baber/WOPTO huggingface dataset:
Patent JP-H1071913-A (JP)
Title: Side impact type air bag module and manufacture therefore
Inventor: MARJANSKI GEORGE C
IPC: B60R21/20
Filed: 1997-06-19
Abstract: PROBLEM TO BE SOLVED: To obviate a means to be added from outside to a seat of a vehicle by arranging a thermoplastic cover to regulate a weakening tearing-off line in an intermediate part of both vertical edges in parallel to the first and second vertical edges to open an air bag when the air bag expands. SOLUTION: A plastic cover 10 extending in the lengthwise direction when the lengthwise direction is set in the vertical direction, is formed of an extrusion mold of a plate-like seat shape having opposed both vertical edges. One vertical edge of its cover 10 forms a bead 12, and the other vertical edge carries a semicylindrical socket 14, and its bead 12 is fitted in a snap so as to form a surrounding tubular body to the socket 14, and a vertical tearing-off line 22 is also formed between both in parallel to both vertical edges to which a seat is opposed. Therefore, a means to be added from outside to the seat of a vehicle can be obviated.
Patent JP-S5953234-A (JP)
Title: Control device for power take-off device in automobile
Inventor: FUJINAMI ICHIROU
IPC: B60K17/28
Filed: 1982-09-18
Abstract: PURPOSE:To reduce heat generation due to longtime energization to a solenoid in a device for connecting and disconnecting a power take-off device through the energization of the solenoid, by energizing, upon completion of power connection, the solenoid with the use of the remaining power which is consumed through a resistor. CONSTITUTION:When a first switch LS1 is turned on by operating a clutch pedal after an oprating switch S is closed, a first relay LS1 is energized to turn on switches (r1), (r1') so that the relay R is self-energized. Further, due to the switch (r1) being turned on, a solenoid SOL is energized through a normally closed switch (r2) so that an actuator element 13 moves to the right. Therefore, a slider 8 is engaged with both intermediate gear 6 and spline 7 by means of a shifter 9, and therefore, rotation is transmitted from a drive gear 15 to an output shaft 3. Simultaneously, a second switch LS2 is turned on by an actuator element 12 to energize a relay R2 so that the switch (r2) is opened. Accordingly, the remaining power which is consumed through a resistor 22, is fed to the solenoid SOL.
Patent JP-S6141938-A (JP)
Title: Two-dimensional pressure sensor
Inventor: NOMURA AKIRA
IPC: G01L11/02
Filed: 1984-08-03
Abstract: PURPOSE:To obtain a two-dimensional pressure sensor which has an expanded pressure detection range by arranging a light source and a photodetecting element in a pair in two dimensions and making light incident on a photodetecting element through a reflecting film. CONSTITUTION:This sensor consists of a light source substrate 1, light source 2, sensor substrate 3, photodetecting element 4, flexible part 10, light reflecting film 20, etc. Then, the light source 2 and photodetecting element 4 are paired with each other, and the element 4 is provided at the periphery of a light passing area when the substrate 3 is transparent or at the periphery of a light passing hole 5 formed in the substrate 3 so as to face the light source 2 when opaque. The flexible part 10 is formed by laminating plural transparent elastic bodies 11-13 which differ in hardness. The light reflecting film 20, on the other hand, is preferably hard to deform in the plate thickness direction and large in expansibility along plate surfaces. Radiant light 6 from the light source 2 passes through the light passing area 5 and flexible part 10 of the substrate 3 and is reflected by the film 20 to enter the element 4, which performs photoelectric conversion to generate an electric signal.
Patent JP-S5787825-A (JP)
Title: Gas producer provided with easy pressurizing device
Inventor: YAGO KAZUO
IPC: B01J7/00
Filed: 1980-11-19
Abstract: PURPOSE: To produce a necessary amt. of gas easily without inclusion of air by communicating a reacting liquid injector provided with a pressurizing mechanism, a gas deriving tube and a safety device with a discharge tube to a gas producer.  
