baber/WOPTO huggingface dataset:
Patent JP-H0562503-A (JP)
Title: Decorative illumination device
Inventor: SUGITA TSUNEO
IPC: F21S10/00
Filed: 1991-09-03
Abstract: PURPOSE:To provide a decorative illumination device in a single constitution and at a low cost. CONSTITUTION:An illumination device concerned is composed of a lamp 1, an object to be irradiated 2 to be illuminated by this lamp 1, and a half mirror 3a fitted with a selective transmissive film. The locational relationship between the object 2 and half mirror 3a in the direction of viewing the object is made variable.
Patent JP-S6467321-A (JP)
Title: Control method and device for mold temperature
Inventor: INAMI TOSHIO
IPC: B29C45/78
Filed: 1987-09-08
Abstract: PURPOSE:To control precisely and accurately the mold temperature by means of a heating medium by switching the heating medium fed from a pump in the direction of returning the same to a tank when the heat amount computed by a second operator reaches a required heat amount computed by a first operator. CONSTITUTION:Temperature T1 of a heating medium flowing into a mold 1 and temperature T2 of a heating medium flowing out of the mold 1 are measured by temperature measuring devices 20 and 21 and heat amount (u) applied to the mold 1 is computed by a second operator consisting of a multiplier 30 and an integrator 31. Said heat amount (u) is compared with the required heat amount U computed by a first operator 26, and while difference is in said comparison, a flip-flop circuit 33 is actuated to retain first-third electromagnetic valves 5, 6 and 14 as they are. Signals from a comparison device 32 are zero when the computed heat amount (u) reaches the required heat amount U to reset the circuit 33 and demagnetize the first-third electromagnetic valves 5, 6 and 14. Accordingly, a pump 7 and the mold 1 are shut off, and a high temperature heating medium discharged out of the pump 7 is returned to a tank 9.
Patent JP-H1146687-A (JP)
Title: Enclosing of alcohol into hard candy
Inventor: WATANABE TETSUYA
IPC: A23G3/34
Filed: 1997-08-06
Abstract: PROBLEM TO BE SOLVED: To dissolve a problem impossible to take alcohol content into the interior of hard candy, because candy temperature becomes extremely high on forming process in the case of hard candy. SOLUTION: This method for enclosing an alcohol into hard candy comprises lowering the temperature of shell 1 of the candy whose taste is controlled to 100-80 deg.C, feeding powdery alcohol or powdered alcoholic drink or a their dilution with powdery sugars or sugar alcohols into the center of the shell 1 by a center powder machine 2 and carrying out forming, punching and cooling of the candy according to ordinary method thereafter.
Patent JP-S6377413-A (JP)
Inventor: TSURITA TOSHIO
IPC: A47J27/00
Filed: 1986-09-19
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-2001051682-A (JP)
Title: Buzzer and production of yoke used for buzzer
Inventor: SUZUKI TAKAFUMI
IPC: H04R13/02
Filed: 1999-08-05
Abstract: PROBLEM TO BE SOLVED: To maintain the spacing between a diaphragm placed atop a ring and an iron core within a prescribed size value at all times and to eliminate the variations in timbre between products by removing the shock line made in the plane part of a yoke, making the thickness of the plane part to uniform and assuring the smoothness of the plane part. SOLUTION: This buzzer has the flat planar yoke 3 integrally and projectingly provided with the iron core 4, a coil wound around the iron core 4, a magnet, the ring placed on the plane part 7 of the yoke 3 and the diaphragm which is placed atop this ring and forms a slight spacing with the top surface of the iron core 4. Very small hollow grooves 15 are press formed over approximately the entire surface of the under surface 7a of the plane part 7 of the yoke 3. The very small hollow grooves 15 are plastically deformed by press forming in the plane part 7 of the yoke 3 in the manner described above, by which the material for the recessed components is moved and the shock line is negated by this material. In addition, the thickness of the plane part 7 is made uniform.
