IP Right Cessation Expired - Fee Related, HK - IP Right Cessation
JP2000000374A Medal feeding device for medal game machine JP2981462B1 JP18142098A 1998-06-12 JP2981462B1 1999-11-22 1998-06-12 Takashi Oginuma,剛史 荻沼,Nobuhiro Goto,信広 後藤,Takashi Kumabe,隆 隈部,Akihisa Ogawa,彰久 小川,Ryoji Hayashi,良治 林 Konami Co Ltd, コナミ株式会社 G07F17/3297;G07F17/32;G07F17/3216;G07F17/3276; PROBLEM TO BE SOLVED: To vary game development and to properly manage a payout rate. SOLUTION: A medal feeding device is provided with an accumulation container 121 for accumulating medals, an escalator 124 for guiding medals in an aligned state, feeding mechanisms 122 and 123 for feeding the medals accumulated in the accumulation container 121 to the escalator 124 and a discharging mechanism 126 for flicking out the medals in the escalator 124 from the exit 124a thereof. 11 8 4 JP - Expired - Lifetime, EP - Expired - Lifetime Withdrawn Expired - Lifetime IP Right Cessation Expired - Fee Related, DE - Expired - Lifetime Withdrawn Expired - Lifetime IP Right Cessation Expired - Fee Related, TW - Expired - Lifetime Withdrawn Expired - Lifetime IP Right Cessation Expired - Fee Related, CN - Expired - Lifetime Withdrawn Expired - Lifetime IP Right Cessation Expired - Fee Related, HK - IP Right Cessation
JP2000000385A Sewing machine stitching belt loop JP2000000385A 2000-01-07 JP16859398A 1998-06-16 1998-06-16 Takashi Kondo,隆 近藤,Akira Nishio,章 西尾,Motonari Nakano,元就 中野 Brother Ind Ltd, ブラザー工業株式会社 D05B35/068; PROBLEM TO BE SOLVED: To perform sewing with elaborate designs by making stitch designs different when sequentially sewing a pair of ends of belt loop piece 1 for passing a belt by using a sewing machine stitching one needle belt loop. SOLUTION: A sewing machine stitching one needle belt loop is provided with a cloth feeding mechanism for driving the movement of a cloth receiving plate in X and Y directions different from each other based on design data, design data regarding a plurality of practical stitch designs or a plurality of various embroidered or design stitch designs is stored in ROM, a first or second stitch design is selected (S10 to S11), and each selected stitch design is subjected to expansion or reduction editing (S12), inversion editing (S13) or rotation editing (S14). Thus, even for sewing a stitch design identical to the first or second stitch design, by changing the size, design direction or the like of one stitch design with respect to the other stitch design, an elaborate design as the stitch design of the belt loop piece is provided. 5 0 3 JP - Pending
JP2000000396A Clothes drier JP2000000396A 2000-01-07 JP10165130A 1998-06-12 1998-06-12 Tatsuo Ioku,辰夫 井奥,Toshiya Nakamura,敏也 中村 Toshiba Corp, 株式会社東芝, Toshiba Ave Co Ltd, 東芝エー・ブイ・イー株式会社 D06F58/08;D06F58/26;F26B21/002; PROBLEM TO BE SOLVED: To provide a quiet sound by eliminating or reducing a belt sliding sound. SOLUTION: A support base 26 extending to be hung left and right is provided in the backside of an outer box, an outer rotor type drum driving motor 30 is provided so as to be positioned in both front and rear faces of the support base 26 to drive a drum 16 by a direct driving system, and an outer rotor type fan driving motor 30 for driving a heat exchange fan 23 by a direct driving system is provided in a manner coaxial to the motor 29. In this case, a drum shaft 19 connected to the backside of the drum 16 is supported by the bearing 21 of a fan casing 20 and the bearing 27 of the support base 26, and its rear end part is connected to the rotor 32 of the motor 29. The inner peripheral end of the heat exchange fan 2 is connected to the outer peripheral end of the rotor 34 of the motor 30. A cylindrical part 34c is provided in a part penetrated by the drum shaft 19 in the center of the rotor 34, and a humidification preventing gasket 37 and an oil containing bearing 38 are provided in the cylindrical part 34c. 12 0 4 JP - Pending, TW - IP Right Cessation IP Right Cessation Expired - Fee Related, KR - IP Right Cessation IP Right Cessation Expired - Fee Related, CN - IP Right Cessation IP Right Cessation Expired - Fee Related
JP2000000406A Electric power supply device in sludge settling basin JP2000000406A 2000-01-07 JP10168187A 1998-06-16 1998-06-16 Tetsuo Yamagata,徹生 山縣,Atsuo Hirai,敦夫 平井 Hitachi Kiden Kogyo Ltd, 日立機電工業株式会社 Y02P70/10; PROBLEM TO BE SOLVED: To reduce an equipment cost and maintenance cost by disposing photovoltaic power generation panels on a cap openably and closably covering the upper opening surface of a sludge settling basin equipped with a sludge scraper and electrically connecting the photovoltaic power generation panels and the electric equipment of the sludge settling basin. SOLUTION: A sludge pit 14 is formed in the sludge settling basin 1 for separating the solid and liquid in sewage. The sludge scraped by the sludge scraper 2 is collected in the sludge pit 14. In such a case, the openable and closable cap 5 is disposed at the upper opening surface of the sludge settling basin 1. The photovoltaic power generation panels 6 are disposed on the peak surface of respective cap members 51 to 54 constituting the cap 5. The photovoltaic power generation panels 6 are electrically connected to a motor 27, etc., of the sludge scraper 2 via a power feeding means 7. The power feeding means 7 is constituted by connecting one end of a cable 71 to the photovoltaic power generation panels 6 and connecting the other end to a conduction rod 72 so that the electric power generated by the photovoltaic power generation panels 6 is collected by the conduction rod 71 and is supplied to the motor 27, etc. 2 0 1 JP - Pending
