baber/WOPTO huggingface dataset:
Patent JP-H06159550-A (JP)
Title: Pressure reducing valve
Inventor: UCHIKAWA MAKOTO
IPC: F16K47/02
Filed: 1992-11-12
Abstract: PURPOSE:To dispense with a coil spring for energizing a moving member, eliminate a resonance phenomenon of a spring and abrasion of a sliding surface, and enhance reliability by providing a permanent magnet at the end of the moving member formed integrally with a valve seat on a side opposite to the valve seat and another permanent magnet resilient against the above-mentioned magnet in a fixing member of the valve. CONSTITUTION:In a pressure reducing valve housed inside a fluid circuit, fluid flowing in an inlet passage 9 is supplied into a secondary chamber 3 through a primary chamber, a nozzle 5 and a valve seat disposed at the end 6a of a moving member 6, to be thus discharged to the outside through a discharge passage 10 after its pressure is reduced. Resilient force of a coil spring 13 for pushing down an adjusting panel 12 is adjusted by screwing an adjusting screw 15 formed integrally with a handle 15a so that a degree of pressure reduction is adjusted. In this pressure reducing valve, an energizing means for energizing the moving member 6 upward is such constituted that a permanent magnet 16 is disposed at the end of the moving member 6 on a side opposite to the valve seat and another permanent magnet 17 repulsive against the magnet 16 is provided in a screw 18 with a flange. Consequently, it is possible to eliminate a resonance phenomenon of the spring.
Patent JP-H06153559-A (JP)
Title: Method for detecting overload in servo-control equipment
Inventor: SATO KAZUO
IPC: H02H5/00
Filed: 1992-11-12
Abstract: PURPOSE:To detect overloaded one of the phases of a motor or power elements, if any, and thereby to prevent a device from being burnt. CONSTITUTION:CPU 1 calculates the heat loss in circuits due to the passage of a current, excluding radiation energy, based on each of the current commands for the currents passing through transistors 41, 42,..., 46 and phases u, v, w of a motor, which are generated by multipliers 21, 22 and 23 based on torque commands. CPU 1 then compares each heat loss with preset allowable values, and detects as overloading if an allowable value is exceeded.
Patent JP-2001124596-A (JP)
Title: Parameter setting support device of measuring device
Inventor: KONO HIDEKAZU
IPC: G01R31/00
Filed: 1999-10-25
Abstract: PROBLEM TO BE SOLVED: To contrive the efficiency of the setting working of parameters. SOLUTION: This support device is provided with a window memory 16 storing a window 24 displaying an input frame 26 displaying a symbol displaying an operation key on an operation panel 6 used for inputting a corresponding parameter value 28 every parameter and the corresponding parameter value operated and input, a parameter display means 20 displaying a plurality of parameter items and the parameter value registered in a set value memory 19 on a display 3, a window display means 21 displayed at the adjacent position of the parameter designated by reading the window 24 corresponding to the parameter items designated by the operation key on the operation panel from the window memory in a state that the plurality of the parameter items and the parameter value are displayed,  a parameter registration means 23 for registering the corresponding parameter value operated and input in the input frame 26 of the displayed window 24 to a set value memory 19.
Patent JP-S63153017-A (JP)
Inventor: KOYAMA MASAHIRO
IPC: A47J31/42
Filed: 1986-12-17
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-H02148277-A (JP)
Title: Pattern recognizing device
Inventor: TAKABE KEIKO
IPC: G06V30/10
Filed: 1988-11-30
Abstract: PURPOSE:To improve the performance of pattern recognition by recognizing each character while calculating valuation points indicating the degree of resemblance between an input character pattern and standard patterns in plural slice levels and preferentially gathering higher evaluation points to generate a keyword for word retrieval. CONSTITUTION:A character recognizing part 12 recognizes each character while calculating evaluation points indicating the degree of resemblance between the input character pattern and standard patterns in plural slice levels preliminarily set in relation to the variable density or the like of the character and sends first to fourth character code data as recognition outputs and word division information to a word retrieving part 14. This part 14 preferentially extracts the character candidate having the highest evaluation points from the character candidate group with respect to each character, and words are segmented based on word division information to generate a keyword for word retrieval. Thus, the input character pattern is accurately recognized independently of the variable density of expressed characters.
