baber/WOPTO huggingface dataset:
Patent JP-2010195373-A (JP)
Title: Vehicle body structure
Inventor: MURASHI MAO
IPC: B62D25/20
Filed: 2009-02-27
Abstract: <P>PROBLEM TO BE SOLVED: To provide a vehicle body structure capable of effectively dispersing and transmitting a load with a simple structure.  <P>SOLUTION: A transmission member 5 that is not in contact with a shock absorber 4 and can be brought into contact with the shock absorber 4 by the load input via a bumper reinforcement 3 is connected to a crush box 6 in parallel with a side member 2. A plurality of load paths L1, L2, L3 are formed promptly by bringing the transmission member 5 into contact with the shock absorber 4 concurrently with the deformation of the side member 2. Therefore, the load can be effectively dispersed and transmitted. Also, since the transmission member 5 is not in contact with the shock absorber 4, the structure for fixing to the shock absorber 4 is not necessary. Therefore, the load can be effectively dispersed and transmitted with a simple structure.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010202230-A (JP)
Title: Device for continuously connecting packing string in automatic string tying machine
Inventor: OGAWA TSUTOMU
IPC: B65H69/00
Filed: 2009-03-02
Abstract: <P>PROBLEM TO BE SOLVED: To provide a device for continuously connecting a packing string in an automatic string tying machine capable of immediately and reliably connecting a string from one string coil body after completing the supply of the string from the other string coil body in the automatic string tying machine for tying the string to an object to be bound in a flat shape by the outer-taking system.  <P>SOLUTION: The device includes a first string coil body 20a and a second string coil body 20b which are turned in the horizontal direction. A tip of a first string 10a drawn out of an outer circumferential surface of the first string coil body 20a is delivered to the downstream side of a string passage, and a tip of a second string 10b drawn from the outer circumferential surface of the second string coil body 20b is made to wait in the middle of the string passage. When a terminating end 31 of the first string 10a passes through the waiting position of the second string 10b, the terminating end 31 of the first string 10a and the tip 36 of the second string 10b are connected to each other by the heat bonding by operating a heat bonding means 30 arranged opposing the waiting position.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2009268341-A (JP)
Title: Information processing apparatus and integrated circuit
Inventor: NAKANUMA HIROYUKI
IPC: H01M50/569
Filed: 2009-03-02
Abstract: <P>PROBLEM TO BE SOLVED: To provide an information processing apparatus capable of performing stable/long-time continuous operations by increasing stability when alternately changing batteries in use and keeping reliability in changing actions of the batteries in use for a long period of time.  <P>SOLUTION: The system includes a battery housing section configured to individually accommodate a plurality of batteries 24L, 24R, a battery lid 25L, 25R that have magnets 29L, 29R that are provided corresponding to each of a plurality of the batteries 24L, 24R and are independently opened/closed upon removal of the battery and become magnetic field generating sections, magnetic field detecting devices 31L, 31R that detect an intensity of the magnetic field in the magnetic field section, and a controlling micro computer 37 that controls a power fetching section 36 so as to shift switches 35L, 35R based on the results of detection in the magnetic field detecting devices 31L, 31R.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010205524-A (JP)
Title: Thin battery
Inventor: TANJO YUJI
IPC: H01M10/04
Filed: 2009-03-03
Abstract: <P>PROBLEM TO BE SOLVED: To prevent a risk that, when a gas is generated in a layer in a thin battery, the gas may have an adverse effect on the other layers.  <P>SOLUTION: In a thin battery in which positive electrode plates 101 and negative electrodes plates 103 stacked via separators 102 and an electrolyte are sealed in external members 106 and 107, through-holes 22 pass through the electrode plates 101 and 103 in their stacking direction, the through-hole 22 being arranged in at least one of the positive electrode plate 101 and the negative electrode 103, the opening of the through-hole 22 is covered with a conductive layer of the other electrode plate adjacent to at least one of the electrode plates.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010010656-A (JP)
Title: Semiconductor device and method of manufacturing the same
Inventor: KODAMA DAISUKE
IPC: H01L21/768
