baber/WOPTO huggingface dataset:
Patent JP-S63113658-A (JP)
Title: Interlock instruction control system
Inventor: NINOI EIZOU
IPC: G06F9/52
Filed: 1986-10-30
Abstract: PURPOSE:To send out a command and write data to a memory controller and to execute an interlock instruction by providing a means which executes the interlock instruction in a memory controller. CONSTITUTION:When a command, etc., is transferred to the final stage of a queue, a memory controller (MAC) 2 attains access to a main storage device (MS) 3 by the indication of a memory interface control part 21 according to the command (CMD) and an address (ADD) to read data in the address (ADD), so that the data is set in a read data register (DATA) 24. A comparator (C) 26 compares the read data with comparison data set in a comparison data register (CMPD) 25 and when a coincidence output is obtained, the memory interface control part 21 is actuated to write data set in a write register (DATA) 23 in an address indicated by an address register (ADD) 22. Consequently, a system bus 4 is not used exclusively and the compare and swap instruction is executed.
Patent JP-S62118616-A (JP)
Title: Frequency modulation system
Inventor: SANO YOSHIKAZU
IPC: H03C3/00
Filed: 1985-11-19
Abstract: PURPOSE:To reduce the occupied frequency band by sampling an analog signal being a modulation signal for a prescribed period. CONSTITUTION:When a sinusoidal wave signal, e.g., is inputted as an input analog signal 10, a pulse signal conversion section 1 outputs a +1 ON/OFF signal 11a, a 0 ON/OFF signal 11b and a -1 ON/OFF signal 11c. A carrier frequency F+f transmission section 2, a carrier frequency F transmission section 3 and a carrier frequency F-f transmission section 4 output frequencies F+f, F and F-f deviated by a prescribed frequency (f) from a frequency F respectively when the signals 11a, 11b and 11c are respectively at a '1' level. Thus, the occupied frequency bands are F+f, F and F-f in the communication of an analog signal so as to use a few occupied frequency bands.
Patent JP-H02107030-A (JP)
Title: Optical communication equipment
Inventor: NAKAMURA KUNIO
IPC: H04B10/293
Filed: 1988-10-17
Abstract: PURPOSE:To decrease an error rate and pulse width distortion by feeding back the optical level to the a light receiving side, and maintaining a light emitting level at which the light receiving level is optimized. CONSTITUTION:In optical communication equipment A, the optical signal on an optical fiber cable 3B is converted into an electric signal by a light receiving element 2A and a light receiving circuit 9A. Optical level information corresponding to the light receiving level of optical communication equipment B is made into a light emitting level control 6A signal to drive a light emitting element 1A by means of an optical level information detecting circuit 7A, and controls the light emitting level of the light emitting element 1A. In such a way, since the light receiving level is fed back, and the optimum light receiving level can be maintained by a light receiving edge, the error ratio is decreased the pulse width distortion is reduced, and the lives of the light emitting element and light receiving element can be extended.
Patent JP-S63112186-A (JP)
Title: Control of printing by detection of printing paper
Inventor: KOIWA YOSHIKATSU
IPC: B41J11/42
Filed: 1986-10-30
Abstract: PURPOSE:To correct an error in setting a printing paper and enhance operability, by detecting the presence or absence of the printing paper by a sensor, and controlling a printing-starting position for a printing paper and the number of printing positions on the basis of the width of the paper. CONSTITUTION:Before starting printing, a carrier 106 provided with a printing head 108 and a paper sensor 107 in a body is moved from the left end to the right end. An output from the paper sensor 107 is inputted to a right end detecting circuit 204 and a left end detecting circuit 205 for a printing paper, thereby detecting the right and left ends of the paper, and detection signal are outputted to a left end position calculating circuit 207 and a left end position calculating circuit 208. An output from a reference sensor 110 is inputted to a reference detecting circuit 206, an edge of a shielding plate 112 is detected, and a detection signal is outputted to a reference position calculating circuit 209. An output from an encoder 103 is inputted to the calculating circuits 207, 208, 209, and calculated positions are outputted to a controlling part 210. The controlling part 210 calculates the difference between the reference position and the left end position, thereby correcting a printing-starting position corresponding to the first character. The controlling part 210 also calculates the difference between the left end position and the right end position, and prevents printing from being performed on a space outside the printing paper.
