baber/WOPTO huggingface dataset:
Patent JP-2010256390-A (JP)
Title: Electrophotographic intermediate transfer belt and electrophotographic device
Inventor: AOTO ATSUSHI
IPC: G03G15/16
Filed: 2009-04-21
Abstract: <P>PROBLEM TO BE SOLVED: To provide an intermediate transfer belt which prevents both a scattering of toner and an occurrence of an abnormal image resulting from residual electric charge, in which electric charge leaks more promptly, which is excellent in withstand voltage performance.  <P>SOLUTION: In an intermediate transfer belt which is mounted in an electrophotographic device and includes at least a polyimide resin and a conductive agent, a surface resistance value of a surface when applying a voltage of 500V is ≥5×10<SP>11</SP>Ω/square and <1×10<SP>13</SP>Ω/square, the difference of common logarithm values of the surface resistance value of the surface when applying the voltage of 500V and a volume resistance value when applying the voltage of 100V is ≥3.0, and the difference of common logarithm values of the volume resistance value when applying the voltage of 10V and the volume resistance value when applying the voltage of 100V is ≤1.5.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010254017-A (JP)
Title: Wind direction adjusting device
Inventor: KOMATSU MASAYA
IPC: F24F13/15
Filed: 2009-04-22
Abstract: <P>PROBLEM TO BE SOLVED: To solve problems wherein a wind direction adjusting device according to the conventional technology was with such construction that the vertical movement of a knob was not smooth and rubbing sound was generated, and that the vertical movement was further deteriorated when a projection such as a burr was generated on a parting line of a louver because the parting line of a fork part arranged in the knob touched a pin part arranged in the louver.  <P>SOLUTION: In the wind direction adjusting device in which a knob 1 slidably attached to front vanes is provided with a fork part embracing a connection part formed in rear vanes, inner walls of the fork part are formed with curved sliding contact parts 8 being biased to the front and rear, and the parting line 7 is arranged in the ends of the curved sliding contact parts 8.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010253415-A (JP)
Title: Magnetic treatment apparatus
Inventor: YAMAJI TATSUNORI
IPC: C02F1/28
Filed: 2009-04-27
Abstract: <P>PROBLEM TO BE SOLVED: To provide a magnetic treatment apparatus capable of effectively reforming a fluid by extending the length of a region of a magnetic treatment section where the fluid flows to spontaneously induce a turbulent flow, minute vibration, sonic wave, etc. in the fluid, so that these phenomenons thus exert a synergistic effect to produce an atmosphere for exposing the fluid to magnetism.  <P>SOLUTION: When the fluid flows through a magnetic spiral passage, the fluid is subjected to shock like compression, expansion, negative/positive pressure, and so on given by the uneven surface of a long bellows pipe, which drastically generates the turbulent flow and stimulating friction. Meanwhile the minute vibration and sonic wave are spontaneously induced in the magnetic spiral passage itself by the shock due to the uneven surface of the bellows pipe. These phenomenons exert the synergistic effect to the fluid to produce an atmosphere for exposing the fluid to the magnetism. The magnetic spiral passage can thus effectively expose the fluid to the magnetism several times along the passage the fluid flows through.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010256279-A (JP)
Title: Method and apparatus for measuring carburized depth
Inventor: YANAGIHARA ARISA
IPC: G01N29/00
Filed: 2009-04-28
Abstract: <P>PROBLEM TO BE SOLVED: To provide a method and apparatus for measuring a carburized depth, capable of eliminating the need for manufacture of a test piece, and capable of simply and accurately measuring the carburized depth without being affected by an individual difference.  <P>SOLUTION: The method includes the steps of: creating an attenuation curve A by performing ultrasonic sweep on a reference test piece having no carburized layer within a predetermined frequency range; creating attenuation curves B', C', and D' by performing ultrasonic sweep on a plurality of known test pieces having known carburized depths within the predetermined frequency range; calculating areas S1, S2, S3, and S4 surrounded by the attenuation curves for each of the attenuation curves; creating a carburized depth master curve associated with the areas from each of the areas and the carburized depths of the known test pieces corresponding to the areas; creating an attenuation curve as to an unknown test piece having an unknown carburized depth and calculating an area surrounded by the attenuation curve; and measuring the carburized depth of the unknown test piece, using the area and the master curve.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010259378-A (JP)
