baber/WOPTO huggingface dataset:
Patent JP-2014180754-A (JP)
Title: Double-sided, indexable turning insert
Inventor: RONNIE LOEF
IPC: B23B27/22
Filed: 2014-03-20
Abstract: PROBLEM TO BE SOLVED: To provide a double-sided, indexable turning insert of a polygonal basic shape including a plurality of corners, a peripheral clearance surface, and identical upper and under sides.SOLUTION: A turning insert comprises: a nose edge (14) which is formed between a front chip part surface (16a) and a convex part (11) of a clearance surface (9), and has an arched cutting edge line (EL14), a main cutting edges (15) being formed between lateral chip part surfaces (16b) and flat parts (10) of the clearance surface (9) and having straight cutting edge lines (EL15), and chip-controlling guide surfaces (21, 24) situated inside the chip part surfaces (16a, 16b). In the turning insert, primary cutting edges (12) have a generally positive cutting geometry such that the cutting edge angle between the chip part surface (16a) and the clearance surface (9) is acute in arbitrary sections cut perpendicular to the nose edge (14) and two main cutting edges (15) in an area of the nose edge (14) and two main cutting edges (15).
Patent JP-2015185300-A (JP)
Title: Solid-state oxide type fuel battery stack, solid-state oxide type fuel battery module and solid-state oxide type fuel battery system
Inventor: HORIUCHI KOICHIRO
IPC: H01M8/24
Filed: 2014-03-24
Abstract: PROBLEM TO BE SOLVED: To provide a solid-state oxide type fuel battery stack in which conduction performance and sealing performance are compatible with each other when a solid-state oxide type fuel battery cylindrical cell and a connection member are connected to each other.SOLUTION: A solid-state oxide type fuel battery stack 30 has plural solid-state oxide type fuel battery cylindrical cells 33 and plural connection members 34. A first connection portion 34a of the connection member 34 is formed in a cylindrical shape larger than an inner electrode layer 33a, and disposed to cover at least an inner electrode layer connection target portion 33a1. The first connection portion 34a has a conduction joint portion 34a1 confronting the inner electrode layer connection target portion 33a1, and seal joint portions 34a2, 34a3 confronting both the side sites 33b1, 33b2 in the longitudinal direction of the inner electrode layer connection target portion 33a1. The first connection portion 34a has a conduction joint layer 34d1 which is formed of a conduction material like a layer to electrically connect the inner electrode layer connection target portion 33a1 and the conduction joint portion 34a1, and seal joint layers 34d2, 34d3 which are formed of seal material like a layer, the seal material sealing the gaps between both the side sites 33b1, 33b2 and the seal joint portions 34a2, 34a3.
Patent JP-2015184599-A (JP)
Title: Facility display system using portable terminal
Inventor: NISHIGAMI TORU
IPC: G06T11/60
Filed: 2014-03-26
Abstract: PROBLEM TO BE SOLVED: To obtain a facility display system that enables a rapid generation of an image without losing a drawing performance of a map and by reducing a load to a server in an inspection operation of each kind of facilities using a portable terminal.SOLUTION: A portable terminal 1 is provided with: means 11 that transmits a request such as a movement of a facility symbol and the like to a server 2; means 12 that receives a response from the server 2; means 13 that stores a portable image; means 14 that manages the portable image; a screen 15 that displays a map; means 16 that displays the map; means 17 that temporarily draws the facility symbol on the map on the portable terminal 1; and input means 18 that specifies a change in a facility image and the like. Limiting of a generation range of the image in the server 2 allows a generation time and download time of the image to be alleviated.
Patent JP-2015186233-A (JP)
Title: Packet processing device and packet processing method
Inventor: KITADA ATSUSHI
IPC: H04L12/933
Filed: 2014-03-26
Abstract: PROBLEM TO BE SOLVED: To suppress a packet processing delay.SOLUTION: A packet processing device 10 includes a DRAM 12, an SRAM 13, a scheduler 112 and a read unit 113. The DRAM 12 stores a packet. The SRAM 13 stores the packet. The scheduler 112 determines a memory from which the packet is to be read from one of the DRAM 12 and the SRAM 13, according to the number of pointers each indicating the storage position of the packet in the DRAM 12. The read unit 113 reads a packet stored in the storage position indicated by the pointer, from the memory determined by the scheduler 112.