Patent JP-H05111656-A (JP)
Title: Dip coating device
Inventor: TADA KAZUYUKI
IPC: B05C3/09
Filed: 1991-10-23
Abstract: PURPOSE:To provide a dip coating device capable of minimizing the occurrence of unevenness in film thickness and sagging. CONSTITUTION:In a dip coating device with a dip coating tank 6 and a substrate holding means 2 to hold a substrate 1 to be coated so that it can be moved up and down, a cover 3 is put on the dip coating tank 6 and a sucking mechanism capable of sucking gas from the entire peripheral direction of the substrate 1, e.g. a porous plate 4 for regulating inflow air is disposed under the cover 3 so that it is positioned relatively under the surface of a coating soln. in the dip coating tank 6.
Patent JP-H05145955-A (JP)
Title: -i/q color bar generator
Inventor: KIGUCHI TETSUYA
IPC: H04N17/02
Filed: 1991-11-19
Abstract: PURPOSE:To generate -I and Q color bars without making R and G input signals negative by inputting positive R, G and B signals as they are, and replacing them with the luminance of regular -I and Q after passage through a Y matrix. CONSTITUTION:The positive R, G and B signals are inputted and replaced with the regular luminance of -I and Q by -I and Q color pulses after the passage through the Y matrix circuit and therefore, the -I and Q color bars are generated. In this case, the proper value of R, G and B satisfying 40=-0.6R+0.28G+0.32B in the case of the-I signal and the proper value of R, G and B satisfying 40=-0.21R-0.52G+0.31B in the case of the Q signal is inputted as a signal inputted to the R, G and B. Thus, without making the R, G and B input signals negative and enlarging the scale of the Y matrix circuit, the -I and Q color bars can be generated only by adding the small circuit of a Y converter for -I and Q.
Patent JP-H11139343-A (JP)
Title: Vehicle front end module structure
Inventor: ASAO TOSHIHIRO
IPC: B62D25/08
Filed: 1997-11-05
Abstract: PROBLEM TO BE SOLVED: To prevent a decrease in cooling performance of a radiator that may occur when hot air in an engine room reaches the radiator. SOLUTION: A front end module structure includes: a front end panel having a headlamp housing part 31 formed integrally therewith; a radiator placed on the surface of the front end panel facing the front of a vehicle; a head lamp cover 21 mounted in close contact with the headlamp housing part 31; and a headlamp 34 placed within a space A surrounded by the headlamp housing part 31 and the headlamp cover 21.
Patent JP-H08162031-A (JP)
Title: Anode for flat plate type magnetron and manufacture thereof
Inventor: IDE TETSUYA
IPC: H01J23/22
Filed: 1994-12-07
Abstract: PURPOSE: To obtain a flat plate type magnetron capable of preventing a vein from being deformed, improving its oscillation efficiency by electrically alternately connecting veins and processing easily and precisely. CONSTITUTION: This anode 10 is structured in which plural flat plate shaped veins 2 and 3 are erected in a line in the same pitch. By shifting an even n-th vein 2 and an even n-th vein 3, an anode side surface 1a of one side is formed at an end surface 2a of an odd n-th vein 2, and an anode side surface 1b of the other side is formed at an end surface 3b of the even n-th vent 3. A constant pressure plate 4 made of conductors on both anode side surface 1a and 1b, respectively, is bonded. The constant pressure plate 4 bonded on the anode side surface 1a is bonded to the end surface 2a of the vein 2, and the constant pressure plate bonded to the anode side surface 1b (not illustrated) is bonded to the end surface 3b of the even n-th vain 3.
Patent JP-H01145745-A (JP)
Title: Exclusive control method for file access
Inventor: UDAGAWA TERUO
IPC: G06F12/00
Filed: 1987-12-01
Abstract: PURPOSE:To execute an access to the same data by plural file access devices without deteriorating the processing performance by executing an exclusive control to an access request from plural file access devices, under the utilization of an access time. CONSTITUTION:A file server 10 which responds to a read-out request from a file access device 40i reads out data from a file area corresponding to a read-out request of a file 20, adds and transfers the time of a system timepiece 12 as a read-out time, and allows a file access device to hold it. When a write request is generated in a file access device 40j, a read-out time of a read-out access area corresponding to the write request is transferred to the file server 10 together with a write data, and the previous write time of a read-out file area to which the write request is just to be written is read out. In this state, only in case when the previous write time < the read-out time is satisfied, a write processing to the read-out file area against the write request is executed. In such a way, an access to the same data by plural file access devices can be executed.
