baber/WOPTO huggingface dataset:
Patent JP-2018060648-A (JP)
Title: Power storage device
Inventor: TAKENAKA YASUAKI
IPC: H01M2/26
Filed: 2016-10-04
Abstract: PROBLEM TO BE SOLVED: To provide a power storage device capable of improving heat dissipation of a laminate portion in which bipolar electrodes are laminated.SOLUTION: A power storage device 10 comprises a bipolar electrode 12 including a positive electrode layer 18 provided on one surface 16a of a collector 16, and a negative electrode layer 20 provided on the other surface 16b on the side opposite to the one surface. The bipolar electrode comprises a laminate 25 including a bipolar electrode group laminated in a Z-axis direction via a separator 14, and an insulating case 60 including a first resin part 60A which holds the collector by surrounding a side surface of the laminate and a second resin part 60B surrounding the first resin part. The first resin part is formed of a resin having corrosion resistance to an electrolytic solution. The second resin part is formed of a resin having a higher thermal conductivity than the first resin part.SELECTED DRAWING: Figure 1
Patent JP-2017040660-A (JP)
Title: Gas sensor
Inventor: ARAKI TAKASHI
IPC: G01N27/416
Filed: 2016-10-05
Abstract: PROBLEM TO BE SOLVED: To provide a gas sensor capable of constituting a pump cell and a sensor cell out of one solid electrolyte, a pump electrode, a sensor electrode, and a reference electrode, reducing heater power consumption, and achieving size reduction.SOLUTION: A ratio of shortest distance between a pump electrode 30 and a sensor electrode 50 to thickness of a solid electrolyte 2 is set to not less than 3, so that a gas sensor 1 can constitute a pump cell 3 and a sensor cell 5 out of one solid electrolyte 2, the pump electrode 30, the sensor electrode 50, and a reference electrode 80. As a result, only one of a gas chamber 7 and a reference gas chamber 8 is interposed between the solid electrolyte 2 and a heater 63, so that distance between the pump cell 3 or the sensor cell 5 and the heater 63 can be reduced to make it easier for the heater 63 to heat the pump cell 3 and the sensor cell 5.SELECTED DRAWING: Figure 1
Patent JP-2018058279-A (JP)
Title: Production method of resin-metal joined article and resin-metal joined article
Inventor: HOSOI ATSUSHI
IPC: C23C28/04
Filed: 2016-10-06
Abstract: PROBLEM TO BE SOLVED: To obtain sufficient joining strength without using joining members such as bolts and rivets or adhesives when joining various resins and aluminum materials.SOLUTION: The method of manufacturing a resin-metal joined article 10 according to the present invention is to sequentially carry out a nano spike array fabricating step of fabricating a nano spike array 13 consisting of plural acicular protrusions 13A protruding on the surface of an aluminum material 11, a silane coupling treatment step of carrying out the silane coupling treatment on the surface of the aluminum material 11 where the nano spike array 13 is formed, and a joining step of joining the aluminum material 11 and a resin 21 by solidifying the resin 21 in molten state after entering a gap S formed between the respective protrusions 13A.SELECTED DRAWING: Figure 2
Patent JP-2018062231-A (JP)
Title: Fuel saving control device and fuel saving control method
Inventor: OSHITA WASANTA
IPC: B60W10/11
Filed: 2016-10-12
Abstract: PROBLEM TO BE SOLVED: To provide a fuel saving control device and a fuel saving control method, capable of preventing slow-down after a vehicle starts to climb a slope road and improving convenience of a driver while fuel saving performance of the vehicle is maintained.SOLUTION: A fuel saving control device 100 includes: a margin driving force calculation section 101 for calculating margin driving force; a fuel saving control section 102 for executing fuel saving control for performing downward correction of instruction fuel injection amount corresponding to an accelerator opening when the margin driving force reaches a predetermined threshold value or more, and for stopping the fuel saving control when the margin driving force reaches less than the predetermined threshold value; a vehicle position detection section 107 for detecting a vehicle position; a map information storage section 108 for storing map information; a shift-down operation detection section 109 for detecting shift-down operation; and a forward gradient identification section 110 for identifying a forward gradient on the basis of the vehicle position and the map information. When the forward gradient is an up-hill gradient that is a predetermined threshold value or more and the shift-down operation is detected, the fuel saving control section 102 stops the fuel saving control.SELECTED DRAWING: Figure 1
