baber/WOPTO huggingface dataset:
Patent JP-H04272093-A (JP)
Title: Method for controlling winch
Inventor: FUKUTOME TSUNEKUNI
IPC: B66D1/44
Filed: 1991-02-27
Abstract: PURPOSE:To eliminate a slip phenomenon of an oil hydraulic motor so as to facilitate fine adjusting height of a load of the motor, at the time of hoisting the load in a winch. CONSTITUTION:In hydraulically driving an oil hydraulic motor for hoisting a load, a drive hydraulic pressure pcd corresponding to beginning to start the motor is left as stored, and a load, hung down by the motor, is hydraulically restricted by the oil hydraulic motor. A restriction hydraulic pressure ps is stored, thereafter at the time of hoisting the load, from starting to operate a switching valve for hoisting the load till a pressure of oil for driving the oil hydraulic motor becomes a sum of the above-mentioned pressure ps and pcd, a mechanical brake is left as applied to the oil hydraulic motor and released in a range of the drive hydraulic pressure thereafter.
Patent JP-S56149422-A (JP)
Title: Preparation of lactone high-polymer
Inventor: KUBO MASAYOSHI
IPC: C08G63/00
Filed: 1980-04-23
Abstract: PURPOSE: To produce a lactone high-polymer superior in mechanical strength and having a polyester bond, by the ring-opening high-polymerization of a lactone in the presence of a specified catalyst.  
     CONSTITUTION: A lactone containing 0.1% or less water is subjected to a ring- opening high-polymerization in the presence of 0.0005W1.0wt% catalyst selected from the group consisting of SnCl 2 , SnBr 2 , SnI 2 , TiCl 3 , TiCl 4 , ammonium molybdate, ZrNO 3 , zirconium oxychloride and zirconium carboxylate in an inert atmosphere at 50W200°C to give a lactone high-polymer having a mean molecular weight ≥20,000.  
     EFFECT: A resinous lactone high-polymer with high tensile strength and extensibility and useful as structural materials is obtained. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S51129596-A (JP)
Title: An operation machine with an automatic- manual switching apparatus
Inventor: KIYOTA TOSHIO
IPC: F15B13/10
Filed: 1975-05-07
Abstract: PURPOSE: In switching from the manual operation to the automatic operation, the smooth operation without giving the large shock to the load is achieved. 
     COPYRIGHT: (C)1976,JPO&Japio
Patent JP-H02278600-A (JP)
Title: Redundancy memory circuit
Inventor: SHIERIFU SUUEHA
IPC: G11C29/00
Filed: 1990-03-07
Abstract: PURPOSE: To obtain an extra unused area and to make the memory size expandable by arranging a programing circuit and OR decoding circuit on the side of a memory array. CONSTITUTION: The programing circuit 31 and OR decoding circuit 27a in a device 30 are arranged on the side of the memory array, i.e., horizontally. A word line 23a of a memory 17a is used so as to operate as a high voltage selecting line to an EPROM.CAM in the programing circuit 31, whereby this horizontally adjacent structure is first allowed. The extra unused area is obtained by transfering the programing circuit and OR decoding circuit from the area over a X decoder which is extremely crowded as a rule like this. The memory array is made extendable by occupying this free area.
Patent JP-H08250237-A (JP)
Title: Electronic equipment having card-shaped memory medium
Inventor: KURIHASHI TOSHIYA
IPC: H01R12/71
Filed: 1995-03-14
Abstract: PURPOSE: To make various electronic equipment compact and thin by arranging a connector in an opening part formed at the edge of a substrate having an electronic circuit, and almost aligning the center line in the thickness direction of a card-shaped memory medium with the center line in the thickness direction of the substrate. CONSTITUTION: An IC 4, a tip component 5 and the like, and a card-shaped memory medium connector 2, for constituting an electric circuit are put in an almost U-shaped cut-out part 3a from the edge part of a printed circuit board 3 for positioning, then a connecting terminal 7 is positioned on a connection pattern, and they are soldered. The connector 2 is fixed with screws 8 which are screwed on a pair of holes perforated in the printed circuit board 3, and the central part in the thickness direction of the card-shaped memory medium 2 is made almost flush with the central part in the thickness direction of the printed circuit board 3.
