baber/WOPTO huggingface dataset:
Patent JP-H06222932-A (JP)
Title: Computer
Inventor: DOI KOJI
IPC: G06N5/04
Filed: 1993-01-25
Abstract: PURPOSE:To prevent a system program from being expanded, to easily deal with applications over a wide range and to facilitate customizing to the objective application. CONSTITUTION:An operation processor 1 is functioned as a data input part 11, activity control part 121, dispatcher 122 and data output part 13 and when any arbitrary event is generated in the arbitrary state of the objective application, the dispatcher 122 executes activity by sending a work starting instruction to the activity executing part 121 corresponding to the state and the event while referring to a rule table stored in a rule table storage part 2. Therefore, the control sequence of an interface between the activity executing parts 121 can be made independent of the system program.
Patent JP-S60154182-A (JP)
Title: Reference point detecting mechanism
Inventor: OOKUBO HIROSHI
IPC: G01V8/20
Filed: 1984-01-25
Abstract: PURPOSE:To obtain easily and precisely a reference point for obtaining the run position of a device which runs reciprocally on a track by arranging plural photosensors which differ in detection condition alternately, and ORing their outputs. CONSTITUTION:Such photosensors that a transistor (TR)11 is on when transmitted light from a light emission part 9 is detected by a photodetection part 10 or off when not are used as photosensors 5 and 7 among photosensors 5-7 provided to an automatic ultrasonic flaw detector 3 in an array parallel to the track, and the photosensor 6 operates reversely; and outputs of respective TRs are connected in parallel to obtain an output 12. When a light shield device 4 with a slit 8 is placed at the reference point on the track previously, the photosensors 5 and 7 are shielded by the shield plate to enter a transmitted light nondetection state, and the photosensor 6 faces the slit 8 at this time to detect transmitted light. Consequently, the TRs 11 of all the photosensors 5-7 are turned off, so the output 12 goes up to a high level and the reference point signal is obtained.
Patent JP-H03214028-A (JP)
Title: Displacement detecting sensor
Inventor: FUKUSHI MORIHISA
IPC: G01B11/00
Filed: 1990-01-18
Abstract: PURPOSE:To achieve a compact configuration and excellent detecting sensitivity by attracting a ferromagnetic body which is provided in parallel along the direction of the rotary shaft of a light screening body by the movement of an external magnet, and rotating the light screening body. CONSTITUTION:An external magnet 1 is moved from a position 1A to a position 1B in the direction perpendicular to a rotary shaft 18 of a drum 3 which is a light screening body with the displacement of a body to be detected. Then, a strip-shaped tape 21 which is mounted in the axial direction of the drum 3 is attracted with the magnetic force and moved following the magnet 1. When the drum 3 is rotated by the movement of the tape 2, through holes 16A and 17A are moved to positions 16B and 17B and do not face a rod lens 5a and the like. Therefore, the optical paths of light beams 8, 19 and 20 are shielded with the drum 3, and the light beams are not received with photodetectors. When the external magnet 1 is moved from the position 1B to the position 1A, the drum 3 is rotated in the reverse direction, and the through holes 16A and 17A face the lens 5a and the like. Thus the optical paths are opened, and the light beams from light emitting elements are inputted into the photodetectors. The presence or absence of the displacement of the body to be detected can be detected based on ON/OFF of the incident light.
Patent JP-H01185728-A (JP)
Title: Overlay structure program execution system
Inventor: MIYAMOTO NOBUKO
IPC: G06F9/06
Filed: 1988-01-20
Abstract: PURPOSE:To prevent a program from being infeasible by extending the insufficient part of the size of a main storage area by a main storage size extension means and after that, executing an overlay structure program. CONSTITUTION:Prior to the execution of the overlay structure program, the decision of size is performed by a size decision means 6. And when the size of the main storage area detected by a main storage area size detection means 5 is not sufficient to the size of the overlay structure program held at a size holding means 4, the insufficient part of the size of the main storage area is extended by the main storage area size extension means 7, then, the execution of the overlay structure program is started. Therefore, even when the size of the main storage area allocated from a system at the beginning is smaller than that of the overlay structure program intended to be executed, the infeasibility of the program due to the above fact can be prevented from being generated. In such a way, it is possible to execute the overlay structure program by extending the size of the main storage area automatically.
