baber/WOPTO huggingface dataset:
Patent JP-2006112182-A (JP)
Title: Aseismatic countermeasure construction method of tunnel using base isolation material, construction method of its base isolation wall and its construction structure
Inventor: MURONO TSUYOTAKA
IPC: E02D31/08
Filed: 2004-10-18
Abstract: <P>PROBLEM TO BE SOLVED: To provide an aseismatic countermeasure construction method of a tunnel using a base isolation material, and a construction method of its base isolation wall, capable of improving aseismatic performance as a whole, by reducing generating cross-sectional force of the whole member.  <P>SOLUTION: This construction method of the base isolation wall of the tunnel can construct the continuous base isolation wall having the equal thickness in the ground by continuously excavating by successively moving in the horizontal direction, by agitating and mixing or replacing a solidifying liquid and cutting earth, by cutting the ground by rotating a cutter chain 44 by a base machine having a chain saw type cutter inserted into the ground 41, when applied to an existing tunnel.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006120851-A (JP)
Title: Substrate storing container
Inventor: MIMURA HIROSHI
IPC: B65D59/00
Filed: 2004-10-21
Abstract: <P>PROBLEM TO BE SOLVED: To provide a substrate storing container capable of suppressing and preventing a substrate from rotating to catch wearing scrap or the like, with easy alignment of substrates.  <P>SOLUTION: The container comprises a container body 1 in which semiconductor wafers W are aligned and stored, a lid for opening/closing the opening front surface of the container body 1, and a pair of, left and right, rear retainers 20/20A which are attached to the inside surface of the rear surface wall 8 of the container body 1 to hold the rear periphery of the semiconductor wafer W. The rear retainers 20/20A are formed of a flexible inside piece 21, an outside piece 22 which faces the inside piece 21, and a support block 23 which is bridged between the inside piece 21 and the outside piece 22 to pinch the rear periphery of the semiconductor wafer W. The inside piece 21 is closer to a center line CL that penetrates the centroid C of the semiconductor wafer W than the outside piece 22 is to the center line, and the amount of flexure of the inside piece 21 is set larger than that of the outside piece 22, to regulate large rotation of the semiconductor wafer W.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006116870-A (JP)
Title: Wood processing method
Inventor: SUZUKI TATSUYA
IPC: B27D3/00
Filed: 2004-10-22
Abstract: <P>PROBLEM TO BE SOLVED: To provide a wood processing method which facilitates molding and uniformly imparts proper strength.  <P>SOLUTION: A primary compression process for individually compressing a plurality of woods shaped from solid wood in an uncompressed state so that mutual grains of the woods are almost same by adding volume preliminarily reduced by compression and a secondary compression process for stacking a plurality of the woods, which are individually compressed in the primary compression process, in a predetermined order to collectively compress them are performed in a high temperature and high pressure steam atmosphere. After the woods are compressed for a predetermined time in the respective compression processes, the steam atmosphere is released to dry the woods.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2005023512-A (JP)
Title: Polylactic acid fiber
Inventor: MATSUMOTO HIROSHIGE
IPC: D01F6/62
Filed: 2004-10-25
Abstract: <P>PROBLEM TO BE SOLVED: To provide a polylactic acid fiber having a high strength and high heat resistance.  <P>SOLUTION: The method for producing the polylactic acid fiber comprises melt-spinning under the conditions shown bellow, drawing the obtained after once winding up or continuously drawing without winding, and heat-treating at 120-180°C. Wherein the spinning conditions are; blending ratio: poly(L-lactic acid)/poly(D-lactic acid)=30/70 to 70/30; take-off speed: ≥300 m/min; and spinning draft: ≥50.  <P>COPYRIGHT: (C)2005,JPO&NCIPI
Patent JP-2006089898-A (JP)
Title: High-strength polyethylene fiber
Inventor: KITAGAWA SUSUMU
IPC: D01F6/04
Filed: 2004-10-26
Abstract: <P>PROBLEM TO BE SOLVED: To provide a new high-strength polyethylene fiber having a uniform internal structure and slight dispersion of strength of filaments composing a multifilament yarn which is difficult to obtain by a conventional technique such as a method for gel spinning.  <P>SOLUTION: The high-strength polyethylene multifilament yarn having the uniform structure can be obtained as follows. A pre-straightened high-temperature inert gas is independently fed to each discharged solution discharged from orifices under a nozzle to thereby uniformize the cooling state of each filament. The high-strength polyethylene multifilament yarn is characterized as having ≥18 nm to ≤32 nm crystal size of the orthorhombic crystal (110) face measured by using X-ray beams formed into ≤3 μm diameter.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006125859-A (JP)