     CONSTITUTION: A dripping tube 2' of a reacting liquid injector 2 provided with a pressurizing mechanism of an elastic hollow body of a nipple shape, a spherical shape or the like, a gas deriving tube 3 and a communicating tube 5' of a safety device 5 are penetrated through a cap 7 in the mouth part of a gas producing chamber 6, and are dropped into the producer 6. A reacting material A is filled in the producer 6, and pressurizing liuqid B such as water or paraffinic oil in the devices 5, 6, and after a stopcock 8' is opened, reacting liquid C is injected by pressing the mechanism 1, then a gas is produced. In this way, there is no inclusion of air from the begining of production, and the gas of only th required amt. can be produced at proper times; in addition, the automatic controlling of the gaseous pressure is easy. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H0211600-A (JP)
Title: Production of urine daf
Inventor: TOMITA MOTOO
IPC: A61K38/02
Filed: 1988-06-30
Abstract: PURPOSE:To obtain an urine DAF useful as a remedy, etc., for autoimmune diseases with industrial advantage by concentrating urine, carrying out heat treatment and separation into a precipitate and a supernatant, bringing the supernatant into contact with an anion exchanger, eluting the adsobates and recovering a fraction containing a complement system activation inhibitor. CONSTITUTION:Normal human urine is subjected to filtration concentration using an ultrafiltration membrane capable of preventing components with >=50000 molecular weight from permeating through and to precipitation concentration using an aqueous solution of ammonium sulfate with 50-70wt.% saturated concentration. The resultant concentrate is heat treated at 70-100 deg.C for 5-20 minute to form a precipitate and a supernatant and the supernatant is separated and brought into contact with an adsorbent (e.g., DEAE cellulose) consisting of an anion exchanger. Adsorbed components on the adsorbent are then eluted utilizing ionic strength variation due to concentration gradient of sodium chloride and an elute fraction containing active components capable of inhibiting activation of complement system of a mammal including human is recovered, thus obtaining the objective Decay Accelerating Factor(DAF).
Patent JP-2000062407-A (JP)
Title: Pneumatic tire
Inventor: OSHIMA KAZUO
IPC: C08L7/00
Filed: 1999-06-09
Abstract: PROBLEM TO BE SOLVED: To improve wet performance from the traveling initial stage to the traveling final stage by using a rubber composition containing fiber in which a foaming agent is contained in a tread. SOLUTION: Polymer obtained by adding a foaming agent to polyvinyl-alcohol polymer, the vinylalcohol unit of which is 50 mol or more and the average polymerization degree of which is 1000, and the saponification degree is under 80% is used as a raw material in the fiber used. The spun-out fiber is not subject to treatment for applying water resisting property such as formal formation, acetal formation or the like. Mixing of a foaming agent contained water soluble fiber preferably ranges from 1 pt.wt. to 40 pts.wt. to 100 pts.wt. of rubber component, and further preferably it ranges from 2 pts.wt. to 30 pts.wt.. The length of the foaming agent containing short fiber is preferably 10 mm or less, and further preferably it is 5 mm or less.
Patent JP-H097398-A (JP)
Title: Semiconductor memory device with write circuit for test
Inventor: CHO HIDEHITO
IPC: G11C8/12
Filed: 1996-06-24
Abstract: PROBLEM TO BE SOLVED: To shorten a data-written state in a testing process of a large-capacity semiconductor memory device by writing/processing data all together in all of memory cells connected to a word line and a pair of bit lines. SOLUTION: Many word lines WL in memory cell arrays 10, 20 are rendered selectable by one operation by many NMOS switching transistors TL. At a test write, all of the word lines WL are simultaneously driven by activating a word line activation signal ϕBIE, and all pairs of bit lines BL, BLB can be connected to all pairs of input/output lines IO, IOB buy activating a high- speed write signal ϕFWE and a separation signal ≃ISO. Moreover, data bits resulting form logic states of data signals A, B, C, D can be written in all of the memory cells. At a normal operation, a data access to the memory cells 10, 20 is carried out in accordance with the word line WL selected by an address, a column selection signal CSL and the separation signal ϕISO.