JP2000000411A Fuel filter JP2000000411A 2000-01-07 JP10185761A 1998-06-17 JP3802682B2 2006-07-26 1998-06-17 Itsuo Honda,逸雄 本田 Nifco Inc, 株式会社ニフコ F02M37/50;B01D29/111;B01D29/15;B01D35/027;B01D35/0273;B01D35/26; PROBLEM TO BE SOLVED: To provide a fuel filter without the suction performance of its fuel pump being deteriorated even when a space between an opening face in a bag as the suction side of the fuel pump and the inner side face of a bag opposed to the opening face is small. SOLUTION: This fuel filter A is provided on the suction side 40' of a fuel pump C set in a fuel tank B, and the filter A has a bag 10 consisting of a filter cloth material E and a cylinder 20 provided in the bag 10 to communicate the inside of the bag 10 with the suction side 40' of the pump C and a shape holding frame 30 of the bag 10 extending into the bag 10 from the inner side of the bag 10 in the cylinder 20 and further has a plate 34 in face contact with the inner side face 10c of the bag 10 in front of an opening 20a in front of the opening 20a of the cylinder 20 in the bag. 7 4 21 JP - Expired - Fee Related, KR - IP Right Cessation Expired - Lifetime Expired - Fee Related, US - IP Right Cessation Expired - Lifetime Expired - Fee Related, GB - IP Right Cessation Expired - Lifetime Expired - Fee Related
JP2000000422A Through JP2000000422A 2000-01-07 JP10168010A 1998-06-16 JP3667093B2 2005-07-06 1998-06-16 Yoshihiro Uramoto,嘉弘 浦元,Mamoru Morikawa,守 守川 Sharp Corp, シャープ株式会社 F24F3/1423;F24F2203/1012;F24F2203/1032;F24F2203/1056;F24F2203/1068;F24F2203/1084; PROBLEM TO BE SOLVED: To prevent mildewing due to a drain water or rainwater intruding from outdoors accumulated in the drain water passage or the performance degradation due to the freezing of the waters with respect to a through-wall air conditioner. SOLUTION: A through-hole 18 communicating with the wall hole Wh bored in the wall W and through which a sleeve 15 is passed and a receiving part 14b surrounding the through-hole 18 and inclined to the wall are provided, further a mount 14 set on the wall W and attachably and detachably mounting the main body 1 is furnished. The sleeve 15 is inserted into the through-hole 18 from the indoor side and fixed by matching a flange 16 provided on one end of the sleeve 15 with a receiving part 14b, and a connecting port 13 provided for a main body 1 and through which a fluid is passed is engaged with the sleeve 15. 8 0 2 JP - Expired - Fee Related
JP2000000424A Embedded biological deodorization equipment JP2000000424A5 2000-01-07 JP10181366A 1998-06-15 1998-06-15 Masaki Niihara,政喜 新原,Kazuhisa Takahashi,和久 高橋,Yoshiomi Yamada,美臣 山田 Asahi Glass Engineering Co Ltd, 旭硝子エンジニアリング株式会社 Y02A50/20; PROBLEM TO BE SOLVED: To provide a biological deodorization equipment that the bacteria in the equipment is hardly affected by the seasonal sunshine, wind and rain, snowfall and a change in the air temp. and the bacteria is maintained in an appropriate living environment at all times. SOLUTION: Partitions B1, B3 and B5 are provided in a shell 3 of a horizontal vessel to demarcate a gas circulating part C1 for sending a gas current altenately upward and downward, and a bacteria-packed bed is provided in an upward circulating part. Further, a water storage tank 11, circulating pump and water sprinkling nozzle are placed in the shell, and a module with take-out openings X5 and X6 for the circulating pump, etc., formed at an upper part of the shell is laid under the ground. 6 0 0 JP - Pending
JP2000000426A Biological treatment of waste gas and device therefor JP2000000426A 2000-01-07 JP10167229A 1998-06-15 JP4015285B2 2007-11-28 1998-06-15 Shigeki Yamashita,茂樹 山下,Masami Kitagawa,政美 北川 Ebara Corp, 株式会社荏原製作所 Y02A50/20; PROBLEM TO BE SOLVED: To provide a method and device for biologically treating waste gas efficiently and stably by detecting the appropriate bacteria concn., maintaining the concn., stripping off and discharging the excess bacterial choking the bacteria bed. SOLUTION: Waste gas 8 wetted by water sprinkling is passed through and brought into contact with a packed bed 1 carrying microorganisms on a packing material to remove volatile org. compds., and/or inorg. malodorous substances. In this method, water is intermittently sprinkled on the packed bed 1, the waste gas is passed downward through the bed at a higher flow velocity than normally in parallel with the sprinkled water, and excess microorganism are removed from the packing material. 11 0 6 JP - Expired - Fee Related
JP2000000472A Production of liquid hydrocarbon fuel catalyst JP2918880B1 JP10171022A 1998-06-18 JP2918880B1 1999-07-12 1998-06-18 Katsuyoshi Yamagata,勝義 山縣 Katsuyoshi Yamagata, 勝義 山縣 B01J21/18;B01J31/06;B01J37/0009;B01J23/30; PROBLEM TO BE SOLVED: To provide a producing method of a liquid hydrocarbon fuel catalyst capable of improving the combustion efficiency of a fuel in an internal combustion engine and lowing an incomplete combustion material content in an exhaust gas to improve the performance of the internal combustion engine. SOLUTION: A resin or rubber composition containing 15-60 pts.wt. carbon some containing >=62.5% anthracite coal and having <=0.5 mm particle diameter, 35-85 pts.wt. silicon dioxide source containing >=80% silica sand and having <=0.5 mm particle diameter and 5-15 pts.wt. glass fiber having 6-12 μm average fiber length per 100 pts.wt. resin or rubber component is prepared. The composition is molded by heating and pressurizing. Further, a process aging the molding is included. 5 4 2 JP - Expired - Fee Related Expired - Fee Related Abandoned Expired - Fee Related Application Filing, US - Expired - Fee Related Expired - Fee Related Abandoned Expired - Fee Related Application Filing, AU - Expired - Fee Related Expired - Fee Related Abandoned Expired - Fee Related Application Filing, CN - Expired - Fee Related Expired - Fee Related Abandoned Expired - Fee Related Application Filing, WO - Expired - Fee Related Expired - Fee Related Abandoned Expired - Fee Related Application Filing