Filed: 2009-03-03
Abstract: <P>PROBLEM TO BE SOLVED: To provide a semiconductor device which can improve the reliability of electromigration, while maintaining interconnection resistance to be low, and to provide a method of manufacturing the same.  <P>SOLUTION: A copper interconnection layer CL1 is formed in an interconnection trench IT1, on the surface of an interlayer insulating film II2. A diffusion preventing insulating film DP is formed so as to cover the copper interconnection layer CL1 and is made of at least either SiC or SiCN. An insulating film SI is formed on the copper interconnection layer CL1, via the diffusion-preventing insulating film DP interposed and is made of SiN.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010203935-A (JP)
Title: Device of estimating inputtable/outputtable power of secondary battery
Inventor: ASAI HISAAKI
IPC: H02J7/00
Filed: 2009-03-04
Abstract: <P>PROBLEM TO BE SOLVED: To provide a device of estimating inputtable/outputtable power of secondary battery for sequentially estimating inputtable/outputtable power of a secondary battery at high accuracy.  <P>SOLUTION: The device of estimating inputtable/outputtable power of secondary battery estimates the amount of increase/decrease of a current required for a terminal voltage of the secondary battery to agree with each of predetermined upper and lower limit voltages on the basis of the difference between a measurement value of the terminal voltage of the secondary battery and each of the upper and lower limit voltages of the secondary battery and an estimation value of internal resistance of the secondary battery, and estimates the inputtable voltage and the outputtable voltage of the secondary battery on the basis of the estimated amounts of increase/decrease.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010203952-A (JP)
Title: Potentiometer
Inventor: SUGANUMA AKIRA
IPC: G01D5/245
Filed: 2009-03-04
Abstract: <P>PROBLEM TO BE SOLVED: To prevent degradation of reliability as a sensor, in a conventional potentiometer which can not prevent the occurrence of imperfect contact due to employing a slide contact.  <P>SOLUTION: A potentiometer is provided, which is configured such that a signal processing circuit 300 is connected to a resolver 100 and an excitation signal generating circuit 200, and this signal processing circuit 300 synchronously rectifies and smooths carrier components of first and second resolver signals 100a, 100b from the resolver 100, and generates first and second potentiometer outputs 300a, 300b, by using an excitation signal 200a from the excitation signal generating circuit 200.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010205615-A (JP)
Title: Membrane electrode assembly for fuel cell, and method of manufacturing the same
Inventor: TOKUDA KENICHI
IPC: H01M8/10
Filed: 2009-03-04
Abstract: <P>PROBLEM TO BE SOLVED: To provide a membrane electrode assembly for a fuel cell, having sufficiently high adhesion for preventing or suppressing the fall-off of electrode catalyst layers, and sufficiently high durability for continuously developing the effects thereof.  <P>SOLUTION: The membrane electrode assembly 11 includes a polymer electrolyte membrane 12 on at least one surface of which a plurality of linear regions 14 subjected to surface roughening are formed, and the electrode catalyst layers 13 arranged on both sides of the polymer electrolyte membrane 12.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010212826-A (JP)
Title: Electroacoustic transduction device, and control parameter optimizing method of electroacoustic transduction device
Inventor: MIZUTANI KOICHI
IPC: H04R1/44
Filed: 2009-03-09
Abstract: <P>PROBLEM TO BE SOLVED: To provide an electroacoustic transduction device that has desired directivity characteristics and is easy to manufacture, and a control parameter optimizing method of the same.  <P>SOLUTION: The electroacoustic transduction device performs transduction between an electric signal and an acoustic signal, wherein (m) pieces (m: an integer of ≥2) of transducers are included on each surface of a regular n-hedron (n: an integer of ≥4), and (n) surfaces of the regular n-hedron constitute a transducer array.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010208452-A (JP)
Title: Diving computer
Inventor: KAMIJO TOORU
IPC: B63C11/26
Filed: 2009-03-10