Patent JP-H0599762-A (JP)
Title: Force measuring device and manufacture thereof
Inventor: HANSU BUIRUHERUMU HEFUNAA
IPC: G01L1/02
Filed: 1991-02-01
Abstract: PURPOSE: To manufacture a force measuring instrument which has a low height and can measure asymmetrically applied forces with high accuracy. CONSTITUTION: In a force measuring device which can be integrated in an elastic connection section between a solid piston type inner member 5 and a solid cylindrical outer member 4 having such a shape that can be combined with the outer peripheral surface of the member 5, upper and lower narrow annular gap sections 6a and 6b having different ring diameters are formed between the facing surfaces of the inner and outer members 5 and 4 and the gap section 6a and 6b are filled up with an elastomer material 7 which strongly adheres to contacting surfaces except at least parts of the gaps 6a and 6b in the axial direction which are filled with a highly viscous transmitting medium 11 in the circumferential direction. Therefore, the remaining parts of the gaps 6a and 6b form ring-shaped spaces filled up with the elastomer material 7.  Between the upper and lower annular gap sections 6a and 6b, a shifting step section 10 and a pressure sensor means 8 which is engaged with the medium 11 so that the pressure can be transmitted to the means 8 are provided.
Patent JP-S59178270-A (JP)
Title: Output-controlling system for printer
Inventor: SEKINE YASUO
IPC: B41J5/44
Filed: 1983-03-30
Abstract: PURPOSE:To enable to simplify a program, by a method wherein a data memory having a capacity for one page amount or an integer times thereof is provided in a data processor, a one-line amount of data is instantaneously outputted controlledly, and the rest is momentarily stored in the memory. CONSTITUTION:When printing data D, a printing command I 0 and a starting signal S0 are inputted, a controlling part IDC causes data for one head line to be instantaneously fed out to a printer PRT to start the latter, while the rest of the data is divided into one-line amounts by a memory input controlling part MIC, and the one-line amounts of data are stored into respective positions in the memory MEM. When the commands amount to the number of lines in one page, the controlling part IDC starts a memory-reading and printer-controlling part MOC, stops the next data reception and reading, feeds a page- shifting commands to the printer PRT, then reads the next one-page amount of data stored in the memory MEM, and prints the data. When these operations are repeated for all pages, reservation of the controlling part IDC is cleared. Accordingly, the program is simplified, and the outputted result becomes clear to be examined visually.
Patent JP-H06267012-A (JP)
Title: Data reproduction circuit of magnetic disk device
Inventor: TSUNODA MASAHIKO
IPC: H03K5/08
Filed: 1993-03-15
Abstract: PURPOSE:To obtain a data reproduction circuit with a means for setting the threshold level of a hysteresis comparator properly with a simple configuration in a data reproduction circuit with a shoulder extraction circuit according to an original waveform slice system. CONSTITUTION:A comparator 7 outputs a pulse signal in response to the detection of the zero cross point of a differential signal which is obtained by differentiating read signal. A hysteresis comparator 9 generates a mask signal for eliminating pseudo pulse from a read pulse according to the threshold level which is set according to the slide level of the read signal. A threshold level setting means sets the threshold level of the hysteresis comparator 9 based on the optimum value corresponding to the servo data or normal data stored in registers 11 and 12. A read pulse generation circuit 8 generates a read pulse where the pseudo pulse is eliminated based on pulse signal from the comparator 7 and the mask signal from the hysteresis comparator 9.
Patent JP-S58171183-A (JP)
Title: Processing circuit of digital signal
Inventor: SAKASHITA HIROHIKO
IPC: H04N7/24
Filed: 1982-03-31
Abstract: PURPOSE:To control contrast without changing luminance by setting the center value of amplitude control to an offset value, subtracting the offset value before multiplication, weighting the subtracted value by a 2'S complement multiplier around ''0'', and adding an offset value to the weighted signal by an adder. CONSTITUTION:An input signal 1 consisting of a binary signal having n bits is inputted to a subtracting circuit 2 to subtract an offset value 3 from the input signal. The subtracted result is inputted to the 2'S complement multiplier 4 to set an optional offset value to ''0''. On the other hand, a binary signal indicating the capacity of control is inputted from a factor setting circuit 6 to the 2'S complement multiplier 4 on the basis of a control signal 5. The signal weighted by the multiplier 4 is applied to an adder 7 to add an offset value 8 to the input signal.