Patent JP-2018063839-A (JP)
Title: Fuel cell system and control method for fuel cell system
Inventor: MAEDA KAZUSHIGE
IPC: H01M8/04
Filed: 2016-10-12
Abstract: PROBLEM TO BE SOLVED: To provide a fuel cell system and control method for fuel cell system, capable of predicting power supply stopping time and updating time information of a clock function part when power supply is stopped.SOLUTION: The fuel cell system and control method for fuel cell system includes: a control unit C for controlling a fuel cell system H; a temperature measurement unit 34 for measuring a temperature of a reformer 19 rising temperature caused by power generation as a specific function part temperature. The control unit C measures power supply stopping time on the basis of a specific temperature variation amount which is a temperature variation amount of the reformer 19 before and after the time for which power supply acquired from the temperature measurement unit 34 is sopped.SELECTED DRAWING: Figure 1
Patent JP-2018067785-A (JP)
Title: Communication robot system
Inventor: MAEKAWA HIROFUMI
IPC: B25J5/00
Filed: 2016-10-19
Abstract: PROBLEM TO BE SOLVED: To provide a robot call center providing service by dialog via a telepresence robot, by connecting a client with a proper operator.SOLUTION: A telepresence robot 101 performs call transmission for starting conversation of a client and a robot, on the basis of the information obtained from a media I/O device 104 and a position determination device 105. A call center device 102 has a multi-modal communication server 111 for assigning appropriate one of operator terminals 103 to a call received from an approach controller 106, and mediating and recording communication using audio video and telepresence robot body motion between a call source telepresence robot 101 and the assigned operator terminal 103. The operator terminal 103 has a voice I/O device 112, a remote operation device 113, and an operator communication controller 114 for controlling communication with the call center device 102.SELECTED DRAWING: Figure 1
Patent JP-2018064742-A (JP)
Title: Packaging/dispensing assembly for cosmetic
Inventor: RAMET MARC
IPC: A45D33/00
Filed: 2016-10-19
Abstract: PROBLEM TO BE SOLVED: To provide a packaging/dispensing assembly for cosmetics.SOLUTION: This packaging/dispensing assembly includes at least one reservoir intended to store cosmetics and at least one sieve comprising multiple holes where cosmetics are passed and dispensed, the holes defining at least one outside dispensing area. At least one external dispensing area is characterized by comprising at least one first area being flocked and at least one second area being not flocked or being flocked to be different from the first area. The present invention is also related to a cosmetics carrier and a method for producing assemblies.SELECTED DRAWING: Figure 1
Patent JP-2018066655-A (JP)
Title: Specular surface information acquisition device, specular surface measurement method, and computer program
Inventor: TAKEUCHI KOTA
IPC: G01B11/00
Filed: 2016-10-19
Abstract: PROBLEM TO BE SOLVED: To provide a specular surface information acquisition device and a specular surface information acquisition method for estimating a position and a posture of a specular surface.SOLUTION: A specular surface information acquisition device includes: a real image mirror image acquisition part for acquiring a feature point on a real image X in occurrence of interference between a direct light d2 directly applied from a TOF sensor 11 based on cross-correlation detection and reflected by a subject 30 and a reflection light obtained by reflection of a light d1 applied via a specular surface 20 by the subject, a feature point on a mirror image X', and an interference-time cross-correlation value in light emission and light reception of the TOF sensor; an initial value estimation part for estimating initial values of a position and a direction of a specular surface based on both the feature points; a real image acquisition part for acquiring a feature point on a real image and a non-interference-time cross-correlation value when interference does not occur; a position estimation part for estimating a position of a subject based on the non-interference-time cross-correlation value; and a specular surface information acquisition part for acquiring specular surface information for indicating a position and a direction of a specular surface based on an interference-time cross-correlation value, initial values of a position of a specular surface and a direction of a specular surface, and a position of a subject.SELECTED DRAWING: Figure 6