Patent JP-2015187421-A (JP)
Title: Automatic transmission hydraulic control device
Inventor: NISHIURA TAKAO
IPC: F16H63/50
Filed: 2014-03-27
Abstract: PROBLEM TO BE SOLVED: To provide a hydraulic control device of an automatic transmission mounted in an idling stop vehicle, capable of preventing starting errors against driver's intention while reducing time taken from engine restart to vehicle restart without the need to provide an electric pump.SOLUTION: Brake release determination means determines whether it is certain that a brake is released although a brake signal is turned on; and if it is determined that it is certain that the brake is released, then the number of revolutions of an engine is set small by a motor before restarting the engine, and the number of revolutions of the engine is controlled so that a driving force does not surpass a braking force while filling a working fluid in a clutch pressure circuit.
Patent JP-2015191955-A (JP)
Title: Film formation method, film formation apparatus and storage medium
Inventor: TAKEZAWA YOSHIHIRO
IPC: H01L21/31
Filed: 2014-03-27
Abstract: PROBLEM TO BE SOLVED: To produce a thin film of good film quality in forming a thin film by supplying material gas and ozone gas to substrates stacked to a ledge in a reaction tube in order.SOLUTION: A film formation method by alternately supplying an organic zirconium gas and a reactive gas including an ozone gas to a wafer W to form a zirconium oxide film comprises: an atmosphere replacement step of replacing an inside atmosphere in a reaction tube 12 at the time of switching between the organic zirconium gas and the reactive gas. The film formation method further comprises the steps of: plotting the correlation between a time t of the atmosphere replacement step performed after the supply of the reactive gas, and a film growth amount D of the zirconium oxide film; calculating a decline rate of the film growth amount D per 80 seconds; and setting the time t so that the decline rate becomes less than 1.5%.
Patent JP-2015188817-A (JP)
Title: Waste water treatment facility and method
Inventor: UECHI TOSHIHITO
IPC: C02F3/34
Filed: 2014-03-28
Abstract: PROBLEM TO BE SOLVED: To provide a waste water treatment facility that can reduce the generation amount of solid-liquid separated solid while improving the treatment efficiency of a waste liquid after solid-liquid separation and reducing the generation amount of surplus sludge.SOLUTION: The waste water treatment facility comprises: a septic tank sludge receiving tank 10 that receives septic tank sludge; a dehydration facility 13 that dehydrates organic waste water received in the septic tank sludge receiving tank 10; and a biological treatment facility 15 that biologically treats the organic waste water, solid-liquid separated in the dehydration facility 13, by microorganisms. The biological treatment facility 15 is provided with a reactor 17 filled with a biological treatment auxiliary agent making a specific microorganism group dominant in the microorganism, and the sludge in which the specific microorganism group is made dominant by the reactor 17 is supplied to the organic waste water before being dehydrated in the dehydration facility 13.
Patent JP-2015188381-A (JP)
Title: Separation device and separation method
Inventor: TSUDA YUICHIRO
IPC: C12N1/02
Filed: 2014-03-28
Abstract: PROBLEM TO BE SOLVED: To provide a separation device and a separation method for efficiently removing megakaryocytes from culture solution in which platelets and megakaryocytes exist in a mixed manner, without adversely affecting the platelets.SOLUTION: There is provided a separation device 1 for removing megakaryocytes from culture solution in which megakaryocytes M and platelets P exist in a mixed manner, the separation device comprising: a culture solution storage tank 2 storing culture solution SI therein; culture solution feeding means which has a function of sending the culture solution SI in the culture solution storage tank 2; and a recovery liquid storage tank 10 which supplies electric charge having polarity opposite to electric charge electrified onto a surface of the megakaryocytes M to a wall surface of an electric charge supply flow passage 7 by electric charge supply means 8 to make the megakaryocytes M in the culture solution SI adhere onto the wall surface of the electric charge supply flow passage 7 and remove the megakaryocytes, recovers recovery liquid SO, from which the megakaryocytes M have been removed, from the culture solution SI, and stores the recovery liquid.
