baber/WOPTO huggingface dataset:
Patent JP-2015503437-A (JP)
Title: 自動的なクラブ設定およびボールの飛びの最適化
IPC: A63B53/00
Filed: 2013-01-14
Abstract: 調節可能なゴルフクラブの設定を変更し、かつ制御するための、システム、方法、およびコンピュータ可読媒体を記載する。このような設定調節システムは、ライ角、ロフト角、フェース角、シャフト剛性、シャフトキックポイント位置、加重、ウエイト配置、フェース撓み、最大フェース撓み位置などのうち、一つまたは複数を変更し得る。これらのシステムおよび方法は、ボール打ち出しモニタデータ、スイング経路データ、気象入力データ、プレーの場所のコースコンディション入力データ、プレーの場所のコース設計入力データ、プレーの場所および時間の日常コースレイアウト入力データ、ゴルファー過去成績データ（たとえば最近の成績、プレーの場所における過去の成績、進行中のゴルフラウンド中の過去の（すなわち、すでにプレーしたホールの）成績など）、現在の調節可能なクラブ設定情報、およびプレーする特定のホールを示す情報のような様々なタイプの情報を使用して適切な設定を決定し得る。
Patent JP-2015505626-A (JP)
Title: サーバー・アプリケーションと多数の認証プロバイダーとの統合
IPC: G06F21/33
Filed: 2013-01-16
Abstract: オンラインおよび構内アプリケーションが、信頼された認証プロバイダーを識別する。アプリケーションには、認証信任状の信頼された発行元のリストが構成される。アプリケーションが、認証を必要とする要求を受けると、このアプリケーションは、信頼発行元リストを含む４０１応答を返送する。要求元のアプリケーションは、４０１応答からの信頼発行元リストを、それ自体の認証プロバイダーのリストと比較する。２つのリスト間で一致があれば、要求元アプリケーションは、認証プロバイダーのために自己発行トークンを作成する。認証プロバイダーは、この自己発行トークンを用いて、要求元アプリケーションのために、認証トークンを生成する。また、２つのアプリケーション間に直接信頼がある場合、要求元アプリケーションは、認証プロバイダー抜きで、目標パートナー・アプリケーションのために直接トークンを作成することもできる。【選択図】図１
Patent JP-2015511172-A (JP)
Title: 鋼の真空処理プロセスにおける廃ガスの浄化方法および設備
IPC: B04C5/103
Filed: 2013-01-23
Abstract: 【課題】負圧を発生させるための装置１６、特に蒸気エジェクターポンプまたは機械式真空ポンプを使用して、脱ガスプラントにおける廃ガスの洗浄を行う。【解決手段】真空室１５から来る廃ガスをサイクロン分離器１２に導き、廃ガスからの粒子の粗分離、微細ダストの分離およびサイクロン分離器１２中でのガス冷却のステップを連続的に実行し、廃ガスの粗浄化後、サイクロン分離器１２に組み込まれた微細ダストフィルター１３に続いて、微細フィルター１３の下流のガス冷却器１４を経由し、直接、負圧を発生する装置１６に連結された吸引ライン２を通って装置１６に導かれる。【選択図】図１、２
Patent JP-2015508360-A (JP)
Title: 車両の路上の前方への進路と補助的機構による最終駐車位置における車両の後部の配置だけを使用した車両を駐車するための方法
IPC: B60S9/14
Filed: 2012-02-23
Abstract: 補助的機構により最終駐車位置において、車両の前側のコースと車両の後部の配置だけを使用した車両を駐車するための方法。駐車場所に沿って車両を駐車するための方法において、運転手がしなければならないことは、正面に駐車された車両の近くで、同様に歩道の赤粘土の近くに正面のコースを使用して車両の前部を置くことだけである。車両を固定するための最終位置に対する車両の後部の据付けは、車両の後部の背面部と低部に搭載された補助的側方移動機構により行われる。補助的側方移動機構は、比較的直径が小さい一つあるいは複数の車輪から成り、これらの動きは車輪の安定した車輪に対して垂直に取付けられている。さらにこれらは指示が与えられると、側方移動が可能であるように、車両を十分持上げられる機構の低部に接続している。車輪とリフト機構のシステム全体は、作動していない場合、目に触れないように、指示が与えられた後にだけ、降下されるかあるいは引っ込められことを通して運転状態に置かれる。
