baber/WOPTO huggingface dataset:
Patent JP-2014041152-A (JP)
Title: Method and apparatus for force balancing of coriolis flowmeter
Inventor: VAN CLEVE CRAIG BRAINERD
IPC: G01F1/84
Filed: 2013-10-30
Abstract: PROBLEM TO BE SOLVED: To provide a coriolis flowmeter which prevents vibrations caused by an unbalanced center of mass of a drive mechanism.SOLUTION: The coriolis flowmeter comprises: at least one flow conduit 103; a drive mechanism coupled to the at least one flow conduit; and a balance mechanism 501 coupled to the at least one flow conduit. The balance mechanism 501 is sized and located such that the momentum of the balance mechanism 501 perpendicular to a drive motion and the momentum of the drive mechanism have equal magnitude and opposite directions.
Patent JP-2014111017-A (JP)
Title: Game machine
Inventor: KISHIMOTO SHINJI
IPC: A63F7/02
Filed: 2013-10-31
Abstract: PROBLEM TO BE SOLVED: To provide a game machine capable of excellently putting out game media even when putout control means does not include a power interruption-time memory holding function.SOLUTION: A pachinko machine includes a main control board 301 and a putout control board 322. A RAM 313 of the main control board 301 is provided with a counter area 361 for a winning ball, winning ball information on winning is stored in the counter area 361 for the winning ball, and a winning ball command based on the winning ball information is output to the putout control board 322 from the main control board 301. A RAM 333 of the putout control board 322 is provided with a storage area 374 of the number of winning balls, and the number of winning balls specified based on the winning ball command is stored in the storage area 374 of the number of the winning balls. When the number of the winning balls is stored in the storage area 374 of the number of the winning balls to put out game balls, a ball lending request signal is not input from a ball lending device Y.
Patent JP-2014160230-A (JP)
Title: Imaging device
Inventor: OHARA NAOYUKI
IPC: G03B13/36
Filed: 2013-11-01
Abstract: PROBLEM TO BE SOLVED: To provide an imaging device with improved detection accuracy in focus detection in an imaging element having a photoelectric conversion unit to which pupil division function is provided.SOLUTION: A line addition number is increased according to an exposure target value corresponding to a dynamic range of a pixel that changes according to an exposure setting value. Accordingly, reduction of noise is achieved, and variation in a focus detection result is prevented. In addition, the line addition number is changed according to a diaphragm of a lens, a defocus amount, and a read-out mode of a pixel signal. Accordingly, resolution in a longitudinal direction is ensured, and reduction in detection accuracy is prevented especially in a case in which a subject falls obliquely on a focus detection region.
Patent JP-2015090906-A (JP)
Title: Charge-coupled device, method for manufacturing the same, and solid-state image pickup device
Inventor: TAKAGI SHINICHIRO
IPC: H04N5/372
Filed: 2013-11-05
Abstract: PROBLEM TO BE SOLVED: To provide a charge-coupled device capable of sufficiently transferring the charge converted from an incident energy line, a method for manufacturing the same, and a solid-state image pickup device including the charge-coupled device.SOLUTION: A charge-coupled device 100 comprises a semiconductor substrate 10 including a plurality of pixel regions PX arranged in one direction, and an insulating film 20. Each of pixel regions PX comprises a photoelectric conversion region S1, a resistive gate electrode R, a first transfer electrode T1, a second transfer electrode T2, a buffer region B located immediately below the first transfer electrode T1 in the semiconductor substrate 10, and a charge storage region S2 located immediately below the second transfer electrode T2 in the semiconductor substrate 10. The impurity concentration of the buffer region B is lower than the impurity concentration of the charge storage region S2. The first transfer electrode T1 and the second transfer electrode T2 are electrically connected.
Patent JP-2014062102-A (JP)
Title: Modified self-assembling peptides
Inventor: HORII AKIHIRO
IPC: C07K19/00
Filed: 2013-11-05
Abstract: PROBLEM TO BE SOLVED: To provide synthetic compositions and materials for cell culture and tissue engineering purposes that allow the creation of a cellular environment that mimics important features of the native cellular environment, but without the disadvantages associated with materials derived from natural sources.SOLUTION: The present invention provides a self-assembling peptide comprising: (a) a first amino acid domain that mediates self-assembly, wherein the domain comprises alternating hydrophobic and hydrophilic amino acids that are complementary and structurally compatible and self-assemble into a macroscopic structure when present in unmodified form; and (b) a second amino acid domain that does not mediate self-assembly in isolated form, wherein the second amino acid domain comprises at least one minimal biologically active sequence. Such self-assembling peptides are described herein as "modified self-assembling peptides." The present invention also provides pharmaceutical compositions, kits and matrices comprising a modified self-assembling peptide, and methods of using and making such compositions, kits and matrices.