Patent JP-H10143977-A (JP)
Title: Disk device and video camera device using it
Inventor: TAKANO YOSHIAKI
IPC: G11B27/034
Filed: 1997-01-23
Abstract: PROBLEM TO BE SOLVED: To access or reproduce instantaneously signals recorded extendedly at the time of reproduction and edition by detecting a region made needless when residual recording capacity is already used and overwriting a new signal in a detected region. SOLUTION: When a disk type recording medium is reproduced, a reproducing signal is outputted from a recording section 14 and supplied to a conversion section 15. Further in the recording section 14, an information signal indicating residual recording capacity of the disk type recording medium is supplied to a view finder 16. In the conversion section 15, compounding processing and the like are performed for a reproduced signal and a reproduced video signal is generated and outputted. Also, the reproduced video signal DP is supplied to also the view finder 16. An operation signal is supplied to a control section 20 in accordance with operation of an operation section 18 of a video camera device.  In the control section 20, a control signal CS is generated and supplied to a conversion section 13, the recording section 14, the conversion section 15, and the view finder 16, and operations of each section are controlled.
Patent JP-S56105875-A (JP)
Title: Press-welding and helt-sticking method utilizing joule heat
Inventor: SHIMADA WATARU
IPC: B23K11/24
Filed: 1980-01-29
Abstract: PURPOSE: To eliminate the possiblity that metallic parts other than press-welding surface parts  melt partially by making the frequency of press-welding current higher than commercial frequency  thereby producing skin effect during current supplying period or part of said period.   
     CONSTITUTION: Welding current is supplied via press electrodes 3, 4 to metallic members 1, 2. If  at this time the current of a frequency higher thn commercial frequency is flowed in the members  1, 2 in, for example, the initial period of current supply, the Joule heat generation in the surface  layer part 1d of the member 1 and the surface layer part 2d of the member 2 is made larger than  that in other parts by skin effect. As the frequency is decreased, the Joule heat generation in the  other parts increases. Hence, if the frequency in the initial period of the current supply and the  current supply time thereof are beforehand determined in compliance with the materials, shapes,  etc. of the members 1, 2, the temp. of the face part 2a are enhanced to an optimum press-welding  temp. and be maintained at that temp. before a molten part is produced in the internal part 2b  near the press-wedling face part 2a of the member 2. The time for enhancing the skin surface is  not limited to an initial period and it is equally well to make it in the entire current supply period.  
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S62169341-A (JP)
Title: Automatic replacing prober for probe card
Inventor: ITOYAMA TAKETOSHI
IPC: G01R31/26
Filed: 1986-01-21
Abstract: PURPOSE:To form a prober having the automatic replacing function of a probe card, by providing a wafer-cassette selecting means, a conveying means and a lifting means, and sucking the probe card to a ring. CONSTITUTION:A containing tool 8 of a mounting stage 9 is arranged at a predetermined position. A means for selecting a wafer cassette is moved to a preset position. A pair of tweezers 68 is arranged in front of the containing tool 8. The pair of tweezers 68 is lifted to the stage of a set of probe cards 23, which are contained in the containing tool 8. In this lifting operation, a lifting means is commonly used, and the lifting is performed to the stage of set of the probe cards 23. The tool is mounted on a chuck through a conveying means 50. The chuck is mounted uprigitly on an X-Y stage 30 and moved to a measuring part by the driving of the X-Y stage 30. The tool is lifted. Only the probe cards 23 are sucked with the positioning tool of a ring by using a vacuum device built in the ring. The probe card, which has become unnecessary in the reverse operation, is attached to a protecting plate that is mounted on the chuck and conveyed to the containing tool again.