Patent JP-2015511357-A (JP)
Title: 販売地点の近くでタイヤをカスタマイズし、製造するためのシステムおよび方法
IPC: B29D30/56
Filed: 2013-02-06
Abstract: カスタマイズタイヤを生産するための方法は、販売地点に近い場所で、タイヤトレッドなしで製造されたタイヤケーシングのセットと、タイヤケーシングなしで製造されたタイヤトレッドのセットを提供することを含む。カスタマに対してカスタマイズされるタイヤは、販売地点に近い場所で要求に応じて構築され、カスタマによって要求に応じて構築時にまたは構築時近くに設置される。【選択図】図４
Patent JP-2015509166-A (JP)
Title: ガスタービンエンジンのファンドライブギアシステムのギア比の設定方法
IPC: F02C3/113
Filed: 2013-09-23
Abstract: 本発明の例示の一態様のガスタービンエンジンは、特に、軸を中心として回転可能なファンを含むファンセクションと、前記ファンと連通する減速装置と、を含む。減速装置は、少なくとも１．５の星形歯車比を有する星形駆動歯車装置を含む。ファンのファンブレード先端速度は１４００ｆｐｔ未満である。
Patent JP-2015513498-A (JP)
Title: 流体式リターダの制動トルクを調整する方法
IPC: F16D57/02
Filed: 2013-03-13
Abstract: 本発明は、流体式リターダのスイッチオン命令を検出すると、流体式リターダをオンに切り替えて所定の制動トルクを発生させるステップを包含し、リターダによって所定の制動トルクが提供されるまでの時間の長さ、及び／又は所定の制動トルクに達するまでの時間の経過に対するリターダの制動トルクの高さが可変に調整可能である、車両、特にトラックにおける流体式リターダの制動トルクを調整する方法に関する。本発明は、車両の縦加速度が検出又は算出され、かつリターダによって所定の制動トルクが提供されるまでの時間の長さ、及び／又は所定の制動トルクに達するまでの時間の経過に対するリターダの制動トルクの高さが、車両の縦加速度に依存して調整されることを特徴とする。
Patent JP-2015092747-A (JP)
Title: Method and apparatus for key distribution for digital cinema presentation
Inventor: MARK LEROY WALKER
IPC: H04L9/08
Filed: 2015-01-08
Abstract: PROBLEM TO BE SOLVED: To provide a method and apparatus for key distribution for digital cinema presentation.SOLUTION: Key distribution within a digital cinema presentation facility 140 occurs according to acquiring processing that provides for automatic acquisition at scheduled time. The processing further includes redundant mechanisms to transfer necessary keys in different methods to enable theater personnel to obtain the necessary key in the various different methods.
