baber/WOPTO huggingface dataset:
Patent JP-2010175652-A (JP)
Title: Imaging optical system lens and imaging apparatus
Inventor: KOSUGE MASANORI
IPC: G02B13/18
Filed: 2009-01-27
Abstract: <P>PROBLEM TO BE SOLVED: To provide an imaging lens system having high aberration correction capabilities regardless of the presence or absence of an attachment lens.  <P>SOLUTION: The imaging optical system lens 110 includes, in order from the incident side of image light, a diaphragm 111, a first group lens 112, a second group lens 113, and a third group lens 114. The first group lens 112 is a concave lens formed of a cemented lens composed of a first lens L1 and a second lens L2. The second group lens 113 is a non-spherical convex lens. The third group lens 114 is a concave lens. The imaging optical system having a three-group four-lens configuration satisfies the following conditional expressions 1 and 2: <Conditional expression 1> 0.48≤f2/f≤0.80, wherein f is the focal distance of the imaging optical system and f2 is the focal distance of the second group lens; and <Conditional expression 2> 0.23≤V1/V2≤0.95, wherein V1 is the Abbe's number of the first lens of the first group lens and V2 is the Abbe's number of the second lens of the first group lens.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010175821-A (JP)
Title: Display medium
Inventor: HAGA KOICHI
IPC: G02F1/1333
Filed: 2009-01-29
Abstract: <P>PROBLEM TO BE SOLVED: To provide a display medium suppressing intrusion of water into a liquid crystal layer while keeping flexibility, compared with a medium using a sealing agent.  <P>SOLUTION: The display medium 10 has a layered structure of, from the display screen side (indicated by arrow X in Fig.1), a flexible substrate 12, an electrode 20, a liquid crystal layer 24, an electrode 22 and a flexible substrate 14. The display medium 10 includes a flexible moisture absorption member 26. The moisture absorption member 26 is laid at least partially in contact with the liquid crystal layer 24, and has a moisture absorption degree satisfying expression (1):A≥B, wherein A represents the moisture absorption degree of the moisture absorption member and B represents the moisture absorption degree of the liquid crystal layer.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010173045-A (JP)
Title: Power tool
Inventor: HAYASHI SUSUMU
IPC: B25F5/00
Filed: 2009-01-30
Abstract: <P>PROBLEM TO BE SOLVED: To provide a power tool including a mechanism that electrically stops power tool operation.  <P>SOLUTION: Electric scissors 1A include: a first switch 11 that outputs a signal for controlling the operation stop of a motor 5; an auxiliary trigger 12 that operates the first switch 11; a second switch 13 that outputs a signal for controlling the operation of the motor 5; a main trigger 14 that operates the second switch 13; and a control part 10 that stops the operation of the motor 5 when the first switch 11 is turned off due to the displacement of the auxiliary trigger 12 to a non-operating position.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010178574-A (JP)
Title: Pole-top transformation device lid retainer and pole-top transformation device lid holder
Inventor: MATSUMURA YOHEI
IPC: F16B2/12
Filed: 2009-01-31
Abstract: <P>PROBLEM TO BE SOLVED: To provide a pole-top transformation device lid retainer and a pole-top transformation device lid holder that can stably hold the lid of a removed pole-top transformation device on an electric pole.  <P>SOLUTION: The pole-top transformation device lid holder 1 includes a sling rope 5 that slings a pole-top transformation device lid retainer 3 and a pole-top transformation device lid retainer 3 for holding a removed lid 110 to a scaffold bolt of an electric pole when the pole-top transformation device mounted on the electric pole is checked. The pole-top transformation device lid retainer 3 has a pair of arms 16 and 18 on both ends of the connecting part 14 of a lid retainer body 10, comprises a sling ring 30 above the connecting part 14, and clamps to hold the lid 110 with the tie bolt 12 bolted in the screw-thread hole 24 provided on the arm 18 and mounted with a backing plate 22 at the end and with the receiving part 20 provided on the arm part 16.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010172877-A (JP)
Title: Coating applicator and waiting method of nozzle
Inventor: NISHIJIMA KAZUHIRO
IPC: B05C11/10
Filed: 2009-02-02