Patent JP-H1043402-A (JP)
Title: Circuit board housing box having sealing structure for game machine
Inventor: UGAWA SHOHACHI
IPC: A63F7/02
Filed: 1996-08-06
Abstract: PROBLEM TO BE SOLVED: To prevent illegal actions by sealing a gap between proximately adjacent box components among plural box components holding a circuit board inside and covering it with a sealing member, bonding this sealing member to a single plane and applying respective stamps onto the single plane to make hard the exchange of electronic parts. SOLUTION: As a holder (box) for holding and housing electronic parts including a CPU, RAM and ROM or the like, an execution form article 101 is sealed by a sealing means 2 after assembly and sealing processing is performed between the box 101 and the sealing means 2. As the sealing processing, in addition to a sealing ST1 over two leaves or well-known sealing processing such as adhesion, a cutting line is available as well. Then, this sealing means 2 is bonded to the plane formed by the box 101. Namely, concerning the box 101 composed of a front side casing main body, rear side casing main body to fix an electronic circuit board, transparent bottom plate and lid, processing is performed over the gap between a plane 72 of extended parts formed on two confronted sides among the periphery of four sides at the rear side casing main body and the lid.
Patent JP-S6466508-A (JP)
Title: Coordinate conversion
Inventor: ITO KEIICHI
IPC: G05B19/404
Filed: 1987-09-08
Abstract: PURPOSE:To enable always performing of an accurate coordinate conversion regardless of any positional deviation in any or both of a robot and a camera, by mounting a template having a mark for coordinate conversion at a mobile part of the robot. CONSTITUTION:A robot controller 2 of a robot 1 is connected to a visual controller 3 and a console 10 is connected to the controller 3 to output an instruction of coordinate conversion while a template 5 having a mark 6 is mounted at the tip of a mobile part 9 of the robot 1. Then, a coordinate conversion formula is calculated with a camera 4 for taking the mobile part 9 form coordinates of the mark 6 in a robot coordinate system and those of the mark 6 in a visual coordinate system at respective working points to match both the coordinate systems. This enables accurate coordinate conversion regardless of any positional deviation in any or both of the robot 1 and the camera 4.
Patent JP-S61101371-A (JP)
Title: Material taking-up apparatus in taking-up machine
Inventor: ICHIYANAGI HAJIME
IPC: B21C47/02
Filed: 1984-10-23
Abstract: PURPOSE:To hold the starting edge of a material onto a taking-up core free from damage by taking-up the between-layer paper taken-up onto a taking-up reel when taking-up is started and taking-up the starting edge of the material onto the taking-up reel and nipping the starting edge between the superposition of the between-layer paper. CONSTITUTION:When a material W is taken-up onto a taking-up reel 12, a holding apparatus 31 is lowered, and a transfer cylinder 35 is shortened, and a cylinder 40 is driven, and the starting edge PE of the between-layer paper P is held between the both finger parts 39a and 43a. Then, the holding apparatus 31 is transferred, and the starting edge PE held onto the holding apparatus 31 is attached onto the surface of the adhesive tape on the taking-up core 13 of the taking-up reel 12. During this time, the top edge part of a guide receiving 48 is inserted into between the flanges 14 of the taking-up reel 12. The between-layer paper P is taken-up by revolving a taking-up shaft 11, and the starting edge WE of the material is driven-out by the motor of a driving-out apparatus 32, and held between the taking-up core 13 and the superposition of the between-layer paper P, and taken-up onto the taking-up reel 12. Therefore, the starting edge of the material is held between the superposition of the between-layer paper, and the taking-up core is prevented from being broken.
Patent JP-S6466863-A (JP)
Title: Disk auto-changer device
Inventor: KAWAKAMI HIROSHI
IPC: G11B17/26
Filed: 1987-09-07
Abstract: PURPOSE:To wholly miniaturize the titled device by fitting one edge of a carrying member to a holder, linking the other edge to a slider (a driving source) to alternately move between a cartridge side and a holder side and moreover, causing the carrying member to be freely stretchable. CONSTITUTION:The title device equips with a holder 200 to be moved to a position to correspond to desires trays 101-107 of a cartridge 100 and a disk transport mechanism to lead-out a disk to this holder 200 together with the tray and to return it reversely. The disk transport mechanism is composed of the carrying member, whose one edge part is linked to an engaging part to be held by the holder 200 and engaged to the trays 101-107 and the other edge part is linked to the generating driving source to move the tray mutually between the cartridge 100 and the holder 200. Further, this carrying member is stretched with being interlocked to the moving of the holder 200 to the position to correspond to the respective trays 101-107, which are received to the cartridge 100, and a disk reproducing position. Thus, the device can be wholly miniaturized.