Patent JP-2016126706-A (JP)
Title: Semiconductor integrated circuit simulation apparatus and semiconductor integrated circuit simulation method
Inventor: IKOMA DAISAKU
IPC: H01L21/82
Filed: 2015-01-08
Abstract: PROBLEM TO BE SOLVED: To reduce the number of times of executing a simulation while conducting a simulation having stochastic comprehensiveness.SOLUTION: Provided is a semiconductor integrated circuit simulation method for expressing electric characteristic dispersion of elements constituting a semiconductor integrated circuit by using corner model parameters including corner characteristics for defining upper and lower limits of a characteristic dispersion standard, corner characteristics of the electric characteristic of the elements including a corner characteristic having a preset dispersion distribution, the model parameters expressing the corner characteristics having the dispersion distribution of the electric characteristics of the elements including corner model parameters having a dispersion distribution, circuit verification being performed in corners of the electric characteristics of the elements by executing a Monte Carlo simulation using the corner model parameters having the dispersion distribution.SELECTED DRAWING: Figure 1
Patent JP-2016133336-A (JP)
Title: Distance measuring system, and distance measuring method
Inventor: KIMOTO TAKASHI
IPC: G01B7/14
Filed: 2015-01-16
Abstract: PROBLEM TO BE SOLVED: To provide a non-contact type distance measuring system using a permanent magnet that can be improved in the accuracy of distance measuring without having to increase the size of the permanent magnet and a distance measuring method using this system.SOLUTION: A distance measuring system 1 for measuring the distance between a first member 11 and a second member 12 which can be moved relative to each other in a prescribed approaching or departing direction is equipped with a permanent magnet 2 that is partly fitted into a concave 110 formed in the first member 11 and a magnetic field sensor 3 that is fixed to the second member 12 and detects the intensity of a magnetic field generated by the permanent magnet 2. The first member 11 is formed of soft magnet material, and its concave 110 opens toward the second member 12, and the permanent magnet 2 is fixed to the first member 11 by its own magnetic force with its motion in a direction crossing the approaching or departing direction being regulated by its fitting into the concave 110.SELECTED DRAWING: Figure 3
Patent JP-2016134438-A (JP)
Title: Flexible printed circuit board and method of manufacturing flexible printed circuit board
Inventor: MATSUDA FUMIHIKO
IPC: H05K1/02
Filed: 2015-01-16
Abstract: PROBLEM TO BE SOLVED: To provide a flexible printed circuit board prevented from being easily disconnected while maintaining electric characteristics, and to provide a method of manufacturing the flexible printed circuit board.SOLUTION: A flexible printed circuit board 10 include: a signal line 20; and a pair of ground layers 60 and 70 that face the signal line 20 with insulation layers 30 and 40 covering the signal line 20 from both sides and made of thermoplastic resin interposed therebetween so as to have at least one strip line transmission path, and further includes a pleat portion PL in which a plurality of bent portions PL2 are bent so as to be opened or closed. The ground layers 60 and 70 include hard ground layers 61 and 71 having a metal surface so as to have shielding property against electromagnetic waves and soft ground layers 62 and 72 having more flexibility and less shielding property against electromagnetic waves than the hard ground layers 61 and 71, and the soft ground layers 62 and 72 being disposed on at least one side of an outer peripheral side and an inner peripheral side of the bent portion PL2.SELECTED DRAWING: Figure 1
Patent JP-2016134732-A (JP)
Title: Imaging device and imaging method
Inventor: SAITO TETSUO
IPC: H04N5/225
Filed: 2015-01-19
Abstract: PROBLEM TO BE SOLVED: To provide an imaging device capable of selecting a coded aperture pattern suitable for various shooting conditions.SOLUTION: An imaging device 100 has a spatial light modulation element 130 for emitting the light from an imaging object 102 by applying spatial modulation, an imaging element 120 for acquiring the modulation light subjected to spatial modulation by means of the spatial light modulation element 130, as image information, and pattern generation means 131 for generating an aperture pattern by setting the transmittance of the spatial light modulation element 130 at each point on an irradiation region where the spatial light modulation element 130 is irradiated with the light. The aperture pattern of the spatial light modulation element 130 is generated based on the distance information between the imaging object 102 and imaging device 100, acquired by the pattern generation means 131.SELECTED DRAWING: Figure 1
