baber/WOPTO huggingface dataset:
Patent JP-H05214813-A (JP)
Title: Suspension jig for reinforcing cage
Inventor: OTA GORO
IPC: E02D5/18
Filed: 1992-02-05
Abstract: PURPOSE:To eliminate a defect by use in terms of quality of concrete and to enable execution of repeated use. CONSTITUTION:Two horizontal members 2 and 2 are installed such that a longitudinal main reinforcing bar 3 of a reinforcing cage A is extended through a gap between the two horizontal members 2 and 2 and a distance therebetween is provided so that the horizontal members are fixable to longitudinal main reinforcing bars 3 by means of fixing nuts 5. The horizontal members 2 and 2 are intercoupled so that a distance between the horizontal members 2 and 2 is variable by means of a plurality of coupling bolts 4 and 4.
Patent JP-S59145583-A (JP)
Title: Laminated type piezoelectric displacement element
Inventor: NAKAMURA KUNIO
IPC: H01L41/08
Filed: 1983-02-09
Abstract: PURPOSE:To realize the characteristics of a laminated type piezoelectric displacement element stably, and to obtain the element of high reliability by laminating a large number of piezoelectric elements in which the rectangular sections of the edges of extracting sections to the side surfaces of electrodes in piezoelectric element plates are shaved off to a curved surface shape or an obtuse angle shape and the extracting sections to the side surfaces of the electrodes are extended on the rectangular sections. CONSTITUTION:The diagonal two corners of a piezoelectric element 21 are shaved off and slit so that sections form a curved surface shape or an obtuse angle. Metallic electrodes 12, 13 are extended to a side surface from an upper surface and a lower surface so as to cover the wholes or one parts of the corner sections. When a large number of the piezoelectric elements 21 are laminated, an approximately V-shaped clearance is formed when upper and lower two are stacked in slit sections. Accordingly, conductive adhesives or solder intrudes and adheres to not only the side surface but also an inclined plane from the side surface by extracting lead wires from the side surface by conductive adhesives, etc., thus completely eliminating defective conduction at corners as seen in the conventional devices.
Patent JP-S55112871-A (JP)
Title: Igniting device for engine
Inventor: TANAKA TAROU
IPC: F02P7/02
Filed: 1979-02-22
Abstract: PURPOSE:To prevent misfire caused by a sooty spark plug by applying a high tension to the spark plug during the suction stroke to remove the carbon adhering to the surface of the insulator of the spark plug. CONSTITUTION:When an analog switch 47 is closed by a single level signal provided by a warm-up 80, the analog switch 51 of an ignition circuit 50 is caused to repeat ON and OFF actions also by the output signal of an oscillator 44 actuated by the ignition signal of an electromagnetic pickup 34. Consequently, high tension is generated in the secondary coil 67 of an ignition coil 65 plural times during the suction stroke of each cylinder. The high tension applied to the spark plug 20 of each cylinder during the suction stroke raises the temperature of carbon adhering to the surface of the insulator of the spark plug so that the carbon is removed in the form of carbon dioxide.
Patent JP-S60165763-A (JP)
Title: Manufacture of photoelectric element integrated circuit device
Inventor: KOBAYASHI MASAYOSHI
IPC: H01L29/812
Filed: 1984-02-08
Abstract: PURPOSE:To obtain electrodes of good flatness by forming, when forming ohmic electrodes on a GaAs substrate havig an N type conductive layer, them of a laminate of an AuGe layer, an Ni layer and an Au layer, specifying the ratio of thicknesses of the AuGe layer and the Ni layer, and heat treating it. CONSTITUTION:Tow N<+> type layers 2 are formed by ion implanting on the surface layer of a semi-insulating GaAs substrate 1, and a shallow N type layer 3 is formed on the surface which includes the layers 2. Then, the entire surface is coated with an SiO2 film 4, a photoresist film 5 having holes 6 for forming ohmic electrodes are opened, and holes are opened on the region 2. Thereafter, an AuGe layer 7 which contains 4-8wt% of Ge, an Ni layer 8 which contains 0.1-0.2 of thickness ratio to the layer 7, and an Au layer 9 are laminated in the hole, heated at 360-410 deg.C in reduced atmosphere as ohmic electrodes. A laminate of a Ti layer 10, a Pt layer 11 and an Au layer 12 is provided on the layer 3 in the film 4 disposed between the electrodes.
