baber/WOPTO huggingface dataset:
Patent JP-2008214379-A (JP)
Title: Method for operating chamber type coke oven
Inventor: NAKAGAWA ASAYUKI
IPC: C10B41/02
Filed: 2007-02-28
Abstract: <P>PROBLEM TO BE SOLVED: To provide a method by which pushing force can accurately be estimated in pushing of coke in a chamber type coke oven.  <P>SOLUTION: The method for operating the chamber type coke oven is carried out as follows: the pushing force required when discharging the coke from a carbonization chamber of the chamber type coke oven with a pusher is estimated by using the amount of gap (clearance) between the oven wall and the coke produced during coal carbonization and the pushing of the coke is performed on the basis of the pushing force. In the method, the amount of gap is determined by considering the extent of deformation of the oven wall of the carbonization chamber during the coal carbonation. The extent of the deformation of the oven wall produced during the coal carbonization is estimated from the vertical crack width of oven wall bricks and the swelling pressure of the coal.  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2007294885-A (JP)
Title: Light emitting device and method for fabrication thereby
Inventor: YONEDA AKINORI
IPC: H01L33/32
Filed: 2007-03-01
Abstract: <P>PROBLEM TO BE SOLVED: To provide a light emitting device for improving light takeoff efficiency in a view plane direction of the light emitting device.  <P>SOLUTION: This light emitting device 10 comprises an n-type semiconductor layer 2 made of a nitride semiconductor with an n-side electrode 7 and a p-type semiconductor layer 4 which have been laminated on a semiconductor 1, a light emitting layer 3 between the n-type semiconductor layer 2 and the p-type semiconductor layer 4, and a p-side electrode 8 via a transparent electrode 6 in a light emitting area L on the p-type semiconductor layer 4. Further, the device has the n-side electrode 7 and p-side electrode 8 on the same substrate surface; and in addition, this light emitting device has multiple protrusions (irregularities) 9 in other than the light emitting area L and an insulating film 5 in an area except the n-side electrode 7 and a p-side electrode 8, in a way that the insulating film 5 at the top of each protrusion 9 is thicker than the insulating film 5 at the bottom and side of the protrusion 9, as well as the insulating film 5 in the light emitting area L.  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2008220413-A (JP)
Title: Electric hot water storage container
Inventor: FUJIKAWA HISATERU
IPC: A47J27/21
Filed: 2007-03-08
Abstract: <P>PROBLEM TO BE SOLVED: To attach and detach an independent dispensing operation member to/from the opening of an operation part wall from above, to eliminate influence on electrical equipment by an inexpensive structure without a special sealing member being mounted even when water or hot water reaches between both, and to eliminate thermal influence on a low heat resistant display part.  <P>SOLUTION: In order to dispense liquid contents to be used by transmitting the pressing operation of the independent dispensing operation member 61 to a dispensing switch 62 in an operation part 30 formed of an overhang part 31 to the front part side of the upper end of a container body 1, the operation part 30 is provided with a peripheral groove 64 surrounding an operation area 63 where the dispensing operation member 61 transmits the pressing operation to the dispensing switch 62, the dispensing operation member 61 is fitted from the above into the opening 64b formed by the outer peripheral wall 64a of the peripheral groove 64 and is supported so as to perform the pressing operation, and the low heat resistant display part 68 is provided on a position away from the peripheral groove 64 of the operation part 30.  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2008223250-A (JP)
Title: Chimney dismantling system
Inventor: FURUNAGA TATSUHIRO
IPC: E04G23/08
Filed: 2007-03-09
Abstract: <P>PROBLEM TO BE SOLVED: To provide a chimney dismantling system, smoothly attaching and detaching for replacement a fire brick dismantling apparatus and a concrete dismantling apparatus to one driving part, and efficiently performing chimney dismantling work using one lifting machine according to a series of work process.  <P>SOLUTION: This chimney dismantling system is configured to removably and replaceably install the fire brick dismantling apparatus 15 and the concrete dismantling apparatus 32 to the driving body part 22 to dismantle a chimney 20. In the dismantling work for an inner cylinder 12 using the fire brick dismantling apparatus 15, the concrete dismantling apparatus 32 is temporarily placed on a temporary placing frame 59 disposed on the ground with pin junction parts 53, 54 disposed on the upper side, and with a fixed dismantling arm 51 and a movable dismantling arm 52 held in an erect state. In the dismantling work for an outer cylinder 13 using the concrete dismantling apparatus 32, the fire brick dismantling apparatus 15 is supported by a pedestal frame 27 and temporarily placed on the ground in the self-supported state.  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2008223809-A (JP)