Abstract: <P>PROBLEM TO BE SOLVED: To provide a coating applicator which suppresses a solidification of a chemical solution at the end of a nozzle tip, suppresses occurrences of coating defects, and can reduce the exchange frequency of the nozzle tip, and a waiting method of a nozzle.  <P>SOLUTION: The coating applicator has a nozzle 5 supplying the chemical solution to be coated on a substrate, and a nozzle waiting part 50 allowing the nozzle 5 to wait in the atmosphere containing vapor of a solvent of the chemical solution. In the coating applicator, an inactive gas is supplied to the atmosphere of the nozzle waiting part 50.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010178298-A (JP)
Title: Distribution apparatus, and distribution system utilizing the same
Inventor: KAJI MASAHIDE
IPC: H04N7/173
Filed: 2009-02-02
Abstract: <P>PROBLEM TO BE SOLVED: To effectively utilize a detected result of a sensor.  <P>SOLUTION: The distribution apparatus 10 transmits data signals including a program to a terminal unit 12, and the terminal unit 12 receives the data signals from the distribution apparatus 10 and reproduces the program. When detecting that the number of present humans becomes larger than a threshold by a human sensor, the terminal unit 12 notifies the distribution apparatus 10 of the detected result. When notified, the distribution apparatus 10 starts the transmission of the data signals to the terminal unit 12.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2009260268-A (JP)
Title: Method for dehydrogenation treatment and method for forming crystalline silicon film
Inventor: AZUMA KAZUFUMI
IPC: H01L21/268
Filed: 2009-02-05
Abstract: <P>PROBLEM TO BE SOLVED: To provide a dehydrogenation treatment for forming an amorphous silicon film having laser resistance without adversely influencing a non-heat-resistant substrate.  <P>SOLUTION: This dehydrogenation treatment is characterized by including processes of: forming a hydrogenated amorphous silicon film on a non-heat-resistant substrate; and eliminating bonded hydrogen from the hydrogenated amorphous silicon film by irradiating the hydrogenated amorphous silicon film with an atmospheric-pressure thermal plasma torch for a period of 1-500 ms to heat the surface of the substrate to 1,000-2,000°C.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010179826-A (JP)
Title: Seatbelt apparatus for vehicle
Inventor: WAKIZAKA YUTAKA
IPC: B60R22/48
Filed: 2009-02-06
Abstract: <P>PROBLEM TO BE SOLVED: To provide a seatbelt apparatus for a vehicle, that flexibly controls, in accordance with a degree of emergency condition and the body type of the occupant, a support reactive force which supports the load of an occupant after a pretensioner is activated.  <P>SOLUTION: This seatbelt apparatus includes: a motor 10 driving to rotate a reel 12; a clutch 20 connecting the motor 10 and the reel 12; emergency condition detecting means 40 detecting emergency condition; and the pretensioner 51 driving to wind the reel 12 with the thrust of explosive or gas, when the emergency condition detecting means 40 detects the emergency condition. This seatbelt apparatus further includes: emergency condition determining means 43 determining the degree of emergency condition detected by the emergency condition detecting means 40; and spool-out load control means 44 controlling to drive the motor 10 in the webbing winding direction in accordance with the determination result of the emergency condition determining means 43, after the pretensioner 51 is activated.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010186092-A (JP)
Title: Method of manufacturing lens module, lens module, camera module, and electronic device
Inventor: ANDO HIROYUKI
IPC: G02B7/02
Filed: 2009-02-13
Abstract: <P>PROBLEM TO BE SOLVED: To efficiently manufacture a lens module of high accuracy.  <P>SOLUTION: This method of manufacturing the lens module 123 having at least one lens unit 122 movable in the optical axis direction includes a lens substrate forming process S11 of forming a lens substrate 150 where a plurality of lenses 152 are formed on a substrate, and a through hole forming process S12 of forming at least one through hole 154 and 156 that penetrates a rim 153 of each lens 152 formed on the lens substrate in the optical axis directions D1 and D3.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010186717-A (JP)
Title: Method of manufacturing fuel battery cell
Inventor: SATO KENJI
IPC: H01M8/10
Filed: 2009-02-13