Patent JP-2015094982-A (JP)
Title: Fire sensor
Inventor: NIGORIKAWA SATOKO
IPC: G08B17/00
Filed: 2013-11-08
Abstract: PROBLEM TO BE SOLVED: To provide a fire sensor for enabling a user to notify the surroundings of the state of a living room in a fire-prevention object where the user himself or herself stays in the case of a fire.SOLUTION: A fire sensor (10) is installed in an area to be monitored for detecting a phenomenon due to a fire. This fire sensor (10) includes: a light emission part (LED) arranged at the central part and tip part of the sensor main body for emitting at least a first color (L10) and a second color (L20) different from the first color; a detection part (43) for detecting the phenomenon due to the fire; and a control part (42) for determining whether or not a detection value by the detection part exceeds a threshold, and for, when the detection value exceeds the threshold, allowing the light emission part to light the first color (L10), and for, when the detection value does not exceed the threshold, allowing the light emission part to light the second color (L20).
Patent JP-2014057872-A (JP)
Title: Magnetic resonance image diagnostic apparatus
Inventor: AKITA KOJI
IPC: A61B5/055
Filed: 2013-11-11
Abstract: PROBLEM TO BE SOLVED: To provide an MRI apparatus reduced in circuit size for transmitting and receiving a radio signal by reducing the number of radio channels.SOLUTION: In an MRI apparatus, a modulation unit 51 modulates a first clock signal generated by a clock signal generation unit 8 by using a data signal generated by a data signal generation unit 25, to obtain a modulation signal, a carrier signal generation unit 52, an amplitude modulation unit 53 and a driver 54 generate a clock transmission signal including the modulation signal, a clock transmission antenna 55 emits the clock transmission signal into a space, a detection unit 32 detects the modulation signal from the clock transmission signal converted into a state of an electric signal by a clock reception antenna 31, a clock reproduction unit 33 generates a second clock signal synchronized with the first clock signal from the modulation signal, a data detection unit 45 uses the second clock signal to detect the data signal from the modulation signal, and a control unit 46 controls a coil unit 6b to have an operation state instructed by the data signal.
Patent JP-2015096389-A (JP)
Title: Pitch angle detection device and pitch angle detection method
Inventor: NIIMI RISUKE
IPC: B60Q1/115
Filed: 2013-11-15
Abstract: PROBLEM TO BE SOLVED: To provide a pitch angle detection device capable of detecting a pitch angle of a vehicle even in the case where a peripheral object (traffic lane or the like) for detecting the pitch angle does not exist, and further to provide a pitch angle detection method.SOLUTION: A pitch angle calculation section 22 of a pitch angle detection device 12 extracts a plurality of horizontal luminance groups being groups of luminance in a horizontal direction in reflection light Lr for each vertical direction, calculates a plurality of horizontal luminance mean values Lave being mean values of the luminance in individual ones of the plurality of horizontal luminance groups extracted and calculates an amount of change ΔAp of the a pitch angle Ap per unit time on the basis of a difference between horizontal luminance mean values Lave of previous and this time operation periods.
Patent JP-2015099739-A (JP)
Title: Power storage element and manufacturing method of the same
Inventor: MUNENAGA KUNIYOSHI
IPC: H01M2/26
Filed: 2013-11-20
Abstract: PROBLEM TO BE SOLVED: To provide a power storage element that is formed by connecting an electrode body and a collector using an auxiliary member, capable of efficiently performing the connection, and having high quality.SOLUTION: The power storage element includes: a battery; an electrode body 120; a collector 140 having a connection plate part 142 connected to a lamination part 123a of the electrode body 120; and an auxiliary member 150 so disposed as to surround at least the lamination part 123a and an outer end face 146 of the connection plate part 142. The auxiliary member 150 has a projection 155 provided in a projected manner in a direction toward the connection plate part 142 from a plane opposing the outer end face 146 of the connection plate part 142.