Title: Vibration control device
Inventor: YAMAKAWA HIROYUKI
IPC: F16F15/02
Filed: 2007-03-09
Abstract: <P>PROBLEM TO BE SOLVED: To provide an efficient vibration control device capable of reducing output of a vibration control means and being materialized with a small vibration control means.  <P>SOLUTION: In the vibration control device provided with a load support part 10 installed on an installation part F, a counter balance part 30 connected to the load support part 10 and providing balancing load, and a vibration control part 20 having the vibration control means 21 controlling vibration of the installation part F of the load support part 10, moment for returning to a balancing state increases when the load support part 10 displaces from the balancing state of moment by load acting on one end 33b side of a balance part 33 and moment by an energizing means 35 acting on another end 33c side of the balance part 33.  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2007251165-A (JP)
Title: Lithographic apparatus and device manufacturing method
Inventor: VAN DER SCHOOT HERMAN K
IPC: G03F7/20
Filed: 2007-03-09
Abstract: <P>PROBLEM TO BE SOLVED: To provide an apparatus which allows table positions to be changed without the need to drain a liquid in twin-stage immersion exposure.  <P>SOLUTION: Substrate tables WT1 and WT2 are provided with bumpers 10 surrounding the respective substrate tables and members 20 extending beyond the bumpers 10 and any other portions of the substrate tables. This structure allows the top surfaces of the substrate tables WT1 and WT2 to extend so that the top surfaces of the substrate tables sufficiently come close to each other, thereby substantially preventing a liquid from leaking from a gap 25 between the top surfaces of the substrate tables WT1 and WT2, which exists between the members 20, without the need to turn off a liquid supply system when the substrate tables WT1 and WT2 simultaneously move beneath a projection system PS.  <P>COPYRIGHT: (C)2007,JPO&INPIT
Patent JP-2008221949-A (JP)
Title: Power output device and vehicle mounted with same,and control method of power output device, driving device, control method of driving device
Inventor: KIMURA AKIHIRO
IPC: B60W20/00
Filed: 2007-03-09
Abstract: <P>PROBLEM TO BE SOLVED: To suppress a rise in temperature of a motor connected to a drive axle through a transmission.  <P>SOLUTION: When motor temperature Tm is equal to or larger than a threshold T1 or when inverter temperature Tinv is equal to or larger than a threshold T2, a value 1 is set to a motor state judgment flag F, and a Lo-Hi shift line of a transmission is set to a high-vehicle-speed side to make an up-shift speed change difficult (S340, S350); and a motor is driven within a high-load range of low number of revolutions and high torque while a current transmission step (n) of a transmission is in a Hi gear state, and when the motor state judgment flag F indicates the value 1, a down-shift speed change is forcibly made irrelevantly to a Hi-Lo shift line (S400 to S420). Consequently, the motor can be driven in a region of high number of revolutions and low torque, so that a rise in temperature of the motor can be suppressed.  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2008225882-A (JP)
Title: Electronic equipment
Inventor: TAKENAKA NOBUAKI
IPC: G06F9/445
Filed: 2007-03-13
Abstract: <P>PROBLEM TO BE SOLVED: To reduce storage capacity of firmware in electronic equipment without impairing practicability of the electronic equipment.  <P>SOLUTION: At the first shipment of the electronic equipment (for example, a printer), only essential firmware modules 51 to 63 for providing essential functions are stored in a program device 7 in the electronic equipment. A user can additionally and substitutionally store optional firmware modules 67 to 75 for providing functions other than the essential functions later in the program device 7 in the electronic equipment selected from an optional firmware group 45 prepared in external equipment (for example, a host computer).  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2008226096-A (JP)
