baber/WOPTO huggingface dataset:
Patent JP-S60107160-A (JP)
Title: Data transfer system between programs utilizing virtual storage system
Inventor: SUZUKI OSAMU
IPC: G06F13/00
Filed: 1983-11-15
Abstract: PURPOSE:To attain ease of maintenance and high speed transfer by separating a cue area and a real data area of a common storage area and providing a memory fixed area and a memory unfixing area to the real data area separately in a settable way. CONSTITUTION:The content of a data area 50 in an auxiliary storage device 30 is projected to a common storage area 52 referenced by plural programs 54A, 54B at the same time. The real data area DA of the common storage area 52 is separated into a memory fixed area ML and a memory unfixing area MU. A program transmitting a data stores the data to an idle area of the real data area and a reception program receives the data from the real data area. When high speed is requested, the part of the memory fixed area ML is increased and when high speed is not requested, the fixed area ML is decreased. A cue area qA is used to represent the order of the real data.
Patent JP-H0496921-A (JP)
Title: Resin composition for composite material, intermediate material and composite material
Inventor: HORII HIDEO
IPC: C08G59/50
Filed: 1990-08-15
Abstract: PURPOSE:To obtain the subject composition containing an epoxy resin, MBS resin and a curing agent with rare occurrence of cracks in exposure to heat cycles at low and high temperatures. CONSTITUTION:The objective composition containing 100 pts.wt. epoxy resin (e.g. bisphenol A type epoxy resin), preferably 2-20 pts.wt. MBS resin and preferably 30-60 pts.wt. [based on the total amount of the components (A) and (B)] curing agent (preferably diaminodiphenyl sulfone).
Patent JP-S6194139-A (JP)
Title: Conversion method of memory address
Inventor: UENO SHOJI
IPC: G11B20/10
Filed: 1984-10-13
Abstract: PURPOSE:To improve the memory using efficiency on a magnetic tape by converting at least a track address or a word address into a memory address according to a list of collation. CONSTITUTION:An address converter 6 stores a list of collation for conversion of the address value into the prescribed value. The digital data equivalent to a frame is equal to 30 words together with 20 pieces of parallel recording tracks. In such a case, the converter 6 performs conversion according to the frame address within a range up to the value 30 approximate to 2<5> with the maximum value 20 or more of the track addresses. Thus each track address increases by 10 addresses for each frame address compared with a conventional case. As shown in a figure (B), the digital data to be written to the original track addresses '1'-'10' are written to track addresses '21'-'30' with the frame address set at '0'.
Patent JP-S6369643-A (JP)
Inventor: NAKAJIMA SHOJI
IPC: B32B27/36
Filed: 1986-09-11
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-H0496741-A (JP)
Title: Ultrasonic diagnostic device
Inventor: INETAMA MITSUYOSHI
IPC: A61B8/14
Filed: 1990-08-14
Abstract: PURPOSE:To eliminate the offensive sight due to an abdominal wall, improve the uniformity of contrast of the whole image, and prevent the difficulty in observing a diaphragm by installing a gain variation point varying limitter means which possesses the large gain for the input signal smaller than the gain variation point and the small gain for the input signal larger than the gain variation point and can shift the gain variation point, in the posterior stage from a LOG compression part, and by installing a gain variation point shift control means for shifting the gain variation point in a prescribed timing. CONSTITUTION:In case of the timing for obtaining the ultrasonic wave echo signal of an abdominal wall (f) which is directly under a probe, the gain variation point of a limitter means is shifted to the side where the input signal reduces. Accordingly, the gain reduces for the strong reflection supplied from the abdominal wall (f), and the signal level is restricted to a small value. While, in case of the timing for obtaining the ultrasonic wave echo signal supplied from the part other than the abdominal wall (f), the gain variation of the limitter means is shifted to the side where the input signal increases. Accordingly, the gain increases for the reflection supplied from the soft tissues (g) and (h) and a diaphragm (y), and the sufficient signal level can be obtained.
Patent JP-H0496953-A (JP)
Title: Acrylic elastomer mixture
Inventor: NOJI AKIYO
IPC: C08L33/02
Filed: 1990-08-14
Abstract: PURPOSE:To obtain the title mixture improving mechanical strength of transparent rubber-like elastic material, comprising plural kinds of acrylic elastomers having different crosslinkable groups, respectively, and high light transmittance. CONSTITUTION:The objective mixture comprising at least two kinds of acrylic elastomers having different crosslinkable groups, respectively, and >=95%/cm light transmittance of crosslinked material thereof.