Patent JP-H1114229-A (JP)
Title: Refrigerator
Inventor: AOKI TADASHI
IPC: F25D17/08
Filed: 1997-06-19
Abstract: PROBLEM TO BE SOLVED: To enhance a higher energy saving effect by a method wherein an opening part is provided between a bottom part linked to an uneven wall and a bottom part linked to a wall other than the uneven wall on the internal surface of a wall facing a door of a container and an auxiliary duct having a horizontal part extending almost parallel with the bottom part of the container is mounted on the internal surface of the door. SOLUTION: In a container 34 of a refrigerator, the internal surface of a wall 38 facing a door 31 is made uneven and a bottom part linked to the uneven wall 38 is provided at a double level below a bottom part linked to a wall other than the uneven wall 38 to be overlapped by a necessary length so that an opening part is formed between the bottom parts, An opening part 62 for discharging chilled air in the container 34 outside is provided on the bottom part 61 on the side of the wall 38 facing the door 31 of the container 34. Moreover, an auxiliary duct 63 which has a horizontal part 67 extending by a specified length L4 almost parallel with the bottom part 61 below the opening part 62 is mounted on the internal surface of the door 31.
Patent JP-H0328593-A (JP)
Title: Installing method of expansion joint for large-diameter pipe
Inventor: KOJO TOSHIYUKI
IPC: F16L27/12
Filed: 1989-06-26
Abstract: PURPOSE:To easily and precisely install a joint without requiring mechanical machining by inserting a large-diameter pipe with the controlled outer periphery length into a connecting outer tube with the controlled inner periphery length, and inserting interval holding wedges into an insertion extension section to keep the seal interval. CONSTITUTION:When a large-diameter pipe 1b is to be installed in connection with an installed large-diameter pipe 1b, the large-diameter pipe 1b outwardly coupled with a seal material 9 and a packing gland 10 is inserted into the seal stopper 4 of an connecting outer tube 3. When the tip of the large-diameter pipe 1b is inserted into the stopper 4, multiple interval holding wedges 12 are inserted at the required interval in the peripheral direction between the outside of the tip section of the large- diameter pipe 1b and the inside of the outer tube 3. When the large-diameter pipe 1b is inserted, the seal interval L is precisely and uniformly kept in the peripheral direction by wedges 12. The seal material 9 is inserted into the interval L, the gland 10 is fastened to a fixed flange 5 with bolts 11, and the seal material 9 is compressed as required. Wedges 12 are inserted, knocking plate 14 portions are cut and removed, and wedges 12 are integrally fixed to the outer tube 3 by welding.
Patent JP-H0510154-A (JP)
Title: Drive controller of piezoelectric element for fuel injection control
Inventor: OIKAWA NAOHIKO
IPC: F02M41/12
Filed: 1991-07-03
Abstract: PURPOSE:To improve the accuracy of control over fuel injection timing and injection quantity by citing any displacement delay even if an element temperature goes up and a response time of piezoelectric element displacement becomes longer, and executing a pilot injection at the specified timing. CONSTITUTION:A piezoelectric element 30 is attached to a fuel injection pump 1, and this piezoelectric element 30 operates to expand or contract by means of charge and discharge operations, regulating the extent of fuel pressure in a high-pressure chamber 15 and making it perform a main injection and a pilot injection advance of this main injection with a fuel injection nozzle 4. In addition, a thermocouple 77, detecting a temperature of the piezoelectric elect 30, is attached to a piezoelectric spill valve 23. A central processing unit (CPU) calculates the charging timing of the piezoelectric element 30 in order to do the pilot injection at the specified timing based on the specified crank angle of a diesel engine 2. Moreover, this CPU quickens the charging timing of the piezoelectric element 30 in proportion as the temperature detected by the thermocouple 77 is going up.
Patent JP-S6141056-A (JP)
Title: Rotary valve
Inventor: MATSUMOTO SHINICHI
IPC: F16H63/00
Filed: 1984-08-02
Abstract: PURPOSE:To facilitate speed change operation by changing the confronting position of an opening of each port on valve housing side with an opening of each port on valve body side by rotation of a valve body, so that high-pressure fluid can be selectively supplied only to one actuator. CONSTITUTION:A rotary valve suitable for a speed change operation mechanism of a speed change gear comprises a valve body 102 where a stepping motor 132 is fixed, and a valve housing 104 where the valve body 102 is mounted. The valve body 102 is like a cylinder where large-diameter portions 106A-106C and small diameter portions 108A-108C are alternately formed. A high pressure oil supply select port 112 opened to the small-diameter portion 108 and a projecting portion 110 disposed at a portion thereof and a low pressure oil induction port 114 opened to the small diameter portions 108B, 108C are respectively formed. The housing 104 is provided with high/low pressure oil supply ports 128, 130.