Title: Restriction propagation device, restriction propagation method, and program
Inventor: SATO TATSUHIRO
IPC: G06N5/04
Filed: 2007-03-15
Abstract: <P>PROBLEM TO BE SOLVED: To provide a restriction propagation device 20, capable of efficiently processing a restriction expressed using an optional mathematical formula in a restriction propagation method.  <P>SOLUTION: The restriction propagation device 20 includes domain change processing for expressing a restriction by use of an argument that is a variable number or a formula expressed by one or more variable numbers, and deleting, for each restriction, a value having no possibility of satisfying the restriction from the domain of the argument. When the domain of the argument is changed in the domain change processing, and the argument changed in domain is a formula, recalculation of domain of variable number is performed for each of all variable numbers used in the formula so as to satisfy the domain of the formula, and when the argument changed in domain is a variable number, recalculation of domain of formula is performed for each of all formulae expressed using the variable number.  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2008225357-A (JP)
Title: Image forming apparatus
Inventor: YOKOGAWA NOBUHITO
IPC: G03G21/10
Filed: 2007-03-15
Abstract: <P>PROBLEM TO BE SOLVED: To improve a filling factor of waste toner into a container by preventing the waste toner from being unevenly accumulated in the container, in a configuration having an endless belt-like second image carrier superimposing toners on a plurality of first image carriers, a cleaning member removing residual toner on the second image carrier and the container in which the toner removed by the cleaning member directly drops by gravity and is stored.  <P>SOLUTION: The width L2 of the opening 19b-1 of the container 19b is larger than the width L1 of the cleaning member 19a, the container 19b is movable in its longitudinal direction, while keeping such a relationship that the longitudinal width of the cleaning member 19a is always positioned in the range of the opening 19b-1, and a stop position after the movement is changed to store the dropped toner.  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2008223741-A (JP)
Title: Centrifugal blower
Inventor: IWATA TORU
IPC: F24F1/00
Filed: 2007-03-16
Abstract: <P>PROBLEM TO BE SOLVED: To provide a centrifugal blower capable of effectively reducing exfoliation in the vicinity of a side plate of the centrifugal blower and improving air capacity and improving ventilation efficiency and reducing ventilation noises.  <P>SOLUTION: In the centrifugal blower having a principal plate 14 and side plate 15, in which numerous blades 16, 16... between the principal plate 14 and side plate 15 are arranged circumferentially in parallel at a designated blade angle and designated blade intervals, a shape of an air guide surface of the side plate 15 opposing to the principal plate 14 is formed with an assembly of curved lines or straight lines and curved lines at the cross-section of the side plate 15 in the rotary shaft direction. A curvature of a curved line section is changed circumferentially, and the diameter at a peripheral edge of an air inlet and height in the shaft direction are set up to be fixed in the peripheral direction.  <P>COPYRIGHT: (C)2008,JPO&INPIT
Patent JP-2008233983-A (JP)
Title: Quantile normalization method and device
Inventor: AKIBA YUKINORI
IPC: G06F17/16
Filed: 2007-03-16
Abstract: <P>PROBLEM TO BE SOLVED: To provide a quantile normalization device for operating calculation at a high speed, and for processing large amounts of data.  <P>SOLUTION: A quantile normalization device is composed of a data input device 1 for reading numerical data from a file or the like; processors 2-1 and 2-2 for operating normalization calculation by a program; and a data output device 3 for outputting the normalized data to a file or a display or the like. In the procedure of the quantile normalization, the read numerical data are processed by first rearrangement parts 11 and 21, sequencing parts 12 and 22, mean value calculation parts 13 and 23, an overall mean value calculation part 15, and second rearrangement parts 14 and 24, and the result is written in a file by the data output device 3, or displayed on the display or the like.  <P>COPYRIGHT: (C)2009,JPO&INPIT
Patent JP-2008235476-A (JP)
Title: Spool mounting jig
Inventor: SAKAI TAKANORI
IPC: H01L21/60
Filed: 2007-03-19