Patent JP-H0382316-A (JP)
Title: Partial discharge detector of gas-insulated apparatus
Inventor: TAKAHASHI SHIGERU
IPC: H02G5/06
Filed: 1989-08-23
Abstract: PURPOSE:To detect a partial discharge in a gas insulator with high sensitivity by obtaining a simple and low-cost constitution through widening a cylindrical small case diameter in a fitting part to a metal container. CONSTITUTION:The inlet of a cylindrical small case 13, i.e., the junction 22 to a metal container 11 is larger in diameter than other parts. When a partial discharge occurs in the metal container 11, an electromagnetic pulse with a high frequency advances within the same container 11. An electromagnetic wave caused thereby is reflected by an inlet part 32. A part of the electromagnetic waves is detected by a loop antenna 18 to generate an induced voltage. The voltage signal is taken out to the outside of the metal container 11 via a metal bar 17 and bushing 16 and transmitted to a measuring equipment 21 via a cable 20. Therefore, it is possible to detect the partial discharge surely. Further, it is possible to shield a main apparatus safely from external noises.
Patent JP-H0960511-A (JP)
Title: Spring retainer for engine valve
Inventor: HARA NOBUO
IPC: F01L3/10
Filed: 1995-08-23
Abstract: PROBLEM TO BE SOLVED: To prevent the end part of a valve spring form wearing by being brought into contact with an angle in a shoulder part, by setting vertical dimension of the shoulder part, formed in an intermediate part lower surface of a spring receiving flange part for stop receiving an upper end of the valve spring, to required dimension beyond a pitch of one turn in the end part of the valve spring. SOLUTION: In a tappet valve mechanism of an engine, a coil-shaped valve spring 5 is provided with contraction between a pressure receiving surface 4c in a lower surface of a sprig receiving flange part 4b in an upper end of a spring retainer 4 and a lower cylinder head. A large thickness shoulder part 4d formed in an intermediate part lower surface of the spring retainer 4 regulates lateral moving of the valve spring 5, to be reinforced. Here, in the peripheral end part of the shoulder part 4d, an annular guide protrusion 7 is protrusively provided in the downward direction. Vertical dimension L in a peripheral surface of the shoulder part 4d is set to the length exceeding a pitch of one turn in the end part of the valve spring 5. In this way, as a result of an upper end part of the valve spring 5 laterally moving into contact with an angular part of the shoulder part 4d, this part is prevented from wearing.
Patent JP-H04262300-A (JP)
Title: Roentgen microscope and forming method of roentgen image
Inventor: YURUGEN TEIIME
IPC: G21K7/00
Filed: 1991-08-27
Abstract: PURPOSE: To provide a self-contained, high-resolution, and high-brightness microscope by combining a roentgen beam source that is controlled by pulses, a mirror capacitor, and a roentgen optical system that is constituted as a zone plate. CONSTITUTION: A roentgen beam source 1 discharges strong line beams and a mirror capacitor 3 focuses the beams of the beam source 1 to a target to be inspected. A roentgen optical system is constituted so that the image of the target can be formed on a roentgen detector 6 with a high resolution. By discharging strong beams and combining the beam source 1 that is controlled by pulses with the mirror capacitor 3, roentgen energy that can be used can be utilized optimally. Also, based on a light gain obtained at a lighting side, an image pick-up characteristic with prominent zone plate 5 can be retained, thus obtaining a self-contained, high-resolution, and high-brightness microscope.
Patent JP-H0555214-A (JP)
Title: Manufacture of semiconductor device
Inventor: WATANABE YOSHIHARU
IPC: H01L21/768
Filed: 1991-08-27
Abstract: PURPOSE:To provide the manufacture of a semiconductor device capable of forming a wiring layer, having approximately the same width as a wiring layer formed at a position except the upper section of a recessed section, onto the recessed section through patterning using a resist film regarding the manufacture of the semiconductor device in which the wiring layer on the recessed section is shaped through patterning employing a photosensitive etching-resistant film. CONSTITUTION:A photosensitive etching-resistant film 19 is formed onto a metallic film 18 covering recessed sections 17a, 17b, 16 having a tapered shape gradually deepened toward the inside, and a semiconductor device is constituted including a process, in which a pattern forming region having width broader than the width of a wiring layer to be formed onto the recessed sections 17a, 17b, 16 is irradiated selectively with exposure light and developed and the pattern 19a of the photosensitive etching-resistant film 19 is formed, and a process, in which the metallic film 18 is removed through etching while using the pattern 19a as a mask and the wiring layer is formed.