Abstract: <P>PROBLEM TO BE SOLVED: To provide a diving computer capable of producing a diving log having extremely high credibility.  <P>SOLUTION: The diving computer 1 includes a clock function and a depth measuring function, and records and stores a diving log 70 making the depth at the diving correspond to a time series. The diving computer 1 includes a date and time calibrating unit calibrating the date and time of an internal clock on the basis of standard date and time information transmitted from the internal clock 20t and an external clock, a calibration date and time memory unit 34 storing the latest date and time obtained by calibrating the internal clock with the date and time calibrating unit, a log editing unit additionally writing authenticate information 60 including the calibration date and time at the time of starting the recording of the diving log and identification information of the external clock in the log, and an information output section 37 outputting the diving log in which the authenticate information is additionally written to an external information processing device.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010212438-A (JP)
Title: Circuit board
Inventor: OIKAWA AKIRA
IPC: H05K1/02
Filed: 2009-03-10
Abstract: <P>PROBLEM TO BE SOLVED: To provide a circuit board capable of controlling the characteristic impedance of signal wiring, suppressing an increase in a resistance value of a ground layer and also exhibiting countermeasures against high-frequency wave interference.  <P>SOLUTION: The circuit board has strip structure or microstrip structure having a ground layer 6 and signal wiring 3a, 3b arranged on the ground layer via an insulator layer 2 wherein a conductive portion forming the ground layer is formed into a mesh-like conductor 6B having a large number of through holes at positions opposing the signal wiring, and the characteristic impedance of the signal wiring 3a, 3b is adjusted. A solid electrode region 6A where no through holes are formed is formed outside the mesh-like conductor 6B, thereby suppressing an increase in the DC resistance of the ground layer 6. When the thickness of the insulator layer 2 is t, a distance U between the signal wiring and the solid electrode region is set in a range of 20t≥U≥3t.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010219235-A (JP)
Title: Part mounting substrate, and method for manufacturing the same
Inventor: SHOJI YOHEI
IPC: H05K3/28
Filed: 2009-03-16
Abstract: <P>PROBLEM TO BE SOLVED: To provide a part mounting substrate shortening a production time and preventing the deterioration of an electronic part and a conductive portion of the substrate and preventing the positional displacement of the electronic part to the conductive portion of the substrate, and to provide a method for manufacturing the part mounting substrate.  <P>SOLUTION: The part mounting substrate 10 includes: the substrate 11; the conductive portions 12 formed on one surface 11a of the substrate 11; and the electronic part 21 connected to the conductive portions 12 and arranged on one surface 11a of the substrate 11. Terminals 22 of the electronic part 21 are pressed into the conductive portions 12, and the electronic part 21, the connections between the conductive portions 12 and the terminals 22 of the electronic part 21, and the peripheral regions of the connections in the substrate 11 are coated with an adhesive layer 31. The adhesive layer 31 consists of an ultraviolet curing type adhesive having a cure shrinkage of 3% or greater, and the adhesive layer 31 is formed in a circular shape centering around the electronic part 21 in case of a plan view to the substrate 11, and the radius of the circle is set in 10 mm or greater.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010214549-A (JP)
Title: Protective cap for tool pot
Inventor: KOMIYA HIDEKAZU
IPC: B23Q3/155
Filed: 2009-03-18
Abstract: <P>PROBLEM TO BE SOLVED: To surely provide a lubrication effect for a long period of time in a latch part of a tool pot.  <P>SOLUTION: The protective cap 40 includes a cap part 41 attached to a base end side of the tool pot 20 and a lubricant conduit 46 arranged at the center of the cap part 41. At a tip end part of the lubricant conduit 46, two grooves 43, 43 opening in a tool holder storing part 25 are arranged facing each other to correspond to two positions of through-holes 31, 31 in a circumferential direction of the tool pot 20. A lubricant supply passage 47 is extended to the cap part 41 and the lubricant conduit 46 and a sub-lubricating supply passage 47B in a radial direction is extended for a main lubricating supply passage 47A extending to the tip end part of the lubricant conduit 46 and the sub-lubricating supply passage 47B opens in the grooves 43 of the lubricant conduit 46 and faces against the through-hole 31.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010226284-A (JP)
Title: Driver program, scanner device, and display method
Inventor: NAKAYAMA YOSUKE
IPC: G03B27/50
Filed: 2009-03-23