Patent JP-2001086712-A (JP)
Title: Coil-winding machine
Inventor: OGIWARA TOSHIYUKI
IPC: H02K15/095
Filed: 1999-09-13
Abstract: PROBLEM TO BE SOLVED: To easily manage tension by suppressing the bending resistance of an electric wire to a small value. SOLUTION: A double shaft is constituted of a fixed shaft 1, provided with an electric wire guiding jig 7 which guides an electric wire 17 to a work 13 and a rotary shaft 5, which is supported rotatably by a housing 59 and provided with a flyer 15, which winds the electric wire 17 around the work 13. Only the rotary shaft 5 is rotated around the fixed shaft by means of a planetary gear mechanism 67, however, an electric wire guiding path 81 for guiding the electric wire 17 fed from an electric wire supplying section 77 to the flyer 15 is provided, and the rising angle of the electric wire 17 is suppressed to a gentle angle.
Patent JP-H0896125-A (JP)
Title: Medical image display device
Inventor: INOUE SHINSUKE
IPC: G16H10/60
Filed: 1994-09-29
Abstract: PURPOSE: To enable a doctor to properly adjust the contrast at a position to be diagnosed by finding the width and level of a window where the influence of the background part is reduced. CONSTITUTION: A pixel taking-out part 2 takes pixels which have density values above or below a specified threshold value by comparing the respective density values of the pixels extracted from an image picked up by an image diagnostic equipment 1 with the threshold value, and a density histogram generation part 3 generates the density histogram of the taken-out pixels. A learning part 6 learns and determines the load on a neural network 4 on the basis of density histograms generated as mentioned above as to a diversity of images, and the neural network 4 calculates the weighted sum of density histogram data generated as mentioned above as to the picked up images by using a load determined by the learning result, and outputs the window width and window level.
Patent JP-S61135954-A (JP)
Title: Method of controlling idling speed of engine
Inventor: KOBAYASHI KOICHI
IPC: F02M3/06
Filed: 1984-12-06
Abstract: PURPOSE:To prevent engine stall or other trouble of an engine, by driving an electric actuator by a pulse number required for a throttle valve to take a predetermined idle opening after the engine is warmed up in case that some trouble of a throttle sensor is detected in controlling the idling speed of the engine. CONSTITUTION:An ECU59 controls the idling speed of an engine by driving a DC motor 8 according to the deviation between an aimed idle opening dtermined on the basis of the output of a water-temperature sensor 47 and the actual throttle opening detected by a throttle-opening sensor 46. In case that some throttle such as short-circuiting or disconnection of wire is caused with the throttle-opening sensor 46, the DC motor 8 is driven by a prescribed pulse number required for a throttle valve 4 to take a predetermined idle opening after the engine is warmed up, under the state that the DC motor 8 is in a position for keeping the throttle valve 4 in a fully opened idle position. With such an arrangement, it is enabled to set the throttle valve 4 at the idle opening after warming-up of the engine and to keep it at said opening.
Patent JP-H07113795-A (JP)
Title: Water column nozzle for ultrasonic flaw detection
Inventor: MIYAKE SHUNEI
IPC: G01N29/28
Filed: 1993-10-18
Abstract: PURPOSE:To set pressure related to a water column ejected from and formed by a water column nozzle for ultrasonic flaw detection uniform in the circumferential direction, prevent the occurrence of mixture of bubbles, and stabilize the water column by securing drainage. CONSTITUTION:A water column nozzle 10 for ultrasonic flaw detection is composed of an upper side water column nozzle 10A and a lower side water column nozzle 10B having equalization chambers 30 and 18 respectively, and when a water column 14 formed by the lower side water column nozzle 10B by using a surface opposed to the reverse of a measurement object belt-like material 12 of the lower side water column nozzle 10B as a flow gradient surface 22 collides with the measurement object belt like material 12 and is discharged, turbulence of the water column 14 is prevented from being caused by staying around the nozzle.