Patent JP-2015103542-A (JP)
Title: Method of manufacturing semiconductor device
Inventor: HAMAGUCHI TSUNEO
IPC: H01L21/607
Filed: 2013-11-21
Abstract: PROBLEM TO BE SOLVED: To provide a method of manufacturing a semiconductor device capable of manufacturing a semiconductor device with a good productivity at low cost compared with a conventional art.SOLUTION: A method of manufacturing a semiconductor device includes the steps of: forming a bonded part 61 bonded with a surface electrode 12 of a semiconductor element 10 and a non-bonded part 62 not bonded with the surface electrode 12 by applying an ultrasonic wave to a head 201 smaller than a solder material 60; arranging an external electrode 30 on the solder material; and performing heat treatment of the semiconductor element to a melting point of the solder material or higher.
Patent JP-2015104169-A (JP)
Title: Driving device for rotary electric machines
Inventor: SUHAMA MASAYOSHI
IPC: H02P27/04
Filed: 2013-11-21
Abstract: PROBLEM TO BE SOLVED: To reduce, when switching of an inverter is to be so conducted as to control the torque of a rotary electric machine to 0 in a revolving state, losses of a boost converter while suppressing a current attributable to the reverse voltage of the rotary electric machine.SOLUTION: When switching of an inverter 24 is to be so conducted as to control the torque of a motor generator 14 to 0 in a revolving state, if no negative d-axis current occurs in the motor generator 14, the output voltage VH of a boost converter 22 is reduced (S104), or if a negative d-axis current occurs in the motor generator 14, the boost converter 22 is caused to so boost the voltage as to raise the output voltage VH of the boost converter 22 until the negative d-axis current ceases to occur (S105).
Patent JP-2015103684-A (JP)
Title: Mounting substrate manufacturing method and electronic module manufacturing method
Inventor: TANAKA SHUICHI
IPC: H01L23/36
Filed: 2013-11-26
Abstract: PROBLEM TO BE SOLVED: To provide a manufacturing method of a substrate which is easy to be handled at the time of manufacturing and in which a mounted function element has excellent cooling efficiency; and provide an electronic module manufacturing method.SOLUTION: A mounting substrate manufacturing method comprises: a groove formation process of forming grooves 209 for partitioning one surface of a semiconductor substrate 20 having a plurality of singulation regions S into the singulation regions S; a groove filling process of filling the grooves 209 with a protective layer 7; a first support process of fastening the semiconductor substrate 20 to the first support substrate 91; a singulation process of reducing a thickness of the semiconductor substrate 20 from the opposite face side until reaching the grooves 209 to singulate the singulation regions S; a heat dissipation layer formation process of forming a heat dissipation layer 4 on each singulated singulation region S; and a removal process of removing the first support substrate 91 from the semiconductor substrate 20.
Patent JP-2014037443-A (JP)
Title: Granular agrochemical composition and production method of the same
Inventor: ENDO YOSHIHISA
IPC: A01N51/00
Filed: 2013-11-27
Abstract: PROBLEM TO BE SOLVED: To provide a production method in which formulations of a powder type agricultural chemical hydration agent and an agricultural chemical water solvent are not changed, and only an agent type is made into a granular agrochemical composition in production of the granular agrochemical composition in which handleability is excellent.SOLUTION: A production method of a granular agrochemical composition includes: to a powder type agricultural chemical hydration agent composition or a powder type agricultural chemical water solvent composition, (1) a process of performing addition of water, kneading, extrusion, and dehydration; (2) a process of performing addition of water, agitation granulation, and dehydration; (3) a process of performing addition of water, kneading, and atomization dehydration; (4) a process of performing addition of water, and fluid bed granulation, or (5) a process of performing a compression molding method to a powder type agricultural chemical hydration agent composition or a powder type agricultural chemical water solvent composition; (a) a process of performing disintegration to thereby performing atomization after the process (5); and (b) depending on necessity, a process of performing sieve separation after the atomization to thereby perform particle size regulation.