Title: Cell culture method and cell culture system
Inventor: OZAWA OSAMU
IPC: C12M1/00
Filed: 2009-05-08
Abstract: <P>PROBLEM TO BE SOLVED: To provide a cell culture method rapidly and inexpensively producing high purified and safe medicines and cells, and a cell culture system.  <P>SOLUTION: In a cell culture system 11 for transporting a sample vessel 18 receiving a cell sample between the inside of a sterilized region, for example an aseptic manipulation apparatus 13, and the outside of the sterilized region, an apparatus for operating the cell sample and machinery and tools, for example a centrifugal machine, are provided at the outside of the sterilized region. A packing mechanism 40 for packing the sample vessel with a first pack 34 using a germ-impermeable sheet material upon transportation of the sample vessel into the outside of the sterilized region, and an unpacking mechanism 41 for removing the first pack 34 upon transportation of the sample vessel into the inside of sterilized region are provided. Also, an addition mechanism 42 for packing the outside of the sample vessel 18 with a second pack 38 for preventing the contamination of the outside of the vessel by the cell sample in the sample vessel 18 is provided.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010264794-A (JP)
Title: Vessel propulsion machine
Inventor: MIZUTANI MAKOTO
IPC: B63H25/42
Filed: 2009-05-12
Abstract: <P>PROBLEM TO BE SOLVED: To provide a vessel propulsion machine capable of deciding the operation accuracy of a transmission mechanism.  <P>SOLUTION: The vessel propulsion machine 10 includes an outboard motor body 28, a swivel bracket for mounting the outboard motor body 28 so as to be oscillatory in a right and left direction on a hull, an electric motor 62 provided in the swivel bracket to oscillate the outboard motor body 28 in the right and left direction, a rotation sensor 62a provided in the electric motor 62 to detect a rotational angle of a motor shaft, a transmission mechanism provided in the swivel bracket to transmit a drive force of the electric motor 62 to the outboard motor body 28, a rotation sensor 98 to detect an actual steering angle of the outboard motor body 28, and an ECU 16 for controlling an operation of the vessel propulsion machine 10. The ECU 16 decides the operation accuracy of the transmission mechanism by comparing an actual steering angle change amount of the outboard motor body 28 based on the detection result of the rotation sensor 98 with a theoretical change amount based on the drive amount of the electric motor 62.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010264362-A (JP)
Title: Electric deionized-water producing apparatus
Inventor: INOUE HIROSHI
IPC: B01D61/58
Filed: 2009-05-13
Abstract: <P>PROBLEM TO BE SOLVED: To provide an electric deionized-water producing apparatus which is high in the strength of an ion exchanger, can reduce a pressure loss upon water passage and facilitates exclusion of adsorbed ions by further speeding up the movement of adsorbed ionic impurities.  <P>SOLUTION: In the electric deionized-water producing apparatus, a DC electric field is applied to a deionization chamber where the ion exchanger is packed such that ions to be excluded migrate in the same direction or in the reverse direction with respect to the water passage direction in the ion exchanger to exclude the ionic impurities adsorbed by the ion exchanger to the outside. Therein, the ion exchanger is a composite structural body which is composed of an organic porous body comprising a continuous skeleton phase and a continuous void phase, and a number of particulate bodies having a diameter of 4 to 40 μm fixed to the surface of skeleton of the organic porous body or a number of protrusion bodies having a size of 4 to 40 μm, formed on the surface of skeleton of the organic porous body, that is, a mixture of a monolithic organic porous ion exchanger having an average diameter of pores in the moisture wet state, of 10 to 150 μm and a total pore volume of 0.5 to 5 ml/g and a particulate ion exchange resin is packed in a deionization chamber.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010268576-A (JP)
Title: Power supply distribution control apparatus
Inventor: ITO KEIICHI
IPC: H02J7/35
Filed: 2009-05-13