Abstract: <P>PROBLEM TO BE SOLVED: To provide a technique for displaying progress to prevent user's misunderstanding even if executing interrupt processing before or during execution of image read by scanner devices.  <P>SOLUTION: A driver program for controlling the scanner device allows a computer to execute a request step of requesting start of image read from the scanner device and a display step of displaying the progress of image read in the scanner device. In the display step, a screen for indicating warm-up is displayed while the scanner waits for or interrupts the execution of image read for executing other interrupt processing.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010225387-A (JP)
Title: Anisotropic dielectrics
Inventor: ISHIZUKA MASAYUKI
IPC: H05K3/46
Filed: 2009-03-23
Abstract: <P>PROBLEM TO BE SOLVED: To provide anisotropic dielectrics having independence and great anisotropy in a dielectric constant.  <P>SOLUTION: The anisotropic dielectrics composed of a metal/insulating material compound in which flat-plate like metal particles are orientationally dispersed in the insulating material, and the dielectric constant in a direction parallel to the orientation direction of these flat-plate like metal particles is 1.5 times or more to the dielectric constant in the direction perpendicular to this orientation direction.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2009259803-A (JP)
Title: Electrode for lead storage cell, and lead storage cell
Inventor: HOSHIBA HIROSHI
IPC: H01M4/38
Filed: 2009-03-24
Abstract: <P>PROBLEM TO BE SOLVED: To provide a lead storage cell demonstrating superior input characteristics even after a charge and discharge cycle in comparison with a lead storage cell in a prior art.  <P>SOLUTION: The electrode for the lead storage cell includes an electrode active material layer includes a layer including lead containing material as an electrode active material, and a layer including porous carbon material as an electrode, and a collector. In the electrode for the lead storage cell, when the mass of lead atoms included in the electrode active material layer is A, and the mass of the porous carbon material is B, B/(A+B)×100 is 1.0-15%.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010223812-A (JP)
Title: Method of measuring defect density in single crystal
Inventor: SHINTANI RYOCHI
IPC: G01N21/956
Filed: 2009-03-24
Abstract: <P>PROBLEM TO BE SOLVED: To provide a method of measuring defect density capable of discriminating types of defects in single crystals mechanically and efficiently.  <P>SOLUTION: The method of measuring defect density of single crystals for each defect type includes: a process for forming etch pits in respective defects by etching observation surfaces of single crystals; a process for collectively measuring the maximum depth, average depth, and depth curvature of respective etch pits for a plurality of etch pits in the same observation visual field; and a process for determining the types of the respective etch pits according to a relation in level to the reference values of the maximum depth, average depth, and depth curvature of the respective etch pits.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010225455-A (JP)
Title: Switch
Inventor: SHINTANI MASAKAZU
IPC: H01H9/18
Filed: 2009-03-24
Abstract: <P>PROBLEM TO BE SOLVED: To provide a switch, which can improve visibility in a dark place without spoiling the beauty in a room and operability.  <P>SOLUTION: The switch includes: a case 1 formed nearly in a rectangular parallelepiped shape, which is embedded/disposed in/on a construction surface of a wall or the like; a handle 2 as an operation member, which is placed on the front of the case 1 to be rocked in response to a pushing operation; a switch mechanism section which has a reverse handle 10 rocked in response to the pushing operation of the handle 2 and makes power supply from a power source to a load turn on/off in response to the rocking of the reverse handle 10; and a phosphorescence member 3 made of a phosphorescence material; wherein the phosphorescence member 3 is formed into a frame body nearly in a rectangular shape, to cover the whole sides except for the front of a main part 20 of the handle 2.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010223818-A (JP)
Title: Analysis system
Inventor: NAKAMURA SHIGEKATSU
IPC: G01N35/00
Filed: 2009-03-24