Patent JP-2016134532-A (JP)
Title: Reflection type sensor device and method of manufacturing the same
Inventor: ONO FUMIAKI
IPC: H01L31/12
Filed: 2015-01-20
Abstract: PROBLEM TO BE SOLVED: To eliminate fluctuation in light emission output caused by influences of various characteristics, which include temperature characteristics, and a secular change and the like of a light-emitting element.SOLUTION: In a reflection type sensor device that has an LED 11 and a light receiving element 12 for a sensor that receives light from a reflector 4 on the basis of light emission of the LED 11, a light receiving element 13 for a monitor that directly receives light from the LED 11 is provided. Output light of the LED 11 is feedback-controlled on the basis of an output signal of the light receiving element 13 for a monitor. On an upper surface (a surface where reflection light from the reflector hits) of an encapsulation part (22) that encapsulates the light receiving element 13 for a monitor, an upper surface shading wall (25) is provided. In addition, a shading plate may be provided on the light receiving element 13 itself.SELECTED DRAWING: Figure 1
Patent JP-2016135063-A (JP)
Title: Iron core, stator and rotary electric machine
Inventor: HINO TATSUO
IPC: H02K1/18
Filed: 2015-01-22
Abstract: PROBLEM TO BE SOLVED: To provide an iron core, a stator and a rotary electric machine which are small-sized, light-weighted and have good productivity.SOLUTION: An iron core 20 has: a plurality of split yoke parts 22: first teeth parts 24 extending inside in a radial direction from one end parts in a circumference direction of the respective split yoke parts 22; and second teeth parts 25 extending inside in the radial direction from the other end parts in the circumference direction. A tip part of the first teeth part 24 extending from one split yoke part 22 of two adjacent split yoke parts 22 is joined to a tip part of the second teeth part 25 extending from the other split yoke part 22 by a tip joining part 3K, so that the iron core 20 is integrally formed. By welding a welded part 6 provided on outer peripheral parts of the adjacent split yoke parts 22, the first teeth part 24 extending from the one split yoke part 22 of two adjacent split yoke parts 22 and the second teeth part 25 extending from the other split yoke part 22 constitute one teeth part 23.SELECTED DRAWING: Figure 6
Patent JP-2016135680-A (JP)
Title: Air spray mechanism, top seal device, corner seal packaging machine, and top seal method
Inventor: SAKATA MAMORU
IPC: B65B51/10
Filed: 2015-01-23
Abstract: PROBLEM TO BE SOLVED: To improve the finishing state of a package.SOLUTION: The air spray mechanism includes pushing-in means for pushing-in the predetermined folding position of a part of both side surfaces of a cylindrical film in an advancing direction from the outside of the cylindrical film to the inside, and an air nozzle for spraying, when the cylindrical film is folded at the folding position and the cylindrical film is held from upper and lower sides in the advancing direction by a top sealer to form a top seal, air to a position closer to the upper and lower surfaces of the cylindrical film than the folding position from the outside of the cylindrical film to the inside.SELECTED DRAWING: Figure 1
Patent JP-2016136119-A (JP)
Title: Calibration curve creation method for phosphor composition analysis, analytic method using the same, and phosphor manufacturing method
Inventor: NOMURA MASARU
IPC: C09K11/56
Filed: 2015-01-23
Abstract: PROBLEM TO BE SOLVED: To provide a method capable of analysing phosphor composition.SOLUTION: A calibration curve creation method includes: a first step of detecting a peak wavelength by measuring an emission spectrum of a calibration curve creation phosphor sample for phosphor; a second step of measuring, at the peak wavelength detected in the first step, emission intensities at any of two excitation wavelengths of excitation light in an excitation spectrum of each phosphor sample, acquiring a ratio of emission intensity to obtain an emission intensity ratio C; a third step of performing composition analysis by elemental analysis of each phosphor sample using ICP, and calculating a composition ratio of Ca and Eu in mol%; and a fourth step of determining a calibration curve from a relation which is obtained by plotting the emission intensity ratio C of the same phosphor sample obtained in the second step and the composition ratio of Ca or Eu that is obtained in the third step, and plotting each phosphor sample as well.SELECTED DRAWING: Figure 3
Patent JP-2016136079-A (JP)
Title: Flying object and combination of flying object and mother aircraft
Inventor: HIROKANE MARIKO
IPC: F42B15/34
Filed: 2015-01-23