Abstract: <P>PROBLEM TO BE SOLVED: To unfailingly charge a storage battery installed on an automobile, using the power generated by a solar battery.  <P>SOLUTION: An estimated photovoltaic power generated amount and an estimated charging amount of the storage battery for an automobile are calculated, and the distribution of the power is controlled so that the photovoltaic power generation amount may be supplied to the storage battery for an automobile (100-106). If the estimated photovoltaic power amount is larger than the estimated charged amount, power distribution is controlled so that excessive power is supplied to loads in dwellings (108, 112). If the estimated photovoltaic power generation amount is larger than a power generated amount obtained by adding the estimated charged amount to the loads of the dwellings, power distribution is controlled so that the excessive power is supplied to the storage battery for a dwelling (114, 116, 122), and the storage battery is charged, when further, the excessive power becomes available (124-126).  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010268167-A (JP)
Title: Antenna device
Inventor: KOSUGI MASANORI
IPC: H01Q1/24
Filed: 2009-05-13
Abstract: <P>PROBLEM TO BE SOLVED: To provide an antenna device for suppressing the influence of a conductor connected to the antenna device even if the conductor has some displacement.  <P>SOLUTION: In a reception antenna 5, wire harnesses 30 to be connected to another device are connected to a substrate 7 equipped with an antenna 10 for receiving reception signals, a radio circuit 8 connected to the antenna 10 and an electronic circuit 9 different from the radio circuit 8. In the reception antenna 5, the radio circuit 8 and the electronic circuit 9 are disposed so as to be positionally independent on the substrate 7, and a pattern stub 23 of a pattern length enough to resonate at 1/4 wavelength of one wavelength of the reception signal is provided on a first pattern portion 21 of the substrate 7 having the radio circuit 8 provided thereon.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010266341-A (JP)
Title: Apparatus for measuring displacement of pantograph and method for detecting hard spot of trolley wire
Inventor: FUJISAWA TAKAMASA
IPC: G06V10/30
Filed: 2009-05-15
Abstract: <P>PROBLEM TO BE SOLVED: To provide an apparatus for measuring a displacement of a pantograph, capable of improving a pattern matching processing in accuracy, and to provide a method of detecting a hard spot of trolley wire.  <P>SOLUTION: An image processing unit 5A for obtaining an acceleration of the pantograph by processing an image which is obtained by photographing a marker by using a line sensor camera 2, is configured to include: an input image creation unit 5a for creating an input image; a template setter 5b for setting a template; an image segmentation processing unit 5c for segmenting the input image; a template scaling processing unit 5d for scaling the template; a pattern matching processing unit 5e for detecting a pixel position of the marker on the input image; a pantograph displacement calculation unit 5f for converting the pixel position of the marker into an actual displacement of the pantograph; a filtering processing unit 5g for applying a smoothing operation to the displacement of the pantograph; and an acceleration output unit 5h for output of the acceleration of the pantograph.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010012230-A (JP)
Title: Game machine island
Inventor: KAWAMATA ISAMU
IPC: A63F7/02
Filed: 2009-05-18
Abstract: <P>PROBLEM TO BE SOLVED: To provide a game machine island which enables a storage section for game balls to be installed at one end of the game machine island, or to vertically be installed between game machines, and also, prevents game balls from clogging when game balls are discharged from the storage section.  <P>SOLUTION: Game machine trains 11, for which game machines 10 are arranged in a row, are arranged into two trains. At every other space between the game machines 10 which are adjacent to each other in the same game machine train 11, an inter-machine storage section 20 which can store game balls P is arranged. Under a tube constituting member 22a which is located at the lowermost side in the inter-machine storage section 20, a pair of guiding members 27 which are respectively arranged to be tilted downward to the center of the inter-machine storage section 20 from a pair of end walls 25 are installed between a pair of sidewalls 24. Under the guiding members 27, a partitioning member 28 which is formed to be tilted in a manner to be lowered as coming closer to the pair of end walls 25 from the central section is installed. A bottom surface member 29 for receiving game balls P falling from gaps which are respectively formed between the end walls 25 on both sides and the partitioning member 28 is installed.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010271958-A (JP)
Title: Form display system, information processing apparatus, information processing method and program
Inventor: MAEDA MUNEHIRO
IPC: G06Q50/00
Filed: 2009-05-22