JP2000000484A Screen for removing foreign matter of water JP2000000484A 2000-01-07 JP10171163A 1998-06-18 JP3436135B2 2003-08-11 1998-06-18 Kenji Katayama,賢治 片山,Tadahiro Kajiyama,忠宏 梶山,Hideo Aoki,秀生 青木 Sumitomo Metal Ind Ltd, 住友金属工業株式会社 C21B2400/024; PROBLEM TO BE SOLVED: To provide a screen for removing foreign matter of water-crashed slag in which foreign matter incorporated in water-crashed slag can be easily separated and removed in a manufacturing process and also the clogging of the screen, the lowering of screening capacity, and furthermore the foreign matter being caught, and the like can be surely prevented, and a rise in repair cost and manufacturing cost can be restrained. SOLUTION: A screen 10 for removing foreign matter of water-crashed slag is provided with seven flat plates 12 erected on a plain face separated from each other at fixed spaced intervals and elastic members 13, 13 for connecting one end face sides with respect to the erection direction in each of the seven flat plates 12 both of which are assembled. Since even if corrosion becomes worse in the flat plates 12, the separation between the flat plates 12 is not changed, the power to screen foreign matter is maintained for a long period of time. And since even if foreign mater is caught, the flat plates 12 tend to close by the elastic members 13, foreign matter is not caught deep and can be easily scraped out. 2 0 1 JP - Expired - Fee Related
JP2000000489A Electric precipitation filter and its production JP2000000489A 2000-01-07 JP18727898A 1998-07-02 JP4290242B2 2009-07-01 1997-07-04 Takuya Fujimoto,卓也 藤本,Toyoji Okayama,豊治 岡山,Noriyuki Inoue,典之 井上,Yoshio Katagiri,義雄 片桐 Matsushita Seiko Co Ltd, 松下精工株式会社 Y02A50/2351; PROBLEM TO BE SOLVED: To assemble automatically both dust collecting plates in an electric precipitation filter provided with a first dust collecting plate and second dust collecting plate for collecting charged dust in the air. SOLUTION: This electric precipitation filter has a belt like first dust collecting plate 1 and second dust collecting plate 2 of prescribed lengths. In the first dust collecting plate 1, engagement grooves 6 cut in the width direction from the end face thereof at fixed spaced intervals are provided, and the first dust collecting plate 1 are hung and made along first pins in a zigzag so that the engagement grooves are located in the parts of the first pins which first pins are arranged staggered on first aligning means 11. And the second dust collecting plate 2 is hung and made along second pins in a zigzag which second pins are arranged staggered on second aligning means 12. Next, while the second dust collecting plate 2 is removed from the second aligning means 12, it is moved toward the first dust collecting plate 1. Then, the moved second dust collecting plate 2 is fitted in the engagement grooves 6 of the first dust collecting plate 1 to alternately laminate both the dust collecting plates between the meanders in plural stages. 31 0 3 JP - Expired - Fee Related
JP2000000507A Manufacture of electronic device and slit type dripping nozzle employed therefor JP2000000507A 2000-01-07 JP10165347A 1998-06-12 JP4301596B2 2009-07-22 1998-06-12 Osamu Aoki,理 青木 Mitsubishi Electric Corp, 三菱電機株式会社 H01L21/027;B05D1/26;G03F7/162;B05D1/002; PROBLEM TO BE SOLVED: To provide a method for manufacturing an electronic device and capable of surely forming a desired thin film with excellent evenness, suppressing occurrence of patterning failure, and providing stable quality. SOLUTION: This method for manufacturing an electronic device includes a coating process of applying a photosensitive or non-photosensitive resin to a substrate 1 by employing a manner of dripping the resin through a slit to the substrate 1. While the scanning direction of the slit type dripping nozzle 2 for dripping the resin being kept inclined in relation to the substrate 1 after drip coating at a prescribed angle θ to the same direction as the rotary direction S of the substrate rotation. 10 5 8 JP - Expired - Fee Related Expired - Lifetime, US - Expired - Fee Related Expired - Lifetime, KR - IP Right Cessation IP Right Cessation, TW - IP Right Cessation IP Right Cessation
JP2000000511A Electrically driven cartridge distribution apparatus JP2000000511A 2000-01-07 JP13566599A 1999-05-17 1998-05-15 Wilhelm A Keller,アー ケラー ヴィルヘルム Wilhelm A Keller, アー ケラー ヴィルヘルム B05C17/0103;B05C17/00553; PROBLEM TO BE SOLVED: To provide an electrically driven distribution apparatus capable of solving faults of a conventional technology, having excellent operational safety, convenience for maintenance, and high reliability, and possible to be manufactured at a relatively low cost. SOLUTION: In an electrically and mechanically driven apparatus, an electrically driven apparatus works on thrust plates 7, 9 through driving screws 6, 8 and distributes a material out of cartridges A, B. The driving screws 6, 8 stand still in the axial direction and work cooperatively with a slide 29 supporting the thrust plates 7, 9. Driving elements 6, 8; 7, 9; 10-18; 31, 32 for housing the slide 29 and the driving screws 6, 8 are separated from a cartridge space 21 while being in sealed state. The force differently affecting the two driving screws 6, 8 is supported by rolling friction on low friction bearings 14, 15 and any inclining force is generated on the slide 29. Such a structure does not require costly guides in the longitudinal direction and sealing for the guides. While being sealed from the rest of apparatus parts such as the cartridges A, B, the driving elements are easily separated. 10 7 22 EP - Withdrawn, US - Expired - Lifetime Pending, JP - Expired - Lifetime Pending