Patent JP-S58138610-A (JP)
Title: Preparation of patterned unsaturated polyester resin molded product
Inventor: TSUMURA KOUHEI
IPC: B29C33/00
Filed: 1982-02-10
Abstract: PURPOSE:To obtain a molded product having boundaries and a stream lined pattern by a method wherein compound for patterning thickened by polyisocyanate-contained thickener is dispersed in sheet molding compound being thickened by a specific thickener. CONSTITUTION:Sheet molding compound thickened by unsaturated polyester resin by the thickener that contains alkaline earth metal oxide or hydroxide is prepared. Then, the above-said compound is used as the base material, in this compound is dispersed and arranged texture molding compound thickened by the polysocyanate-contained thickener and this compound is heated and pressed simultaneously in the mold to be hardened and to obtain the resin product. The above-mentioned base material is composed mainly of unsaturated polyester resin, inorganic filler, hardener, internal mold releasing agent, thickener and, if necessary, low shrinkage agent, etc.
Patent JP-S54113019-A (JP)
Title: Electric hoist
Inventor: WAKIYAMA YOSHIYUKI
IPC: H02K7/116
Filed: 1978-02-22
Abstract: PURPOSE: To reduce the size and to simplify the structure by pressing the braking member against the buffering member through the axial thrust produced when a plurality of intermediate rotary member for performing the transmission to the drum coupled to the load is rotating.  
     CONSTITUTION: When lowering the load the armature 12, the shaft 13 and the first helical gear 13a rotates clockwise when looking from the commutator side, while the second and third helical gears 27, 24 rotate counterclockwise and the fourth and fifth helical gears 31, 42 rotate clockwise. Since the axial thrust due to the second helical gear 27 is smaller than that due to the third helical gear 24, the combined thrust against the armature axis functions to the right. Said combined thrust presses the braking member 37 through the brake pad against the buffering member 44. While since the shaft 13 is coupled with the braking member 37 through the engaging means 38, the braking member 37 rotates together with the shaft 13 while pressed against the buffering member 44. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H10221006-A (JP)
Title: Displacement amount detector
Inventor: NAKAZAWA KIYOTO
IPC: G01B7/30
Filed: 1997-02-03
Abstract: PROBLEM TO BE SOLVED: To provide a high efficient and high performance displacement amount detector wherein relatively easily realizes a magnetic flux vertically intersecting a magnetic sensor as very simple and inexpensive constitution without three- dimensional complex constitution. SOLUTION: A moving body 1 coupled to an object to be detected in response to movement thereof, and a fixing body 9 including a permanent magnet 8 for a magnetic sensor and bias constituted of first and second magnetic sensitive elements 6, 7 disposed in response to the reciprocating movable track of the moving body 1 are provided. The body 1 has a first moving piece 2 composed of soft magnetic material having a first opposed curvature in which the distance of an opposed face for the element 6 is gradually decreased for movement of one direction of the body 1, and a second moving piece 4 composed of soft magnetic material having a second opposed curvature in which the distance of the opposed face for the element 7 is gradually increased.
Patent JP-H02199273-A (JP)
Title: Ignition device for engine
Inventor: AKAGI YUJI
IPC: F02P13/00
Filed: 1989-01-30
Abstract: PURPOSE:To prevent rapid cooling of an ignition plug during rapid deceleration and during failure in ignition and to prevent breakage of an insulator by a method wherein a means to prevent rapid cooling of the ignition plug when deceleration is detected is mounted to the ignition plug. CONSTITUTION:Ignition plugs 5a, 6a and 5b, 6b are connected to ignition devices 17a and 17b. The ignition devices 17a and 17b are controlled by a microcomputer ECU. A coil 19 for discharging arc is set so that it outputs a secondary voltage 5 - 10 times as high as that of a coil 20, and arc discharge is generated at the ignition coil 5a according to this setting. When arc discharge is generated at the ignition plug 5a, the temperature of a central electrode is instantaneously increased to a high value, this heat is transferred to an insulator with which the ignition plug 5a is wrapped, and prevents rapid cooling of the ignition plug 5a. This constitution enables prevention of breakage of the insulator.