Patent JP-2015192044-A (JP)
Title: Solid-state laser device and photoacoustic measuring device
Inventor: HIROTA KAZUHIRO
IPC: G01N29/00
Filed: 2014-03-28
Abstract: PROBLEM TO BE SOLVED: To narrow the distance between the center of a laser rod and the center of a flash lamp, in a solid-state laser device and a photoacoustic measuring device including a solid-state laser device.SOLUTION: A shielding lid 119 shields mirrors 114, 115 and the optical path of laser light from the outside. A first portion 151a of the frame of a laser chamber is exposed from the shielding lid 119. A flash lamp housed in the frame 151 of a laser chamber can be inserted into or removed from the first portion 151a of the frame. The shielding lid 119 has a thin film portion 120 thinner than other portions thereof, in at least a part of a region covering the optical path of a light beam emitted from the laser rod, on the longitudinal outside of the first portion 151a of the frame of the laser chamber.
Patent JP-2015188655-A (JP)
Title: retractor
Inventor: MIYAZAKI TAKUYA
IPC: A61B17/02
Filed: 2014-03-28
Abstract: PROBLEM TO BE SOLVED: To provide a retractor preventing bulge from being formed on a peripheral surface of an outer ring for winding up a sheet member in the retractor including an inner ring having a diameter smaller than that of the outer ring.SOLUTION: The retractor includes: a cylindrical sheet member 2; an outer ring 3 fitted to the peripheral edge of one-end opening part 5 of the sheet member 2; and an inner ring 4 fitted to the peripheral edge of the other-end opening part 6 of the sheet member 2. The inner ring 4 having a diameter smaller than that of the outer ring 3 is provided. The sheet member 2 includes, at a cylindrical molding body 9 formed into a cylindrical shape by inflation molding, a joining part 8 formed by joining partial facing surfaces to each other from a midpoint to the other-end opening part 6 excluding an area wound up by the outer ring 3, so that the other-end opening part is formed into a smaller diameter than that of the one-end opening part corresponding to the inner ring.
Patent JP-2015195642-A (JP)
Title: Corrugate tube and wire module
Inventor: KASHIMA SEITARO
IPC: H02G3/04
Filed: 2014-03-31
Abstract: PROBLEM TO BE SOLVED: To provide a technology capable of preventing a corrugate tube from being detached from a protector, even without increasing the number of components.SOLUTION: A corrugate tube 20 includes a corrugate tube main body part 22 which is formed cylindrical and with which annular protrusions 30 and annular recesses 24 are alternately formed in a length direction and a slit is formed in the length direction. The annular protrusion 30 includes a pair of first coupling parts 32 and 33 toward the radial outside while communicating to two annular recesses 24 at both sides of the annular protrusion 30, and a second coupling part 34 coupling the pair of first coupling parts 32 and 33. In at least either the first coupling parts 32 and 33 or the second coupling part 34, a protrusion 40 is provided which is formed so as to partially protrude toward the inside or the outside.
Patent JP-2015195841-A (JP)
Title: program and server
Inventor: WAKEBE AKINORI
IPC: A63F13/35
Filed: 2014-03-31
Abstract: PROBLEM TO BE SOLVED: To accurately and speedily input deployment of objects in a defence game and a simulation game.SOLUTION: A game program for deploying objects in a game space and changing a situation of a game space, causes a computer functioned as: an image generation part 120 for generating a game image in which the objects are deployed in the game space, where the objects include at least two types of objects of enclosure objects and enclosure target objects; and an object deployment processing part 112 that, when enclosure objects for enclosing the enclosure target object are designated, performing processing of deploying the enclosure objects around the enclosure target object on the basis of the type or shape of the enclosure target object.
Patent JP-2015197646-A (JP)
Title: Production method of resist composition and pattern forming method
Inventor: OGIWARA TSUTOMU
IPC: C08G8/04
Filed: 2014-04-03
Abstract: PROBLEM TO BE SOLVED: To provide a production method of a resist composition, by which a resist composition with decreased coating defects can be produced.SOLUTION: A production method of a resist composition to be used in a process of manufacturing a semiconductor device is provided, and the method comprises: cleaning a production apparatus for the resist composition with a cleaning liquid; extracting the cleaning liquid from the production apparatus and analyzing the liquid; cleaning the apparatus until the concentration of a metal component included in the cleaning liquid decreases to 5 ppb or less; and then producing the resist composition in the production apparatus.