Abstract: <P>PROBLEM TO BE SOLVED: To provide a configuration excellent in handleability wherein a spool can be mounted and demounted easily and surely, and the held spool is not accidentally detached.  <P>SOLUTION: Three grasp members 16a, 16b (not shown in the figure), 16c are evenly spaced with respect to the circumferential direction of a flange 14 of a spool 12 so that they can grasp the flange 14 from the outside thereof, and a grasp member operating mechanism 18 is provided to move the grasp members 16a-16c. When a lever 20 is subjected to turned counterclockwise (in the direction of the arrow (X)), a pushing member 44 is pushed and a cam 30 is turned, and the three grasp members 16a-16c are simultaneously opened in the direction leaving from the flange 14 (in the direction of the arrow (Y)). If the lever 20 is operated in the direction opposite to X, the three grasp members 16a-16c are simultaneously closed to grasp the perimeter surface of the flange 14.  <P>COPYRIGHT: (C)2009,JPO&INPIT
Patent JP-2008231995-A (JP)
Title: Method and device of controlling operation of spark-ignition engine
Inventor: SUZUKI KOUTAIRO
IPC: F02D21/08
Filed: 2007-03-19
Abstract: <P>PROBLEM TO BE SOLVED: To solve problem of a conventional method for calculating an EGR rate from an intake air amount and a cylinder pressure wherein, since an ignition timing is corrected in a next combustion cycle, the control accuracy of the EGR ratio is not correct.  <P>SOLUTION: This operation control device for a spark-ignition engine comprises an EGR amount setting part 31 for setting an EGR amount according to the operating conditions of the engine 10 and an ignition timing setting part 43 for setting an ignition timing according to the EGR amount set by the EGR amount setting part 31. The operation control device further comprises a cylinder pressure sensor 20 for detecting, during a compression stroke, a pressure variation in a combustion chamber 12 into which an air-fuel mixture including an EGR gas is supplied; an EGR gas concentration calculation part 33 for calculating the EGR gas concentration included in the air-fuel mixture according to the pressure variation detected by the cylinder pressure sensor; and an ignition timing correction part 50 for correcting the ignition timing set by the ignition timing setting part 43 according to the EGR gas concentration calculated by the EGR concentration calculation part.  <P>COPYRIGHT: (C)2009,JPO&INPIT
Patent JP-2008229493-A (JP)
Title: Pressure swing adsorption type oxygen concentrator
Inventor: SUGANO MATSUSATO
IPC: C01B13/02
Filed: 2007-03-20
Abstract: <P>PROBLEM TO BE SOLVED: To provide a pressure swing adsorption type oxygen concentrator mounted with a solenoid valve minimizing pressure loss of an exhaust gas valve, while suppressing electric power consumption.  <P>SOLUTION: The pressure swing adsorption type oxygen concentrator includes: one or more adsorption cylinders 8a, 8b containing an adsorbent preferentially adsorbing nitrogen to oxygen; an air compressing/supplying means supplying compressed raw air to the adsorption cylinders; and a gas flow path switching means for switching air supply and discharge to the adsorption cylinders. In the pressure swing adsorption type oxygen concentrator, by repeating an adsorption process of adsorbing nitrogen in the supply air by pressurizing inside the adsorption cylinders to the adsorbent, and taking out oxygen which has not been adsorbed as product gas, and a desorption process discharging the inside of the adsorption cylinders via the switching means, desorbing nitrogen adsorbed in the adsorbent to discharge, oxygen in the air is concentrated and taken out. The switching means is the pilot type solenoid valve, and includes a pilot air exhaust mechanism performing discharging at a discharge pressure of the pilot air lower than the atmospheric pressure.  <P>COPYRIGHT: (C)2009,JPO&INPIT
Patent JP-2008236363-A (JP)
Title: Piezoelectric vibrator, manufacturing method thereof and electronic equipment
Inventor: ONO YASUHIRO
IPC: H01L41/22
Filed: 2007-03-20
Abstract: <P>PROBLEM TO BE SOLVED: To provide a piezoelectric vibrator which is wide in selecting the material quality of a vibrating part and has high reliability.  <P>SOLUTION: The piezoelectric vibrator 300 comprises a substrate 10; a silicon oxide layer 20 formed on the substrate 10; a silicon layer 30 formed on the silicon oxide layer 20; a vibrating part formation layer 40 formed in contact on the silicon layer 30; the vibrating part 100 formed in a first opening H1 penetrating the vibrating part formation layer 40 in the shape of a cantilever beam and having a beam connecting part 110 fixed to the vibrating part formation layer 40 and a plurality of beams 120 extending from the beam connection part 110; a second opening part H2 penetrating the silicon layer 30 and formed under the first opening part H1 and the vibrating part 100; and driving parts 200 formed on the beams 120 and provided with piezoelectric elements 75.  <P>COPYRIGHT: (C)2009,JPO&INPIT