Patent JP-2014159549-A (JP)
Title: Method of producing organic inorganic hybrid particle, conductive particle, conductive material and connection structure
Inventor: YAMADA YASUYUKI
IPC: H01B13/00
Filed: 2013-12-04
Abstract: PROBLEM TO BE SOLVED: To provide a method of producing an organic and inorganic hybrid particle which has high fracture load when being compressed and has compression recovery rate after being compressed.SOLUTION: The method of producing an organic inorganic hybrid particle 1 includes a hydrolysis and compression step of hydrolyzing and condensation treating a compound represented by the formula (1) to obtain a condensed product particle having a polymerizable unsaturated group, and a polymerization step of treating the polymerizable unsaturated group in the obtained condensed product particle to obtain a polycondensed product particle. (1), where Ra is (meth)acryloyl group, Rb is a C1 to 20 bivalent organic group which may have a substituent, R1 and R2 are each H, a C1 to 5 alkyl group or a C2 to 5 acyl group, Z is a C1 to 5 alkyl group, a C2 to 5 acyl group or a C1 to 5 alkoxy group.
Patent JP-2015110966-A (JP)
Title: Method for manufacturing pressure buffer device
Inventor: KANEKO KENICHIRO
IPC: F16F9/32
Filed: 2013-12-06
Abstract: PROBLEM TO BE SOLVED: To easily generate set residual axial force in a state of keeping compression load applied to a cylinder to be low in a method for manufacturing a pressure buffer device.SOLUTION: A lower end 13 of a tube 10 is supported to a damper 100, and load F1 in a direction of an axis C toward the lower end 13 is applied to a cylinder 20 through a lid body 37, and load F2 toward the inner side in a radial direction is applied to a peripheral wall 11 of the tube 10, and an upper end 12 of the tube 10 and the lid body 37 are fixed with each other in a state that the load in the direction of the axis C toward the lower end 13 and the load toward the inner side in the radial direction are applied.
Patent JP-2015111221-A (JP)
Title: Cartridge, process cartridge, and electrophotographic image forming device
Inventor: SATO MASAAKI
IPC: G03G15/08
Filed: 2013-12-06
Abstract: PROBLEM TO BE SOLVED: To provide a process cartridge which can be mounted on/dismounted from a body of an electrophotographic image forming device having a developing apparatus with an improved clutch for switching drive for a developing roller.SOLUTION: A bearing member 45 is fixed to one longitudinal end of a developing frame body 29. The bearing member 45 rotatably supports a developing roller 6. The developing roller 6 includes a developing roller gear 69, as a developing roller drive transmission member, arranged at the longitudinal end. The bearing member 45 also rotatably supports a cartridge-side drive transmission member (drive input member ) 74 for transmitting driving force to the developing roller gear 69. Drive for the developing roller is switched between a cartridge and a device body.
Patent JP-2015111532-A (JP)
Title: All-solid battery
Inventor: OGASA KAZUHITO
IPC: H01M4/66
Filed: 2013-12-06
Abstract: PROBLEM TO BE SOLVED: To provide an all-solid battery which enables the prevention of the degradation of a battery by preventing the penetration of moisture (water vapor) from the outside, and allows originally designed charge and discharge characteristics to be exhibited by suppressing the impediment to the expansion and shrinkage of all-solid battery's electrode and the reaction between a glass layer and a battery element.SOLUTION: An all-solid battery comprises: a battery element including a positive electrode, a negative electrode and a solid electrolyte; a buffer layer provided to cover the battery element; and a glass layer provided around the buffer layer covering the battery element. The electrodes are allowed to expand and shrink by forming the glass layer. By suppressing the reaction between the glass layer and the battery element, the charge and discharge performances of the battery element can be maintained over a long period of time.
Patent JP-2015110399-A (JP)
Title: Vehicle structure
Inventor: MIZUTA HIROYA
IPC: B60K11/04
Filed: 2013-12-06
Abstract: PROBLEM TO BE SOLVED: To suppress reduction in cooling efficiency of a cooling unit if the cooling unit is provided close to a center in a vehicle width direction with respect to a side grille.SOLUTION: Part of air flowing into a vehicle body from a side grille 14 is guided directly to a cooling unit 16 by a first guide 20. Such a flow of the air directly guided to the cooling unit 16 generates a horizontal flow to the cooling unit 16 to generate a vortex in a duct 18. On the other hand, the other part of the air flowing into the vehicle body from the side grille 14 is guided by a second guide 22 and a third guide 24 to generate a horizontal flow of air opposite in direction to the horizontal flow of the air directly guided to the cooling unit 16. The horizontal flow of the air directly guided to the cooling unit 16 and the horizontal flow in the opposite direction collide against each other to cancel the respective flows. This suppresses generation of the vortex, makes it difficult to prevent the air from flowing from an outside of a vehicle 10 toward the duct 18, and suppresses a reduction in an amount of the air flowing into the cooling unit 16.