Patent JP-2000129234-A (JP)
Title: Heat-sensitive pressure-sensitive adhesive, heatsensitive pressure-sensitive adhesive sheet and prepartion of the adhesive sheet
Inventor: MIZUMOTO SEIJI
IPC: C09J133/08
Filed: 1998-10-26
Abstract: PROBLEM TO BE SOLVED: To provide a heat-sensitive pressure-sensitive adhesive having sufficient bond strength for practical purposes and capable of easily being peeled and removed by hand without leaving the pressure-sensitive adhesive layer on the adherend even in a predetermined period of time after its application. SOLUTION: This heat-sensitive pressure-sensitive adhesive comprises a thermoplastic resin and a solid plasticizer, and the weight average molecular weight(Mw) of the thermoplastic resin is 100,000 to 500,000. The thermoplastic resin includes an acrylic polymer. The content of the thermoplastic resin is, e.g. about 15-200 pts.wt. based on 100 pts.wt. solid plasticizer. The heat-sensitive pressure-sensitive adhesive may further contain a tackifier and further, the thermoplastic resin may be an aqueous composition obtained by dispersing the thermoplastic resin into water.
Patent JP-H03163348-A (JP)
Title: Hydrogen-ion detecting element and lead storage battery having this element
Inventor: SAITO SATORU
IPC: G01N27/333
Filed: 1989-11-22
Abstract: PURPOSE:To make it possible to obtain quick response speed and to perform continuous measurement in the submerged state in solution to be measured by simple handling by covering the surface of a metal electrode or the surface of a field-effect type transistor with an organic macromolecular film containing tungstophosphate. CONSTITUTION:Tungstophosphate is used as ion sensitive material for hydrogen- ion-concentration measuring element, and an organic film containing this material is used. The tungstophosphate is fixed on the surface of a metal electrode by using matrix comprising appropriate organic material, and an electrode is formed. When this electrode is put into solution to be measured containing hydrogen ions, the potential change occurs between the potential of this electrode and the concentration of the hydrogen ions when the concentration of the hydrogen ions is changed. Therefore, the concentration of the hydrogen ions in the solution to be measured can be obtained by measuring the voltage between the electrode and a suitable reference electrode. Thus, the electrode can be used as an hydrogen-ion detecting element.
Patent JP-H05117165-A (JP)
Title: Anticancer medicine
Inventor: UEDA MASAKAZU
IPC: C12N5/10
Filed: 1991-10-24
Abstract: PURPOSE:To provide a system of widely alleviating side effects and improving safety and treating effects by utilizing an existing anticancer agent, especially an anticancer antibiotic and concentratedly transferring the anticancer agent to the target cancer cells. CONSTITUTION:An anticancer agent comprising an antibody-linked anticancer agent obtained by utilizing a partial peptide of an extracellular hydrophilic site in a protein amino acid sequence of cancer gene C-erbB-2 product as an antigen to give a monoclonal antibody, utilizing the monoclonal antibody as an antibody to recognize a membrane protein of adenocarcinoma cell and linking the antibody to adriamycin, as an active ingredient. This anticancer agent effectively acts on adenocarcinoma cell, especially cancer cells to yield product of cancer gene C-erbB-2.
Patent JP-H02138807-A (JP)
Title: Method and apparatus for measuring horizontal dimensions of object
Inventor: ROJIYAA AIBOO GUROSUBENOO
IPC: G01B21/20
Filed: 1988-11-30
Abstract: PURPOSE: To measure the diameter of the cylindrical part of a workpiece to be machined by moving a sensor along a path near an object and measuring distance repeatedly and analyzing the relationship between the measured distance and the position of a sensor in a path and then displaying a dimension according to the result. CONSTITUTION: A signal from a sensor 14 is controlled by a control device 21 via an A/D converter(ADC) 22. A rotary stage 13 shows the angle position of the stage with degrees by a coding equipment 23, and the control device 21 controls the X, Y, and Z drive units and the drive unit of the stage 13. Then, the control device 21 adjusts X and Y positions until the center of the stage 13 comes nearly below a cylinder shaft when the shaft of the cylinder 10 is in parallel with the X axis, then the angle position of the rotary stage 13 is set to 0 while the sensor is positioned so that the gap between the lowest part of the cylinder 10 and the upper part of the sensor 14 can be maximized, and the control device 21 adjusts the Z-axis position of the cylinder 10 until the digital output of the ADC 22 enters the operating range of the sensor 14.