Patent JP-H1061619-A (JP)
Title: Fixing holder
Inventor: IKEDA RIYO
IPC: G09F13/04
Filed: 1996-08-26
Abstract: PROBLEM TO BE SOLVED: To easily and surely fix a material to be fixed to a mounting surface by providing a holder bearer fitted to a mounting surface, and a holder for fixing a material to be fixed, which is capable of sliding in the horizontal direction, while being fitted to the holder bearer. SOLUTION: A holder bearer fixing plate 4 and a holder bearer 2 are fixed in such a manner that a bearer mounting wall of the holder bearer 2 is clamped by a first fixing click 41 and a second fixing click 42 provided on the holder bearer fixing plate 4. A gripping part 31 of a holder 3 is moved while the space up to a mounting surface 1 being reduced, whereby when the end part of the gripping part 31 comes into contact with a holder stopper of the holder bearer 2, a space between the mounting surface 1 and the gripping part 31 of the holder 3 can be made wide enough, and a material 5 to be fixed, for example, an arc tube is moved in the direction parallel to the mounting surface 1 from above the gripping part 31 to be easily installed on the gripping part 31.
Patent JP-H07174346-A (JP)
Title: Original-position returning method of cooking vessel in cooking equipment
Inventor: KIN KEITO
IPC: H05B6/68
Filed: 1994-09-19
Abstract: PURPOSE: To return a cooking vessel to an orientation automatically where it is placed before the cooling is started, after cooking is completed by stopping a turntable which is continuing the rotation until passing a third time after all supporting rollers pass through. CONSTITUTION: At first, a time tx which is the time when a supporting roller 42 passes through a sensing switch 50, and a time ty which is the time when a next supporting roller passes through a sensing switch 50, are counted. Time tz which is the time ty subtracted by the time tx is stored in a control unit. Each time passing through of all supporting rollers 41 to 43 is confirmed, counting step is restarted from the start by the time the cooking is completed. When the cooking is completed, the passing of the supporting roller 43 through a sensing switch 50 is checked. When the supporting roller 43 is confirmed to be on the sensing switch, the driving part of a turntable is stopped after operating for the time period of tz. Therefore, the supporting rollers 41 to 43 are returned to the orientation at the start of the cooking precisely.
Patent JP-H0886825-A (JP)
Title: Drive circuit controller for automobile
Inventor: SAINOSE HIROSHI
IPC: B60R16/02
Filed: 1994-09-19
Abstract: PURPOSE: To surely operate an output control circuit of a drive circuit with the supply of power from a wire for backup by stopping the operation of a troubleshooting circuit when a disconnection occurs in a power supply line for supplying power of a carried battery to a drive circuit controller. CONSTITUTION: At the time of automobile collision, power stored in a power source 9 for backup is supplied to an input/output interface 12 by a collision detecting means 10 while a control signal is outputted to the interface 12 from an output control circuit 25 by a collision detecting means 18 to operate drive circuits 31-34. When the occurrence of a disconnection in a power supply wire 24 connecting between the carried battery 1 and a drive circuit controller 4 is detected by an IG voltage monitoring circuit 16 as disconnection detecting means, a control signal is outputted to stop the operation of a troubleshooting circuit 23 from the circuit 16 and the circuit 23 is halted. This prevents the useless consumption of power, thereby, effective utilization of power of a wire 13 for backup is made possible.
Patent JP-S61103991-A (JP)
Title: Rustproof oil composition
Inventor: KURASHIGE YUZO
IPC: C10N30/12
Filed: 1984-10-26
Abstract: PURPOSE:To obtain the titled composition capable of effectively preventing rust development on machines, appliances, vessels, etc. exposed to mineral oil, by incorporating a tannic acid derivative in the mineral oil. CONSTITUTION:The objective composition can be obtained by incorporating (A) 100pts.wt. of mineral oil (pref. lubricating oil fuel oil) with (B) normally 0.001-30 (pref. 0.1-10)pts.wt. of a tannic acid derivative (pref. etherified or esterified product from tannic acid). The tannic acid is a crude product from gallotannins, having phenolic hydrokyl group; the tannic acid derivative to be used can be prepared by chemical modification of said hydroxyl group such as etherification or esterification.
