baber/WOPTO huggingface dataset:
Patent WO-2019187960-A1 (WO)
Inventor: CHIYODA NORIHITO
IPC: C10G11/18
Filed: 2019-02-28
Abstract: Selon l'invention, le rendement d'un produit d'un dispositif de craquage catalytique fluide selon lequel un produit est obtenu par craquage catalytique fluide à partir d'une huile de matière de départ, est fourni. Un dispositif (20) est configuré de manière à exécuter : une étape (S07) au cours de laquelle des informations relatives aux performances de l'utilisateur incluant au moins le débit d'une huile de matière de départ, les propriétés de l'huile de matière de départ, l'équilibre de rendement du produit, et de la sorte de catalyseur, en tant que performances de dispositif de craquage catalytique fluide de l'utilisateur, et des conditions de fonctionnement prédéfinies incluant au moins le débit d'une huile de matière de départ et les propriétés de l'huile de matière de départ prédéfinissant le fonctionnement par l'utilisateur, sont acquises; une étape au cours de laquelle une fonction de calcul d'équilibre de rendement calculant la masse produite de différents produits, sur la base au moins du débit d'une huile de matière de départ, des propriétés de l'huile de matière de départ, de l'équilibre de rendement du produit, et de la sorte de catalyseur, est corrigée sur la base d'une comparaison entre (a) des informations relatives aux performances standard incluant au moins le débit d'une huile de matière de départ, les propriétés de l'huile de matière de départ, l'équilibre de rendement du produit, et la sorte de catalyseur dans une table de travail, et (b) les informations relatives aux performances de l'utilisateur; et une étape (S08) au cours de laquelle la quantité produite de chaque produit obtenue individuellement pour au moins une sorte de catalyseurs à l'aide de la fonction de calcul d'équilibre de rendement ainsi corrigée, est calculée sur la base des conditions de fonctionnement prédéfinies.
Patent WO-2019172156-A1 (WO)
Inventor: SHIMOJU NAOYA
IPC: H01L21/027
Filed: 2019-03-04
Abstract: ポリマーと溶剤とを含むインプリント用下層膜形成組成物であって、インプリント用下層膜形成組成物を膜状にし８０℃でベークした場合、上記ポリマーから分子量が２１０以上の特定の化合物が脱離する、インプリント用下層膜形成組成物。さらに、本発明は、このインプリント用下層膜形成組成物に関連するインプリント用硬化性組成物およびこれらを用いたキットに関する。
Patent WO-2019181577-A1 (WO)
Inventor: NITTA CHIHIRO
IPC: B60T8/28
Filed: 2019-03-08
Abstract: This braking control device is provided with an actuator which adjusts a braking torque of a wheel, a wheel speed sensor which detects a wheel speed, a controller which executes distributed control to limit an increase in the braking torque to a rear wheel in such a way as to suppress a decrease in the rear wheel speed, and an operating amount sensor which detects an operating amount of a brake operating member. A permitted region in which execution of distributed control is permitted, and a prohibited region in which execution of distributed control is prohibited are set in the controller on the basis of the operating amount. In the controller, for example, a reference deceleration value is calculated on the basis of the operating amount, a case in which an actual deceleration value is equal to or greater than the reference deceleration value is set as the permitted region, and a case in which the actual deceleration value is less than the reference deceleration value is set as the prohibited region. Alternatively, a case in which the operating amount is less than a prescribed amount may be set as the permitted region, and a case in which the operating amount is at least equal to the prescribed amount may be set as the prohibited region.
Patent WO-2019181613-A1 (WO)
Inventor: SHIRAISHI MIZUHO
IPC: A61B17/3207
Filed: 2019-03-11
Abstract: Provided is a medical device which is capable of easily changing directions inside a body lumen and which removes an object inside the body lumen. This medical device (1) for cutting an object inside the body lumen has a catheter (10) and a drive device (100). The drive device (100) has a hub support portion (111) to which a hub portion (50) of the catheter (10) is connected, the hub portion (50) has a first engaging portion (53) and a second engaging portion (54) which are connected to the hub support portion (111), and the hub support portion (111) has a rotation fixing portion (163A) that engages with the first engaging portion (53) to fix the hub portion (50) in a rotational direction, a movement fixing portion (163B) that engages with the second engaging portion (54) to fix the hub portion (50) in an axial direction, and a first release portion (K1) that releases the hub portion (50) from being fixed in the rotational direction while keeping the hub portion (50) fixed in the axial direction.