Title: Sheetlike probe, its manufacturing method, and its application
Inventor: YOSHIOKA MUTSUHIKO
IPC: H01L21/66
Filed: 2004-10-26
Abstract: <P>PROBLEM TO BE SOLVED: To reduce the dispersion of the height of sheetlike probe provided with a ring support plate at its periphery to be used for electrical inspection for a plurality of integrated circuits formed in the state of a wafer.  <P>SOLUTION: The flexible sheetlike porous membrane 11 and the ring support plate 13 for supporting the porous membrane 11 are superposed, then an adhesive is dribbled or applied to the surface of the porous membrane 11 of the obtained laminated body till the adhesive reaches to the boundary surface to the supporting plate 13 so that the porous membrane 11 is impregnated with the adhesive, then the porous membrane 11 and the supporting plate 13 are bonded by curing.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006128940-A (JP)
Title: Optical receiver
Inventor: TANAKA KEIJI
IPC: H04B10/69
Filed: 2004-10-27
Abstract: <P>PROBLEM TO BE SOLVED: To provide an optical receiver having a structure which is hardly affected by noise multiplied by an APD (avalanche photo diode).  <P>SOLUTION: The optical receiver includes: an ADP (60) being a photoelectric transducer; a bias power source (10) for applying a prescribed bias voltage to the APD (60); a bias voltage control circuit (20) for controlling the bias voltage applied to the APD (60); and current bypass circuits (30, 40, and 90). The current bypass circuits (30, 40, and 90) monitor a current quantity flowing to the APD (60) to increase a current quantity flowing to a bypass connected to the bias voltage control circuit (20) in parallel with the APD (60), in response to reduction of the current quantity flowing through the APD (60) while reducing the current quantity flowing through the bypass in response to increase of the current quantity flowing to the APD (60), whereby the current bypass circuits determine the extent of control in the bias voltage control circuit (20).  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006128452-A (JP)
Title: Probe card and prober, process for fabricating semiconductor device
Inventor: MARUYAMA DAISUKE
IPC: H01L21/66
Filed: 2004-10-29
Abstract: <P>PROBLEM TO BE SOLVED: To provide a probe card capable of optimizing the maintenance timing of individual probe cards, and to provide a prober and a process for fabricating a semiconductor device.  <P>SOLUTION: The probe card 10 has a plurality of probes 13 extending from the periphery of an opening 12 toward the central direction. The probes 13 are connected with terminals (not shown) arranged on the periphery of a circuit board 11 through wiring. A data storage section 14 is provided on a predetermined region of the circuit board 11. The data storage section 14 is storing information at least about the use record of the probe card 10 and the state of each probe 13. The data storage section 14 is holding information at least about the distal end diameter and the length of each probe 13 under initial state, the accumulated number of contact times, the timing and the number of times of card maintenance, and the distal end diameter and the length of each probe dependent on the timing and the number of times of card maintenance.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006127282-A (JP)
Title: Digital signal processor, digital signal processing method, program and verification device
Inventor: ABE HIROSHI
IPC: G06V40/14
Filed: 2004-10-29
Abstract: <P>PROBLEM TO BE SOLVED: To provide a digital signal processor for uniformly preventing the deterioration of processing efficiency.  <P>SOLUTION: This digital signal processor is provided with an extraction means for extracting a portion of real data to be inputted as extraction object data, a selection means for selecting a data size based on the data decomposition conditions of an algorithm for realizing high speed Fourie transformation from among a neighboring selection range on the basis of the data size of the extracted extraction object data and an arithmetic means for decomposing the extraction object data constituted of the selected data size based on the data decomposition conditions, and for executing a superimpose arithmetic operation by the Fourie transformation based on the respective decomposed data.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2005132115-A (JP)
Title: Combination-type printing machine
Inventor: JUERGEN SHERUTSUIHI