Patent JP-H09240065-A (JP)
Title: Tapelike label making device
Inventor: YAMAGUCHI KOUSHIROU
IPC: B41J5/30
Filed: 1996-03-12
Abstract: PROBLEM TO BE SOLVED: To decrease the number of times for exchanging a ribbon cassette when printing is carried out on a printing tape by calling out a plurality of texts in which multi color printing is set. SOLUTION: Since a menu concerning processing a file is displayed when a file key is operated (S40), when a key '1' is operated then (S42: Yes), a registered file number is displayed (S48). Then, when the file number to be called out is successively inputted (S49), its printing length is calculated (S51). When the operation result is a specific length or under (S52: Yes), a text data followed by a printing color data corresponding to the called out file number is stored in the order of being called out in a text memory by being followed by a modified block code (S54). When the data stored in the text memory is printed, a plurality of the texts which are called out are printed in multi color printing on a printing tape.
Patent JP-S58168462-A (JP)
Title: Twin mold roll cooler in continuous casting installation for thin walled ingot
Inventor: OONISHI KUNIHIKO
IPC: B22D11/06
Filed: 1982-03-31
Abstract: PURPOSE:To improve the rate of heat exchange by providing many through-holes in the outside marginal part of the body of a twin mold roll and using the same as water feed holes and discharge holes. CONSTITUTION:The cooling water flowing through a supply hole 17 into an inlet header 13 enters the inside of water feed holes 101-104 and cools the body 9 of a twin mold roll. The cooling water come out of the holes 101-104 flows through the 1st communicating pipes 191-194 into intermediate holes 111-114 and cools the body 9. The cooling water come out of the holes 111-114 flows through the 2nd communicating pipes 201-204 into the holes 121-124 and cools the roll 9. The body 9 is thus cooled 3 times by the cooling water and always the part of the roll 1 facing molten metal is cooled. The cooling water flowing out of discharge holes 121-124 enters the inside of an outlet header 14, and is discharged through a discharge hole 18.
Patent JP-S55146224-A (JP)
Title: Apparatus for purifying exhaust gas of engine
Inventor: NISHIWAKI AKIRA
IPC: F01N3/34
Filed: 1979-05-02
Abstract: PURPOSE: To provide an arrangement for engine, capable of supplying secondary air sufficiently over a wide load range, by providing a secondary-air passage having one end opened in the exhaust port, and extending the secondary-air passage along the case for the suction cam shaft so that the other end of the passage is opened on the downstream side of a check-valve chamber disposed at an upper portion.  
     CONSTITUTION: When exhaust valve 15 is opened, combustion gas is discharged from combustion chamber 11 into exhaust port 17, so that pressure in the exhaust port 17 is raised and therefore check valve 27 is kept in its closed condition. When pressure in combustion chamber 11 becomes negative at the end of exhaust stroke or at the end of expansion stroke during low-load operation of engine and the negative pressure is transmitted to the inside of exhaust port 17, it is acted to check valve 29 via secondary-air passsge 24, so that check valve 29 is opened. Resultantly, atmospheric air is introduced from secondary-air passage 24 into exhaust port 17 via filter 53 and check valve 29. By thus extending the secondary-air passage 24 smoothly along the suction-cam case and connecting the same to exhaust port 17, it is enabled to reduce the flow resistance and to supply secondary air effieicntly. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H02233230-A (JP)
Title: Molding and manufacture thereof
Inventor: ANDO YUKIMASA
IPC: B29L31/30
Filed: 1989-03-07
Abstract: PURPOSE:To provide a molding having superior durability, decorativeness and adhesiveness by forming the molding into a state that a design part is contained between a design sheet and a molding member in the molding. CONSTITUTION:A design part 2 such as characters and figures is printed with ink on the surface of a base material 3 and provided on the surface of the base material 3. The design part 2 is brought into contact with a molding member 1 and set thereon in the state of temporary adhesion to form a laminate. This laminate is then placed into a cavity 60 of a mold 6, and microwaves are applied to the laminate so that a design sheet B and the braid member 1 are welded by the microwaves. By this method, the design sheet B is inserted into the molding member 1 under pressure, and both of them adhere to each other by welding to obtain a molding containing the design sheet 2 therein.