Patent WO-2019188313-A1 (WO)
Title: Method to generate test suite for source-code
Inventor: MENTRE DAVID
IPC: G06F11/36
Filed: 2019-03-07
Abstract: A method (100) to generate test suite for a source-code (1). The method comprises: a) implementing a structural analysis (101) of said source-code (1) to obtain a completed source-code (1) including: - parsing the source-code, - addition of annotations defining tests objectives, - generation of stubs; b) implementing at least one semantic analysis algorithm including categorizing each set of tests objectives as satisfied, impossible to satisfy or unsatisfied; c) feeding a first list (11) with satisfied test cases; d) feeding a second list (21) with test objectives impossible to satisfy, e) implementing at least one mathematical optimization algorithm (103) on parts corresponding to unsatisfied test objectives; - identifying test cases (113) that satisfy at least a part of said test objectives, - feeding said first list of set of test cases with them, - categorizing said test objectives as satisfied; f) providing a test suite comprising the two lists.
Patent WO-2019182097-A1 (WO)
Title: 磁性体観察方法および磁性体観察装置
Inventor: INAMI TOSHIYA
IPC: G21K1/00
Filed: 2019-03-22
Abstract: 本発明に係る磁性体観察方法は、試料（Ｓ）の一領域に励起線（Ｅ１）を照射することによって、試料（Ｓ）に含まれる磁性元素に特性Ｘ線（Ｘ１）を放射させる照射工程と、特性Ｘ線（Ｘ１）に含まれる右円偏光成分および左円偏光成分の強度をそれぞれ検出する検出工程と、右円偏光成分の強度と左円偏光成分の強度との差分を算出する算出工程と、を含んでいる。この差分を参照することで、試料（Ｓ）に対する制限が緩く、かつ、磁化の向きまたは磁化の大きさの精密な測定が可能になる。
Patent WO-2019188853-A1 (WO)
Title: Gasket pressing tool and liquid medicine administration tool using same
Inventor: OKIHARA HITOSHI
IPC: A61M5/315
Filed: 2019-03-22
Abstract: A gasket pressing tool 3 comprises: a syringe mounting member 4 that is mounted on an outer tube 20; a gasket pressing member 8 that presses a gasket 22 of a syringe; a pressing member biasing body 11 that is housed within the gasket pressing member; tube-shaped member 6 that is for pressing the biasing body and houses a rear end section of the pressing member biasing body, and has openings 64, 65 in a side section thereof; and pressing member 8 movement regulating members 7a, 7b that are retained by the tube-shaped member 6 and have engaging protrusions 72 entering via the openings 64, 65 of the tube-shaped member 6. The pressing tool 3 is provided with an engaged state retaining function for the engagement between the engaging protrusions 72 of the movement regulating members and a pressing member side engaging section 83 of the pressing member 8, and a manipulation function of the engaging protrusions 72 in order to release this engagement.
Patent WO-2020194465-A1 (WO)
Title: Neural network circuit
Inventor: SHIBATA SEIYA
IPC: G06N3/02
Filed: 2019-03-25
Abstract: A neural network circuit 201 is a neural network circuit that divides a convolution operation into a convolution operation in a space direction and a convolution operation in a channel direction and performs them individually. The neural network circuit 201 includes a 1 x 1 convolution operation circuit 10 for convolution in the channel direction, an SRAM 20 for storing the operation result of the 1 x 1 convolution operation circuit 10, and an N x N convolution operation circuit 301 for convolution in the space direction on the operation result stored in the SRAM 20.
Patent WO-2019198498-A1 (WO)
Title: Rotary actuator and seat for vehicle
Inventor: MINAMI TOSHIRO
IPC: F16H37/06
Filed: 2019-03-26
Abstract: This rotary actuator includes a motor, a decelerator connected to the motor, and a shaft (20) that is rotated by the decelerator, wherein the shaft (20) includes a final gear (15) to which rotative power is transmitted from the decelerator, a first pinion gear (2A) that is disposed apart from the final gear (15) toward the first side (21) in the axial direction of the shaft (20) by a first distance (L1), and a second pinion gear (2B) that is disposed apart from the final gear (15) toward the second side (22) in the axial direction of the shaft (20) by a second distance (L2) that differs from the first distance (L1). The diameter of the shaft (20) at the second side (22) in the axial direction differs from the diameter at the first side (21) in the axial direction.