JP2000000540A Waste disposal plant JP2000000540A 2000-01-07 JP16906598A 1998-06-17 JP3858455B2 2006-12-13 1998-06-17 Kazuo Toge,和男 峠 Ohbayashi Corp, 株式会社大林組 B09B1/00;Y02W30/30; PROBLEM TO BE SOLVED: To accelerate the decomposition of organic matters by aerobic bacteria to reduce wastes to nature quickly and recover and purify toxic gas in the decomposition process to provide the environment maintenance in a disposal plant and its periphery. SOLUTION: A waste disposal plant 10 is provided with exhaust pipes 26 and gas feed pipe 28 embedded and laid alternately in wastes 14 accumulated in a waste disposal plant 10, a bioreactor 36 connected with the exhaust pipes 26, a gas purification equipment formed of active carbon adsorption layers 38, an oxygen feed tank 46 connected with the gas feed pipes 28 and a water content feed equipment 44. 4 0 4 JP - Expired - Lifetime
JP2000000541A Bottom structure of waste controlled landfill site its leakage prevention method JP2000000541A 2000-01-07 JP18827998A 1998-06-17 1998-06-17 Noboru Ito,昇 伊東,Jun Shimoda,潤 下田,Hiromasa Tanabe,裕正 田邉 Nippon Steel Corp, 新日本製鐵株式会社, Danhiito:Kk, 株式会社ダンヒート, Tochi Kaihatsu Plan:Kk, 株式会社土地開発プラン Y02W30/30; PROBLEM TO BE SOLVED: To prevent effectively the outflow of water at a controlled type landfill site to its peripheral sites, carry out adequate leakage prevention measures in the case of an occurrence of leakage and manage properly the waste controlled type land fill site. SOLUTION: In the bottom structure of a waste controlled type landfill site forming a recessed section on the ground and throwing away wastes therein, a granular layer 12 covering the bottom of a recessed section, a lower liner layer 13 formed above the granular layer 12, a protective granular layer 14 covering the lower liner layer 13 and an upper liner layer 15 covering the protective granular layer 14 are formed successively. The bottom face and side faces of the recessed section formed on the waste control type disposal plant 11 are covered with the lower liner 13 and the upper liner layer 15. Also the plant is provided with a spring water discharge pipe 16 provided in the gravel layer 12 being in contact with the bottom ground of the recessed section and discharging spring water and water leakage, a water leakage discharge pipe 17 provided in the protective sand layer 14 being in contact with the upper face of the lower liner layer 13 and discharging water leakage and a leachate discharge pipe 18 formed above the lower liner layer 15 and discharging rainwater and leachate. 8 0 3 JP - Withdrawn
JP2000000551A Simple air injection and stirring device for fermentation of organic substance JP2000000551A 2000-01-07 JP20704098A 1998-06-16 1998-06-16 Motoo Kanke,基夫 管家,Norio Kono,典男 河野,Osmu Heike,修 平化 Gold Hakko Gijutsu Kenkyusho:Kk, 株式会社ゴールド発酵技術研究所, Motoo Kanke, 基夫 管家 Y02W30/40; PROBLEM TO BE SOLVED: To inject air into a fermentation tank in a simple manner to feed the air to aerobic microbes and thereby promote the aerobic fermentation to improve the decomposition treatment efficiency of garbage or the like by perforating many holes in a stirring device of maple leaf shape or the like made of a flexible material and blowing off the for from these holes all at once. SOLUTION: A material to be disposed of such as garbage is loaded in a fermentation tank 3 together with aerobic microbes and at the same time, simple air injection and stirring devices 1, 2 of maple leaf shape and spiral shapes are accommodated. Next air is injected into each of the simple air injection and stirring devices 1, 2 through each of pipes 103, 104 using a manually operated and a foot-operated pump 102, 201. Thus the devices 1, 2 made of a soft material can be expanded and at the same time, the air is blown off from many holes perforated in each of the devices 1, 2 all at once. Consequently, the interior of the fermentation tank 3 is stirred so that the air is injected to the aerobic microbes and at the same time, the aerobic microbes are moved to be brought into contact with the material to be treated and thereby the fermentation process is promoted to treat the material buy decomposition. 3 0 0 JP - Pending
JP2000000552A Treating method for food and drink contained in container JP2000000552A 2000-01-07 JP10165643A 1998-06-12 1998-06-12 Shuzo Nakazono,修三 中園 Shuzo Nakazono, 修三 中園, Nakazono Eiji, 中園 英司, Tsutsumi Moriyuki, 堤 守幸 Y02E50/30; PROBLEM TO BE SOLVED: To eliminate the complexity of disposal work by crushing and dehydrating a package containing food or drink together with a pack container, and to use them as fodder, fertilizer, and auxiliary fuel after the treatment. SOLUTION: In this treating method for food and drink contained in a container, after conveying the food and drink from a material hopper to a crusher together with a container to be crushed, they are dehydrated in a heated oil under vacuum condition, ground after deoiling, and subjected to wind or magnetic separation, so that the food and drink, which were contained in the container, are used as fodder or fertilizer, and the crushed container pieces after removing metal pieces are used as an auxiliary fuel. 1 2 0 JP - Pending

Japanese patent citation information table

Patent ID Patent name Patent application publication number Patent application publication date Patent application number Patent application date Patentee 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
JP1436012S JP1436012S JP2010019988F 2009/10/3 Application filed Earring JP2000229007A 2000/8/22 JP11032523A 1999/2/10 1999/2/10 Kenji Takuma,謙二 宅間 2 0 1 JP - Pending TRUE TRUE
JP1436534S JP1436534S JPD2011-13667F 2011/6/16 Application filed Air conditioner USD621018S1 2010/8/3 US29/339,578 2009/7/2 USD621018S1 2010-08-03 00:00:00 2009/2/20 Masataka Nagahori,Takanori Miyake,Sou Nakai 1 0 17 US - Active TRUE TRUE
JP1436534S JP1436534S JPD2011-13667F 2011/6/16 Application filed Air conditioner AU330518S 2010/4/30 AU201011109F 2010/3/29 2009/9/30 0 15 AU - Active Active, US - Active Active TRUE TRUE