Patent JP-H06235124-A (JP)
Title: Electric motor rotation-controlling method in spinning machine and rotation controller
Inventor: KITAMURA ATSUSHI
IPC: D01H1/32
Filed: 1993-02-08
Abstract: PURPOSE:To make the actual motor revolutions almost coincide to the target revolutions even in the acceleration or slowing down when the rotation of the motor is regulated with digital control. CONSTITUTION:Individual motors for roving machines are regulated their speeds by the digital control. At first, the CPU sets the curve of target rotation number on the basis of the spinning condition input from the unit. Thus, No. i indicated value, Bi, is obtained as Ni + k X DELTANi by adding k X DELTANi to Ni (the target rotation number at time ti on the target curve) where k is the calibration value (0< k <=1) for deviation DELTANi during DELTA immediately before ti and obtained from preliminary tests where the actual motor rotation number C may almost coincide to the target rotation number curve A. CPU outputs the speed indicated values B every specific time interval DELTAt to control the speed of individual motors so that the actual rotation number C may be coincided with the target value N on the curve A.
Patent JP-H10216397-A (JP)
Title: Drying machine
Inventor: ITO SAKAE
IPC: D06F58/10
Filed: 1997-02-03
Abstract: PROBLEM TO BE SOLVED: To provide a drying machine capable of drying in a short time coping with the quantity of clothes to be dried and the way of arranging clothes in a drying room for each time. SOLUTION: This drying machine has a drying room 4 nearly airtight to house clothes 5, an air duct 11 to such the air inside the drying room 4 from a first intake 13 and blow off the air to the clothes 5 from a nozzle 14 after dehumidification, an indoor fan 8 provided in the air duct 11 to flow the air, a second intake 17 provided in the air duct 11 between the first intake 13 and the indoor fan 8, which sucks the air inside the drying room 4, and a switching plate 18 to open and close the second intake 17.
Patent JP-S58137709-A (JP)
Title: Reading method of scale
Inventor: TAKAI SHIYOUZOU
IPC: G01D5/245
Filed: 1982-02-10
Abstract: PURPOSE:To increase reading speed while improving accuracy with respect to a high speed reading method of digital scales by dividing pitch to multiple parts. CONSTITUTION:Even if the same scale signal is used, the pulse signal outputted from a zero cross detection circuit and the timing when the output of the pulse signal of a phase modulating 100-division circuit changes over from 9.9mum to 0.0mum do not always coincide. Therefore, if the signals of said two systems are added, a large error is produced. In order to prevent such error, the latch output of the 2nd counter is conducted to a carry-up/carry-down pulse generating circuit, and when 9.9 changes to 0.0 in the case of an UP direction, a carry-up signal is generated and when 0.0 changes to 9.9 in the case of a DOWN direction, a carry-down signal is generated. Such carry-up and carry-down signals are fed to the 1st counter and are used as the digit signals of 10mum at the low speed when the phase modulating 100-division circuit is in normal operation.
Patent JP-H08217568-A (JP)
Title: Production of porous electrically conductive silicon carbide sintered body
Inventor: OGAWA MITSUSHIGE
IPC: C04B35/573
Filed: 1995-02-08
Abstract: PURPOSE: To ensure superior oxidation resistance by molding a powdery mixture of specified SiC powder with Si3 N4 powder and a carbonaceous material and firing the resultant molded body in a nonoxidizing atmosphere not contg. N2 . CONSTITUTION: The particle size distribution of SiC powder having 1-50μm average particle diameter is regulated so that the ratio (D10 /D50 ) of the particle diameter of 10% cumulative particle size of the distribution to that of 50% cumulative particle size is made >=0.2 and the SiC powder is mixed with a powdery mixture prepd. by mixing Si3 N4 with a carbonaceous material such as carbon black so that the molar ratio of metallic Si forming the Si3 N4 to carbon is made 1.0-2.0. Proper amts. of water and an org. binder such as PVA are added to the resultant powdery mixture contg. 20-70wt.% SiC and they are kneaded and molded in a prescribed shape.  The resultant molded body is dried, dewaxed by heating and fired at 1,600-2,300 deg.C in a nonoxidizing atmosphere not contg. gaseous N2 to obtain the objective porous electrically conductive SiC sintered body having about 1-40μm pore diameter and about >=40% porosity.