Abstract: <P>PROBLEM TO BE SOLVED: To designate a plurality of arbitrary data ranges in form data having no cells in a spreadsheet application, to instruct proper calculation based on relationships between the designated data ranges and relationships between generations of forms and to perform the calculation instructed.  <P>SOLUTION: If a plurality of data ranges for data items to be calculated in form data are selected, first calculation candidates that can be calculated from the data items in the data ranges selected is extracted from an calculation candidate table, and second calculation candidates that can be calculated between a plurality of generations of forms are determined from the first calculation candidates and displayed on a client device. When a calculation candidate is selected, calculation is performed and the result thereof is displayed on the client device.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010103472-A (JP)
Title: Organic el display device
Inventor: MIZUNO NOBUTAKA
IPC: H01L51/50
Filed: 2009-05-26
Abstract: <P>PROBLEM TO BE SOLVED: To provide an organic EL display device that is improved in numerical aperture of sub-pixels while increasing the number of elements of G with high visibility.  <P>SOLUTION: The organic EL display device comprises a substrate 10 and a plurality of pixels 11 provided on the substrate 10, wherein each pixel 11 comprises a first sub-pixel 11a and a second sub-pixel 11b, the first sub-pixel 11a being formed by laminating an R organic EL element portion 18r and a G1 organic EL element portion 17g and the second sub-pixel 11b being formed by laminating a G2 organic EL element portion 18g and a B organic EL element portion 17b.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010274937-A (JP)
Title: Binding machine
Inventor: KATAGIRI AKIO
IPC: B65B27/00
Filed: 2009-05-26
Abstract: <P>PROBLEM TO BE SOLVED: To provide a binding machine for smoothly pulling out a tape which is adequately long enough for the thickness of an item to be bound for efficient and satisfactory binding.  <P>SOLUTION: A slider 36 provided with a guide panel 38 and a tape presser 42 for holding the free end 22 of a binding tape 20 and a cutter 40 is reciprocally moved in a holder 32 working with the grip operation of an operation lever 68. The free end 22 is pulled out from a tape guide 30 by a tape pull-out arm 70 rotated working with the grip operation of the lever 68, an item to be bound is pressed against the tape 20 pulled out, and the tape 20 is cut by the rotary movement of the arm 70. In so doing, before the free end 22 is pulled out and before the item to be bound is pressed against the tape 20 (after it is completely pulled out), the binding tape 20 in a case 12 goes slack by a slack forming mechanism for pulling out smoothly.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010274292-A (JP)
Title: Laser beam processing apparatus
Inventor: TAKASAKI TAKUYA
IPC: H01S3/00
Filed: 2009-05-27
Abstract: <P>PROBLEM TO BE SOLVED: To achieve processing for preventing anisotropy in a linearly polarized laser beam, with a simple structure.  <P>SOLUTION: A laser beam processing apparatus is provided with: a processing head 3 provided with polarization plane support fiber 2 for irradiating with the linearly polarized laser beam linearly supporting the polarization plane; a processing table 4 for mounting a material to be processed to be irradiated with the linearly polarized laser beam emitted from the polarization plane support fiber 2; a moving means 8 for relatively moving the processing head 3 and processing table 4 in a two-dimensional direction intersecting with an optical axis R of the linearly polarized laser beam; a rotating means for rotating the polarization plane support fiber 2 around the optical axis R of the linearly polarized laser beam; and a control means 5 for driving the rotating means according to drive of the moving means 8, to keep a polarization direction of the linearly polarized laser beam constant to a relative moving direction between the processing head 3 and processing table 4.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010277336-A (JP)
Title: Print control apparatus, print control method, and computer program
Inventor: SAITO KAZUYUKI
IPC: B41J29/38
Filed: 2009-05-28
Abstract: <P>PROBLEM TO BE SOLVED: To easily discriminate whether or not respective printed products outputted in part unit are printed products constituting the same final product.  <P>SOLUTION: The print control apparatus includes: a job creation unit 1132 configured to generate a plurality of parts constituting a final product and control a network printer 1104 so as to output the plurality of parts to different sheet discharge units according to a print instruction; a job information sheet creation unit 1135 configured to control the network printer 1104 so as to create job information sheets indicating that the parts are related to each other, per part; and a job generation control unit 1131 configured to control the network printer 1104 so as to discharge the job information sheets to sheet discharge units to which the plurality of parts corresponding to the job information sheets respectively are to be discharged.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010278252-A (JP)