Abstract: PROBLEM TO BE SOLVED: To provide a flying object that uses a simpler structure to cool a device to be cooled.SOLUTION: A flying object 2 comprises a device to be cooled 10 arranged inside a flying object hull 70, and a heat transfer member 30. The heat transfer member 30 transfers heat from the device to be cooled 10 to a heat dissipating member 20 of which at least a portion is arranged outside the flying object hull 70. The heat transfer member 30 is arranged in contact with the heat dissipating member 20. The heat transfer member 30 can separate the heat dissipating member 20.SELECTED DRAWING: Figure 2B
Patent JP-2015163392-A (JP)
Title: Method and equipment for oxygen separation
Inventor: HARAOKA TAKASHI
IPC: B01D53/04
Filed: 2015-01-28
Abstract: PROBLEM TO BE SOLVED: To acquire highly-concentrated oxygen by performing absorption and separation using a PSA method to efficiently separate oxygen from air without performing a purge process.SOLUTION: A method to acquire highly-concentrated oxygen comprises: a process A1 of introducing air into a PSA adsorption tower 1 filled with absorbent which absorbs mainly nitrogen so as to absorb gas; or a process A2 of introducing air into a membrane separation device 3 which selectively passes oxygen so as to separate gas gconcentration of which is higher than air; a process B of performing gas absorption by introducing the gas 1 discharged without being absorbed in the process A1 or the gas 1 separated in the process A2, into a PSA absorption tower 2 filled with absorbent which absorbs mainly oxygen; and a process C of collecting highly-concentrated gas by desorbing gas gabsorbed into the PSA absorption tower 2 in the process B. The highly-concentrated oxygen gas can be acquired by introducing a gas an oxygen concentration of which has been enhanced in the PSA absorption tower 1 or the membrane separation device 3 in advance, into the PSA absorption tower 2 to efficiently separate oxygen from air without performing a purge process.
Patent JP-2016139389-A (JP)
Title: Autonomous travel control system, autonomous travel apparatus and autonomous travel control method using the same, control program and storage medium
Inventor: UMIZU HIRONORI
IPC: G05D1/02
Filed: 2015-01-29
Abstract: PROBLEM TO BE SOLVED: To provide an autonomous travel control system capable of eliminating an erroneous detection of peripheral information at a sloped road with a simple configuration to achieve a travel control of an autonomous travel apparatus based on the accurate peripheral information, and also to provide an autonomous travel apparatus and an autonomous travel control method using the same, a control program and a storage medium.SOLUTION: An autonomous travel control system (10) is used in an autonomous travel apparatus (1), and includes: an information processing unit (11); a control part (12); a peripheral information acquisition sensor (2); and an inclination sensor (21). The information processing unit (11) includes: a peripheral information correction part (114) configured to correct peripheral information according to an inclination state of the autonomous travel apparatus (1); an obstacle determination part (112) configured to determine an obstacle on a route; and a travel route determination part (113) configured to determine a travel route of the autonomous travel apparatus (1). The control part (12) is configured to control the travel of the autonomous travel apparatus (1) along the determined travel route.SELECTED DRAWING: Figure 1
Patent JP-2015078247-A (JP)
Title: Anticancer composition for rapamycin-containing polymer nano particle intravenous injections useful for treatment of lung cancer in combination with radiotherapy
Inventor: KANG HYE WON
IPC: A61K31/436
Filed: 2015-01-30
Abstract: PROBLEM TO BE SOLVED: To provide a rapamycin-containing polymer nano particle composition which does not contain organic solvents, is excellent in biocompatibility, and is capable of intravenous injection using only a biodegradable polymer.SOLUTION: The invention provides a rapamycin-containing polymer nano particle composition formed by enclosing rapamycin, an active ingredient, into a polymer micelle. The polymer micelle is formed from a diblock copolymer having a specific hydrophilic block and hydrophobic block, and a specific polylactic acid, or an alkali metal salt of a derivative thereof having at least one carboxyl group on the terminal, at a weight ratio of 9:1-3:7. The number average molecular weight of the hydrophilic block and the hydrophobic block is 500-20,000, and 500-10,000 respectively. The content of the hydrophilic block is 40-70% by weight based on the entire diblock copolymer of 100% by weight. The number average molecular weight of the lactic acid or the derivative thereof is 500-20,000. The composition concerned capable of intravenous injection is useful for the treatment of lung cancer in combination with radiotherapy.