Patent JP-H0747585-A (JP)
Title: Method for molding molding
Inventor: NAGAI KATSUAKI
IPC: B60R13/04
Filed: 1993-08-06
Abstract: PURPOSE:To provide a method molding for a molding which can vary the shape of a hollow section along its longitudinal direction. CONSTITUTION:A molding 1 with a hollow section 10 varying its sectional shape in the longitudinal direction is molded by the extrusion molding in a method. A gas jet opening 50 is provided on the hollow section of a molded procut outlet of a cap, and air 6 is fed into the hollow section 10 while a molded product is extruded out of the molding cap, and the sectional shape of the hollow section 10 is varied by varying the jet amount of air 6.
Patent JP-S58113760-A (JP)
Title: Injection dilution apparatus for sample
Inventor: NAKAJIMA SATOSHI
IPC: G01N35/08
Filed: 1981-12-26
Abstract: PURPOSE:To make injection and dilution of a sample highly accurately with a simple construction, by keeping constant a ratio of each suction quantity of plural pumps. CONSTITUTION:A sample 3 is placed on a sample table 2 of an injection and dilution vessel 1 and the sample 3 is kept in a fixed shape by its surface tension. A fixed flow rate B is kept in an outflow passage 8 in accordance with drive of a pump 10 and a fixed guantity A of a buffer solution 6 is flowed in an inflow passage 5 by a pump 7. Accordingly, the sample 3 on the table 2 is flowed into an inflow passage 4 only the difference (B-A) between the suction quantity B by the pump 10 and that of A by the pump 7. Therefore, diluted sample solution having a dilution ratio expressed by (B-A)/B is obtained in the passage 8.
Patent JP-S60108700-A (JP)
Inventor: SAITOU OSAMU
IPC: G01S17/02
Filed: 1983-11-16
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-S6276144-A (JP)
Title: Beam plasma type ion gun
Inventor: KAWASE YUTAKA
IPC: H01J27/20
Filed: 1985-09-27
Abstract: PURPOSE:To produce an ion beam with high luminance while simplifying the electrode structure by making an ion beam from a target to be accelerated by a lead-out electrode and discharged through a small hole while interrupting the travel of the electron beam. CONSTITUTION:A thin tube 6 is installed between a target chamber 8 and an electron gun which includes a cathode 1, an anode 2, a Wehnelt 3 and a lead-out electrode 4. An accelerated electron beam 5 travels into the thin tube 6 while gradually expanding and then is gradually focused by an electromagnetic lens 7 installed outside the thin tube 6 prior to being introduced into the target chamber 8. The electron gun and the target chamber 8 have special vacuum evacuation systems which are connected to exhaust holes 9 and 10 respectively. The internal space of the electron gun is maintained at a head vacuum of at most 1X10<-5>Torr which is required for production of an electron beam. Although the target chamber 8 is also evacuated to produce a hard vacuum, a metallic target 12 in the target chamber 8 is evaporated and gasified by electron beam irradiation and as the result the internal space of the target chamber 8 is increased and its vacuum is reduced. This beam plasma type ion gun can be operated even in an atmosphere of about 1X10<-5>-10<-1>Torr.
Patent JP-H0553382-A (JP)
Title: Photosensitive body driving device
Inventor: MUNAKATA REO
IPC: G03G21/00
Filed: 1991-08-27
Abstract: PURPOSE:To prevent the fluctuation of the rotating speed of a photosensitive body and to miniaturize a device. CONSTITUTION:A driven pulley 36 having the function of a fly-wheel 35 is fixed on a shaft 32 which projects from the end of the photosensitive body 1, and a timing belt is wound round between the driven pulley 36 and a driving pulley which is driven by a motor, then load fluctuation acting on the photosensitive body 1 is absorbed by the timing belt. The inertial moment of the photosensitive body 1 including the fly-wheel 35 is made large to make the angular acceleration of the photosensitive body 1 small to prevent the fluctuation of the rotating speed of the photosensitive body 1. By allowing the driven pulley 36 to have the function of the fly-wheel 35, the shaft 32 of the photosensitive body 1 is shortened and the device is miniaturized.