JP1436534S JP1436534S JPD2011-13667F 2011/6/16 Application filed Air conditioner AU330521S 2010/4/28 AU201011110F 2010/3/29 2009/9/30 0 8 US - Active Active, AU - Active Active TRUE TRUE
JP1436534S JP1436534S JPD2011-13667F 2011/6/16 Application filed Air conditioner USD642249S1 2011/7/26 US29/371,243 2010/12/13 USD642249S1 2011-07-26 00:00:00 2010/6/23 Kouichirou Seki 1 0 5 US - Active Active, AU - Active Active TRUE TRUE
JP1436534S JP1436534S JPD2011-13667F 2011/6/16 Application filed Air conditioner AU335385S 2011/3/9 AU201110263F 2011/1/31 2010/9/16 0 9 AU - Active Active, US - Active Active TRUE TRUE
JP1437549S JP1437549S JPD2011-13669F 2011/6/16 Application filed Air conditioner USD621018S1 2010/8/3 US29/339,578 2009/7/2 USD621018S1 2010-08-03 00:00:00 2009/2/20 Masataka Nagahori,Takanori Miyake,Sou Nakai 1 0 17 US - Active TRUE TRUE
JP1437549S JP1437549S JPD2011-13669F 2011/6/16 Application filed Air conditioner AU330518S 2010/4/30 AU201011109F 2010/3/29 2009/9/30 0 15 AU - Active Active, US - Active Active TRUE TRUE
JP1437549S JP1437549S JPD2011-13669F 2011/6/16 Application filed Air conditioner AU330521S 2010/4/28 AU201011110F 2010/3/29 2009/9/30 0 8 US - Active Active, AU - Active Active TRUE TRUE
JP1437549S JP1437549S JPD2011-13669F 2011/6/16 Application filed Air conditioner USD642249S1 2011/7/26 US29/371,243 2010/12/13 USD642249S1 2011-07-26 00:00:00 2010/6/23 Kouichirou Seki 1 0 5 US - Active Active, AU - Active Active TRUE TRUE
JP1437549S JP1437549S JPD2011-13669F 2011/6/16 Application filed Air conditioner AU335385S 2011/3/9 AU201110263F 2011/1/31 2010/9/16 0 9 AU - Active Active, US - Active Active TRUE TRUE
JP1437550S JP1437550S JPD2011-13670F 2011/6/16 Application filed Air conditioner USD621018S1 2010/8/3 US29/339,578 2009/7/2 USD621018S1 2010-08-03 00:00:00 2009/2/20 Masataka Nagahori,Takanori Miyake,Sou Nakai 1 0 17 US - Active TRUE TRUE
JP1437550S JP1437550S JPD2011-13670F 2011/6/16 Application filed Air conditioner AU330518S 2010/4/30 AU201011109F 2010/3/29 2009/9/30 0 15 AU - Active Active, US - Active Active TRUE TRUE
JP1437550S JP1437550S JPD2011-13670F 2011/6/16 Application filed Air conditioner AU330521S 2010/4/28 AU201011110F 2010/3/29 2009/9/30 0 8 US - Active Active, AU - Active Active TRUE TRUE
JP1437550S JP1437550S JPD2011-13670F 2011/6/16 Application filed Air conditioner USD642249S1 2011/7/26 US29/371,243 2010/12/13 USD642249S1 2011-07-26 00:00:00 2010/6/23 Kouichirou Seki 1 0 5 US - Active Active, AU - Active Active TRUE TRUE
JP1437550S JP1437550S JPD2011-13670F 2011/6/16 Application filed Air conditioner AU335385S 2011/3/9 AU201110263F 2011/1/31 2010/9/16 0 9 AU - Active Active, US - Active Active TRUE TRUE
JP1437551S JP1437551S JPD2011-13671F 2011/6/16 Application filed Air conditioner USD621018S1 2010/8/3 US29/339,578 2009/7/2 USD621018S1 2010-08-03 00:00:00 2009/2/20 Masataka Nagahori,Takanori Miyake,Sou Nakai 1 0 17 US - Active TRUE TRUE
JP1437551S JP1437551S JPD2011-13671F 2011/6/16 Application filed Air conditioner AU330518S 2010/4/30 AU201011109F 2010/3/29 2009/9/30 0 15 AU - Active Active, US - Active Active TRUE TRUE
JP1437551S JP1437551S JPD2011-13671F 2011/6/16 Application filed Air conditioner AU330521S 2010/4/28 AU201011110F 2010/3/29 2009/9/30 0 8 US - Active Active, AU - Active Active TRUE TRUE
JP1437551S JP1437551S JPD2011-13671F 2011/6/16 Application filed Air conditioner USD642249S1 2011/7/26 US29/371,243 2010/12/13 USD642249S1 2011-07-26 00:00:00 2010/6/23 Kouichirou Seki 1 0 5 US - Active Active, AU - Active Active TRUE TRUE
JP1437551S JP1437551S JPD2011-13671F 2011/6/16 Application filed Air conditioner AU335385S 2011/3/9 AU201110263F 2011/1/31 2010/9/16 0 9 AU - Active Active, US - Active Active TRUE TRUE
JP1443088S JP1443088S JPD2012-2376F 2012/2/6 Application filed Small electric motor with mounting flange USD360615S 1995/7/25 US08/017,073 1994/1/3 1995-07-25 00:00:00 1993/8/19 Hiroshi Sakashita,Yukio Fukuda,Jun Yamashita 1 0 7 US - Expired - Lifetime TRUE TRUE
JP1453489S JP1453489S JPD2012-5577F 2012/3/12 Application filed Tire USD571713S1 2008/6/24 US29/299,173 2007/12/20 USD571713S1 2008-06-24 00:00:00 2007/12/20 Christophe Rodicq,Alain Julien Freylinger,Hermanus Joannes Andries Vereecken 1 0 6 US - Active TRUE TRUE
JP1460780S JP1460780S JPD2012-13174F 2012/6/4 Application filed Automobile tire USD377159S 1997/1/7 US29/035,281 1995/2/22 USD377159S 1997-01-07 00:00:00 1995/2/22 Kenichi Shirai,Toshihiko Suzuki,Izumi Kuramochi,Hiroshi Tokizaki 1 3 2 US - Expired - Lifetime TRUE TRUE
JP1460780S JP1460780S JPD2012-13174F 2012/6/4 Application filed Automobile tire USD602843S1 2009/10/27 US29/296,932 2007/10/31 USD602843S1 2009-10-27 00:00:00 2007/8/30 Yoshiki Sato 1 0 4 US - Active TRUE TRUE
JP1460780S JP1460780S JPD2012-13174F 2012/6/4 Application filed JP1460782S 2016/1/25 JPD2012-14907F 2012/6/22 JP1460782S 2016-01-25 00:00:00 2012/6/22 0 4 JP - Active Active, US - Active Active TRUE TRUE
JP1466615S JP1466615S JPD2011-18741F 2010/10/27 Application filed Tape printer CN1247379C 2006/3/29 CN 99802402 1999/11/25 CN1247379C 2006-03-29 00:00:00 1998/11/27 桥本聪,古屋吉清 B41J3/4075;B41J15/044; 6 8 20 US - Expired - Lifetime Expired - Fee Related Expired - Fee Related Application Filing, CN - Expired - Lifetime Expired - Fee Related Expired - Fee Related Application Filing, JP - Expired - Lifetime Expired - Fee Related Expired - Fee Related Application Filing, WO - Expired - Lifetime Expired - Fee Related Expired - Fee Related Application Filing, HK - IP Right Cessation TRUE FALSE