Patent JP-2015187439-A (JP)
Title: Internal combustion engine combustion control device
Inventor: KONDO TAKU
IPC: F02P5/15
Filed: 2015-01-30
Abstract: PROBLEM TO BE SOLVED: To provide a combustion control device capable of more appropriately executing a catalyst heating acceleration control at a time of cold start of an engine and improving fuel economy.SOLUTION: Right after starting an engine, a first heating acceleration control for accelerating heating a three-way catalyst 10 is executed until time t1, and a second heating acceleration control is executed after the time t1. In the first heating acceleration control, a quantity of intake air of the engine is increased and an air-fuel ratio AF is controlled to a first predetermined air-fuel ratio AFTRA1 leaner than a stoichiometric air-fuel ratio, and discharge start timing CAIG of an ignition plug 8 is set to first predetermined timing CATRA1 at a retard position from optimum ignition timing. In the second heating acceleration control, the air-fuel ratio AF is controlled to a second predetermined air-fuel ratio AFTRA2 leaner than the first predetermined air-fuel ratio AFTRA1, the discharge start timing CAIG is set further to a retard position from the first predetermined timing CATRA1, and a discharge duration TSPK of the ignition plug 8 is increased.
Patent JP-2016143542-A (JP)
Title: Tin plated copper alloy terminal material
Inventor: INOUE YUKI
IPC: C25D7/00
Filed: 2015-01-30
Abstract: PROBLEM TO BE SOLVED: To provide a tin plated copper alloy terminal material capable of reducing an insertion force during fitting even for a terminal that uses a general-purpose tin plated terminal material.SOLUTION: A tin-based surface layer is formed on an upper surface of a base material that is formed from a Cu alloy, and a copper-tin alloy layer is formed between the tin-based surface layer and the base material. An oil sump depth Rvk of the copper-tin alloy layer to be measured in the case where the copper-tin alloy layer is exposed on a surface by melting and removing the tin-based surface layer is 0.2 μm or more and average thickness of the tin-based surface layer is 0.2 μm or more and 0.6 μm or less. A part of the copper-tin alloy layer is exposed in the tin-based surface layer, and a cobalt-based cover layer formed from cobalt or a cobalt-tin alloy with film thickness of 0.005 μm or more and 0.05 μm or less is formed on a top surface. The cobalt-based cover layer is formed on the copper-tin alloy layer that is exposed from the tin-based surface layer, and a dynamic friction coefficient of the surface is 0.3 or less.SELECTED DRAWING: Figure 1
Patent JP-2015084342-A (JP)
Title: Fuel cell power generation system and method of supplying power to electric heater in fuel cell power generation system
Inventor: AOKI NOBUO
IPC: H01M8/04
Filed: 2015-02-02
Abstract: PROBLEM TO BE SOLVED: To provide a fuel cell power generation system in which a heater for reverse power flow prevention can be used as a dummy load during autonomous operation, thereby enabling autonomous operation, and to provide a method of supplying power to an electric heater in the fuel cell power generation system.SOLUTION: An embodiment includes a switch 30 that switches power supplied to the heater 12 for reverse power flow prevention between DC output power of the fuel cell 1 and AC output power of an interconnection inverter 3. The switch 30 is switched and controlled based on the control signal from a control device 20.
Patent JP-2016149590-A (JP)
Title: Imaging apparatus
Inventor: OHASHI MOTONORI
IPC: G03B17/02
Filed: 2015-02-10
Abstract: PROBLEM TO BE SOLVED: To surely detect an operation stop instruction in a camera of which the operation member that implements a specific function is switched in accordance with an attitude of an image display monitor.SOLUTION: An attitude of an image display monitor 113 relative to a camera body 100 is made variable. During ordinary imaging, a screen 113S is turned to a back side and during self-imaging, the screen is turned in the same direction as a lens 200. During the ordinary imaging, a release operation is performed by a release button 12 on a top face of the camera body 100 and during the self-imaging, the release operation is performed by an operation button 13 on a front face of the camera body 100. An imaging mode is discriminated by monitoring the attitude of the image display monitor 113, and an operation member that performs the release operation is switched between the release button 12 and the operation button 13. If the imaging mode is switched in the middle of imaging such as dynamic image capturing or bulb imaging, an imaging end instruction may be performed by operating an operation member that has performed an imaging start instruction.SELECTED DRAWING: Figure 9