IPC: B41F13/56
Filed: 2004-10-29
Abstract: <P>PROBLEM TO BE SOLVED: To mutually connect a roll-paper rotary printing machine and sheet-feed rotary printing machine for variably forming a printing plate in relation to processing using various types of coating agents such as an ink containing a solvent, and processing a low-price printing material in relation to flexibly arranging processing steps.  <P>SOLUTION: In order to achieve the objects, a delivery unit 6 formed as a roll-paper=sheet feeding device is disposed between the printing machines. A printing material web discharged from the roll-paper rotary printing machine is fed to the delivery unit 6. In the delivery unit 6, printing material sheets are produced from the printing material web. The printing material sheets discharged from the delivery unit 6 are fed to the sheet-feed rotary printing machine.  <P>COPYRIGHT: (C)2005,JPO&NCIPI
Patent JP-2006136039-A (JP)
Title: Motor drive unit
Inventor: SUZUKI TOSHIAKI
IPC: H02P8/16
Filed: 2004-11-02
Abstract: <P>PROBLEM TO BE SOLVED: To provide a motor drive unit requiring no large fan for dissipating heat in which reactive power can be utilized effectively.  <P>SOLUTION: The motor drive unit comprises a power supply, a motor drive circuit connected with the power supply, and a circuit connected with the motor drive circuit and regenerating reactive power generated in the motor drive circuit to the power supply. The reactive power is not consumed uselessly but can be returned back to the power supply and reused. Since the motor drive unit is not arranged to dissipate heat, a large fan for dissipating heat is not required and thereby an increase in size and cost can be prevented.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006133256-A (JP)
Title: Image forming apparatus
Inventor: HAMAGUCHI KAZUYA
IPC: G03G15/02
Filed: 2004-11-02
Abstract: <P>PROBLEM TO BE SOLVED: To provide an image forming apparatus which does not cause or restrains the deterioration in image quality even when an adjusted value (grid bias value) stored in a non-volatile storage part is lost.  <P>SOLUTION: In performing partial memory clearing that only the content of a main storage part is erased in S320 as the result of operational input in S310: Yes, the control part of the image forming apparatus confirms that counter information showing the operating time of a photoreceptor drum, which is stored in the main storage part and a sub storage part respectively, is the same in S350: Yes, after performing the partial memory clearing in S370, the control part reads out the counter information from the sub storage part in S380, calculates the grid bias value corresponding to the counter information read out based on a table showing correspondence relation between the counter information and the grid bias value in S390, and writes it in the main storage part in S400. Since the grid bias value lost due to memory clearing or the like is calculated, based on the counter information, the image quality is not deteriorated.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006132953-A (JP)
Title: Positioning system, positioning device, control method for the positioning device and control program for positioning terminal
Inventor: MUTO NOBUO
IPC: G01S19/10
Filed: 2004-11-02
Abstract: <P>PROBLEM TO BE SOLVED: To provide a positioning system capable of shortening the time, from receiving of the order for positioning to the time for finishing the positioning.  <P>SOLUTION: The positioning system 10 is characterized in that the information providing device 20 is provided with satellite information broadcasting means for continuously broadcasting the latest satellite information, the positioning device 40 is provided with: the reception means for receiving the satellite information broadcasted by the information providing device 20; the satellite information storage means for storing the satellite information acquired from the information providing device 20, the determination means for determining whether the time interval from the previously determined satellite information reception time from the information providing device 20 has passed; the satellite information acquisition means for acquiring the satellite information from the information providing device 20, based on the result of the determination of the reception interval elapse determination means; and the positioning means for positioning using the satellite information stored in the satellite information storage means.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006132390-A (JP)
Title: Control device for diesel engine
Inventor: IHARA TADAHITO
IPC: F02D21/08
Filed: 2004-11-04