Patent JP-H10337728-A (JP)
Title: Burr removing unit for screw press type dehydrator, dehydrating apparatus using it, and method for dehydrating rubber
Inventor: TANAKA SHOZO
IPC: B29C37/02
Filed: 1997-06-05
Abstract: PROBLEM TO BE SOLVED: To effectively automatically remove burr extended from an outer periphery of a dehydrator in a short time by bringing a cutting blade slidably into contact with an outer periphery of the dehydrator. SOLUTION: Two cutting blades 20 are, for example, disposed along an axial direction at one side of a barrel 10, and thus total four cutting blades 20 are disposed at both sides. Rear ends of the blades 20 are coupled to a telescopic rod 21. A rear end of the rod 21 is coupled to an air cylinder 22. When this is driven, the blades 20 are slidably moved in a direction of an arrow A. A slidably moving direction S of the blade 20 is in a direction that the blades 20 are brought into partial contact with an outer periphery of a gage frame 12 and a cutting edge can be brought into contact with an upper surface of a supporting rod 18 of a lower side.  The blade 20 is slidably moved to the lower side along the direction of the arrow A by driving the cylinder 22 to be brought into contact with the upper surface of the rod 18 so that the upper surface of the rod 18 becomes a bearing surface of the blade 20. Thus, burr 30 extended from a slit gage 14 of the barrel 10 is cut at a position extended from a side outer periphery of the frame 12.
Patent JP-S6054000-A (JP)
Inventor: MORII HIDEJI
IPC: G10L17/06
Filed: 1983-09-05
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S6141137-A (JP)
Title: Reversal mount conveyance apparatus
Inventor: HORIGUCHI MASASHI
IPC: G03B27/46
Filed: 1984-08-03
Abstract: PURPOSE:To make it possible to efficiently insert a mount into a magazine by transferring an inserted reversal mount to a conveyance route perpendicular to an insertion port and by providing a means of deciding a insertion condition of the reversal mount on the way of a conveyance route. CONSTITUTION:A reversal mount 18 inserted from an insertion port 30 in led to a passage 50 on a turntable 32, the turntable is turned by 90 deg. and said reversal amount is transferred to a conveyance route 34 laid in the direction of arrow B, and sensor S6 decides the longitudinal and lateral insertion conditions of the mount 18 and a decision means 84 decides one side of the mount 18 from the other. In case the insertion condition of the mount 18 is not normal, a conveyance route 34 is turned in the reverse direction and the mount 18 is discharged to an outlet 90 via the passage 50, whereby the worker turns the mount over or the like, inserts it again from the outlet 90, and feeds it in a magazine 22 via a conveyance route 34, thereby being able to efficiently the insert reversal mount 18 in the magazine 22.
Patent JP-S6320512-A (JP)
Title: Solenoid driving circuit
Inventor: NAJIMA HIROHISA
IPC: G05F1/56
Filed: 1986-07-14
Abstract: PURPOSE:To prevent the 1st transistor (TR) from breaking thermally at the time of short-circuiting and an overcurrent from flowing to the 1st TR except in short-circuiting by providing plural TRs and a voltage dividing circuit. CONSTITUTION:When the lead wire between the 1st TR 22 and a solenoid 21 for opening and closing a valve short-circuits as shown by a broken line while the 1st TR 22 is on, the collector current of the 1st TR 22 increases and the collector voltage of the 1st TR 22 drops. Consequently, a voltage applied to the emitter terminal of the 4th TR 33 drops by being divided by the 3rd and the 4th fixed resistances 31 and 22. A base current, therefore, flows from the base terminal of the 4th TR 33 to the emitter terminal to turn on the 4th TR 33 and further turn on the 3rd TR 28. Consequently, the voltage of a power source VE is spplied to the base terminal of the 1st TR 22 to turn off the 1st TR, which is therefore prevented from being fed with a transient collector current for a long period and prevented from breaking thermally.