Patent JP-2015114389-A (JP)
Title: Flash light emitting device
Inventor: ADACHI TSUTOMU
IPC: H04N5/225
Filed: 2013-12-09
Abstract: PROBLEM TO BE SOLVED: To provide a flash light emitting device that maintains the same degree of amount of light emission as that in a case where a xenon discharge tube is used, and is downsized.SOLUTION: In a flash light emitting device 800, a light emission part 700 has a xenon gas encapsulated in a first front face side concavity part 801BB which is formed by a first front face side frame part 801B of a housing body 801. Further, a multilayer capacitor 100 is housed in a second front face side concavity part 801CC which is formed by a second front face side frame part 801C of the housing body 801, and in a rear face side concavity part 801DD which is formed by a rear face frame part 801D of the housing body 801, each electronic device is housed.
Patent JP-2015113903-A (JP)
Title: Support tool of linear member
Inventor: ISHII KOJI
IPC: F16L3/04
Filed: 2013-12-11
Abstract: PROBLEM TO BE SOLVED: To provide a support tool of a linear member that holds a linear member having flexibility of a cap tire cable, an electric wire cord, a gas hose or the like so as to prevent the linear member from being damaged due to dragging against a ground surface or floor surface and being immersed into a water reservoir, and is simply conveyed or stored in a detachable manner with a simple structure.SOLUTION: A support tool 3, which holds a linear member 1 to a central through hole 4 with a predetermined distance from a ground surface in a loosely fitted manner and of which the cross-sectional shape of the outer peripheral surface is made into a circular ring shape, has a structure having a cutout groove part or a connection structure with a halved member in order to loosely fit the linear member 1 into the central through hole 4.
Patent JP-2015026046-A (JP)
Title: Optical device substrate and optical device including optical device substrate
Inventor: TAKEI YUSUKE
IPC: H01L33/62
Filed: 2013-12-11
Abstract: PROBLEM TO BE SOLVED: To provide an optical device substrate capable of facilitating transferring heat generated from a semiconductor circuit element toward a lower surface of an insulating base.SOLUTION: An optical device substrate comprises an insulating base 3 including a first mounting region 6a, provided on an upper surface thereof, for a semiconductor circuit element 6, and a second mounting region 7a, provided so as not to overlap the first mount region 6a in a plan view in a first concave portion 3, for an optical element 7 electrically connected to the semiconductor circuit element 6. The insulating base 3a includes an optical passage 3c provided in the second mount region 7a in the first concave portion 3b to vertically penetrate the insulating base 3a; and a groove 3i provided in the upper surface in a range from a side surface of the optical passage 3c to an end surface of the optical passage 3c located in an opposite direction to the mount region 6a of the semiconductor circuit element 6, in order to arrange an optical fiber 4 optically coupled to the optical element 7.
Patent JP-2015112372-A (JP)
Title: Cassette holder stand
Inventor: OGASAWARA YOSHIKI
IPC: A61B6/04
Filed: 2013-12-13
Abstract: PROBLEM TO BE SOLVED: To provide a cassette holder stand that enables multi-photographing from various angles and enables radiography without being limited by a roentgen room.SOLUTION: A cassette holder stand comprises: a base 2; a post 4 erected on the base 2; a first support member 5 attached to the post 4 so as to freely rotate horizontally and freely move vertically; a support arm 11 connected to the first support member 5 so as to freely rotate vertically; a second support member 12 connected so as to freely rotate vertically toward the support arm 11; a connector 14 connected to the second support member 12 so as to freely rotate in a circumferential direction of the second support member 12; a third support member 17 connected to the connector 14 so as to freely rotate vertically; a holder mounting part 16 connected to the third support member 17 so as to freely rotate; and a cassette holder 20 locked to the holder mounting part 16. The cassette holder 20 includes a holder body 21 and a mounting plate 22 for locking the holder body 21 to the holder mounting part 16.