Patent JP-H09203675-A (JP)
Title: Manufacture of semiconductor-type dynamic-quantity sensor
Inventor: FUKADA TAKESHI
IPC: G01P15/12
Filed: 1996-01-25
Abstract: PROBLEM TO BE SOLVED: To provide a method for manufacturing the semiconductor-type dynamic-quantity sensor, wherein breakdown at the junction interface of the first anode is prevented and the output fluctuating amount is less even in high-humidity environment. SOLUTION: A semiconductor sensor substrate 3, wherein a sensing part 3 is formed, and a sensor stage 1 made of semiconductor, to which the substrate 3 is fixed, are mutually bonded by the anode bonding with a glass layer 2 provided between the substrate 3 and the stage 1 in this semiconductor-type dynamic-quantity sensor.  The semiconductor-type dynamic-quantity sensor is manufactured through the following processes: the first anode bonding process, which performs the anode bonding of the stage 1 and the glass thin plate 2 and manufactures an intermediate junction part 12 (b); the heat treatment process, which increases the temperature of the intermediate junction part 12, keeps the temperature at a specified temperature Tp for a specified time D and performs annealing (e); and the second anode bonding process, which performs the anode bonding for the glass thin plate 2 of the intermediate junction part 12 after the finish of the heat treating process and the substrate (f).  By the heat treating process (e), the defects of the texture in the vicinity of the first junction interface C1 are decreased, the segregation of Na becomes less and the output fluctuations caused by peeling and swelling at the first junction interface C1 are decreased.
Patent JP-S59142089-A (JP)
Inventor: YASUOKA HIROTOSHI
IPC: B23K9/28
Filed: 1983-01-26
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-S58129552-A (JP)
Title: Processor
Inventor: OKUYAMA YOSHIYUKI
IPC: G06F9/38
Filed: 1982-01-28
Abstract: PURPOSE:To write a data exactly without using an operator with high speed operation, by dividing 2 periods of a picture element clock signal into the first half and the latter half, executing read-out, operation and write, and executing the operation in 1 clock period. CONSTITUTION:In a feature data sum-up memory 100 of processor, the first half of a picture element clock signal and its latter half are set to a read mode and a write mode, respectively. Also, in an address dividing part 200, to a signal 151, the first half is outputted as an address signal for reading out a present feature data, and the latter half is outputted as an address signal for writing a read-out address of a feature data immediately before the present feature data. Against this dividing part 200 and the memory 100, an address comparing part 300 and a data control part 400 are provided, and in the comparing part 300, the address outputted in the first half is compared with the address of the first half before 1 clock. In this way, the operation by an arithmetic logical device 500 is executed in 1 clock period between the latter half before the signal 151 and the first half of the following signal, and a picture data is written exactly without using an operator with high speed operation.
Patent JP-S60157379-A (JP)
Title: Still picture photographing device using solid-state image pickup device
Inventor: KANTANI MASASHI
IPC: H04N5/335
Filed: 1984-01-26
Abstract: PURPOSE:To obtain a signal of sufficient output level even when the releasing time of shutter is short by reading video signals from an image pickup cell after lapse of time from the end of time of exposure to at least full vanishing of falling afterimage of a solid-state image pickup device. CONSTITUTION:When a contact is closed by depressing a shutter release button 122, a shutter controlling circuit 124 operates responding thereto and opens an optical shutter 120 for a set exposure time. Meantime, an image of a subject is formed on an image pickup cell array 102, and light carrier corresponding to the brightness of incident light is generated in the photo-conductive layer of each cell. A part of this light carrier is caught by a trap in the photo-conductive layer, and the rest reaches a diode 16 by bias of a power source 40 and accumulated there. When exposure time elapses, the shutter 120 is closed and the light carrier trapped by the photo-conductive layer is released at a time constant, and phase shifted to the diode 16. After this, a signal of sufficient output level is obtained by reading the video signal.
Patent JP-S61170513-A (JP)
Title: Manufacture of high strength unrefined steel bar
Inventor: KOARAI JIRO
IPC: C22C38/00
Filed: 1985-01-24
Abstract: PURPOSE:To obtain a high strength unrefined steel bar by incorporating a relatively large amount of S as well as a very small amount of V into a medium carbon steel to be used and carrying out hot rolling and hot forging at lower starting and finishing temps. as compared with a conventional method. CONSTITUTION:The composition of a steel material is composed of, by weight, 0.3-0.5% C, 0.15-0.5% Si, 1-1.65% Mn, 0.04-0.1% S, 0.08-0.2% V, 0.015-0.05% Al and the balance Fe with inevitable impurities. The steel material is heated to 850-1,000 deg.C and hot rolled at 800-950 deg.C finishing temp. The resulting rolled steel bar is reheated to 850-1,000 deg.C and hot forged at 800-950 deg.C finishing temp. The forged steel bar is cooled at 0.3-10 deg.C/sec cooling rate in the temp. range of the A3 transformation point - 550 deg.C.