Patent WO-2019198733-A1 (WO)
Title: Joint connection method for long pipes and production method for coiled tubing having joints
Inventor: TSUTO AKIRA
IPC: G01N23/18
Filed: 2019-04-10
Abstract: A joint connection method for connecting joints used in water pressure tests, etc., on long pipes (P1), by using a production device (100) comprising a transport device (1), a welding device (2), a winding device (3), and an X-ray inspection device (4). The joint connection method includes: a step in which a first joint (5) is circumference-welded to a tip (P1f) of a long pipe (P1) by using the welding device (2); a step in which the circumference-welded section (W1) of the first joint (5) is inspected by the X-ray inspection device (4); a step in which a second joint (6) is circumference-welded to a rear end (P1r) of the long pipe (P1) by the welding device (2); and a step in which circumference-welded section (W2) of the second joint (6) is inspected by the X-ray inspection device (4).
Patent WO-2019216143-A1 (WO)
Title: Plant operation condition setting assistance system, learning device, and operation condition setting assistance device
Inventor: YASUI TAKEHITO
IPC: G05B5/01
Filed: 2019-04-17
Abstract: Provided is a plant operation condition setting assistance system 1 for assisting with setting of operating conditions of a plant in which a process configured by a plurality of devices is executed, said system comprising: a plurality of control devices 20 for respective feedback controlling of devices to be controlled 10; and an operation condition setting assistance device 30 for comprehensively assisting with the setting of the plurality of control devices 20 which respectively independently carry out the plurality of feedback controls. The operation condition setting assistance device 30 comprises: a multiple measurement value acquisition part for acquiring a plurality of measurement values indicating the states of a plurality of the devices to be controlled 10 to be controlled respectively by the plurality of control devices 20; and a control device adjustment parameter determination part for, by a policy obtained by deep reinforcement learning, determining, on the basis of the plurality of measurement values acquired by the multiple measurement value acquisition part, a plurality of control device adjustment parameters for use in determining control operation quantities for each of the plurality of control devices 20 to input into the plurality of devices to be controlled 10.
Patent WO-2019239757-A1 (WO)
Title: Communication control apparatus, communication control method, computer program, and in-vehicle communication device
Inventor: YAMASHITA HIDENORI
IPC: H04W4/44
Filed: 2019-05-10
Abstract: This communication control device, for controlling wireless communication by a plurality of wireless communication standards, comprises: a measurement unit that measures a value indicating a communication status for each wireless communication standard; and a communication control unit that, on the basis of the type of data scheduled to be wirelessly transmitted to one or a plurality of communication terminals, and a value indicating the measured communication status, controls wireless transmission of the data to the one or a plurality of communication terminals.
Patent WO-2019235278-A1 (WO)
Title: Vehicle control device
Inventor: UEMATSU TAKUMI
IPC: G08G1/16
Filed: 2019-05-27
Abstract: This vehicle control device (10, 10a) comprises: another vehicle determination unit (26); an entry possibility determination unit (28); and an autonomous driving control unit (29, 29a) that, if an entry condition is met, changes a following travel mode or constant speed travel mode which is being executed, and executes a crossing mode (M3) for controlling the travel of a host vehicle in order to secure a space for another vehicle to cross in front of the host vehicle.
Patent WO-2019239995-A1 (WO)
Title: Dielectric heating device
Inventor: IIJIMA AKIO
IPC: A23L3/365
Filed: 2019-06-06
Abstract: A high frequency thawing device (100), which is an example of a dielectric heating device, is provided with: an upper electrode (1a) and a lower electrode (1b) (at least two electrodes) which are opposed to each other; and a high frequency power supply (2) which supplies high frequency power to the electrodes. The frequency of the high frequency power supplied to the upper electrode (1a) and the lower electrode (1b) is in the HF band or VHF band. The inter-electrode distance between the upper electrode (1a) and the lower electrode (1b) is in a range of not less than 3.0 cm and not more than 27 cm.
Patent WO-2020250393-A1 (WO)
Inventor: YOSHINAGA Takuto
IPC: A61B1/04
Filed: 2019-06-13
Abstract: This plug is for a connector for connecting one or more optical waveguides of a medical instrument and is provided with: a connection part which is inserted into a receptacle of the connector; a connection surface formed at an end of the connection part in a first direction in which the connection part is inserted into the receptacle; a hole open on the connection surface; and a holding part which is disposed within the hole and holds the one or more optical waveguides so that the end faces of the optical waveguides face the first direction. The holding part and the optical waveguides are disposed on the side of the connection surface in a second direction opposite to the first direction.