Abstract: <P>PROBLEM TO BE SOLVED: To provide a control device for a diesel engine surely materializing a combustion style of narrow combustion materialization window while simplifying the device.  <P>SOLUTION: This device is provided with a diesel combustion control means S201 establishing fuel injection timing in a vicinity of compression top dead center and performing diesel combustion, a pre-mixed combustion control means S208 advancing injection timing as compared to a diesel engine and retarding injection timing as compared to pre-mixed compression ignition combustion burning compressed air fuel mixture in a combustion chamber by self ignition to perform pre-mixed compression ignition combustion, and combustion change over means S203, S204, S205 determining change over between diesel combustion and premixed combustion based on intake air temperature, engine rotation speed and fuel injection quantity.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2005167222-A (JP)
Title: Semiconductor chip package and method for connecting substrate to semiconductor chip
Inventor: AHN MEE-HYUN
IPC: H01L25/07
Filed: 2004-11-08
Abstract: <P>PROBLEM TO BE SOLVED: To provide a semiconductor chip package capable of improving electric characteristics of a semiconductor device by applying a wire bonding technique from the center part area pad to a signal line to compensate the fragility of inductance and capacitance of a rewiring and applying the wire bonding technique from the rewired pad to a power line and a ground line to increase power, a ground line width, and the number of pads and to reduce inductance component.  <P>SOLUTION: A bonding pad of a first row which is a signal pad arranged on a line of the center part area of a semiconductor chip 10 is connected with one of bonding fingers 11 by one bonding wire 12 electrically. A bonding pad of a second row which is power or a ground pad larger in size than the signal pad is connected with one of a large number of bonding fingers by at least two bonding wires electrically. A large number of bonding wires for electrically connecting the bonding pad of the first row are long and a large number of bonding wires for electrically connecting the bonding pad of the second row are long or short.  <P>COPYRIGHT: (C)2005,JPO&NCIPI
Patent JP-2005150720-A (JP)
Title: Rotary tuning element and external resonator-type laser having the same
Inventor: TOBIASON JOSEPH D
IPC: H01S5/14
Filed: 2004-11-09
Abstract: <P>PROBLEM TO BE SOLVED: To provide a system and a method tuning an external resonator-type semiconductor with speed, simplicity, economy, and/or reliability increased while generating a continuous and non-mode hop tuning over a desired scope.  <P>SOLUTION: The external resonator-type laser has the wavelength of a laser output by a rotary tuning element mounted on a motor axis. The rotary tuning element includes a variable thickness compensation prism for properly adjusting the length of the resonator into a tuning scope of stable length and non-mode hop to the selected wavelength, while rotating an interfering membrane of variable thickness for wavelength selection and a tuning element.  <P>COPYRIGHT: (C)2005,JPO&NCIPI
Patent JP-2006140562-A (JP)
Title: Wireless communication apparatus and calibration method of array antenna
Inventor: SATO KATSUYUKI
IPC: H04B7/08
Filed: 2004-11-10
Abstract: <P>PROBLEM TO BE SOLVED: To provide a wireless communication apparatus and a calibration method of an array antenna capable of calibrating an amplitude characteristic and a phase characteristic of each branch by one calibration independently of the number of antenna elements configuring the array antenna.  <P>SOLUTION: An antenna element 11 of a first branch 1 is used for a reference antenna element at calibration of the array antenna comprising the plurality of antenna elements 11 to 13. In this case, since high frequency switches 21 to 24 of the branches 1 to 3 are thrown to the position of their B contact, the signal received by the antenna element 11 is transmitted to all of the branches 1 to 3. Then the same signal received by the antenna element 11 is transmitted to transmission/reception sections 31 to 33 and signal processing sections 41 to 43 of the respective branches 1 to 3 at the same time. Thus, each of the signal processing sections 41 to 43 measures an amplitude difference and a phase difference among signals transmitted through each branch on the basis of the same signal and can acquire resulting data for a calibration value for calibrating the array antenna.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006136774-A (JP)
Title: Coating packed material extrusion vessel
Inventor: TANI JINICHI
IPC: B05B11/02
Filed: 2004-11-10