Patent JP-2000050520-A (JP)
Title: Method for charging secondary cell
Inventor: HAGINO TOMOHISA
IPC: H02J7/02
Filed: 1998-07-30
Abstract: PROBLEM TO BE SOLVED: To decide almost ideal full charging by switching a first charging mode to a second charging mode by detecting that a voltage rise gradient becomes more abrupt than a set gradient when the rise gradient becomes more abrupt. SOLUTION: Switching from a first charging mode to a second charging mode is conducted by detecting gradient in which a voltage of a charged secondary cell rises. Set gradient is specified by a time required for raising the predetermined voltage or voltage rise gradients continuously measured twice can be specified as a ratio of the previous time with next time. A method for specifying the ratio of the voltage rise gradient detects it according to T(n-1)/T(n), wherein T(n-1) is the time for raising the cell voltage by 10 mV at the previous time and T (n) is the time for raising the cell voltage by 10 mV at next time. For example, in the case of setting gradient to T(n-1)/T(n)=1.125, the first charging mode is switched to the second charging mode when the voltage rising gradient of next time becomes 1.125 times as large as that at the previous time.
Patent JP-S6275281-A (JP)
Title: Target tracking device
Inventor: MISONOO ISAO
IPC: G01S13/68
Filed: 1985-09-28
Abstract: PURPOSE:To track a target stably by decreasing the time constant of a tracking system right after the target is acquired and shifting the target to the center of a visual field speedily, and the varying the time constant so that the target is tracked stably. CONSTITUTION:The signal output of the target obtained by an electronic scanning antenna 11 is processed 12 to output a reception level signal (a) and an error angle signal (b). When it is decided 13 that the signal (a) is acquired, a timer circuit 14 operates to start tracking operation. Namely, the circuit 14 outputs a driving signal and the closed loop of a receiver 12, a gain setting circuit 15, an integrator 16, a beam arithmetic circuit 17, an antenna 11, and the receiver 12 begins to be operated. At this point of time, the gain of the circuit 15 is set to K1 and the signal (b) is amplified large, so the antenna 11 is so controlled to shift the target toward the center of a beam. The circuit 14, on the other hand, is so constituted to output a switching control signal a specific time after its start, so the gain of the closed loop is switched form K1 to K2. The gain K2 is larger in time constant than the K1, so the antenna tracks the target stably.
Patent JP-H0963218-A (JP)
Title: Head positioning control device for disk recording and reproducing system and disk applied to the system
Inventor: OGAWA TOMIHISA
IPC: G11B5/596
Filed: 1995-08-24
Abstract: PROBLEM TO BE SOLVED: To provide high precision head positioning control by obtaining a position error signal having excellent linearity in the disk recording and reproducing system using an MR head whose head width is narrower than a track pitch. SOLUTION: In an HDD provided with the MR head 10 having the head width narrower than the track width, a burst data of one phase recorded on the disk 2 is recorded smaller than the track width at each interval corresponding to a data reproducing width (the head width) of the MR head. High precision head positioning control can be performed by a CPU 12 generating the position error signal having excellent linearity at the time of positioning control upon the MR head 10 in utilizing such a burst data.
Patent JP-H08104860-A (JP)
Title: Hot-melt copolyester adhesive
Inventor: GERUHARUTO POESUNETSUKAA
IPC: C09J167/02
Filed: 1995-08-24
Abstract: PROBLEM TO BE SOLVED: To provide the subject adhesive being excellent in adhesive strength, etc., and comprising a linear low-melting semi-crystalline copolyester based on terephthalic acid, isophthalic acid, butanediol, triethylene glycol, and diethylene glycol.  
     SOLUTION: The composition contains a copolyester having a melting point of 60-130°C, desirably, 80-110°C and comprising terephthalic acid, isophthalic acid, and an aliphatic diol, and wherein (A) the molar ratio of the terephthalic acid is at least 55 mol.% based on the total weight of the acid, (B) the molar ratio of butanediol is 85% or below, (C) at least 10% triethylene glycol is contained, (D) diethylene glycol and/or 1,5-pentanediol are contained in an amount to make a total diol amount of 100%, and the total molar ratio of components A and B is at most 140%. And also, it is preferable that the composition contains at least 65% of the component A and 20-60% of the component B, and the ratio between the component C and the component D is 1:3 to 1:0. 