Patent JP-2018064781-A (JP)
Title: Shelf board with supporting object tool
Inventor: HIKOSAKA HISAYOSHI
IPC: A47B96/06
Filed: 2016-10-20
Abstract: PROBLEM TO BE SOLVED: To provide a shelf board with a supporting object tool being effectively used when an L-shaped shelf structure in plane view is assembled, with it combined with another shelf board.SOLUTION: The shelf board with a supporting object tool according to the present invention, the self board (a sub shelf board 17) includes a supporting object tool 22 causing a shelf board receiving member (a main shelf board 16) to support an end portion. The supporting object tool 22 includes: an insertion shaft part 26 that is non-rotatably inserted into an opening (a hollow part 24 with a rectangular cross section) opened in an end face of the shelf board (the sub shelf board 17); and an inverted-L-shaped part 27 consecutively provided at a tip end of the insertion shaft part 26. A horizontal plate part of the inverted-L-shaped part 27 is served as a supporting object projection piece 22a to be placed on the shelf board receiving member (the main shelf board 16).SELECTED DRAWING: Figure 5
Patent JP-2018066710-A (JP)
Title: Signal Analyzer
Inventor: SUZUKI TAKEYOSHI
IPC: G01R13/20
Filed: 2016-10-21
Abstract: PROBLEM TO BE SOLVED: To provide a signal analyzer having a serial bus decoding function that is not affected by abnormal noise in communication in which voltage modulation and current modulation are superposed on one signal line even if any one of them causes abnormal noise to the other.SOLUTION: In a signal analyzer including a control unit having a serial bus decoding function, the control unit has an abnormal noise removing function.SELECTED DRAWING: Figure 1
Patent JP-2018073008-A (JP)
Title: Travel route generation device
Inventor: SAKAGUCHI KAZUO
IPC: G05D1/02
Filed: 2016-10-26
Abstract: PROBLEM TO BE SOLVED: To provide a technology for creating a travel route that appropriately passes a number of cells obtained by dividing a work site into meshes.SOLUTION: A travel route generation device comprises: a cell management unit 61 which manages a number of cells obtained by dividing a topographic map of a work site into meshes at predetermined intervals; a travel weight group allocation unit 62 for allocating a weight of a left turn travel, a weight of a straight travel and a weight of a right turn travel to cells as a travel weight group when traveling from one cell to an adjacent cell; a cell passage route determination unit 63 for determining a cell passage route that passes a cell based on a weight that is allocated to the cell; a weight change unit 64 for changing a weight of a travel weight group being allocated to a cell that is influenced by the passage through the cell; and a travel route generation unit 65 for generating a travel route by connecting cell passage routes that are determined successively by the cell passage route determination unit 63.SELECTED DRAWING: Figure 1
Patent JP-2018072120-A (JP)
Title: Method for identifying inclusion of steel
Inventor: HIROKADO TARO
IPC: G01N23/203
Filed: 2016-10-27
Abstract: PROBLEM TO BE SOLVED: To provide a method for accurately identifying inclusions by preventing the parts of particulate regions other than the inclusions, including gaps or dirt, from being identified as inclusions.SOLUTION: There is provided a method for identifying inclusions of steel, including: an image acquisition step of acquiring an image of the surface of a steel sample; a particulate region specifying step of specifying a plurality of particulate regions in an image on the basis of the brightness; a chemical analysis step of analyzing the chemical components of the particulates regions on the basis of the characteristic x-rays obtained from the particulate regions; and a determination step of determining that a particulate region which satisfies a predetermined condition is an inclusion on the basis of the magnitude relation of the concentrations of CI, Si, Al, Mg, Ca, and Ti.SELECTED DRAWING: Figure 1
Patent JP-2018071448-A (JP)
Title: Wave power generation device
Inventor: SAITO YASUSHI
IPC: F03B13/22
Filed: 2016-10-31