Patent JP-H09187508-A (JP)
Title: Safe injector
Inventor: OKIYAMA TADASHI
IPC: A61M5/32
Filed: 1996-01-11
Abstract: PROBLEM TO BE SOLVED: To remove an injection needle from an injector without touching it with a hand and to separately abandon the injection needle and the injector by providing an engagement means for being engaged with the outer peripheral edge part of a needle attachment/detach means and making the needle be attached and detached at the time of sliding a shield member in a tip direction. SOLUTION: The shield member 8 slidably covers the outer peripheral edge part of the needle attachment/detachment means 6 and the outer side of an outer cylinder 3. Also, at the outer peripheral edge part of the needle attachment/detachment means 6, a sliding part 9 capable of sliding with the inner side of the shield member 8 is formed and a recessed second engagement means 10 engagement with a first engagement means 11 at the time of sliding is formed. The first engagement means 11 and a third engagement means 12 in a projecting shape for engaging the shield member 8 and the sliding part 9 in cooperation with the second engagement means 10 of the sliding part 9 are formed near the base end part and tip part of the shield member 8.  Thus, since the injection needle 20 is immediately covered with the shield member 8 after using this injector, erroneous sticking and infection by medical treatment attendants are prevented and safety is secured.
Patent JP-S59149537-A (JP)
Title: Touch screen
Inventor: IMAI TETSUO
IPC: G06F3/033
Filed: 1983-02-09
Abstract: PURPOSE:To eliminate the misrecognition of a coordinate value due to the variance of voltage and at the same time to attain a simultaneous output of plural areas, by deciding a touch position from the frequency. CONSTITUTION:When a touch is given to an electrically conductive thin film 3 with a finger, the film 3 has a contact with a conduction line 2 at the touch area. Then an alternating current of either frequency is flowed to a frequency analyzer 5 from an AC voltage source 4. The value of the frequency of the alternating current is analyzed by the analyzer 5. Thus the analyzer 5 decides the touch area of the film 3 through a position decider 6 to which said frequency is fed. When plural points are touched at a time, the analyzer 5 can detect plural frequencies. Thus a touch screen can display the positions of plural points.
Patent JP-H05189100-A (JP)
Title: Information processor
Inventor: ONODERA TADASHI
IPC: G06F1/32
Filed: 1992-01-08
Abstract: PURPOSE:To reduce the power consumption to extend the use time of an incorporated battery. CONSTITUTION:When a command 111 to instruct the use of an external connection device 12 is outputted from a CPU 11 to a decoder 12, the decoder 12 decodes this command 111. When decoding the command 111, the decoder 12 outputs a power supply control instruction 121 to an I/O register 13 to set or reset the I/O register 13. A power supply control part 14 outputs a power supply control signal 141 to an external device connection part 15 in accordance with an output 131 of the I/O register 13 to control the power supply to the external device connection part 15. When the CPU 11 does not use the external connection device 2, power supply to the external device connection part 15 is cut off.
Patent JP-H10222383-A (JP)
Title: Virtual computer system
Inventor: MADA YOSHINORI
IPC: G06F15/16
Filed: 1997-02-03
Abstract: PROBLEM TO BE SOLVED: To eliminate the need to check external interruption flags of other virtual CPUs by allowing one virtual computer to actuate information processors having dispatched other virtual computers and transfer signals to other computers. SOLUTION: A main storage device 102 stores information on virtual computers VM0 to VMn that respective CPUs 1 to (n) have dispatched in a hardware system area and a CPU address decoder 12 in a control unit CU sets external interruption check process start latches 113 to 115 with addresses based upon the dispatch information. Then the external interruption check processes are started by the set latches. Consequently, CPUs which performs the external interruption check process can be limited. Therefore, influence exerted on CPUs which are not a process object of a guest SIGP instruction is eliminated in the virtual computer system, whose throughput is improved.
Patent JP-S59146179-A (JP)
Inventor: YAMAGUCHI GENZABUROU
IPC: H05B3/44
Filed: 1983-02-09
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-H07267126-A (JP)
Title: Auxiliary steering angle control device
Inventor: HIGASHIMATA AKIRA
IPC: B62D101/00
Filed: 1995-02-08
Abstract: PURPOSE:To restrain a steady vehicle slip angle by providing an objective steady yaw rate setting means with a steady lateral velocity calculating part for calculating the steady lateral velocity produced in a vehicle and with the objective steady yaw rate setting part for setting a variable objective steady yaw rate according to the calculated steady lateral velocity. CONSTITUTION:A hydraulic cylinder 15 is driven in response to a command of a controller 13 mainly composed of a micro-processor or the like. The controller 13 sets an objective steady yaw rate based on a steering angle detected by a steering angle sensor 1 as a means for detecting a steering angle and a car velocity detected by a car velocity sensor 2 as a car velocity detecting means. The setting comprises the steps of calculating a steady lateral velocity by a steady lateral velocity calculating part and setting a variable objective steady yaw rate according to the steady lateral velocity by the objective steady yaw rate setting part. Thus, a steady vehicle slip angle can be restrained.