Abstract: <P>PROBLEM TO BE SOLVED: To provide an analysis system capable of reducing the loads applied to input operation of command signals and integrally controlling a plurality of analysis units.  <P>SOLUTION: The analysis system includes a plurality of analysis units A11-A14 for analyzing samples; a control unit A31, that includes an input operation section 33 for inputting command signals to the respective analysis units A11-A14 and controls the analysis units A11-A14 by outputting control signals according to the command signals to the analysis units A11-A14; and an external unit 40, that includes an input/output section 43 for inputting command signals and a transmitting/receiving section 42 for transmitting/receiving signals, to and from the control unit A31 by radio via a repeater 50 and transmits the command signals inputted by the input/output section 43 to the control unit A31 by radio. The control unit A31 includes a switching section 37 for switching a setting for prioritizing command signals inputted by the input operation section 33 and a setting for prioritizing command signals received from the external unit 40.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010226552-A (JP)
Title: Transmission line
Inventor: SUWA ATSUSHI
IPC: H01P3/04
Filed: 2009-03-25
Abstract: <P>PROBLEM TO BE SOLVED: To suppress a resonance phenomenon which may be generated when an interval between buried ground wires 15 is 1/4 of the wavelength of a high frequency transmitted through a signal wire 10.  <P>SOLUTION: A transmission line includes a dielectric substrate 21 having a surface and a back surface which are opposed to each other, a signal line 10 arranged on the surface of the dielectric substrate to transmit a high frequency, a surface ground electrode 11 arranged on the surface of the dielectric substrate and insulated from the signal line 10, through-signal wires 12 pierced through the both sides of the dielectric substrate 21 and connected to the signal line 10, a back ground electrode 14 arranged on the back surface of the dielectric substrate 21, and a plurality of buried ground wires 15a to 15g buried in the dielectric substrate 21 and arranged like circular arcs at an equal interval around the through signal wires 12. Respective buried ground wires 15a to 15g are connected at least to either one of the surface ground electrode 11 and the back ground electrode 14 and the plurality of buried ground wires 15a to 15g are arranged at an interval less than 1/4 of the wavelength of the high frequency.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010225069-A (JP)
Title: Communication device, communication method and program
Inventor: MIYAGAWA KEIICHIRO
IPC: H04B5/02
Filed: 2009-03-25
Abstract: <P>PROBLEM TO BE SOLVED: To establish communication in a short time with a simple configuration to a plurality of communication systems.  <P>SOLUTION: A demodulation circuit 12 demodulates an ASK (Amplitude Shift Keying)-modulated signal received by a loop antenna 11, and supplies a binarized signal obtained as a result to a communication system decision circuit 13. The communication system decision circuit 13 detects difference in timing when a change of the binarized signal is detected to decide which of Type A, Type B, and a passive communication mode of ISO/IEC 18092 of a communication rate of 212 kbps (kilo bit per second) or 424 kbps is a communication system of a reader/writer having transmitted a transmission signal. The communication system decision circuit 13 supplies, to a modulation circuit 16X or 16Y, data to be returned to the reader/writer supplied from a data processing part 14 according to a decision result. The technology can be applied to an IC (Integrated Circuit) card or the like.  <P>COPYRIGHT: (C)2011,JPO&INPIT
Patent JP-2010226014-A (JP)
Title: Substrate carrying apparatus
Inventor: YAMAMOTO ATSUSHI
IPC: B25J13/08
Filed: 2009-03-25
Abstract: <P>PROBLEM TO BE SOLVED: To prevent a slip of a substrate when the substrate is carried by a carrying robot, and also to prevent displacement generated when the substrate is transferred on a substrate holder from the carrying robot.  <P>SOLUTION: The carrying robot 49 provided with an imaging device 12 at the tip of a carrying arm 4 is included to detect the location of the substrate 7 set in a treatment chamber 8. The carrying arm 4 is extended again to the treatment chamber 8 after the transfer of the substrate to the treatment chamber 8 is completed to measure locations of the substrate 7 and each external circumferential edge of the substrate holder 10 for obtaining each center coordinate Os of the substrate 7 and the center coordinate Ob of the substrate holder 10 by algebraic computation. When locations of both the center coordinates Os and Ob are not matched with each other substantially, it means that the displacement of the substrate 7 occurs. Therefore, the substrate 7 is moved again by the carrying robot 49 in a direction for correcting the displacement.  <P>COPYRIGHT: (C)2011,JPO&INPIT