Patent JP-S5688637-A (JP)
Title: Installation of magnetic wedge
Inventor: DOUKE HIROSHI
IPC: H02K3/493
Filed: 1979-12-18
Abstract: PURPOSE:To automate the work of inserting a magnetic wedge and to effectively insert it by conveying the wedge by magnetically attracting, inserting it into the slot of a stator, and thereafter bonding it with varnish while energizing and retaining it at a stator winding. CONSTITUTION:A stator iron core 1 wound with a coil 4 is rotatably supported on an iron core retainer 7. An attracting plate 9 mounted with an attracting coil 11 is so installed as to be movable with respect to the axis of the iron core 1, the coil 11 is energized at a point S, the wedge 6 is thus attracted thereto, is then conveyed to a point E, and is inserted into the slot opening 2b of the stator. Thereafter, when the energization of the coil 11 is stopped, the stator coil 4 is simultaneously energized, and the wedge 6 is retained in the slot opening. After this operation is executed for all the grooves 2 of the stator while rotating the stator iron core 1, it is immersed in varnish while energizing the coil 4, and the wedge is thus integrally bonded fixedly thereto.
Patent JP-H0454039-A (JP)
Title: Inter-lan connection device
Inventor: OKA TOMOHIKO
IPC: H04L12/46
Filed: 1990-06-21
Abstract: PURPOSE:To reduce the communication cost required for inter-LAN connection considerably by interrupting a line exchange call when a data packet is not detected in a line exchange call for a prescribed time or over and using a 'user-user' information element so as to transfer a broadcast packet when the line exchange call is interrupted and the transfer of the broadcast packet is required. CONSTITUTION:When an event of monitor timer timeout takes place, a monitor timer is stopped and a D-channel call control protocol control section 6 interrupts a B-channel line exchange call. When an event of data reception takes place from an ISDN line 10, the reception processing of an ISDN data is executed. A broadcast packet when the B-channel line exchange call is interrupted is sent while being stored in the 'user-user' information element in a 'SETUP' message. In this case, the D-channel call control protocol control section 6 gives the 'SETUP' message to an inter-user information control section 7 to execute the sequence at the receiver side.
Patent JP-H0454353-A (JP)
Title: Vehicle change gear
Inventor: YANAGIUCHI SUSUMU
IPC: F16H3/091
Filed: 1990-06-20
Abstract: PURPOSE:To aim at compactness by disposing a pair of gears of the odd number of speed change stages on a side of one counter shaft and a pair of gears of the even number of speed change stages on a side of the other counter shaft between the right and left counter shafts and an output shaft arranged parallel to the counter shafts, respectively. CONSTITUTION:Transmitters such as sears GA, GB are interposed between the central portion of a crankshaft A of an engine and an input shaft 1 of a change gear. Hollow counter shafts 3A, 3B are coaxially disposed on both sides of the input shaft 1. Clutches C1, C2 are arranged in such a manner as to connect and disconnect the input shaft to and from the right and left counter shafts. A pair of gears having the odd number of speed change stages and a pair of gears having the even number of speed change stages are provided on the counter shaft side between the counter shafts and an output shaft 2 and on the output shaft side therebetween, respectively. One gear of each pair is fixed to the counter shaft while the other gear thereof is detachably disposed in the counter shaft via fixing means (synchronizer mechanisms) SR4, S2, S13, S5. Therefore, any interruption of a drive force can be prevented in the speed change without enlarging an engine room even in an FF or RR system.
Patent JP-H1118386-A (JP)
Title: Brushless motor
Inventor: KUNISHIGE YASUO
IPC: H02K5/24
Filed: 1997-06-20
Abstract: PROBLEM TO BE SOLVED: To suppress the circumferential runout and the end-face wobbling of a rotor frame with reference to a rotor shaft, to reduce the vibration of a brushless motor and to provide the brushless motor which is low-cost in the structure of the brushless motor which is suited for an OA apparatus such as a P.P.C., a printer or the like. SOLUTION: A brushless motor is provided with a rotor shaft in which a pulley or a gear is molded integrally. In the brushless motor, the rotor shaft in which recessed parts 1b, 1c are formed in centers in both end parts is installed, and the rotor shaft is positioned by the recessed part 1b on the end face of an output shaft in which the pulley or the gear is formed and by a protrusion part 17a at a receiver jig 17 in a force-fitting operation. In addition, the rotor shaft is positioned by the recessed part 1c, on the opposite end face of the output shaft, to which a rotor frame is force-fitted and by a protrusion part 18b at the tip of a center guide pin 18a which guides the rotor-frame force- fitting part 6a of the rotor force-fitting jig 18 and which can be moved in an axial direction. The rotor frame is force-fitted vertically to the rotor shaft.  Thereby, it is possible to obtain the brushless motor whose vibration is reduced at low-cost.