Abstract: PROBLEM TO BE SOLVED: To provide a wave power generation device capable of sufficiently generating power.SOLUTION: A wave power generation device comprises a first supporting member 10, a rotation shaft 15, plural water wheels 16, a second supporting member 12, a bearing member 14, and a coupling member 11. The first supporting member 10 is rotatably coupled with an upper end of the rotation shaft 15. The rotation shaft 15 is suspended from the first supporting member 10. The plural water wheels 16 are coupled with the rotation shaft 15, rotate around the rotation shaft 15 as a center, and are aligned in an upward and downward direction. The second supporting member 12 is provided at upper and lower parts of each water wheel 16, and the rotation shaft 15 rotatably inserted. The bearing member 14 is mounted to the second supporting member 12 provided between the respective water wheels 16, and rotatably supports the rotation shaft 15. The coupling member 11 couples the first supporting member 10 and the second supporting member 12.SELECTED DRAWING: Figure 4
Patent JP-2018073189-A (JP)
Title: Connection device and method for changing contents of operation of connection device
Inventor: INOUE TAKESHI
IPC: G06F3/00
Filed: 2016-10-31
Abstract: PROBLEM TO BE SOLVED: To provide a connection device operable with a plurality of operational contents.SOLUTION: A connection device according to one embodiment includes a cable part, a first connector part, a second connector part, and a circuit board. The first connector part is provided at a first end of the cable part and is connectable to a host device. The second connector part is provided at a second end of the cable part and is connectable to a terminal device. The circuit board includes a control part, and is provided at either the first connector part or the second connector part. The control part includes a storage and a management part, the storage stores operational data indicating the operational contents of the connection device, and the management part manages the operational data. With the connection device being connected to the host device via the first end and the connection device being connected to the terminal device via the second end, upon reception of instruction data instructing to change the operational data from the host device, the management part changes the operation data on the basis of the instruction data.SELECTED DRAWING: Figure 2
Patent JP-2018068934-A (JP)
Title: Magnetic sensor and cell unit
Inventor: NAGASAKA KIMIO
IPC: A61B5/05
Filed: 2016-11-04
Abstract: PROBLEM TO BE SOLVED: To provide a magnetic sensor capable of detecting components in a plurality of directions of a magnetic field, and capable of accurately detecting the magnetic field with a simple configuration.SOLUTION: A magnetic sensor includes: a light flux emission section emitting a plurality of light fluxes; a first cell to which the light fluxes being emitted from the light flux emission section and traveling in a first direction are made incident, the first cell accommodating a medium changing optical characteristics of the light fluxes according to magnitude of a magnetic field; a first light flux bending section bending a part of the plurality of light fluxes emitted from the light fluxes emission section in a second direction different from the first direction; a second cell to which the light fluxes bent in the second direction in the first light flux bending section are made incident, the second cell accommodating the medium changing the optical characteristics of the light fluxes according to the magnitude of the magnetic field; a first photodetector detecting optical characteristics of light fluxes emitted from the first cell; and a second photodetector detecting optical characteristics of light fluxes emitted from the second cell.SELECTED DRAWING: Figure 5
Patent JP-2018075247-A (JP)
Title: Game machine
Inventor: GOTO YUKI
IPC: A63F5/04
Filed: 2016-11-10
Abstract: PROBLEM TO BE SOLVED: To provide a game machine, in developing No. 6 reel type game machine, increasing taste by elaborately devising techniques of a game and capable of compressing data of a main program.SOLUTION: In a case where a game state is transferred to an ART standby state, for each game, when a lottery trigger combination is won, a main control part 100 executes a prize acquisition lottery. Further, the main control part 100 determines a continuation rate by a lottery, and executes a win/failure lottery using the continuation rate to determine whether or not to execute a next one set of ART. Three types of additional performances are to be produced during the ART, where there are a plurality of additional scenarios 1-N in which production order of the additional performances is defined. The main control part 100 determines two sets of additional scenarios, an additional scenario to be used in the one set of the current ART and an additional scenario to be used in the next one set of ART (ART additional scenario lottery). Subsequently, at a stage where one additional scenario used in the one set of current ART is terminated, a new scenario is determined by a lottery.SELECTED DRAWING: Figure 31