Patent WO-2020008934-A1 (WO)
Title: Electrical component socket
Inventor: UEYAMA YUKI
IPC: H01R33/76
Filed: 2019-06-24
Abstract: Provided is an IC socket (11) in which: contact pins (14) to be contacted with and separated from the terminals of an IC package (12) are disposed in a socket body (13); opening and closing bodies (19A, 19B) equipped with pressing members (23a, 23b) for pressing the upper surface of the IC package (12) accommodated on an accommodating surface portion (16d) of the socket body (13) are rotatably provided on the socket body (13); and a manipulation member (20) for opening and closing the opening and closing bodies (19A, 19B) is disposed so as to be movable up and down with respect to the socket body (13). The first opening and closing body (19A), which has a heatsink (23a) for pressing the entire upper surface of the IC package (12), and the second opening and closing body (19B), which has a block (23b) for pressing the heatsink (23a), are disposed at mutually different positions.
Patent WO-2020009183-A1 (WO)
Title: In-compartment environment control system
Inventor: TANAKA NAOHIRO
IPC: F25D23/00
Filed: 2019-07-04
Abstract: An in-compartment environment control system (10) provided in a transportation container (1) is provided with a refrigeration device (20), an air composition regulating device (40), a control device, and a state indicator sensor (15). An in-compartment temperature regulating unit of the control device controls the refrigeration device (20) in such a way that the temperature of the air inside the compartment adopts a set temperature. An air composition regulating device of the control device controls the air composition regulating device (40) in such a way that the oxygen concentration and the carbon dioxide concentration of the air in the compartment adopt respective set concentrations. The control device regulates the temperature of the air in the compartment, and the oxygen concentration and the carbon dioxide concentration of the air in the compartment on the basis of a state indicator (sugar content, for example) of fresh food (7) measured by the state indicator sensor (15).
Patent WO-2020049855-A1 (WO)
Title: Physical quantity measurement device
Inventor: KONO YASUSHI
IPC: G01F1/684
Filed: 2019-07-08
Abstract: This physical quantity measurement device (20) for measuring a physical quantity of a fluid comprises a measurement flow path (32) through which a fluid flows, a plate-like physical quantity detection unit (22) that has detection elements (121, 122, 131–134) for detecting the physical quantity of the fluid and uses the detection elements to detect the physical quantity of the fluid in the measurement flow path, a protective body (55) for protecting the physical quantity detection unit, and body recess parts (171–174) that are parts provided on the outer surface (55e) of the protective body at positions removed from the physical quantity detection unit in orthogonal directions (Y, Z) orthogonal to the thickness direction (X) of the physical quantity detection unit.
Patent WO-2020031659-A1 (WO)
Title: Position and attitude estimation system, position and attitude estimation apparatus, and position and attitude estimation method
Inventor: OGATA KUNIHIRO
IPC: G01B11/00
Filed: 2019-07-19
Abstract: As a system capable of simply and accurately measuring the position and attitude of an object to be measured, the present invention provides a position and attitude estimation system comprising: a device 1 to which a marker M and an inertial sensor S for measuring the position and attitude of the object to be measured are joined, and which is attached to the object to be measured; a camera 2 which captures an image of the object to be measured; a determination unit 3 which determines whether or not a captured image of the device 1 is included in the captured image; and a position and attitude estimation apparatus 10 including a marker information calculation unit 41 which calculates at least one among the position and attitude of the object to be measured from the captured image of the marker M, when the determination unit determines that the captured image of the device 1 is included in the image, and an inertial information calculation unit 42 which calculates at least one among the position and attitude of the object to be measured on the basis of the data acquired by the inertial sensor S, when the determination unit determines that the captured image of the device 1 is not included in the image.