Patent JP-H10209663-A (JP)
Title: Electronic part container
Inventor: MORI AKIRA
IPC: G01C19/5663
Filed: 1997-01-24
Abstract: PROBLEM TO BE SOLVED: To provide an electronic part container which is hardly deformed, fixed by a simple operation and fixed without causing temperature rise. SOLUTION: An electronic part container incorporates a plane plate part 1 formed of metal and a cover part 2 formed of metal and constituted to cover the plate part 1. A bent part 1a which is formed by bending and raising two sides is provided to two sides of opposite end parts of the plate part 1, a projection part 1b which is almost rectangular toward above is provided to two places of an end part of the bent part 1a, and a slit 2a which is enough large to allow the projection part 1b to be fit therein is provided to a position corresponding to a place wherein the projection part 1b is formed in the cover part 2. The projection part 1b is fit in the slit 2a, the cover part 2 is put to cover the plate part 1 and a thickness of the projection part 1b is rolled, thereby the plate part 1 is fixed to the cover part 2 by caulking.
Patent JP-H01188604-A (JP)
Title: Powder molding device
Inventor: KURAIE ISAMU
IPC: B22F3/035
Filed: 1988-01-20
Abstract: PURPOSE:To easily take out a molding formed whose the inside surface is recessed widely or partly by compressively molding a powder material with a die and upper and lower punches, then retreating a part of a core perpendicularly to the main axis direction and lowering the core by a lifting means. CONSTITUTION:The powder material A is packed into the cavity formed of a die 1, a lower punch 3 and the outer core 4 having a projecting part 6 and is compressively molded by lowering the upper punch 2. The outer core 4, etc., are raised with respect to the inner core 5 supporting the outer core 4 by mutual restraining surfaces 4a, 5a in the molding position to retreat a part of the independent member thereof perpendicularly in the main axis direction to the relief part 7 of the inner core 5 after the molding stage of the above- mentioned powder molding device. The outer core 4 is thereby released from the inside surface of the molding. A wedge 13 fixed to a die plate 24 is thereafter lowered and a fork 14 is retreated from the outer core supporting position against a propulsion means 26. The above-mentioned independent member and the respective members on the inner side thereof are lowered by the actuation of cylinder actuators 15, 16 down to the position where said members are to be removed from the molding.
Patent JP-H08204045-A (JP)
Title: Semiconductor package
Inventor: KAMINAGA ISAMU
IPC: H01L23/02
Filed: 1995-01-27
Abstract: PURPOSE: To obtain a semiconductor package which reduces a stress to be applied to a mounting base and a package board due to the difference in a coefficient of thermal expansion between both and which prevents a gap from being generated when the bonded face of the mounting base to the package board is stripped. CONSTITUTION: A mounting base 3A is constituted of a protruding part 31A which is inserted into a through hole 15A in a state that a semiconductor integrated circuit 1 is mounted and of a base part 32A which is wider than the protruding part 31A. The protruding part 31A is inserted into the through hole 15A, the base part 32A is housed inside a first stepped part G1, and an adhesive 4 does not exist between the protruding part 31A and the inner wall of the through hole 15A so as to form a gap. Thereby, when the mounting base is thermally expanded, it is possible to prevent a stress in the plane direction form being applied to the protruding part and to the inner wall surface of the through hole, it is possible to suppress the stress from being applied to a coated adhesive, and it is possible to prevent the adhesive from being stripped so as to generate a gap.
Patent JP-S60155014-A (JP)
Title: Power transmission device
Inventor: OZAKI KAZUHISA
IPC: F16D13/62
Filed: 1984-01-24
Abstract: PURPOSE:To rotate a Bellerville spring and a pressure-plate indentically together, to prevent both from being worn, by providing a rotation-check between both Bellerville spring and pressure plate. CONSTITUTION:More then one pawl-like projections 52 projected from the inner periphery 51 of a bearing race are fitted into a fitting groove 43 formed in a pressure plate 4 which abuts against a Bellerville spring 2. Further, an outer spline 54 formed in the outer periphery 53 is fitted into an inner spline 18a in a stop ring 198 which is secured to a rear cover 110 so that the Bellerville spring 2 and the pressure plate 4 are rotated, identialy together.