Abstract: <P>PROBLEM TO BE SOLVED: To provide a method of manufacturing a fuel battery cell which solves both of problems that a cross leak path of gas is formed when an extended part of an electrolyte membrane is lifted by a resin pressure of injected resin in forming a gasket and faces to an end surface of the gasket, and that the electrolyte membrane is contracted under a high temperature atmosphere in forming the gasket and a drum shape is formed in which a center part of an electrode body swells.  <P>SOLUTION: The method of manufacturing a fuel battery cell includes a process for treating a lamination (the electrode body 5) in a position with a load mounted at a high temperature from a side surface of a second gas transmission layer (a gas diffusion layer 4) and a side surface of an extending part 1a of the electrolyte membrane 1; and a process for housing a separator and the lamination 5 after high-temperature treatment in this order in a molding die, injecting resin from a side of the housed lamination, and forming the gasket on a periphery edge of the lamination 5 to form the fuel battery cell. The temperature at the high temperature treatment is equal to or higher than a temperature in forming the gasket.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010190082-A (JP)
Title: High pressure pump driving structure for internal combustion engine
Inventor: NAKAJIMA MASAHIRO
IPC: F01L1/04
Filed: 2009-02-17
Abstract: <P>PROBLEM TO BE SOLVED: To provide a high pressure pump driving structure for an internal combustion engine in which a high pressure pump having an input part to be operated in the axial direction is mounted on a cover member covering a valve gear including a cam shaft, and a pump driving rocker arm is provided between the pump cam of the cam shaft and the input member of the high pressure pump for rocking following the pump cam, for efficiently transmitting driving force from the pump cam to the high pressure pump while eliminating the need for specially strengthening the pump driving rocker arm itself and the support of the pump driving rocker arm.  <P>SOLUTION: An abutting portion of the pump driving rocker arm 60 on the pump cam 58 and an abutting portion of the pump driving rocker arm 60 on the input part 62 are arranged in parallel to the operating axis of the input part 62 on the same side relative to a plane PL passing through the rocking center of the pump driving rocker arm 60.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010188872-A (JP)
Title: Three-point type seat belt device
Inventor: YAMAMOTO KAZUTO
IPC: B60R22/20
Filed: 2009-02-18
Abstract: <P>PROBLEM TO BE SOLVED: To provide a three-point type seat belt device having an excellent belt installing/non-installing property, and occupant restraining performance which is hard to be influenced by sliding of a seat.  <P>SOLUTION: The three-point type seat belt device 10 includes: a belt guide 12 provided at an upper portion of a vehicular width direction inside part of the seat; an anchor 14 at a lower portion of the vehicular width direction inside part of the seat; a slip joint 16 lowered to a position along a vehicular width direction outside surface lower part of the seat when the belt is installed, and lifted when the belt is not installed; a lever 18 rotatably supported by a vehicular width direction outside surface upper part of the seat, and supporting the slip joint 16 at a distal end 18b; a shoulder belt 20a extending from the belt guide 12 to the slip joint 16 when the belt is installed; and a wrap belt 20b folded back at the slip joint 16 to connect to the shoulder belt 20a when the belt is installed. The belt can be attached/detached by lifting and lowering the lever 18.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010189959-A (JP)
Title: Rail cleaning device
Inventor: TAKIMOTO KIYOTAKA
IPC: B66C11/00
Filed: 2009-02-19
Abstract: <P>PROBLEM TO BE SOLVED: To provide a rail cleaning device capable of changing the direction of a cleaning body through a rotary shaft by the gravity of the cleaning body and a friction force of a cleaning face and traveling on the cleaning face to scrape a deposit to one side only.  <P>SOLUTION: The rail cleaning device attached to a traveling body traveling on rails and moving on upper faces of the rails for cleaning is provided with a mounting member 1 fixed to a mounting fitting provided on the traveling body, a rotary member 2 connected rotatably with the mounting member 1, a pedestal member 3 attached to the rotary member 2, and the cleaning member 4 connected with the pedestal member 3. The mounting member 1 is composed of a plate-like mounting pedestal 11 and a fork-shaped block member 12 protruding from the mounting pedestal 11, connected with the rotary member 2 through the rotary shaft 25 passing through the fork-shaped block member 12, and rotates the cleaning member 4 in the oblique direction relative to the rail laying direction by the rotation of a rotary shaft 25 to remove the deposit or an object adhered to the upper faces of the rails by pressing the cleaning member against the upper faces of the rails.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010196487-A (JP)