Patent WO-2020050089-A1 (WO)
Title: Image processing device, image processing method, and image processing program
Inventor: SUGIMOTO SHIORI
IPC: H04N19/149
Filed: 2019-08-26
Abstract: An image processing device that updates the pixel values of an image to be processed to generate a new image. The image processing device: generates a first feature vector on the basis of a first feature map that has been generated using the image to be processed and at least one filter; updates the image to be processed to generate an updated image; generates a second feature vector on the basis of a second feature map that has been generated using the updated image and at least one filter; performs a quality evaluation of the updated image on the basis of the first feature vector and the second feature vector and generates a quality feedback vector that is based on the results of the quality evaluation; performs a code amount evaluation on the updated image and generates a code amount feedback vector that is based on the results of the code amount evaluation; and, on the basis of the quality feedback vector and the code amount feedback vector, determines an update amount for updating the updated image.
Patent WO-2021044501-A1 (WO)
Title: Method for placement of equipment in plant and method for manufacture of plant
Inventor: SAITO TOSHIAKI
IPC: A62C3/00
Filed: 2019-09-02
Abstract: [Problem] To provide a technology for efficiently placing items of equipment which are safety protection tools and safety monitoring devices in a plant. [Solution] This method for placement of equipment in a plant 1 for carrying out fluid treatment involves: computing a risk which is the product of the probability that there will be a fluid outflow requiring the use of equipment and the impact of the fluid outflow; setting for each of a plurality of devices a distance for an allowable placement area in which equipment can be placed, said allowable placement area being shorter for devices with high risk and longer for devices with low risk as determined in a comparison of the computed risks; and thereafter determining placement positions for the equipment on the basis of the placement positions of the plurality of devices in the plant and the distances for the allowable placement areas.
Patent WO-2020059511-A1 (WO)
Title: 冷却器
Inventor: MORIMOTO MASAKAZU
IPC: H01M10/625
Filed: 2019-09-05
Abstract: 冷却器（１０）は、鉛直方向に交差する所定方向に並べて配置される複数の単電池を組み合わせることで構成される組電池を冷却する。冷却器は、組電池において所定方向及び鉛直方向を含む面に平行な外面を組電池の側面とするとき、組電池の側面に接触するように配置され、内部を流れる冷媒と組電池との間で熱交換を行うことにより組電池を冷却する熱交換部（１１）を備える。熱交換部の内部には、鉛直方向上方に向かって冷媒の流れる冷媒流路（１１０）が形成されている。
Patent WO-2020059781-A1 (WO)
Inventor: OHTANI AKIRA
IPC: H01F38/30
Filed: 2019-09-19
Abstract: The present invention provides a current transformer with which it is possible to significantly reduce the manufacturing time. A current transformer, provided with: an insulator tube; an accommodation container provided above the insulator tube; a conduit 14, which is housed in the insulator tube and which extends along the insulator tube; a conduit insulation part 16 composed of insulation paper 15 covering the outer periphery of the conduit 14 in a large number of layers; a secondary coil unit accommodated in the accommodation container; a primary conductor penetrating through the secondary coil unit; and a secondary electrical wire, which is electrically connected to the secondary coil unit and which is inserted through the conduit 14. The conduit insulation part 16 is composed of insulation paper 15 continuous in the axial direction in each of the layers.
Patent WO-2020100471-A1 (WO)
Title: Chromatographic separation method using simulated moving-bed technique, and chromatographic separation system using simulated moving-bed technique
Inventor: OKADA KAZUO
IPC: G01N30/26
Filed: 2019-10-08
Abstract: A chromatographic separation method using a simulated moving-bed technique, whereby it becomes possible to separate a component that is weakly adsorptive to an adsorbent, i.e., a weakly adsorptive component, a component that is strongly adsorptive to the adsorbent, i.e., a strongly adsorptive component, and a component that is adsorptive to the adsorbent at the level intermediate between the weakly adsorptive component and the strongly adsorptive component, i.e., a moderately adsorptive component, all contained in a base solution with at least two eluents using a circulatory system having such a structure that a plurality of packed unit columns each having the adsorbent filled therein are connected to each other in series and endlessly through a pipe, wherein the pipe in the circulatory system is provided with a base liquid supply port F, at least two eluent supply ports D respectively corresponding to the at least two eluents, an extraction port A for a weakly adsorptive fraction containing the weakly adsorptive component, an extraction port B for a moderately adsorptive fraction containing the moderately adsorptive component, and an extraction port C for a strongly adsorptive fraction containing the strongly adsorptive component, and the base liquid supply port F, the extraction port A, the extraction port B and the extraction port C have a specified positional relationship; and a chromatographic separation system which is suitable for the practice of the chromatographic separation method.