Patent JP-H10102212-A (JP)
Title: Ferritic stainless steel sheet excellent in penetration at welding
Inventor: KITAZAWA MAKOTO
IPC: C22C38/54
Filed: 1996-09-30
Abstract: PROBLEM TO BE SOLVED: To provide a ferritic stainless steel sheet capable of having stable and excellent penetration at welding. SOLUTION: This steel sheet has a composition containing, by weight, <=0.05% C, <=0.02$ N, <=1.0% Si, <=1.0% Mn, <=0.04% P, <=0.02$ S, 10.0-30.0% Cr, <=1.0% Ni, and <=0.2% Al, also containing oxygen (O), Al2 O3 , and CaO in the steel so that the relation of inequality 0.0005wt.%<=Owt.%-0.5Al2 O3 wt.%-0.3CaOwt.%<=0.021wt.% is satisfied, and having the balance iron with inevitable impurities.
Patent JP-H09100404-A (JP)
Title: Polycarbonate resin composition
Inventor: MARUYAMA KAZUAKI
IPC: C08L69/00
Filed: 1995-10-06
Abstract: PROBLEM TO BE SOLVED: To obtain a polycarbonate resin composition having improved rigidity while keeping transparency and mechanical strength, and useful as a glass- alternative material, etc. in a building field by adding a specific additive to a polycarbonate resin at a prescribed ratio. SOLUTION: (A) Polycarbonate resin in an amount of 100 pts.wt. is mixed with (B) 0.05-10 pts.wt. a compound having at least two pieces of oxazoline ring in a molecule [e.g.; 1,3-bis(2-oxazolinyl-2)benzene]. The objective composition can be obtained by using the component A having e.g. 10,000-100,000 viscosity- average molecular weight, mixing the component A with the component B in a mixer such as a V-type blender and pelletizing, etc. by heat-blending in an extruder.
Patent JP-H04135544-A (JP)
Title: Sound speed distribution detecting device in body to be examined
Inventor: TAKAHASHI SUSUMU
IPC: G01N29/00
Filed: 1990-09-27
Abstract: PURPOSE:To detect the sound speed distribution in a body to be examined by radiating an acoustic wave for generating the reflecting surface of light in the body to be examined, and detecting a moving speed of the reflecting surface by using the light. CONSTITUTION:An ultrasonic diagnostic device 1 is placed so as to be opposed to the human body 2, and this human body 2 is irradiated with ultrasonic waves for forming an ultrasonic tomographic image and for measuring a sound speed, and light for measuring a sound speed. That is, in the body 2 to be examined, an acoustic wave radiating means 5 for radiating an acoustic wave for generating the reflecting surface of light moved at a sound speed, and sound speed measuring means 11-18 for radiating the light, and also, measuring the sound speed by detecting a frequency variation of the light reflected by its reflecting surface are provided. In this regard, this device is provided with an arithmetic means 10 for calculating a position of the reflecting surface at the time when a sound speed is measured by using the sound speed measured by the sound speed measuring means 11-18 and the time of its measuring time. In such a way, a sound speed distribution in the body 2 to be examined can be detected.
Patent JP-2000154224-A (JP)
Title: Curing composition
Inventor: KITANO KENICHI
IPC: C08G8/38
Filed: 1999-09-14
Abstract: PROBLEM TO BE SOLVED: To provide a thermosetting composition which gives a curing substance of a phenolic resin with flexibility. SOLUTION: A composition contains (A) a vinyl polymer having at least one phenol group at the terminal of main chain and (B) a phenolic resin and a polymer prepared by reacting (A) a vinyl polymer having at least one phenol group at the terminal of main chain with (C) an aldehyde compound.
Patent JP-H03122200-A (JP)
Title: Composition for coloration of washing liquid
Inventor: MIYAKOSHI NOBUAKI
IPC: C09B11/00
Filed: 1989-10-06
Abstract: PURPOSE:To provide the subject composition containing a specified triphenylmethane-based colorant, capable of keeping a washing water blue while used for washing of a toilet stool, etc., and capable of ready and thorough decoloration thereof after usage by the conventional sewage treatment. CONSTITUTION:An objective composition containing a triphenylmethane-based colorant represented by formula I and/or formula II. In addition, the effective amount of the above-mentioned colorant is 0.01-0.05 g (preferably 0.02-0.03 g) based on 1l washing water. The colored water containing the above-mentioned colorant can be readily and thoroughly decolored by an aqueous hypochlorite solution conventionally used for the secondary treatment in sewage treatment or a chlorine agent such as an aqueous solution of sodium trichloroisocyanurate or dichloroisocyanurate.