Title: Engine with variable valve gear
Inventor: MURATA SHINICHI
IPC: F01L1/34
Filed: 2009-02-23
Abstract: <P>PROBLEM TO BE SOLVED: To control both the valve opening timing and valve closing timing of an intake valve independently while keeping a valve train compact.  <P>SOLUTION: This engine with a variable valve gear includes a cam phase variable mechanism 20 provided to one ends of intake camshafts 21, 22 and varying the phase of the drive cam of the intake valve relative to the crankshaft of the engine. The cam phase variable mechanism 20 is configured by arranging two vane hydraulic actuators 50, 51 on the intake camshafts 21, 22 in the axial direction, respectively. The vane rotor 50b of the first vane hydraulic actuator 50 and a housing 51a for covering the vane rotor 51b of the second vane hydraulic actuator 51 are fixed to each other to form the first vane hydraulic actuator 50 and the second vane hydraulic actuator 51 integrally with each other.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010196200-A (JP)
Title: Apparatus and method for continuously heat-treating porous carbon fiber sheet precursor
Inventor: MIHARA KAZUSHIGE
IPC: D01F9/14
Filed: 2009-02-25
Abstract: <P>PROBLEM TO BE SOLVED: To provide an apparatus for continuously carbonizing and heat-treating a porous carbon fiber sheet precursor by which a high-quality porous carbon fiber sheet can be produced in high productivity and yield: and to provide a method for treating the precursor.  <P>SOLUTION: The continuously carbonizing and heat-treating apparatus is equipped with a pre-carbonizing heat-treating apparatus for carrying out the pre-carbonizing treatment of the continuously fed porous carbon fiber sheet precursor (4) containing a resin impregnated therein and cured, and a high-temperature carbonizing and heat-treating apparatus for carrying out the carbonizing treatment of the porous carbon fiber sheet precursor subjected to the pre-carbonizing treatment in an inert gas atmosphere. Each of the heat-treating apparatuses (1) has an exhaust vent (10) of a waste gas in each the heat-treating apparatus, and also has a conveying means (9) of the porous carbon fiber sheet precursor (4). The exhaust vent (10) of the waste gas is arranged at the lower side of a lower surface of the porous carbon fiber sheet precursor.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010197351-A (JP)
Title: Obstacle detector
Inventor: AKIYAMA KEIKO
IPC: G01S15/931
Filed: 2009-02-27
Abstract: <P>PROBLEM TO BE SOLVED: To determine a low obstacle such as a skid without coming within a close range thereof by a simple and inexpensive configuration.  <P>SOLUTION: A transmitter-receiver 3 is disposed in a position higher than a rear bumper of a vehicle 10, and an ultrasonic wave is transmitted backward to receive a reflected wave from a detecting object. At this time, a peak value of the reflected wave received is detected and stored. The peak value, which changes as the vehicle 10 moves backward, is calculated as a peak value difference. In the event of an obstacle P being close to a road surface that falls outside a detection area S, the peak value difference becomes "negative" to allow determination.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010205828-A (JP)
Title: Wafer peeling method and wafer peeling device
Inventor: TANABE KAZUO
IPC: H01L21/683
Filed: 2009-03-02
Abstract: <P>PROBLEM TO BE SOLVED: To provide a wafer peeling method for surely peeling a wafer adhering on a support substrate in a short period of time without any damage resulting from the thin plate of the substrate, and also to provide a wafer peeling device.  <P>SOLUTION: A wafer 2 is made to adhere on a support substrate 3 by using adhesive whose adhesion declines by foaming and decomposition caused by heating. An adhering object 1 of this wafer and the support substrate is mounted on a demount stage 5, and is heated to a temperature level at which the foaming and decomposition does not occur. After that, a demount chuck 6 is made to descend on the wafer and the wafer is absorbed by the chuck. This demount chuck 6 is heated in advance to a temperature level at which the adhesive foams and decomposes, and the adhesive foams and decomposes by conduction heat from the demount chuck, and then its adhesion declines. After that, the demount chuck is elevated perpendicularly, and the wafer is peeled perpendicularly.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010203338-A (JP)
Title: Exhaust emission control device of internal combustion engine