Patent JP-2015200426-A (JP)
Title: Absorption water cooling and heating machine, module coupling type absorption water cooling and heating machine, and carrying-in and installation method thereof
Inventor: YAMAMOTO KIMIHARU
IPC: F25B15/00
Filed: 2014-04-04
Abstract: PROBLEM TO BE SOLVED: To provide an absorption water cooling and heating machine that can be housed in elevators of which installation in medium-scale and large-scale buildings is mandatory, and that is easily divided and conveyed.SOLUTION: An absorption water cooling and heating machine 30 comprises an absorber 1, an evaporator 2, a condenser 4, and a regenerator 3. The absorber 1 and the evaporator 2 constitute a low-temperature unit 31, the condenser 4 and the regenerator 3 constitute a high-temperature unit 32, and the low-temperature unit 31 and the high-temperature unit 32 can be divided into right and left parts.
Patent JP-2015201569-A (JP)
Title: Method of manufacturing anode for dye-sensitized solar cell, and method of manufacturing dye-sensitized solar cell
Inventor: NOMURA DAISHIRO
IPC: H01G9/20
Filed: 2014-04-09
Abstract: PROBLEM TO BE SOLVED: To provide a method of manufacturing an anode for a dye-sensitized solar cell that is excellent in design and that can freely control an optical power generation amount and a light transmission amount, and to provide a method of manufacturing a dye-sensitized solar cell.SOLUTION: A method of manufacturing an anode 10 for a dye-sensitized solar cell that has a porous semiconductor layer 12 that is made adsorb sensitization dye on a transparent substrate 11, includes: a semiconductor layer formation step of forming a mask 13 configured by a heat-resistant resin in a preliminarily set region on the transparent substrate 11, and then, forming a porous semiconductor layer 14 on this transparent substrate 11 by using a spray coating method; and a dye adsorption step of removing the mask 13 from the region on the transparent substrate 11, and then, making the porous semiconductor layer 12 outside the region on the transparent substrate 11 adsorb the sensitization dye. The dye-sensitized solar cell is manufactured by arranging the anode 10 for a dye-sensitized solar cell and a cathode opposedly while interposing a gap, and filling between the anode 10 for the dye-sensitized solar cell and the cathode with an electrolyte.
Patent JP-2015203945-A (JP)
Title: Current generation circuit, bandgap reference circuit and semiconductor device including the same
Inventor: MOTOZAWA ATSUSHI
IPC: G05F3/30
Filed: 2014-04-14
Abstract: PROBLEM TO BE SOLVED: To provide a current generation circuit capable of generating highly accurate current.SOLUTION: According to one embodiment, a current generation circuit 10 comprises: bipolar transistors Q1, Q2; a current distribution circuit 11 causing currents I1, I2 according to a voltage V2 to flow respectively through the bipolar transistors Q1, Q2; a MOS transistor M1 provided between the bipolar transistor Q1 and the current distribution circuit 11, and having a gate to which a voltage V1 is supplied; a MOS transistor M2 provided between the bipolar transistor Q2 and the current distribution circuit 11, and having a gate to which the voltage V1 is supplied; a resistive element R1 provided between the MOS transistor M2 and the bipolar transistor Q2; an operational amplifier A1 generating the voltage V1 in response to a drain voltage and a reference bias voltage of the MOS transistor M1; and an operational amplifier A2 generating a voltage V2 in response to a drain voltage and a reference bias voltage of the MOS transistor M2.
Patent JP-2015203997-A (JP)
Title: Tracking display processor, tracking display processing system, program, and integrated circuit
Inventor: NAGAMINE KENTA
IPC: G06T7/20
Filed: 2014-04-15
Abstract: PROBLEM TO BE SOLVED: To achieve a tracking display processing system that can easily determine a tracking result regardless of a state of a tracking object.SOLUTION: In a tracking display processing system 1000, an object position shift unit 24 obtains a shift gravity center position by subtracting acceleration from a gravity center position obtained by an object position identification unit 21. Then, since a detection result (tracking result) of a tracking target can be displayed on the basis of the shift gravity center position, the tracking result can be easily determined even when the tracking target performs movement similar to simple harmonic motion.