Title: Semiconductor device and method of manufacturing the same
Inventor: MATSUKAWA YOSHIHIRO
IPC: H01L21/3065
Filed: 2009-05-28
Abstract: <P>PROBLEM TO BE SOLVED: To provide a semiconductor device including a flash memory cell for enhancing an yield and reliability, and a method of manufacturing the semiconductor device.  <P>SOLUTION: The method of manufacturing the semiconductor device includes a step of forming an element isolation insulating film 6 on a silicon substrate 1, a step of forming a tunnel insulating film on a surface of the silicon substrate 1, a step of forming a first conductive film on the element isolation insulating film 6 and a tunnel insulating film, a step of patterning the first conductive film to form a conductive pattern 13a, a step of sputter-etching a surface layer of the conductive pattern 13a, a step of forming an intermediate insulating film 16 on the conductive pattern 13a and the element isolation insulating film 6, a step of forming a second conductive film 17 on the intermediate insulating film 16, and a step of patterning the conductive pattern 13a, the intermediate insulating film 16, and the second conductive film 17 to form a flash memory cell FL.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010280481-A (JP)
Title: Control device for elevator
Inventor: KONDO SHINGO
IPC: B66B5/00
Filed: 2009-06-05
Abstract: <P>PROBLEM TO BE SOLVED: To simultaneously confirm a braking force of a brake and deceleration of a cage and to easily perform an emergency brake performance test of an elevator.  <P>SOLUTION: The control device includes: an electric motor 5; a braking section 6; a control section 20 performing rotational drive control of the electric motor and urging force control applied to the braking section for thereby performing elevation control of the cage; a first cage-position detecting section 32 detecting that the cage remains in a first predetermined position; a sheave encoder 31; and a brake performance checking section 24. In the brake performance checking section 24, a position lower than the first predetermined position by a maximum allowable amount s<SB>2</SB>of a braking distance, is specified as an emergency stop command output position. When a cage position reaches the emergency stop command output position, an emergency stop command is output to the braking section 6 for braking a sheave 1 to stop it. The amount of rotation of the sheave 1 under braking and stopping is calculated based on the sheave encoder 31. When the calculated amount of rotations exceeds the amount of allowable rotation and reaching to the first predetermined position is not detected during braking and stopping, brake performance is determined to be favorable.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010285900-A (JP)
Title: Internal combustion engine equipped with exhaust emission control catalyst
Inventor: NAKAYAMA SHIGEKI
IPC: F02D41/04
Filed: 2009-06-10
Abstract: <P>PROBLEM TO BE SOLVED: To more accurately detect a temperature of an exhaust emission control catalyst by calculating a temperature of the exhaust emission control catalyst based on a rich air fuel ratio difference calculated by using an air fuel ratio of exhaust gas flowing out of the exhaust emission control catalyst.  <P>SOLUTION: An internal combustion engine is equipped with the exhaust emission control catalyst 52 in an exhaust gas passage 50. The engine is provided with an upstream side exhaust air fuel ratio detection means 53 detecting an air fuel ratio of exhaust gas flowing into the exhaust emission control catalyst, and a downstream side exhaust air fuel ratio detection means 54 detecting an air fuel ratio of exhaust gas flowing out of the exhaust emission control catalyst. The air fuel ratio of the exhaust gas flowing out of the exhaust emission control catalyst is detected by detecting a component concentration in the exhaust gas flowing out of the exhaust emission control catalyst by the downstream side air fuel ratio detection means. When the air fuel ratio of the exhaust gas flowing into the exhaust emission control catalyst is richer than a theoretical air fuel ratio, a difference between the air fuel ratio of exhaust gas detected by the upstream side exhaust gas air fuel ratio detection means and the air fuel ratio of exhaust gas detected by the downstream side exhaust gas air fuel ratio detection means is calculated as the rich air fuel ratio difference. A temperature of the exhaust emission control catalyst is calculated based on the rich air fuel ratio difference.  <P>COPYRIGHT: (C)2011,JPO&INPIT