Patent JP-H11139745-A (JP)
Title: Getting-on/off gate of passenger conveyor
Inventor: KOBUNE KAZUMI
IPC: B66B23/14
Filed: 1997-11-06
Abstract: PROBLEM TO BE SOLVED: To improve the safety at the time of getting on/off a passenger conveyor by separating floor plate of a getting on/off gate so as to change the length of a passenger conveyor in the advancing direction, and increasing the number of horizontal steps on the side for the aged. SOLUTION: A projection of an upper getting-on/off gate floor plate 1 for general passenger and a lower getting-on/off gate floor plate 1a for general passenger in the advancing direction of a passenger conveyor is arranged inside an upper getting-on/off gate floor plate 2 for the aged and a lower getting-on/off gate floor plate 2a for the aged. Posture of steps 4 is changed from a step condition to the horizontal condition as a conveyor comes close to the upper gate floor plate 1 for general passenger and the lower gate floor plate 1a for general passenger, and passes under each gate. A step group passing the upper gate floor plate 2 for the aged and the lower gate floor plate 2a for the aged are formed with an upper horizontal part and a lower horizontal part.  The aged can get on and off the passenger conveyor at the upper horizontal part and the lower horizontal part, and safety can be secured.
Patent JP-2000130203-A (JP)
Title: Engine torque detector
Inventor: KITAJIMA YASUHIKO
IPC: B60L50/16
Filed: 1998-10-26
Abstract: PROBLEM TO BE SOLVED: To correctly detect an engine torque by setting an engine torque command value by a setting device, calculating an estimating value of an engine torque changing value on the basis of this command value, and controlling driving of a motor in a direction where an engine output is offset by an estimating engine torque. SOLUTION: In a hybrid vehicle of a parallel type, a clutch is released when an engine torque is detected, and an engine torque is increased/decreased in a condition in which an engine 2 is operated in a non-load condition. Namely, an engine torque command value Ste is outputted from an engine torque setting device 301, and an intake air rate Qa of an engine 2 and a fuel injection rate Tp are changed. This command value Ste is applied on an engine torque estimating device 303, an estimating value estTe of the engine torque corresponding to an engine torque changing rate by the command value Ste is found out, and a torque command value of a motor 1 which is necessary for offsetting an engine torque changing value from the value by a torque command device 304 is calculated.
Patent JP-H05117177-A (JP)
Title: Isomerization of dimethylnaphthalene
Inventor: YAMAGISHI TAKESHI
IPC: B01J27/08
Filed: 1991-10-23
Abstract: PURPOSE:To provide a method for efficiently producing 2,6-dimethyl-naphthalene in isomerization of dimethylnaphthalene. CONSTITUTION:Isomerization of dimethylnaphthalene is carried out in the presence of hydrogen fluoride as the catalyst by using a 5-12C saturated aliphatic hydrocarbon in combination with 2-20wt.% saturated branched aliphatic hydrocarbon as the solvent. Thereby, 2,6-dimethyl-naphthalene is produced and a high ratio of isomerization to 2,6-dimethylnaphthalene is realized.
Patent JP-H04175014-A (JP)
Title: Transmission output control circuit
Inventor: YAMAZAKI SEIICHI
IPC: H04B1/04
Filed: 1990-11-08
Abstract: PURPOSE:To use a region of an output of a detection diode in which a temperature change is small and to improve the stability with respect to temperature by using a reference voltage of a transmission output changeover circuit in common and increasing a detection level of a transmission output whose detection level is small. CONSTITUTION:When a transmission output detected by a coupler 9 is small, a control voltage fed to a connecting point P1 through a resistor R13 and an inductor 11 turns on a PIN diode 5 to increase a detection level at a detection section 6. When the transmission output is large, the control voltage turns off the diode 5, and a signal is inputted to the detection section 6 via a series circuit comprising a capacitor 3, an inductor 4 and a capacitor 10 and attenuated by the inductor 4. Thus, the transmission output detected by the detection section 2 is detected by a detection section 6, converted into a DC voltage and fed to a transmission output changeover circuit 7. Then the diode 5 is turned on/off depending on the quantity of the transmission output and the reference voltage is used in common by selecting the coupling quantity properly and the region in which the temperature change of the detection element is small is used to eliminate the need for the temperature compensation.