Inventor: MORI TOSHIHIRO
IPC: B01D53/94
Filed: 2009-03-04
Abstract: <P>PROBLEM TO BE SOLVED: To provide an exhaust emission control device of an internal combustion engine in which opportunities to perform an S-regeneration of a catalyst are appropriately secured.  <P>SOLUTION: The exhaust emission control device of the internal combustion engine performs the S-regeneration of a catalyst by supplying a reducing agent through a reducing agent supplying means. Specifically, in the case that opportunities of making the air/fuel ratio rich (rich opportunities) are not frequent, a control means performs the regeneration of the catalyst with a rich time shorter than that in the case that the rich opportunities are frequent. In other words, the higher the frequency of rich opportunities is, the shorter the rich time is made. Then, by the reduction of the rich time, the lean time that is provided before the air/fuel ratio is made rich can also be reduced. Therefore, opportunities for regeneration are appropriately secured even in the case that rich opportunities are not frequent such as traveling in traffic jam.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010218738-A (JP)
Title: Organic el element, display using it, and lighting system
Inventor: BETSUMIYA HIROSHI
IPC: H01L51/50
Filed: 2009-03-13
Abstract: <P>PROBLEM TO BE SOLVED: To provide an organic EL element having sufficient light extraction efficiency and with high durability against cracks or the like by heat.  <P>SOLUTION: The organic EL element 10 having at least one light-emitting layer 3 includes a light scattering adhesive layer 5 containing a light scattering material. When intensity of parallel transmitted light incident into a normal direction of the light scattering adhesive layer is to be I0°, and intensity of parallel transmitted light incident from a direction slanted by 30° is to be I30°, a ratio of I30° to I0° is in a range from 10% or more and less than 95%.  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010217676-A (JP)
Title: Supply quantity management device, image forming apparatus and supply quantity management program
Inventor: KAWARAZUKA HIROSHI
IPC: G03G15/08
Filed: 2009-03-18
Abstract: <P>PROBLEM TO BE SOLVED: To precisely recognize the supply amount of a two-component developer.  <P>SOLUTION: A supply quantity management device calculates Pm←Pm+P1 in succession and performs "correction control" based upon Pm when a cumulative driving time tm reaches (t) seconds (10 seconds). When A<Pm≤B, it is determined that a toner supply quantity is too large or too small owing to variation due to a load torque, input voltage variance, a individual difference of a motor etc. A conversion value Pt is obtained based on a correction period interval time (t) of the motor. A correction coefficient α is obtained based on the difference ΔP between the conversion value Pt and Pm. Then, the correction period interval time (t) is corrected with α and added to a motor driving time buffer T (T←1×α). When Pt<Pm, α is set to a side where the motor driving time buffer decreases (α<0). When Pt=Pm, α is set to a side where the motor driving time buffer is not corrected (α=0). When Pt>Pm, α is set to a side where the motor driving time buffer increases (0<α).  <P>COPYRIGHT: (C)2010,JPO&INPIT
Patent JP-2010218390-A (JP)
Title: Stream accumulation control device
Inventor: SHIMIZU HIDEHIRO
IPC: G06F12/00
Filed: 2009-03-18
Abstract: <P>PROBLEM TO BE SOLVED: To distribute stream data into a volume with suitable reliability and accumulate the distributed stream data according to the contents of the stream data, independently of application, user or terminal.  <P>SOLUTION: The stream accumulation control device includes an importance correspondence table, including analytical items of stream data and the importance of stream data corresponding to the analytical items and an importance conversion table, including the importance of the stream data and the reliability of a volume for accumulating the stream data corresponding to the importance of the stream data; finds out the importance corresponding to the analytical items of the stream data from the importance correspondence table; and finds out the reliability of the volume, corresponding to the importance from the importance conversion table to accumulate the stream data of the importance found out from the analytical items of the stream data, in the volume with the reliability corresponding to the importance, so that the stream data can be distributed to the volume with suitable reliability, according to the contents of the stream data and can be accumulated.  <P>COPYRIGHT: (C)2010,JPO&INPIT