Patent JP-H0388408-A (JP)
Title: Phase shift circuit
Inventor: NISHIYAMA SEIICHI
IPC: H03H11/20
Filed: 1989-08-30
Abstract: PURPOSE:To reduce the level fluctuation of an output signal while keeping a phase quantity in excess of + or -45 deg. by injecting an output current of a differential amplifier to a couple of transistors(TRs) of a phase shifter via a couple of switches switched in response to a control signal. CONSTITUTION:A control signal + or -DELTAV is supplied in common between bases of each couple of TRs 11, 12 and 21, 22 of a differential type phase shifter 10 and a differential amplifier 20A and an output current of the differential amplifier 20A is injected to the TRs 11, 12 of the phase shifter 10. Switches 26, 27 switched respectively in response to the control signal are connected between collectors of the TRs 11, 12 and 21, 22. Thus, while the phase shift quantity in excess of + or -45 deg. is kept, the phase shift circuit whose level fluctuation of the output signal is reduced is obtained.
Patent JP-H0385506-A (JP)
Title: Lens system with parallel planes
Inventor: MARUYAMA KOICHI
IPC: G02B13/00
Filed: 1989-08-29
Abstract: PURPOSE:To suppress the occurrence of aberration, and to secure a long working distance by sticking a parallel plane plate having two planes on the luminous flux condensation side of a condenser lens group which condenses parallel rays of a luminous flux. CONSTITUTION:An objective lens barrel 40 has an annular step part 40a projecting inward in the middle part, and first to third lenses 11 to 13 are built into the barrel 40 from below, and a fourth lens 14 and a parallel plane plate 20 are built into the barrel 40 from above. The third lens13 is abutted on the step part 40a, and a cemented lens of first and second lenses is abutted on the third lens 13 with an annular spacer 41 between them, and these lenses are fixed by a ring screw 42. The fourth lens 14 is set to the step part 40a from above and is fitted in the barrel 40. The parallel plane plate 20 is directly set on the fourth lens 14 is fitted in the barrel 40 and is set to a step part 40b formed in the barrel 40 and is stuck to the barrel 40 by adhesion or the like. Thus, a relatively long working distance is secured.
Patent JP-2001046568-A (JP)
Title: Golf club
Inventor: HASEGAWA HIROSHI
IPC: A63B102/32
Filed: 1999-08-06
Abstract: PROBLEM TO BE SOLVED: To stabilize gripping of a golf club to improve swing stability by forming a reverse taper part with the outer diameter gradually reduced toward the grip end on the grip part. SOLUTION: The grip part 4 is formed by placing a grip member comprising a resilient member such as rubber, urethane resin, etc., on the outer periphery of a shaft 2. The grip part 4 is formed including a reverse taper part 5 with the outer diameter gradually reduced toward the grip end. It is also allowed to form the grip part by only a reverse taper part 5. Thus the diameter of the grip is made larger to the head 3 side and smaller to the grip end side to improve the engaging grade of the little finger and the holding power, and slippage between the grip part 4 and fingers can be suppressed. Because the diameter to the head 3 side is relatively larger the club can be held tightly to obtain stable swing.
Patent JP-H1146554-A (JP)
Title: Knotting apparatus in knotter
Inventor: KAMISADA SHOSUKE
IPC: B65B13/18
Filed: 1997-08-06
Abstract: PROBLEM TO BE SOLVED: To turn a bill, which is turned by the engagement of a belt gear with a small gear, accurately 360 degree and enable excellent binding free from knotting miss in a knotting apparatus of a knotter. SOLUTION: This knotter has a mechanism comprising a bill 2a consisting of a rotating tine 23, which drives a knotting rotation of one turn motion by the engagement of a belt gear of a rotor 6 which makes one turn per every knotting with a small gear, and a moving line 23c; a ratchet cam 9 which makes the bill 2a do rope-holding motion by guiding a guiding piece 23b formed on the moving line 23c of the bill 2a by means of an opening cam face 92 and a closing cam face 93; and a tine guide 7 which keeps the moving tine 23c in a closed posture by pressing the guiding piece 23b resiliently to the closing cam face 93.  In this mechanism, the number of the teeth of the belt gear is made smaller than that of the small gear about one tooth, and the guiding piece 23b of the moving line 23c is pressed to the fine guide 7 with the cam face 93, so that the bill 2a completes its one turn while it proceeds in the direction of removing knot.