Patent JP-H01104348-A (JP)
Title: Catalyst film and manufacture thereof
Inventor: ARAI NOBUSHIGE
IPC: B01J35/02
Filed: 1987-10-14
Abstract: PURPOSE:To increase a self-cleaning effect by forming a catalyst film from either and oxidation catalyst or a mixture of an oxidation catalyst and a polymerization inhibitor so that the catalyst film has a gradient catalyst content which increases from the lowest value at the lowermost part of the film to the highest value at the uppermost part. CONSTITUTION:Using a heat-resistant film-forming composition, an undercoat layer 2 is formed on a substrate 5. On the surface of this undercoat layer 2 in its wet state is applied a dispersion in solvent of either on oxidation catalyst or a mixture of an oxidation catalyst and a polymerization inhibitor, thereby forming an overcoat layer 3. This layered structure is calcined to give a catalyst film. The thus-obtained film layer 1 has a section which has a gradient catalyst content increasing from the lowest value at the lowermost part (1a) thereof to the highest value at the uppermost part (1b) thereof. As a material or materials for the overcoat layer 3, there is employed an oxidation catalyst such as platinum-alumina, palladium-alumina, etc., or a combination of an oxidation catalyst and a polymerization inhibitor such as aluminum hydroxide, activated clay, etc. These are powdered so as to have particle diameters of about 1-300mum and used in a dispersed form.
Patent JP-2001081293-A (JP)
Title: Polymeric solid electrolyte, prepartion of polymeric solid electrolyte and electrochemical device
Inventor: UEJIMA KOICHI
IPC: H01M10/05
Filed: 1999-09-14
Abstract: PROBLEM TO BE SOLVED: To obtain a polymeric solid electrolyte excellent in ion conductive properties such as a high proton conductance over a wide temperature range and to provide a electrochemical device. SOLUTION: The polymeric solid electrolyte comprises (A) a polymer comprising, as a recurring unit, a five-membered ring represented by the formula and (B) an inorganic acid, an organic acid, an inorganic salt or an organic salt. The method for preparing the polymeric solid electrolyte comprises drying a solution obtained by dissolving (A) a polymer comprising, as a recurring unit, a five-membered ring represented by the formula and (B) and inorganic acid, an organic acid, an inorganic salt or an organic salt in a solvent. The electrochemical device is obtained by using the polymeric solid electrolyte. (In the formula, P and Q are independently a carbon atom or a nitrogen atom; R is carbon atom, nitrogen atom, oxygen atom or sulfur atoms; S is a 1-20C alkyl group or a 6-14C aryl group; and Ar is a 6-14C aryl group).
Patent JP-S63112171-A (JP)
Title: Thermal transfer printer
Inventor: UEDA HIROO
IPC: B41J35/04
Filed: 1986-10-30
Abstract: PURPOSE:To enable transfer recording with favorable printing quality, by moving a slide guide means under control to thereby change the timing for releasing a heat-fusible ink ribbon from a recording paper after transferring. CONSTITUTION:A slide guide means 21 capable of being moved under control in the longitudinal direction of a platen 1 is provided at a side end, as viewed in the feeding direction of a heat-fusible ink ribbon 3, of a thermal head 4. In the case of transfer recording by using a heat-fusible ink ribbon capable of being repeatedly used for transfer, the slide guide means 21 is shifted by an appropriate distance in the direction of an arrow A to retard the timing for releasing the ink ribbon after transferring, whereby sufficient permeation of an ink is ensured, resulting in clear printing. In the case of transfer recording on a recording paper poor in smoothness by the use of a heat-fusible ink ribbon for such recording papers, the slide guide means 21 is disposed in contact with the side end part of the head 4 or is detached to advance the timing for releasing the ink ribbon after transferring, whereby clear printing can be performed.
Patent JP-H06108896-A (JP)
Title: Fuel feed control device for internal combustion engine with assist air feeding device
Inventor: NANBA TOSHIO
IPC: F02M29/00
Filed: 1992-09-29
Abstract: PURPOSE:To prevent production of the change of an air-fuel ratio owing to the feed and cut-off of assist air. CONSTITUTION:When assist air is fed, a correction factor KAATP is set at S1-S7 based on a fundamental injection pulse Tpo. After a fundamental injection pulse width is corrected by means of the set correction factor KAATP, a effective pulse width Teo is computed at S8 based on a fundamental injection pulse width Tp after the correction. Based on the computed effective pulse width, a correction factor KAATE is set to correct the effective pulse width, and a final injection pulse width Ti is computed at S9-S11 by adding a battery voltage correction value Ts to an effective pulse width Te after correction. This constitution causes suppression of production of a difference in a fuel injection amount between the same injection pulses owing to the feed and cut-off of assist air.