JP1466615S JP1466615S JPD2011-18741F 2010/10/27 Application filed The apparatus and method of the control device of label machine and operation label machine CN104175724B 2016/5/25 CN201410364161.9A 2009/9/28 CN104175724B 2016-05-25 00:00:00 2008/9/26 E·德蒙克,D·维尼,J·里曼,J·杜拉尔特,J·弗洛林克,E·塞吕,J·希巴德,T·德弗瑞泰尔 B41J3/4075;B41J29/00;G06F3/1205;G06F3/1258;G06F3/1284;G06F3/1297;G06K15/005;G06K15/024;G06K15/028;H04N1/0035; 15 24 27 RU - Active Abandoned Active Active Withdrawn Active Application Filing Active IP Right Cessation, CN - Active Abandoned Active Active Withdrawn Active Application Filing Active IP Right Cessation, AU - Active Abandoned Active Active Withdrawn Active Application Filing Active IP Right Cessation, JP - Ceased, EP - Active Abandoned Active Active Withdrawn Active Application Filing Active IP Right Cessation, US - Abandoned, WO - Active Abandoned Active Active Withdrawn Active Application Filing Active IP Right Cessation, BR - Active Abandoned Active Active Withdrawn Active Application Filing Active IP Right Cessation TRUE TRUE
JP1475457S JP1475457S JPD2012-29239F 2012/11/29 Application filed A grill for an automobile AU346969S 2013/2/14 AU201215804F 2012/11/20 2012/5/25 0 12 US - Active Active Active, AU - Active Active Active, CA - Active Active Active TRUE TRUE
JP1475946S JP1475946S JPD2012-29244F 2012/11/29 Application filed Headlight for automobile AU323377S 2008/12/18 AU200815152F 2008/10/29 2008/5/19 0 4 AU - Active Active, US - Active Active TRUE TRUE
JP1475946S JP1475946S JPD2012-29244F 2012/11/29 Application filed Headlamp for automobile USD695936S1 2013/12/17 US29/451,129 2013/3/28 USD695936S1 2013-12-17 00:00:00 2012/9/28 Kouichi Ishizuka,Yoshihiro Okada,Shinya Momokawa 1 0 15 US - Active Active, AU - Active Active TRUE FALSE
JP1477134S JP1477134S JPD2012-28571F 2012/11/21 Application filed Ground traction increasing plate for vehicles USD348240S 1994/6/28 US29/008,406 1993/5/12 USD348240S 1994-06-28 00:00:00 1993/5/12 Chin-Fu Chiang 1 0 8 US - Expired - Lifetime TRUE TRUE
JP1477134S JP1477134S JPD2012-28571F 2012/11/21 Application filed Tire tread USD621343S1 2010/8/10 US29/330,124 2008/12/30 USD621343S1 2010-08-10 00:00:00 2008/7/7 Hidetoshi Yoda,Tomonori Aoki 1 0 6 US - Active TRUE TRUE
JP1477134S JP1477134S JPD2012-28571F 2012/11/21 Application filed Tire USD586731S1 2009/2/17 US29/310,356 2008/8/11 USD586731S1 2009-02-17 00:00:00 2008/8/11 Robert Anthony Neubauer,Dale Eugene Wells,Maurice Jacob Frank B60C2200/06; 1 0 20 US - Active, CA - Expired - Lifetime Active, AU - Expired - Lifetime Active TRUE FALSE
JP1477134S JP1477134S JPD2012-28571F 2012/11/21 Application filed Tire USD614118S1 2010/4/20 US29/310,357 2008/8/11 USD614118S1 2010-04-20 00:00:00 2008/8/11 Dale Eugene Wells,Maurice Jacob Frank,Robert Anthony Neubauer B60C2200/06; 1 0 15 US - Active TRUE FALSE
JP1477135S JP1477135S JPD2012-28572F 2012/11/21 Application filed Ground traction increasing plate for vehicles USD348240S 1994/6/28 US29/008,406 1993/5/12 USD348240S 1994-06-28 00:00:00 1993/5/12 Chin-Fu Chiang 1 0 8 US - Expired - Lifetime TRUE TRUE
JP1477135S JP1477135S JPD2012-28572F 2012/11/21 Application filed Tyre for heavy load CN101341035B 2010/7/28 CN 200680047778 2006/12/13 CN101341035B 2010-07-28 00:00:00 2005/12/20 伊藤邦明 B60C11/1369;B60C11/0306;B60C11/0309;B60C11/12;B60C11/125; 7 20 23 CN - Active Active Application Filing Active, JP - Active Active Application Filing Active, WO - Active Active Application Filing Active, US - Active Active Application Filing Active TRUE FALSE
JP1477135S JP1477135S JPD2012-28572F 2012/11/21 Application filed Tire tread USD621343S1 2010/8/10 US29/330,124 2008/12/30 USD621343S1 2010-08-10 00:00:00 2008/7/7 Hidetoshi Yoda,Tomonori Aoki 1 0 6 US - Active TRUE TRUE
JP1477135S JP1477135S JPD2012-28572F 2012/11/21 Application filed Tire tread USD635913S1 2011/4/12 US29/331,829 2009/2/2 USD635913S1 2011-04-12 00:00:00 2008/8/5 Hiroaki Ono 1 0 4 US - Active Active, AU - Active Active TRUE TRUE
JP1480869S JP1480869S JPD2013-3000F 2013/2/15 Application filed Document feeding machine for electronic copying machine USD263962S 1982/4/20 US06/125,128 1980/2/27 USD263962S 1982-04-20 00:00:00 1979/9/7 Shigeru Kurozumi 1 0 5 US - Expired - Lifetime TRUE TRUE

Japanese patent citation information table

Patent ID Patent name Patent application publication number Patent application publication date Patent application number Patent application date Patentee 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
JP1063789S JP1063789S JP780199F 1999/3/25 Application filed Laundry airdrying device WO2021070655A1 2021/4/15 PCT/JP2020/036581 2020/9/28 2019/10/7 育也 松本 D06F53/045;D06F53/00;D06F53/04; 12 6 0 JP - Pending, CN - Pending , WO - Pending FALSE TRUE
JP1063789S JP1063789S JP780199F 1999/3/25 Application filed Hook USD936464S1 2021/11/23 US29/702,793 2019/8/22 USD936464S1 2021/11/23 2019/2/22 Felice Carlino 1 14 0 JP - Active Active, US - Active Active FALSE TRUE
JP108649C2 JP108649C2 Transmitted illumination device for microscope JPH11133308A 1999/5/21 JP10240403A 1998/8/26 2010/7/14 1997/8/29 Kazuhiko Cho,和彦 長,Minoru Sukegawa,実 祐川,Kenji Kawasaki,健司 川崎 G02B21/086;G02B21/14; 8 7 16 JP - Expired - Fee Related FALSE TRUE
JP1117761S JP1117761S JP2000009991F 2000/4/17 Application filed Solid foaming bath agent JPWO2016103777A1 2017/9/28 JP2015071575A 2015/7/30 JP6581112B2 2019/9/25 2014/12/22 ありさ 堀内,ありさ 堀内,天明 堀,天明 堀,圭二 吉井,圭二 吉井 A61K8/19;A61K8/362;A61Q19/10; 11 11 0 WO - Application Filing Active , JP - Application Filing Active , TW - Application Filing Active FALSE TRUE
JP1148060S JP1148060S JP2001003415F 2001/11/21 Application filed Dental model support base for dental work model JP6165936B1 2017/7/19 JP2016140336A 2016/7/15 JP6165936B1 2017/7/19 2016/7/15 朗 寺本,朗 寺本,智恵美 寺本,智恵美 寺本 A61C13/34; 5 6 0 JP - Active, WO - Application Filing , TW - Application Filing FALSE TRUE
JP1312841S JP1312841S JP2006036027F 2006/12/27 Application filed Knife block USD838554S1 2019/1/22 US29/596,001 2017/3/3 USD838554S1 2019/1/22 2017/3/3 Ted Thompson,Tim Wiener,Dustin Smith 1 9 2 US - Active TRUE TRUE