Patent JP-S56118318-A (JP)
Title: Manufacture of resin molded coil
Inventor: MATSUMIYA YASUNORI
IPC: H01F41/12
Filed: 1980-02-22
Abstract: PURPOSE:To improve the yield of resin and form a resin layer of uniform thickness on the coil surface by a method wherein when an electromagnetic coil impregnated with resin is hardened on heating, the surplus resin dropping from the coil being heated is recovered and dropped again from above the coil. CONSTITUTION:The electromagnetic coil 1 impregnated with resin in a vacuum is placed in a heating oven 7 and while being rotated by a driving source 9 the coil 1 is heated by a heat source 6 to harden the resin. In the heating oven 7, below the coil 1, a recovering container 10 is arranged to recover the surplus resin 11a dropping from the coil 1 being heated. The recovered resin 11a is supplied, by a pump 14, through a piping 15 above the heating oven 7 to a dropping container 16 above the coil 1 and dropped again on the coil 1. Thus, hardening is performed while the surplus resin 11b is being redropped in order to form a resin layer of uniform thickness on the surface of the coil 1 and improve its quality.
Patent JP-H09190479-A (JP)
Title: System for processing ticket issuing data of restaurant
Inventor: HIRAO TAKUYA
IPC: G06Q50/00
Filed: 1996-01-10
Abstract: PROBLEM TO BE SOLVED: To provide a restaurant ticket issuing data processing system providing a ticket issuing machine whereby a picture, a photograph or an animation in addition to a character can be used as a merchandise display means and setting is executed from a data processing machine. SOLUTION: The data processing system is provided with a data processing means processing an accounting and merchandise order data, the ticket issuing machine having a display selection means displaying plural merchandise and selecting ordered merchandises, and issuing tickets and a kitchen output means indicating the production of a merchandise to a kitchen.  The ticket issuing machine 11, a data processing machine 12 and a kitchen printer 16 are connected by a communication line and the data processing machine 12 monitors the ticket sales condition of the ticket issuing machine 11 in realtime and a means which indicates display and an operation to the ticket issuing machine 11 in accordance with ticket sales conditions and also sets the display, the size and the layout of the respective merchandises which are displayed in the display equipment 11-1 of the ticket issuing machine 11 from the data processing machine 12 is provided.
Patent JP-H02201159-A (JP)
Title: Method and apparatus for analyzing total organic carbon in gas
Inventor: SHIMONO TSUGIO
IPC: G01N1/22
Filed: 1989-01-30
Abstract: PURPOSE:To allow determination with one time of analysis operation and to easily analyze data by thickening the org. carbon content in a gas and measuring the concn. of the total org. carbon in the gas in accordance therewith. CONSTITUTION:A thickening pipe 4 in which an adsorbent 3 is packed is immersed in a cooling tank 2 contg. a coolant 1. A gaseous sample 7 passes to the pipe 4 and is discharged from a discharge port 8 by rotating 4-way valves 5 and 6 of a piping 10 to a solid line state. A carrier gas 9 passes through the piping 10 at this time and is introduced to a total org. carbon meter 11 so that the org. carbon component contained in the gaseous sample 7 is adsorbed to the pipe 4 and is thereby thickened. The thickening is thereafter executed for a specified period of time and the 4-way valves 5 and 6 are returned to the dotted line state. The pipe 4 is taken out of the cooling tank 2 and is immediately put into a thermostatic chamber 12 which is a heater. The total org. carbon component thickened in the pipe 4 in such a manner is expelled by the carrier gas 9 and is introduced into the carbon meter 11. The total org. carbon content is oxidized in the carbon meter 11 and is converted to CO2 which is then determined by using a detector. Even the high sensitivity analysis of ppb or below is possible according to this method.
Patent JP-S59146983-A (JP)
Inventor: FUKUHARA MIKIO
IPC: C04B35/58
Filed: 1983-02-10
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。