Abstract: <P>PROBLEM TO BE SOLVED: To provide a coating packed material extrusion vessel with high quality which prevents a coating packed material from being leaked from a coating body.  <P>SOLUTION: The coating packed material extrusion vessel is made to a constitution that a coating part 10a of the coating body 10, i.e., an elastic body positioned at an opening 1c of a distal end of the vessel or covering the opening 1c, pressed to a part A to be coated at coating and elastically deformed so as to be rearwardly recessed is elastically returned to an original position when it is left from the part A to be coated after coating and a predetermined space B is formed at an inner side of the coating part 10a of the coating body 10 after coating. Accordingly, even if the coating packed material L filled in a filling area 1x and air mixed into the coating packed material L are expanded by temperature variation and atmospheric pressure variation, the coating packed material L is prevented from being leaked out from the coating part 10a of the coating body 10 by the predetermined space B provided at the inner side of the coating part 10a of the coating body 10.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006140248-A (JP)
Title: Current transformer for measuring instrument
Inventor: ICHIKAWA KOICHI
IPC: H01F38/28
Filed: 2004-11-11
Abstract: <P>PROBLEM TO BE SOLVED: To provide a current transformer for measuring instrument for easily changing a profile of a coupling body in accordance with the wiring mode, accurately measuring currents flowing into the wires, and for avoiding possibility for damage of the coupling body.  <P>SOLUTION: The current transformer 5 for measuring instrument to detect currents flowing into wires is provided with a coupling body 3. The body 3 is constituted by joining each other a plurality of core units 1 having a housing 7, an iron core 9 provided within the housing 7, and a coil 11. The core unit 1 can be easily mounted and removed to and from the other core units 1, and is also engaged with each other to freely rotate. When each core unit 1 is coupled with each other to form the coupling body 3, the wires are surrounded with the coupling body 3 to easily detect the flowing currents.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006140775-A (JP)
Title: On-vehicle circumference monitoring device
Inventor: ISHIHARA AKIO
IPC: B60R1/00
Filed: 2004-11-12
Abstract: <P>PROBLEM TO BE SOLVED: To reduce costs by realizing the connector of an image pickup element substrate which can be standardized with each connector of an interface substrate for a digital video signal and an interface substrate for an analog video signal in an on-vehicle circumference monitoring device to support driving, and also, to take a countermeasure against heat generation in the on-vehicle circumference monitoring device.  <P>SOLUTION: A CCD substrate 10 is composed of a substrate different from each interface substrate 20, 30 for executing image processing. A DSP 6 in a CSP 2 in the CCD substrate 10 outputs a digital video signal V1 to a connector 8. A D/A converter 7 in the CSP 2 outputs an analog video signal V2 to the connector 8 after converting the digital video signal V1 to the analog video signal V2. The connector 8 has a structure corresponding to connectors 81, 82 of each interface substrate 20, 30. One of the connectors 81, 82 of the interface substrates 20, 30 can be fitted into the connector 8 as it is.  <P>COPYRIGHT: (C)2006,JPO&NCIPI
Patent JP-2006138768-A (JP)
Title: Inspection method of printed matter
Inventor: YOSHIDA ATSUSHI
IPC: G01N21/88
Filed: 2004-11-12
Abstract: <P>PROBLEM TO BE SOLVED: To achieve shorten treatment time, by reducing the operation quantity in image processing, without lowering the detection accuracy of flaws, in inspecting the flaws of printed matter using image processing.  <P>SOLUTION: The inspection method for printed matter is constituted so that the image of the printed matter, to which printing is applied, is photographed and the photographed image is subjected to image processings to detect the flaw of the printed matter. The image processing includes an inclination quantity calculating step of calculating the inclination quantity of the printed matter from the photographed image of the printed matter, an image simplifying step of simplifying the photographed image to form a simplified image, a printing position detecting process of rotating the simplified image, corresponding to the calculated inclination quantity to correct it and using the corrected image to detect a printing position and a mask image processing step of arranging the preliminarily inputted mask pattern at the detected printing position to form a mask arranged image and making the mask arranged image rotate in reverse by the inclination quantity and make a mask image completed. The completed mask image is used to perform the mask process the photographed image.  <P>COPYRIGHT: (C)2006,JPO&NCIPI