Patent JP-H11215560-A (JP)
Title: Radio communication system and its method for controlling automatic answering telephone function
Inventor: TAKAHASHI TAKUMI
IPC: H04W4/16
Filed: 1998-01-23
Abstract: PROBLEM TO BE SOLVED: To provide a radio communication system and its method for controlling automatic answering telephone function, where the automatic answering telephone function is surely set or released without troublesome manual operations by the user by controlling the automatic answering telephone function, based on a reception state of a transmitted radio wave. SOLUTION: A master set 101 monitors the reception state of a radio wave sent from a slave set 102 and measures the radio wave reception level. When the measured level of the radio wave received is equal to a prescribed threshold level and less than the level of the preceding radio wave reception state, the automatic answering telephone function is set. When the measured level of the radio wave reception state is equal to a prescribed threshold level but more than the level of the preceding radio wave reception state, the set is so controlled as to relare the automatic answering telephone function.
Patent JP-S61171954-A (JP)
Title: Reversible differential mechanism enabling six kinds of operation by regulating device
Inventor: FUJIKI TAKASHI
IPC: B60K5/06
Filed: 1985-01-26
Abstract: PURPOSE:To enable six kinds of operation by using brake wheels provided at the feet of output shafts and brake shoes paired with the wheels. CONSTITUTION:Brake wheels W1, W2 controlling two output shafts S1, S2 are mounted at the feet of the output shafts of a differential gear device. And a control unit L performing their operation is also provided. By this control unit L, six kinds of normal and reverse operation can be made by the output shafts S1, S2 which are made to operate simultaneously while keeping balance of rotation or made to operate independently with each other.
Patent JP-S57125851-A (JP)
Title: Detector for number of revolutions
Inventor: IMAI YUTAKA
IPC: G01P3/486
Filed: 1981-01-29
Abstract: PURPOSE: To minimize the time at the intermediate level of a logics 1, 0 and to prevent erroneous detection in an optical detector for number of revolutions by feeding back the output of a photodetector positively to a light emitting element thereby making response faster.  
     CONSTITUTION: The optical path between a light emitting diode D 8 and a phototransistor TR10 is intermitted by a rotating body provided with a notch on the circumference, whereby an angular speed is pulsed. While light is shut off, the TR10 is turned off, hence a switching TR26 is turned off as well, thus output terminals 30, 30' are logic 1. When light is made incident gradually, the TRs 10, 26 operate in an active region, but since a feedback resistance 32 is made equivalent to the parallel connection thereof to a resistance 20 via the TR26, the bias current of a light emitting element 8 increases and the quantity of light increases. By this positive feedback, the logic is turned instantaneously to the 0. Conversely, when the light is shielded gradually, the output is fed back in such a way that the TR26 acts to limit the bias current of the D 8 accordingly and therefore the quantity of light decreases and the logic goes to the 1 instantaneously. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S60158606-A (JP)
Title: Superconductive coil
Inventor: INOUE KOUICHI
IPC: H02K55/04
Filed: 1984-01-27
Abstract: PURPOSE:To form gently the bending parts of transition parts between coil layers at a superconductive coil by a method wherein the transition parts between the respective layers are collected to one side of the coil, the coil is wound round toward the inner peripheral part from the outer peripheral part, and wound round reversely, and moreover the number of the lined up strands of the transition part is made larger than the number of the sides of the coil on another side. CONSTITUTION:A coil is wound round toward the inner peripheral side making the point S as the starting point, and transited to a second layer from a first layer at the point E. Then the strand transited to the second layer is transferred to the point S, and wound round toward the outer peripheral side from the inner peripheral side in reverse of the first layer. The number of the laterally lined up strands of the coil side 4 is 7, and made larger than the number 6 of the laterally lined up strands of the side 2, which is the coil end on the opposite side. Accordingly, the coil can be transited between the layers by the long distance as shown with hatchings in the neighborhood of the points S, E, and the bending radius can be enlarged. Moreover, because a bending part for transition to the laterally lined up part is made unnecessarily, the coil can be made in an extremely simple shape.