Patent JP-2015202381-A (JP)
Title: Ophthalmologic apparatus, control method of ophthalmologic apparatus, and program
Inventor: KAMATA SHOHEI
IPC: A61B3/14
Filed: 2014-04-16
Abstract: PROBLEM TO BE SOLVED: To provide an ophthalmologic apparatus reducing energy to be lost by natural electric discharge of a capacitor.SOLUTION: A fundus camera 100 as an ophthalmologic apparatus, includes: a fundus imaging optical system O2 for capturing an image of a fundus oculi Er of a subject's eye E; a xenon tube 3 for illuminating the subject's eye E when capturing the image of the fundus oculi Er of the subject's eye E; a main capacitor for charging electricity for light emission of the xenon tube 3; and a system control section 26 for switching between charging and stopping of the main capacitor on the basis of an imaging preparation situation of the subject's eye E.
Patent JP-2015207146-A (JP)
Title: Waterproof apparatus
Inventor: HOSHINO TOMOHIRO
IPC: G08B17/06
Filed: 2014-04-21
Abstract: PROBLEM TO BE SOLVED: To provide a waterproof apparatus 1 allowing waterproofness with a simple configuration, without inhibiting gas emission from a gas emission valve of a battery 20.SOLUTION: The waterproof apparatus 1 comprises: a substrate 4 and a battery 20 supplying power to the substrate 4 included in the same housing; a gas emission valve for exhausting a gas retained when an internal pressure of the battery 20 increases, included in either one of electrodes of the battery 20. Components in the housing other than the battery 20 are covered with filler.
Patent JP-2015052587-A (JP)
Title: Heater, gas sensor element, and gas sensor
Inventor: OYA SEIJI
IPC: G01N27/409
Filed: 2014-05-13
Abstract: PROBLEM TO BE SOLVED: To provide a technique enabling compatibility between power consumption reduction and durability improvement, in a heater having a heat generation part in which a thickness of a bent part is thinner than a thickness of a linear part.SOLUTION: A heater has paired lead parts and a heat generation part both ends of which are connected to the paired lead parts, respectively, and the heater extending along front and rear directions. The heat generation part includes: a plurality of linear parts extending in the front and rear directions; and top end side bent parts located at the top end side of the linear parts among the bent parts connecting two adjacent linear parts in the plurality of linear parts. The heater is provided with a heat-generating resistor having lead parts and the heat generation part, and a ceramic substrate arranged with the heat-generating resistor. The heater has a temperature in the top end side bent part equal to or more than 90% and equal to or less than 100% of the maximum temperature in the heat generation part, and a thickness of the top end side bent part is equal to or by 5% thinner than a thickness of the linear part, and a width of the top end side bent part is equal to or larger than 1.4 times width of the linear part.
Patent JP-2015004670-A (JP)
Title: Substrate measurement device and substrate measurement method
Inventor: ABE HIDEAKI
IPC: G01N23/207
Filed: 2014-05-14
Abstract: PROBLEM TO BE SOLVED: To provide a substrate measurement device and a substrate measurement method capable of adjusting an X-ray incident angle to a desired angle at a high speed.SOLUTION: A substrate measurement device comprises: a light source for radiating an electromagnetic wave; a detector; a data computing unit; a mirror unit; a mirror driving unit; a mirror drive computing unit; and a mirror drive control unit. The detector detects an electromagnetic wave diffracted or scattered from a substrate. The data computing unit acquires substrate information. The mirror unit includes a deflection mirror that is adjusted to satisfy an optical condition under which the incident electromagnetic wave is totally reflected, is disposed between the light source and the substrate, and controls a path of the electromagnetic wave. The mirror driving unit drives the deflection mirror in a vertical direction, a horizontal direction or a rotational direction during the radiation of the electromagnetic wave to the substrate. The mirror drive computing unit computes an amount of drive of the deflection mirror in the vertical direction, the horizontal direction or the rotational direction so that the electromagnetic wave is incident in a desired incident direction.