baber/WOPTO huggingface dataset:
Patent JP-H0263867-A (JP)
Title: Color printing control system
Inventor: MURAMATSU KOJI
IPC: G06K15/00
Filed: 1988-08-31
Abstract: PURPOSE:To obtain a color printing control system conducting a printing in conformity with the use of a document by providing a specifying means for selectively specifying a sequential system or a batch system and a memory means for storing a printing system specified by said means. CONSTITUTION:When a document forming device is used, prior to a color printing a printing color of a printing character is previously specified using a color control code. Since with the specification of a printing mode by a key operation on a keyboard 16 at the time of printing a plane for setting a printing format is displayed on a display 18, each printing format is set for each displayed item by operating a cursor key and a selection/execution key. At this time, if in the item of color printing either a sequential system or a batch system is selectively specified, the specified information is transmitted from a CPU 10 to a RAM 11 to be written in a color printing register area 31. Then, after the setting of a printing format, a printing control is carried out under the control by the CPU 10. Therefore, a printing system can be arbitrarily selected to meet the use, and a printing processing can be efficiently performed.
Patent JP-S6194240-A (JP)
Title: Preparation of magnetic recording medium
Inventor: SHIRAHATA RYUJI
IPC: C23C14/30
Filed: 1984-10-16
Abstract: PURPOSE:To improve the magnetic characteristic of a magnetic recording medium by setting the scan frequency of an electron beam at >=2omegaupsilon(Hz) where the moving speed of a nonmagnetic substrate is set at upsilon(m/min) and the scan width is set at omega(m) for the electron beam approximately parallel to the width direction of the supporting body of said substrate. CONSTITUTION:The moving speed of a tape type nonmagnetic substrate 12 is set at upsilon(m/min) at an area where the surface of the substrate 12 is exposed to a steam current of a magnetic metallic material. An electron beam 16 scans and irradiates a magnetic metallic material 13 put in a crucible 14 approximately in parallel to the width direction of the substrate 12. In such a case, the scan length is set at the scan width omega(m) and the scan frequency of the electron beam is set at 2omegaupsilon(Hz) with said moving speed upsilon(m/min) and scan width omega(m) respectively. Such a magnetic recording medium excels in the magnetic characteristics and is also used as a metallic thin film type magnetic recording medium produced by a vapor deposition process with excellent conversion characteristics.
Patent JP-H1147318-A (JP)
Title: Head for golf club
Inventor: HONMA YOSHINORI
IPC: A63B53/02
Filed: 1997-07-29
Abstract: PROBLEM TO BE SOLVED: To make it possible to move a centroid to a heel side and to approximately align a centroid position and a ball hitting position even if a ball is hit on the heel side by mounting a weight at the front end of a shaft insertion hole formed from the hosel part to the sole part of a metallic head body. SOLUTION: The shaft insertion hole 5 is diagonally penetrated and formed from the hosel part 3 to the sole part 4 of the head body 1 which is made of titanium and is internally provided with a hollow part 2. Namely, the entire length of the shaft insertion hole 5 is enclosed by the annular hosel part 3 and the cylindrical part 7 inclusive of the heel side outside wall 6 and the sole part 4 of the head body 1 continuous therewith. The front end thereof is provided with a tapered part 8 of the bore side gradually decreasing downward. The weight 10 made of brass having an approximately plug shape is mounted at the inner peripheral side of this tapered part 8 and is fixed by an adhesive. A hollow shaft 12 is thereafter inserted from the hosel part 3 side to the shaft insertion hole 5 and is likewise fixed by the adhesive.
Patent JP-H0669178-A (JP)
Title: Method of cleaning glass board
Inventor: NISHIKATA EIJI
IPC: G03F1/82
Filed: 1992-08-17
Abstract: PURPOSE:To provide a method of completely removing the residue or foreign matter adhering to the surface of a glass board by pressurized cleaning where the glass board is soaked in cleaning liquid, concerning the method of cleaning the glass board for a mask or a reticle used in a semiconductor process. CONSTITUTION:In a glass board cleaning method for cleaning the surface of a glass board 1 in cleaning liquid by soaking the glass board 1 in a cleaning liquid 3, an overflow cleaning function 4 is provided inside a pressurizing container 2 so as to fill up the pressurizing container 2 with the cleaning liquid 3, and pressure-clean the surface of the glass board 1 in cleaning liquid 3, and an ultrasonic vibrator 5 is provided outside the pressurizing container 2 so as to send the cleaning liquid 3 inside a reservoir 7 into the pressurizing container through a liquid feed pipe 9 by the pressurizing pump 6 and make the cleaning liquid 3 overflow before pressurized cleaning. It is so constituted as to control the pressurizing time and the pause time of glass 1 individually, using ultrasonic vibration in combination when pressure-cleaning the surface of the glass board 1 in the cleaning liquid 3.