Patent JP-2018079567-A (JP)
Title: Paint tool holding device
Inventor: SASAKI MANABU
IPC: B44D3/12
Filed: 2016-11-14
Abstract: PROBLEM TO BE SOLVED: To provide a paint tool holding device that enables keeping brushes and other paint tools in a double container for receiving paint such as a bucket.SOLUTION: The paint tool holding device includes: a frame body that has an inner shaft that is provided at the edge of the outer container of the double container and is positioned from the edge of the outer container along the inner face of the outer container and an outer shaft that is provided from the edge of the outer container along the outer face of the outer container and holds the outer container between it and the inner shaft; an arm part consisting of right and left arms that are mounted at the top of the frame body and nippingly hold the handles of brushes and other tools; and a connection shaft that connects the frame body and the arm part.SELECTED DRAWING: Figure 1
Patent JP-2018078965-A (JP)
Title: Data recording device, data recording method, and computer program
Inventor: MAEDA NAOYUKI
IPC: A61B5/00
Filed: 2016-11-14
Abstract: PROBLEM TO BE SOLVED: To provide a technology to secure objectivity on a record of an accident, and contribute to solving a trouble while suppressing costs of infrastructure construction for existing facilities in a care site.SOLUTION: A data recording device includes a state determination part for determining whether or not vital data exceed a predetermined threshold when the presence of a care-receiver is grasped by vital data acquired by a vital sensor, and a data recording medium for recording image data and voice data by a camera and a microphone continuously for a predetermined time when the predetermined threshold is exceeded in the determination by the state determination part. The data recording medium is removable from a data recording device body. A second data recording part for recording predetermined data is incorporated into the body separately from the data recording medium.SELECTED DRAWING: Figure 6
Patent JP-2018080247-A (JP)
Title: Gasified gas generation system
Inventor: OHARA HIROAKI
IPC: C10J3/56
Filed: 2016-11-16
Abstract: PROBLEM TO BE SOLVED: To restrain fluid media from coagulating.SOLUTION: A gasified gas generation system comprises a combustion furnace 210, a cyclone 220 which is connected to the combustion furnace 210 at a downstream side thereof, a gasification furnace 240 which is connected to the cyclone 220 at a downstream side thereof, a medium extraction part 310 which extracts a fluid medium from a part between the cyclone 220 and the gasification furnace 240, a medium washing part 320 which washes the fluid medium which is extracted from the medium extraction part 310, and a medium return part 340 which returns the fluid medium washed by the medium washing part 320 to a part between the gasification furnace 240 and the combustion furnace 210.SELECTED DRAWING: Figure 2
Patent JP-2018084507-A (JP)
Title: Reinforcing-bar corrosion ae detection method and device
Inventor: FUKUMOTO SHINTARO
IPC: G01N29/07
Filed: 2016-11-24
Abstract: PROBLEM TO BE SOLVED: To provide a reinforcing-bar corrosion AE detection method and device that distinguish an AE occurring at an AE occurrence source on a reinforcing-bar from noise, and can accurately detect the AE.SOLUTION: A reinforcing-bar corrosion AE detection method has a sensor arrangement step S1, a delay time calculation step S2, a reception waveform storage step S3 and a waveform synthesis step S4. The reinforcing-bar corrosion AE detection method is configured to: in a step S1, arrange a plurality of AE sensors with the sensors mutually spaced at a sensor interval on a front surface of a concrete having a reinforcing-bar internally disposed; in a step S2, calculate an individual delay time t of an AE reaching each AE sensor from an AE occurrence source on the reinforcing-bar; in a step S3, respectively receive the AE occurring at the AE occurrence source due to the plurality of AE sensors to store a plurality of reception waveforms 5; and in a step S4, prepare a synthesis waveform 6 synthesized by delaying the reception waveform 5, respectively on the basis of the individual delay time t.SELECTED DRAWING: Figure 4