Patent JP-S63112364-A (JP)
Title: Delivering device of thin plate material
Inventor: SASAGAWA MASARU
IPC: B65H29/32
Filed: 1986-10-31
Abstract: PURPOSE:To prevent the generation of a flaw at the time of carrying out a thin plate material by providing a robot movably along a guide rail so as to load said thin plate material into a conveying device while changing its posture from a horizontal posture in its loading position to a vertical posture through an inclined posture. CONSTITUTION:When a conveying device 42 is on standby in a position corresponding to a loading position, a robot 3 is moved to the conveying device 42 side along a guide rail 28 while operating a finger 32 and a revolving arm 31. And, a thin plate material 2 which is placed in the loading position is held by the finger 32 with its posture being gradually changed from a horizontal posture to a vertical posture through an inclined posture, and inserted into the conveying device 42 without being brought into contact with upper and lower hair like projections 48, 51. And, in a condition being supported by the hair like projections 48, 51 in the final vertical posture, the holding condition of the finger 32 is removed. Thereby, the thin plate materials 2 can be loaded into the conveying device 42 in a vertical posture while avoiding mutual contact, preventing damage.
Patent JP-H01104868-A (JP)
Title: Production of fibrous laminate
Inventor: KATO NAOYUKI
IPC: D04H1/485
Filed: 1987-10-15
Abstract: PURPOSE: To produce a fibrous laminated body suitable for deep-drawing forming and having excellent shape keeping properties after forming by laminating a binder nonwoven fabric of a thermoplastic resin fiber having a specific melting point on the surface of a fiber mat having a higher melting point, subjecting the laminated body to a needing process, subsequently placing a surface-finishing material on the needled laminated body, and heating and fusing them. CONSTITUTION: A binder nowoven fabric A of a thermoplastic resin fiber having a melting point of 60-200 deg.C is laminated on the surface of a fiber mat B consisting of a synthetic fiber or a natural fiber having a melting point higher than the melting point of the fibrous-binder nonwoven fabric by 40 deg.C or more, needling is applied on the laminated body from the side of the binder nonwoven fabric A of the thermoplastic resin to obtain a laminated-body mat C in which binder fibers of the nonwoven fabric A and fibers of the fiber mat B are entangled with each other.  Subsequently, a surface- finishing material D is placed on the side of the nonwoven fabric A, and subsequently heating them up to a temperature at which the fibers of the surface-finishing material D and the fiber mat B are not fused, while the binder fiber of the nonwoven fabric A is fused to obtain the objective laminated body in which the surface finishing material D and the fiber mat B are finally integrally fused.
Patent JP-H10107880-A (JP)
Title: Communication equipment
Inventor: SUZUKI TADAOKI
IPC: B60R11/02
Filed: 1996-10-01
Abstract: PROBLEM TO BE SOLVED: To connect a portable telephone set and to perform communication with hands free without blocking a place by housing a connection means with the voice input/output terminal of the portable telephone set, the transmission/ reception means, a speaker and a microphone in a case and attaching the case provided with a mirror on a front surface to a room mirror. SOLUTION: This equipment comprises an input terminal 12 for inputting the earphone output of the portable telephone set 40, a limiter 19, a waveform shaping rectifier circuit 20, a voltage comparator circuit 21, an inversion circuit 22 and an amplifier 23, etc., a reception means for transmitting voice from the input terminal 12 to the speaker 11, the output terminal 13 of voice signals from the microphone 8, the speaker 11 and the microphone 8, etc., are housed in the case and the case provided with the mirror on the front surface is attached to the room mirror inside an automobile compartment.  Then, an input voltage inputted from a power supply terminal 14 connected through a power supply cord to a cigarette lighter socket inside the automobile compartment is added through a power supply switch 4 to a power supply part 15 and the power supply part 15 converts the input voltage to a prescribed power supply voltage and supplies it to the respective circuits.