JP1319198S The base plate of a tee mark JP1319198S JP2006033446F 2006/12/5 Application filed Artificial flower with pedestal WO2016189750A1 2016/12/1 PCT/JP2015/065710 2015/5/26 2015/5/26 あゆ美 畑 A41G1/00;A63B57/35; 5 7 0 WO - Application Filing FALSE TRUE
JP1319466S JP1319466S JP2007011411F 2007/4/26 Application filed Automated teller machine WO2019082418A1 2019/5/2 PCT/JP2018/015780 2018/4/17 2017/10/26 伸繁 関 A47B55/00;E05D7/14;E05G1/00;E05G1/026;G07D9/00; 6 6 0 JP - Pending, WO - Application Filing FALSE TRUE
JP1354033S JP1354033S JP2008021429F 2008/8/21 Application filed Solid foaming bath agent JPWO2016103777A1 2017/9/28 JP2015071575A 2015/7/30 JP6581112B2 2019/9/25 2014/12/22 ありさ 堀内,ありさ 堀内,天明 堀,天明 堀,圭二 吉井,圭二 吉井 A61K8/19;A61K8/362;A61Q19/10; 11 11 0 WO - Application Filing Active , JP - Application Filing Active , TW - Application Filing Active FALSE TRUE
JP1354425S JP1354425S JP2008015947F 2008/6/23 Application filed Solid foaming bath agent JPWO2016103777A1 2017/9/28 JP2015071575A 2015/7/30 JP6581112B2 2019/9/25 2014/12/22 ありさ 堀内,ありさ 堀内,天明 堀,天明 堀,圭二 吉井,圭二 吉井 A61K8/19;A61K8/362;A61Q19/10; 11 11 0 WO - Application Filing Active , JP - Application Filing Active , TW - Application Filing Active FALSE TRUE
JP1427961S JP1427961S JP2010030419F 2010/12/20 Application filed Fork-lift truck USD778523S1 2017/2/7 US29/541,614 2015/10/6 USD778523S1 2017/2/7 2015/4/7 Stefan Stark 1 22 2 US - Active TRUE TRUE
JP1427961S JP1427961S JP2010030419F 2010/12/20 Application filed A fork lift truck AU365713S 2015/12/10 AU201515213F 2015/10/7 2015/4/8 14 0 AU - Active Active, US - Active Active TRUE TRUE
JP1434985S JP1434985S JPD2011-9245F 2011/4/21 Application filed Discharge device USD932451S1 2021/10/5 US29/711,684 2019/11/1 USD932451S1 2021/10/5 2019/9/20 Yohei ISHIGAMI,Takafumi Omori,Tetsunori AONO 1 30 0 US - Active FALSE FALSE
JP1434986S JP1434986S JPD2011-9246F 2011/4/21 Application filed Discharge device USD932451S1 2021/10/5 US29/711,684 2019/11/1 USD932451S1 2021/10/5 2019/9/20 Yohei ISHIGAMI,Takafumi Omori,Tetsunori AONO 1 30 0 US - Active TRUE TRUE
JP1436534S JP1436534S JPD2011-13667F 2011/6/16 Application filed Air conditioner USD808505S1 2018/1/23 US29/538,687 2015/9/6 2018/1/23 2015/3/31 Sanxin Li,Yongyi Yang,Baoyu LI 1 26 2 US - Active TRUE TRUE
JP1436534S JP1436534S JPD2011-13667F 2011/6/16 Application filed JP1560230S 2016/10/11 JPD2016-202F 2016/1/7 JP1560230S 2016/10/11 2016/1/7 15 3 JP - Active Active Active, AU - Active Active Active, US - Active Active Active TRUE TRUE
JP1436534S JP1436534S JPD2011-13667F 2011/6/16 Application filed JP1560231S 2016/10/11 JPD2016-203F 2016/1/7 JP1560231S 2016/10/11 2016/1/7 15 0 JP - Active Active Active, AU - Active Active Active, US - Active Active Active TRUE TRUE
JP1436645S JP1436645S JPD2011-10655F 2011/5/12 Application filed A tyre AU366569S 2016/1/14 AU201517034F 2015/12/23 2015/7/10 28 3 AU - Active, US - Active TRUE TRUE
JP1436645S JP1436645S JPD2011-10655F 2011/5/12 Application filed JP1559934S 2016/10/3 JPD2016-8474F 2016/4/18 JP1559934S 2016/10/3 2015/10/27 12 2 JP - Active Active, US - Active Active TRUE FALSE
JP1436645S JP1436645S JPD2011-10655F 2011/5/12 Application filed A Tyre AU201615270S 2016/10/6 AU201615270F 2016/9/19 2016/3/24 34 1 AU - Active Active, US - Active Active TRUE FALSE
JP1436645S JP1436645S JPD2011-10655F 2011/5/12 Application filed A tyre AU201617137S 2017/1/18 AU201617137F 2016/12/16 2016/6/17 39 4 AU - Active Active, US - Active Active TRUE FALSE
JP1436645S JP1436645S JPD2011-10655F 2011/5/12 Application filed Automobile tyre AU356433S 2014/7/11 AU201412927F 2014/6/16 2014/2/28 6 3 AU - Active Active, US - Active Active TRUE TRUE
JP1436645S JP1436645S JPD2011-10655F 2011/5/12 Application filed Tire USD892035S1 2020/8/4 US29/661,344 2018/8/27 USD892035S1 2020/8/4 2018/8/27 Feng Wang,Hongling Feng,Jingjing Liu,Xueling Zhang,Yipeng Liu,Haitao Sui,Xiaogang Ma 1 16 0 US - Active TRUE TRUE
JP1436645S JP1436645S JPD2011-10655F 2011/5/12 Application filed Tire tread USD772791S1 2016/11/29 US29/519,190 2015/3/3 USD772791S1 2016/11/29 2014/9/4 Mario De Martino 1 10 3 US - Active TRUE TRUE
JP1436645S JP1436645S JPD2011-10655F 2011/5/12 Application filed JP1533443S 2015/9/14 JPD2015-2767F 2015/2/12 JP1533443S 2015/9/14 2015/2/12 10 9 JP - Active Active, US - Active Active TRUE TRUE
JP1437548S JP1437548S JPD2011-13668F 2011/6/16 Application filed Air conditioner USD772385S1 2016/11/22 US29/523,482 2015/4/10 USD772385S1 2016/11/22 2015/4/10 Dae-Joung Kim,Tae-Kyung Huh,Joo-Hee Ryu 1 13 1 US - Active TRUE TRUE
JP1437548S JP1437548S JPD2011-13668F 2011/6/16 Application filed Air conditioner USD772386S1 2016/11/22 US29/523,487 2015/4/10 USD772386S1 2016/11/22 2015/4/10 Dae-Joung Kim,Tae-Kyung Huh,Joo-Hee Ryu 1 13 5 US - Active TRUE TRUE
JP1437548S JP1437548S JPD2011-13668F 2011/6/16 Application filed Air conditioner USD771782S1 2016/11/15 US29/523,492 2015/4/10 USD771782S1 2016/11/15 2015/4/10 Dae-Joung Kim,Tae-Kyung Huh,Joo-Hee Ryu 1 13 1 US - Active TRUE TRUE
JP1437548S JP1437548S JPD2011-13668F 2011/6/16 Application filed JP1639037S 2019/8/13 JPD2018-9582F 2018/4/27 JP1639037S 2019/8/13 2018/4/27 12 1 JP - Active Active Active, US - Active Active Active, AU - Active Active Active TRUE TRUE
JP1437549S JP1437549S JPD2011-13669F 2011/6/16 Application filed Air conditioner USD808505S1 2018/1/23 US29/538,687 2015/9/6 2018/1/23 2015/3/31 Sanxin Li,Yongyi Yang,Baoyu LI 1 26 2 US - Active TRUE TRUE
JP1437550S JP1437550S JPD2011-13670F 2011/6/16 Application filed Air conditioner USD808505S1 2018/1/23 US29/538,687 2015/9/6 2018/1/23 2015/3/31 Sanxin Li,Yongyi Yang,Baoyu LI 1 26 2 US - Active TRUE TRUE
JP1437551S JP1437551S JPD2011-13671F 2011/6/16 Application filed Air conditioner USD808505S1 2018/1/23 US29/538,687 2015/9/6 2018/1/23 2015/3/31 Sanxin Li,Yongyi Yang,Baoyu LI 1 26 2 US - Active TRUE TRUE