Patent JP-S54146250-A (JP)
Title: Method and apparatus for automatic soldering
Inventor: NAKAHARA TERUMI
IPC: B23K1/08
Filed: 1978-05-09
Abstract: PURPOSE: To improve the workability, and to qualitatively improve the adhesiveness of the solder, by employing the sequence control for elevating the flux printer, for preheating and drying the substrate coated with the flux, and for elevating the solder bath to automatically carry out the soldering work.  
     CONSTITUTION: The printed wiring substrate 11 is on the printed wiring substrate support 15 of the carrier 14; this printed wiring substrate 11 is carried and stopped at the position above the flux printer 16. This stopping action depends on the command A of the sequence controller 20. Depending on the command B of the controller 20, the elevator 16a actuates for elevating the flux printer 16b, which then applies the flux to the substrate 11. When this coating work is finished, the flux printer 16b is brought down to the initial position depending on the command B. The coated flux is preheated and dried depending on the command A; and then, the printed wiring substrate 11 is carried and stopped above the solder bath unit 18; depending on the command C, the solder bath 18b is elevated and the soldering work according to the dipping method is carried out. Depending on the command C, the solder bath 18a is brought down; and depending on the command A, the soldered substrate 11 is cooled by the cooler 19. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S63220146-A (JP)
Title: Thermoplastic electrophotographic sensitive body
Inventor: FUKAGAI TOSHIO
IPC: G03G5/06
Filed: 1987-03-09
Abstract: PURPOSE:To obtain sufficient resolving power even if an electric recharging stage is omitted and to permit recording with high contrast by incorporating a specific compd. into a thermoplastic resin layer. CONSTITUTION:The compd. expressed by formula I is incorporated into the thermoplastic resin layer. In formula, R<2>-R<4> denote a hydrogen atom., substd. or unsubstd. alkyl group, substd. or unsubstd. aryl group; Ar<1> denotes a substd. or unsubstd. aryl group; Ar<2> denotes a substd. or unsubstd. arylene group. Ar<1> and R<1> may jointly form a ring. (n) is 0 or 1 integer. This photosensitive body has the capacity to transfer the charge carrier generated in a photoconductive layer as the above-mentioned compd. permitting hole transfer is incorporated into the thermoplastic resin layer and, therefore, the optical information recording having the sufficiently high contrast and high resolving power is permitted simply by adopting the process for an electric charging stage, exposing stage and heating stage.
Patent JP-S58172744-A (JP)
Title: Character processing system
Inventor: KOGURE TOSHIBUMI
IPC: G06F3/00
Filed: 1982-04-02
Abstract: PURPOSE:To reduce unnecessary transfer and to improve the efficiency of a progress of processing, by transferring only characters of some kind that an output device does not handle from a central processor side to a Japanese processor side. CONSTITUTION:A central processor 1 executes a program stored in a main storage device 2 and when a data set to be outputted is set up in the device 2, its area is specified and a channel processor 4 is started. Character codes in the data set are transferred from the processor 4 to respective Japanese processors 5a-5c. The character codes are applied to the memories 6a-6c of the devices 5a-5c and converted into character patterns by referring to characters of the 1st JIS (Japanese Industrial Standard) level, characters of the 1st and the 2nd JIS levels, and characters of an extended system level stored in character-kind level storage parts 6a-2-6c-2, outputting the characters to an output part 8. Then, only character patterns which are not found in the devices 5a-5c are transferred from the processor side 1 by referring to the character data set connected to a device 3 to advance the processing efficiently.
Patent JP-S60198918-A (JP)
Title: Binary-coding circuit
Inventor: USHIKUBO KOUHEI
IPC: H03K5/153
Filed: 1984-03-22
Abstract: PURPOSE:To simplify the circuit constitution and to attain accurate binary-coding by applying binary-coding to a point changed by a prescribed value from a maximum value and a minimum value of an analog signal so as to binary-code a small waveform in a large signal waveform. CONSTITUTION:An analog signal S from an input terminal 30 is given to a buffer 31 and a positive change of a signal is stored in the 1st instantaneous value storage circuit 36 via a diode 32 and the 1st switch circuit 33. A negative change value is stored to the 2nd instantaneous value storage circuit 37 via a diode 34 and the 2nd switch circuit 35. On the other hand, predetermined constant voltages delta and -delta are generated from a constant voltage generating circuit 41 and they are inputted to the 1st and 2nd comparator circuits 39, 40 inputting outputs of the circuits 36, 37 respectively. The circuit 39 compares an output max of the circuit 36 with the delta and a signal in response to the change in a discrimination value D=S+delta-max is outputted, a signal in response to the change of a discrimination value D=S-delta-min is outputted from the circuit 40 and they are inputted respectively to an RD type FF42. The circuits 33, 34 are activated by an output of a timing pulse generating circuit 38.