Patent JP-H0565340-A (JP)
Title: Liquid crystalline polyesteramide
Inventor: KIDAI OSAMU
IPC: C08G69/44
Filed: 1991-09-04
Abstract: PURPOSE:To obtain the subject polyesteramide which has a high heat resistance, high tensile, bending, and impact strengths, etc., by incorporating dicarboxylic acid residues, diol residues, p-hydroxybenzoic acid residues, and aminophenol residues into the polyesteramide in specified molar ratios. CONSTITUTION:The objective polyesteramide comprises dicarboxylic acid residues of formula I (wherein R is a 6-18C divalent arom. hydrocarbon group), diol residues of formula II, p-hydroxybenzoic acid residues of formula III, and aminophenol residues of formula IV and satisfies the following requirements: equations V, VI, and VII hold true provided that the number of moles of residues of formulas I, II, III, and IV are [1], [2], [3], and [4], respectively; the value (r) calculated by equation IX satisfies 0<=r<=0.88 provided that [3-1] is the number of moles of p-hydroxybenzoic acid residues directly bonded to the diol residues; and the melt viscosity under a shear rate of 1,000sec<-1> at 310 deg.C is at least 50P.
Patent JP-2000055929-A (JP)
Title: Occupant protecting system for vehicle and its device and method for determining collision form
Inventor: SUZUKI TOMOJI
IPC: G01P15/18
Filed: 1998-08-07
Abstract: PROBLEM TO BE SOLVED: To provide an occupant protecting system for a vehicle and its device and method for determining a collision form to determine the collision form of the vehicle appropriately through the use of the correlation in the detection output of a plurality of acceleration sensors to the acceleration of the vehicle at the time of a collision. SOLUTION: Both G sensors 40L and 40R detect both acceleration which occurs at both side parts of the width of a vehicle at the time of the collision of the vehicle. A G sensor 30 detects acceleration which occurs approximately at the center part of both longitude and width of the vehicle. A collision determining circuit Sa determines a pole collision, distinguishing it from a head-on collision and an offset collision through the use of the correlation among the integral values of the detected acceleration of the G sensors 40L, 40R, and 30.
Patent JP-S6284527-A (JP)
Title: Chip carrier
Inventor: NITTA MITSURU
IPC: H01L23/34
Filed: 1985-10-08
Abstract: PURPOSE:To improve heat-dissipating properties, and to mount a large-power chip while enhancing workability by fitting a radiator plate to a pin disposed in upright to a substrate and directly joining the chip with the radiator plate. CONSTITUTION:With a substrate 1, four pins 11 and bonding electrodes 12 are formed to a chip loading surface. Connecting terminals with the outside are shaped to the back reverse to the chip loading surface, and connected to the bonding electrodes 12 in the inner layer of the substrate 1. Four fitting holes 21 are formed where corresponding to the pins 11 for the substrate 1 in a radiator plate 2. An integrated circuit and circuit terminals 31 thereof are shaped to a chip 3. Since the radiator plate 2 and the chip 3 are joined directly without clearances extending over a wide range through a thermal conductive material, heat dissipated from the chip 3 is dissipated easily to the radiator plate 2 through the thermal conductive material, thus remarkably improving heat-dissipating properties, then mounting of the large-power chip is enabled.
Patent JP-S6379141-A (JP)
Title: Error detecting/correcting method for digital computer
Inventor: IMAZU RYUZO
IPC: G06F11/08
Filed: 1986-09-22
Abstract: PURPOSE:To easily detect and correct a data error by comparing the internal expression at every character and numeral stored previously with satisfactory redundancy with the data. CONSTITUTION:The internal expressions of N types of characters or numerals and data are shown with 64 bits (8X8) of a dot pattern. Respective characters of each data are checked with N pieces of internal expression stored previously for the detection of a data error. Thus the coincidence is calculated between data and the bits of the internal expression after initialization and it is decided whether the coincidence value is equal to a prescribed number M or not. If so, the internal expressions are all equal to data and therefore no error is decided. If not, a count-up action is carried out for comparison with the next internal expression. Then the internal expression having the maximum coincidence value is detected when the comparison is through with all internal expressions. Then it is decided whether the detected internal expression is larger than a prescribed number F or not. If so, the internal expression is exchanged with data for the correction of an error. If not, it is decided that the correction of the error is impossible.