JP1438220S JP1438220S JPD2011-2463F 2011/2/4 Application filed Electrode power connector AU366514S 2016/1/13 AU201516028F 2015/11/11 2015/11/11 8 0 AU - Active, US - Active TRUE TRUE
JP1438320S JP1438320S JPD2011-21504F 2011/9/20 Application filed JP1648519S 2019/12/23 JPD2018-21799F 2018/10/4 JP1648519S 2019/12/23 2018/10/4 9 0 JP - Active, US - Active TRUE TRUE
JP1438320S JP1438320S JPD2011-21504F 2011/9/20 Application filed Cutting tool USD937330S1 2021/11/30 US29/713,429 2019/11/15 2021/11/30 2019/5/21 Satoru Kukino,Takashi Harada,Naoki Watanobe 1 28 0 US - Active TRUE TRUE
JP1440222S JP1440222S JPD2011-26994F 2011/11/22 Application filed Interior compartment of a vehicle USD931175S1 2021/9/21 US29/655,116 2018/6/29 USD931175S1 2021/9/21 2018/6/29 Timothy David Kentley-Klay,Nahuel Elias Battaglia,Herman Francisco Delos Santos,Richard Luke Osellame,Christopher John Stoffel 1 35 0 US - Active TRUE FALSE
JP1447189S JP1447189S JPD2011-28935F 2011/12/13 Application filed Tire tread USD739342S1 2015/9/22 US29/480,155 2014/1/23 USD739342S1 2015/9/22 2013/8/8 Ha Eun Koog 1 12 14 US - Active TRUE TRUE
JP1447189S JP1447189S JPD2011-28935F 2011/12/13 Application filed Tire USD799411S1 2017/10/10 US29/591,942 2017/1/25 USD799411S1 2017/10/10 2017/1/25 Max Harold Dixon,Daniel Thomas Murphy,Jeffrey Leon Sevart,Kevin Gene Moore 1 30 16 US - Active Active, CA - Active Active TRUE TRUE
JP1447189S JP1447189S JPD2011-28935F 2011/12/13 Application filed Tire USD740744S1 2015/10/13 US29/482,905 2014/2/24 USD740744S1 2015/10/13 2014/2/24 Jean-Julien Edouard Ghislain Krier,Christophe Henri Joseph Schyns,Jacques Collette 1 38 10 US - Active Active, AU - Active Active TRUE TRUE
JP1447189S JP1447189S JPD2011-28935F 2011/12/13 Application filed JP1533443S 2015/9/14 JPD2015-2767F 2015/2/12 JP1533443S 2015/9/14 2015/2/12 10 9 JP - Active Active, US - Active Active TRUE TRUE

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Japanese patent classification number list

Patent ID Classification Number Category Serial Number Classification number Classification number description
JP1386276S 1 A61B1/00066 Proximal part of endoscope body, e.g. handles
JP1386276S 2 A61B1/00 Instruments for performing medical examinations of the interior of cavities or tubes of the body by visual or photographical inspection, e.g. endoscopes; Illuminating arrangements therefor
JP1470841S 1 A61B1/00 Instruments for performing medical examinations of the interior of cavities or tubes of the body by visual or photographical inspection, e.g. endoscopes; Illuminating arrangements therefor
JP1501329S 1 Y02T10/30 Use of alternative fuels, e.g. biofuels
JP1501495S 1 Y02T10/40 Engine management systems
JP1516502S 1 B65D41/18 Snap-on caps or cap-like covers non-metallic, e.g. made of paper or plastics
JP1521824S 1 A61L9/03 Apparatus therefor
JP1525099S 1 A61F2/0059 Cosmetic or alloplastic implants
JP1525099S 2 A61F11/004 Ear surgery
JP1525099S 3 A61F2/18 Internal ear or nose parts, e.g. ear-drums
JP1525099S 4 A61F2002/183 Ear parts
JP1529454S 1 A47L1/06 Hand implements
JP1529454S 2 B25G1/04 Handle constructions telescopic; extensible; sectional
JP1529454S 3 B25G3/18 Locking and securing devices comprising catches or pawls
JP1529455S 1 A47L1/06 Hand implements
JP1529455S 2 B25G1/04 Handle constructions telescopic; extensible; sectional
JP1529455S 3 B25G3/18 Locking and securing devices comprising catches or pawls
JP1532740S 1 A44C17/00 Gems or the like
JP1534363S 1 B03B5/04 Washing granular, powdered or lumpy materials; Wet separating using shaken, pulsated or stirred beds as the principal means of separation on shaking tables
JP1534363S 2 B03B11/00 Feed or discharge devices integral with washing or wet-separating equipment
JP1534363S 3 C22B3/00 Extraction of metal compounds from ores or concentrates by wet processes
JP1534363S 4 C22B3/02 Apparatus therefor
JP1534363S 5 C22B59/00 Obtaining rare earth metals
JP1534860S 1 B65G65/40 Devices for emptying otherwise than from the top
JP1534860S 2 B03B11/00 Feed or discharge devices integral with washing or wet-separating equipment
JP1534860S 3 B03B5/04 Washing granular, powdered or lumpy materials; Wet separating using shaken, pulsated or stirred beds as the principal means of separation on shaking tables
JP1534861S 1 B65G65/40 Devices for emptying otherwise than from the top
JP1534861S 2 B03B11/00 Feed or discharge devices integral with washing or wet-separating equipment
JP1534861S 3 B03B5/04 Washing granular, powdered or lumpy materials; Wet separating using shaken, pulsated or stirred beds as the principal means of separation on shaking tables
JP1536175S 1 B03B5/06 Constructional details of shaking tables, e.g. riffling
JP1536351S 1 B03B5/06 Constructional details of shaking tables, e.g. riffling
JP1540967S 1 A47C7/383 Detachable or loose head- or neck-supports, e.g. horse-shoe shaped
JP1537095S 1 B03B5/06 Constructional details of shaking tables, e.g. riffling
JP1547745S 1 G01N21/76 Chemiluminescence; Bioluminescence
JP1547745S 2 G01N2201/0221 Portable; cableless; compact; hand-held
JP1549803S 1 H04M1/02 Constructional features of telephone sets
JP1557301S 1 A46B9/026 Position or arrangement of bristles in relation to surface of the brush body, e.g. inclined, in rows, in groups where the surface of the brush body or carrier is not in one plane, e.g. not flat
JP1557301S 2 A46B15/0097 Self supporting, e.g. brushes that stand upright or in other particular ways
JP1557301S 3 A47L17/00 Apparatus or implements used in manual washing or cleaning of crockery, table-ware, cooking-ware or the like
JP1557301S 4 B08B9/0817 Cleaning containers having tubular shape, e.g. casks, barrels, drums by agitating or tumbling containers filled with liquid or liquid and abrasive, e.g. chain

Data update frequency

Annual Update

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