Patent JP-S52137727-A (JP)
Title: Blower device
Inventor: UEHARA KAZUYOSHI
IPC: F04D29/42
Filed: 1976-05-13
Abstract: PURPOSE: To form the blower of simple structure and easy manufacturing, by composing of a motor, a fan furnished on the shaft of the motor, supporting members of above-mentioned motor, and casing in which above parts are contained and is composed of two pieces of divided bodies to be combined. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-H11248874-A (JP)
Title: Control rod guide mechanism
Inventor: TAKESHIMA TOKUYUKI
IPC: G21C17/10
Filed: 1998-03-06
Abstract: PROBLEM TO BE SOLVED: To provide a control rod guide mechanism where whether a cut-off control rod is inserted into a core securely or not can be verified by detecting the drop of a control rod with drop detection coils, it is possible to replace the drop detection coils and problems on the physical quantity of facilities do not occur. SOLUTION: A control rod guide mechanism 20 is equipped with a control rod guide tube 24 and a control rod 11 that is located in the tube 24 so that the rod 11 can move freely there and has a magnet 29 for detection in the upper part. A temperature sensor housing tube 27 to stow a temperature sensor 30 is placed in the control rod guide tube 24. The lower end of the temperature sensor housing tube 27 reaches the adjacently of the upper surface of fuel assemblies 25. The temperature sensor 30 for measuring the outlet temperature of fuel assemblies 25 is encased in the lower end of the temperature sensor housing tube 27, where drop detection coils 28 that output electric signals when the magnet 29 for detection of the control rods 11 approaches is provided.
Patent JP-S57198200-A (JP)
Title: Device for mounting member for spaceship
Inventor: JIYATSUKU PASERI
IPC: H01Q1/12
Filed: 1982-04-02
Abstract: The invention relates to a mounting device for supporting a component, especially a mirror or an antenna reflector in a spacecraft. The device comprises a combination of flexible blades disposed between the support, and between the intermediate piece and the component.
Patent JP-S63222994-A (JP)
Title: Automatic towing command device
Inventor: AZEYANAGI YOICHI
IPC: B63H25/00
Filed: 1987-03-12
Abstract: PURPOSE:To enable a vessel to be reasonably moved to a target position, by automatically distributing the moving total force of the vessel obtained by means of the distance and direction from the vessel up to the target position, among the vessel and respective tugboats. CONSTITUTION:The course 3 over which a vessel 1 is taken in tow up to a final target position is partitioned into a plurality of intervals, and each time the vessel 1 moves one interval, the moving total force denoted by X-Y coordinates consisting of a moving distance L up to the next target position and the direction theta is obtained. The obtained moving total force is, via a moving force distributing device, automatically distributed into the moving forces Px, Py, Syi caused by the propulsion machineries consisting of the main engine 12 of the vessel 1 and a thruster 11, and the moving forces Ti caused by the propulsion machineries of respective tugboats 2. Thus, without depending on a skilled pilot, the vessel can be correctly operated to move to a prescribed position.
Patent JP-H01231686-A (JP)
Title: Voltage control circuit for power converter
Inventor: SHIMOHARA TATSUSHI
IPC: H02M7/48
Filed: 1988-03-08
Abstract: PURPOSE:To prevent an inverter from damaging over the whole range of a speed control range by reducing a frequency/voltage reference signal in case of an overload and maintaining the output of a converter constant in a PWM control range. CONSTITUTION:An AND gate 25 outputs a current feedback signal SA in a PAM range, a zero signal in a PWM range and a gate OFF signal of a converter 3 at the time of the trouble of the converter 3. A voltage command SE abuts against the signal SA in the PAM range. An AND gate 25 blocks the application of the signal SA to a current controller 16 in the PWM range, while it applies the output of a voltage setter 26 to a voltage controller 15. Thus, the output voltage of the converter 3 is maintained constant. In case of an overload, the output of a pattern circuit 14 is reduced upon increase of the signal SA, thereby alleviating the load.