Patent JP-H04181038-A (JP)
Title: Damping force adjustment type hydraulic dampener
Inventor: TANIGAWA FUJIO
IPC: F16F9/44
Filed: 1990-11-09
Abstract: PURPOSE:To adjust damping force in a wide range by providing a separator which divides an oil chamber into a primary and secondary oil chambers, on a piston rod, by having both of the chambers communicated with an oil channel before and after shutting, and whereby preferentially communicating and cutting the primary oil chamber to the secondary oil chamber side or to a sub-damping force valve side. CONSTITUTION:When a circular hole 23B of a supporting cylinder 23 is closed by a shutter 24, an oil hole 20 of a separator 19 is opened, and a primary oil chamber A1 is communicated with a secondary oil chamber A2 through an oil hole 2E, an insertion hole 2C, and the oil hole 20, while main valves 9, 10 are worked by the operation of a piston rod 2, and a hard damping force is thus generated. When the shutter 24 is turned, the oil hole 20 is closed by a protruded part 24B, while the circular hole 23B is opened, and the primary oil chamber A1 is communicated with the inside of a large diametrical cylinder part 4A of a stepped nut 4 through the oil hole 2E, the inserting hole 2C, the circular hole 23B, and an enlarged diametrical hole 2D, and a subvalve 11 is operated by the operation of the piston rod 2, so as to generate a medium damping force. When the shutter 24 is further turned, the main valves 9, 10, and the subvalve 11 are operated together, and a soft damping force is thus generated.
Patent JP-H02149132-A (JP)
Title: Switching mechanism
Inventor: MASUOKA SANEKIYO
IPC: H01H21/00
Filed: 1988-11-30
Abstract: PURPOSE:To automatically and surely turn and displace a switch lever to a switch-ON state by providing a connecting claw to block the displacement of a stopper to an operating position according to the pull-in and pull-out of a switch cap, and providing a cam projection to displace the stopper in a direction to release the connection of the stopper to the connecting claw. CONSTITUTION:In a switching mechanism where the stopper 3 is pressed at a non-operating position by pulling in and out the switch cap 2 and also, the switch lever 1 is automatically connected to an automatic OFF position P2, and the switch lever 1 is displaced to an ON position P3 by pulling in and out the switch cap, the connecting claw 4 to block the displacement of the stopper 3 to the operating position according to th pull-in and pull-out of the switch cap 2 is provided. Meanwhile, the cam projection 10 to displace the stopper 3 in the direction to release the connection of the stopper 3 to the connecting claw 4 by the turning of the switch lever 1 is provided protrusively in the turning locus of the tip part of the switch lever 1 in the center part of the stopper 3. In such a way, it is possible to automatically and surely operate the switch lever to the ON position even when the switch cap is pulled in and out in any direction.
Patent JP-H05141285-A (JP)
Title: Traveling control device for vehicle
Inventor: IMAI YASUO
IPC: F02D29/02
Filed: 1991-11-20
Abstract: PURPOSE:To carry out follow-up traveling following along the flow of vehicles while automatically controlling the target intervehicle distance, in a traveling control device for a vehicle in which a target car-to-car distance for following up with the preceding vehicle is calculated for carrying out acceleration/ deceleration control, when the target car-to-car distance is improper so that it does not follow up with the flow of vehicles. CONSTITUTION:The detected signals from an intervehicle distance sensor 10 and a vehicle speed sensor 12 are inputted into a microcomputer 18. The microcomputer 18 calculates a target intervehicle distance LT on the basis of the vehicle speed, and carries out vehicle-speed control to satisfy this target intervehicle distance LT. At that time, it is judged whether or not the interruption detected by a sudden change in the intervehicle distance has occurred more than a prescribed times within a prescribed time, and when the interruption frequently occurs, it is judged that the present target intervehicle distance is improper, and the target intervehicle distance is shortened by a prescribed amount.