Patent JP-S6195611-A (JP)
Title: Semiconductor switch
Inventor: KINOSHITA SHIGENORI
IPC: H03K17/16
Filed: 1984-10-16
Abstract: PURPOSE:To decrease the ununiformity of current balance due to variance in the switching time at interruption by connecting a reactor in series with semiconductor switch elements connected in parallel. CONSTITUTION:Gate turn-off thyristors 110, 120 and 111, 121 are connected in series in opposite polarity so that the cathodes are connected in common. Diodes 410, 420 and 411, 412 are connected in series in opposite polarity so that the anodes are connected in common, and the series circuits are connected in parallel with the series circuits of the gate turn-off thyristors in parallel. Reactors 51, 52 are connected between the common connection midpoint between the gate turn-off thyristors 110, 120 and 111, 121 and the common connection midpoint between the diodes 410, 420 and 411, 421, and flywheel diodes 21, 22 are connected between the common connection midpoint between the gate turn-off thyristors 110, 120 and 111, 121 and other terminal of the series circuits.
Patent JP-H0758852-A (JP)
Title: Private branch exchange system
Inventor: IKEDA NORIHIRO
IPC: H04L12/70
Filed: 1993-08-09
Abstract: PURPOSE:To apply collection processing to various data in real time without decreasing a utility rate of a line and a speech channel by sending packet data to a host computer when a PHMD receives the packet data from a multi- function telephone set or a center equipment or the like. CONSTITUTION:An ISDN interface section 7 receives a data link establishment request signal from a packet terminal equipment 4 or an ISDN packet terminal equipment 6, a data link setting display message is sent to a packet exchange section 11. Then a confirmation signal is returned to the terminal equipment 4 or 6. When a called terminal equipment is a host computer (PC) 8 connecting to a computer interface section 9, a central control section 2 sends a connection request message to an I/F 9. The I/F 9 receiving it checks the state of the PC 8 and when the PC 8 is ready, a data transmission display message is sent to the PC 8, and a connection confirmation message is sent to the control section 2 succeedingly. The exchange section 11 sends packet data to the PC 8 and the PC 8 analyzes and processes the received data.
Patent JP-S6276912-A (JP)
Title: Power amplifier
Inventor: KOMIYA KAZUO
IPC: H03G3/30
Filed: 1985-09-30
Abstract: PURPOSE:To obtain a steep limiter effect by providing a level detection means detecting an input signal level of the final stage amplifier and an attenuation control means decreasing the attenuation of a variable attenuator and using the attenuation control means so as to increase the input signal level thereby saturating the final stage amplifier rapidly. CONSTITUTION:A detection control circuit 5 detects the input signal level of an amplifier 4 and when the level exceeds a preset value, a drive signal is fed to a variable attenuator 2 to decrease the attenuation of the attenuator 2 in a rate larger than the rate of the increase of the input level. Thus, the output level of the variable attenuator 2 is increased in a rate larger than the input level increment. As a result, the rate of the increase in the input signal level of the final stage amplifier 4 is increased. Then the final stage amplifier 4 transits to the saturation rapidly and its output level is kept constant, then a limiter characteristic is obtained. Thus, a steep limiter effect is obtained and nonlinear and phase distortion is improved and the input backoff from the saturation point.
Patent JP-H0381943-A (JP)
Title: Secondary ion mass spectrometer
Inventor: DOI HIROSHI
IPC: H01L21/66
Filed: 1989-08-25
Abstract: PURPOSE:To make identification and sensing of impurities in minute amount and measurement of compound and chemical bond condition while the surface of a specimen remains out of change, by irradiating the specimen with a primary electron beam and a primary ion beam emitted from respective charged particle sources either simultaneously or selectively, and preforming condition analysis of the secondary particles and mass spectrometry of the secondary ions. CONSTITUTION:Primary ion beam and/or a primary electron beam 2a, 2b emitted from a charged particle source 1a, 1b is turned into monochrome by a primary ion mass-spectrometer or a primary electron energy analyzer 3, respectively, and a specimen 6 is irradiated with this primary ion beam and/or primary electron beam 4. At this time, different secondary particles are emitted from the surface of the specimen 6. The secondary ions are subjected to mass separation by a mass spectral system M, and the elements constituting the surface of specimen can be identified. About the secondary electrons, an energy analyzing system N makes at the same time the identification of the elements and the energy condition of them can be known, which gives knowledge about the bond condition of element with other elements.