Patent JP-2008235667-A (JP)
Title: Semiconductor device
Inventor: MORIFUJI EIJI
IPC: H01L21/8238
Filed: 2007-03-22
Abstract: <P>PROBLEM TO BE SOLVED: To provide a semiconductor device in which by designing a novel architecture for a gate structure composed of a gate electrode and gate wiring, a gate electrode for a MOSFET in the element region can be set to an optimum film thickness from the viewpoint of leakage and characteristics, and the gate wiring has a MOSFET with a high yield with no unfinished silicide.  <P>SOLUTION: The semiconductor device has a semiconductor substrate 10 and a MOSFET with a gate structure formed on the semiconductor substrate and made up of a gate electrode 4 and gate wiring 5. The gate structure is constructed so that at least part of it consists of silicide films 7 and 12, and the gate wiring 5's silicide film 12 has a film thickness thicker than that of the silicide film 7 of the gate electrode 4. In case of the gate wiring 5 described here, all is composed of silicide film 12. To obtain a gate structure with such a makeup, the gate wiring's insulating sidewall should be removed in advance.  <P>COPYRIGHT: (C)2009,JPO&INPIT
Patent JP-2008232393-A (JP)
Title: Shift control device of continuously variable transmission
Inventor: TAWARA SHINKO
IPC: F16H61/66
Filed: 2007-03-23
Abstract: <P>PROBLEM TO BE SOLVED: To provide a shift control device of a continuously variable transmission, capable of avoiding the case of insufficient driving force for an acceleration demand of a driver, so that the acceleration demand is satisfied.  <P>SOLUTION: An electronic control device 100 of a continuously variable transmission (CVT) 2 sets a target input rotation speed NINT of the CVT 2 connected to an engine 3 on the basis of an accelerator opening and vehicle speed, and executes control so as to force an actual input rotation speed NIN of the CVT 2 to coincide with the target input rotation speed NINT and shift control so as to reduce the target input rotation speed NINT when the actual input rotation speed NIN reaches the upper limit value of the target input rotation speed NINT, wherein while determining whether or not the actual input rotation speed NIN reaches the upper limit value of the target input rotation speed NINT, the determination of whether or not a kick down switch 109 is turned on is made. When the kick down switch 109 is determined to be turned on, the shift control causing the reduction in the target input rotation speed NINT is prohibited even through the actual input rotation speed NIN reaches the upper limit value of the target input rotation speed NINT.  <P>COPYRIGHT: (C)2009,JPO&INPIT
Patent JP-2008235836-A (JP)
Title: Substrate transfer devices, substrate transfer module, substrate transfer method, and storage medium
Inventor: KONDO KEISUKE
IPC: B25J13/08
Filed: 2007-03-23
Abstract: <P>PROBLEM TO BE SOLVED: To provide substrate transfer devices, or the like, which can transfer substrates with their original transfer precision, immediately after the resumption of operation independently of cold state or warmed up state of them and obtain high uniformity of treatment in the substrates.  <P>SOLUTION: The substrate transfer device 1a and the substrate transfer device 1b are equipped with an articulated transfer arm 10a and an articulated transfer arm 10b, respectively, each having a structure consisting of a holder portion 13 for holding the substrate and arm portions 11, 12 connected rotatably to the holder portion 13. A heating means 61a and a heating means 61b heat respectively the respective arm portions 11, 12, and a temperature detection means 64a and a temperature detection means 64b detect respectively temperatures of the respective arm portions 11, 12. A control means 7 makes the respective arm portions 11, 12 heat before the starting of the substrate transfer, and allows the transferring of the substrates when temperature values detected by the temperature detection means 64a and 64b rise up to a predetermined temperature span. After that, the control means 7 so controls the heating means 61a and 61b that the detected temperature values are kept within the predetermined temperature span.  <P>COPYRIGHT: (C)2009,JPO&INPIT