     COPYRIGHT: (C)1996,JPO
Patent JP-S6194429-A (JP)
Title: Phase synchronizing circuit
Inventor: MARU TSUGIO
IPC: H04L25/49
Filed: 1984-10-15
Abstract: PURPOSE:To extract a correct timing signal by controlling a digital voltage- controlled oscillation circuit and synchronizing with the leading or trailing edge of a regenerated clock signal with the change point of an input division phase signal selectively. CONSTITUTION:The digital voltage-controlled oscillation circuit 3 which generates a regenerated clock f1 of frequency twice as high as the bit rate of the division phase signal A and a frequency dividing circuit 7 which generates a regenerated clock of frequency a half as high as it are provided. A comparator 2 inputs the output of a differentiating circuit 1 for the division phase signal and the output of a selector 6 which selects the regenerated clock signal f1 or f2. This selector 6 is controlled to select the signal f2 during the synchronous retrieval of a frame synchronizing signal WS or the clock signal of two-fold frequency when the signal WS is received so that the change point of the division phase signal SPL coincides with the trailing edge of the regenerated clock signal inputted to the phase comparator 2.
Patent JP-H0536821-A (JP)
Title: Semiconductor wafer housing container
Inventor: TAKASHIMA CHIKAYUKI
IPC: B65D85/38
Filed: 1991-07-31
Abstract: PURPOSE:To provide a semiconductor wafer housing container having small contact angle of water against wafer, showing excellent values of compression permanent distortion and hardness, having less influence on the contact angle against the wafer which is characteristic to resin, and also having less particle adhesion to the semiconductor wafer. CONSTITUTION:Using polyolefin such as polyethylene, polyprophylene and the like for a hard segment, and also using EPDM (ethylenepropylene-diene copolymer) for a soft segment, a partial bridging is conducted as blended or simultaneously with blending, and polyolefin thermoplastic elastomer, in which the type of hard and soft segments, molecular weight, arrangement and the like are properly selected in accordance with the intended purpose, compression permanent distortion, hardness and the like, is obtained.
Patent JP-S6198171-A (JP)
Title: Digital controller of motor
Inventor: OMAE TSUTOMU
IPC: H02P29/00
Filed: 1984-10-17
Abstract: PURPOSE:To facilitate the regulation of a control compensating algorithm by storing the algorithm in a random access memory. CONSTITUTION:An algorithm selected from compensating algorithm group stored in a computer 9 is transferred to a random access memory (RAM) 3 at trial processing time. A control calculation is executed by a microcomputer 1 by the algorithm, and the operating state is stored in a RAM 4. The operating state stored in the RAM 4 is displayed on a display attached to the computer 9. This display is judged, and the algorithm is again selected as required. Thus, the regulating work is facilitated.
Patent JP-S58160055-A (JP)
Inventor: DEIBITSUDO JIYOOJI FUOTSUKUSU
IPC: B24B33/06
Filed: 1982-12-09
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-H0379199-A (JP)
Title: Transmitter/receiver
Inventor: YAMAGUCHI MASAKI
IPC: H04R3/00
Filed: 1989-08-23
Abstract: PURPOSE:To operate a transmitter/receiver with high efficiency by adjusting an impedance by a control circuit, which is connected to an impedance element, corresponding to a frequency to be transmitted/received by the transmitter/ receiver. CONSTITUTION:When the inductance value of a coil 28 connected to a piezoelectric 24 for control is changed by a control circuit 29, the elasticity of the piezoelectric 24 for control is changed while parallelly resonating the electric capacity and inductance of the piezoelectric 24 for control. Since a resonance frequency is determined by the elastic modulus of a resonator, the resonance frequency of a piezoelectric 21 is easily changed by adjusting the inductance of the coil 20. Namely, since the inductance of the coil 28 is adjusted by the control circuit 29 so that the current of a ammeter 27 can be made maximum, the piezoelectric 21 always keeps a resonating state corresponding to the frequency change of an alternative current power source 26.