Patent JP-H0882681-A (JP)
Title: Radiation measuring system
Inventor: YUNOKI AKIRA
IPC: G01T3/00
Filed: 1994-09-12
Abstract: PURPOSE: To obtain a radiation measuring system by which a surge noise is removed without changing a monitoring signal by a method wherein pulse signals from a detector are pulse- height-discriminated on the positive-pole side and the negative-pole side, the pulse signals which have been pulse-height-discriminated on the positive-pole side is delayed by a specific time and the counting operation of the pulse signals during the time is prohibited. CONSTITUTION: Current pulse signals which are generated by a radiation detector 1 are sent to a negative-pole-side pulse-height discrimination circuit 10 and a positive-pole-side pulse- height discrimination circuit 11 via a preamplifier 2 and a waveform shaping circuit 3. Then, when the pulse height of the signals which are inputted to the negative-pole-side pulse-height discrimination circuit 11 is lower than a level Lb, the signals are judged to be signals from a neutron flux, a gate circuit 12 is released, and the signals are counted 5.  In addition, when the pulse height of the signals which are inputted to the positive-pole-side pulse-height discrimination circuit 11 is higher than a level La, it is judged that the signals have been mixed with a surge noise, a high-level signal having a pulse width in a period exceeding the level La is sent to a pulse stretcher circuit 13 so as to be delayed by, e.g. 5μm according to a noise frequency, the gate 12 is closed only during the period, and the counting operation of the pulse signals is prohibited. Thereby, the surge noise is excluded, and the signals form the neutron flux are measured precisely.
Patent JP-S6462144-A (JP)
Title: Frequency control apparatus of mri apparatus
Inventor: YAMAUCHI MIKIO
IPC: A61B5/055
Filed: 1987-08-31
Abstract: PURPOSE:To perform accurate imaging by a planning image, by automatically controlling the frequency of an exciting RF pulse corresponding to the change in center frequency accompanied by a change in the intensity of a main magnetic field with the elapse of time. CONSTITUTION:The actual center frequency f1 measured at the supply and installation times to a hospital is stored in a memory 1 and the date becoming the standard of the date of supply is stored in a memory 2. A main magnetic field magnet calculates a change curve on the basis of the date obtained from the actual use example with respect to the same kind of a machine to preliminarily store the same in a memory 3. At the time of actual use, when said date is inputted to a CPU5 by a date input apparatus 4, the number of elapse days from the date becoming the standard stored in the memory 2 to the use day are calculated and the center frequency f2 at that day is calculated from the initial center frequency f1 stored in the memory 1 and the change curve stored in the memory 3. The calculated center frequency f2 is sent to an RF transmitting apparatus 6 to be used in the control of an oscillator forming a signal of an exciting RF pulse.
Patent JP-H1065681-A (JP)
Title: Multiplex device
Inventor: TAKASE MASAHIKO
IPC: H04L47/43
Filed: 1996-08-19
Abstract: PROBLEM TO BE SOLVED: To miniaturize the scale of a multiplex device. SOLUTION: A low speed ATM(asynchronous transfer mode) interface part 100, an SDT (structured data transfer mode) line emulation interface part 200 and an UDT (unstructured data transfer mode) line emulation interface part 300 executes a part of a processing for terminating service which a stored low speed transmission line supplies and an AAL(ATM adaptive layer) processing being a preprocessing depending on service for generating an ATM cell from a signal received in terminated service. A processed signal is sent to a high speed interface part 500 by using a time slot which is previously allocated on a time division bus 600.  The high speed interface part 500 once stores the signal received from the time division bus 600 in a buffer and executes the processing of a common part with respective signals generating the ATM cells stored in a pay load on the signal and transmits the generated ATM cell to the high speed transmission line by multiplexing them.
Patent JP-H0382304-A (JP)
Title: Gas-insulated switchgear
Inventor: SHIMOGAWARA NAOAKI
IPC: H02B13/02
Filed: 1989-08-25
Abstract: PURPOSE:To improve the reliability and safety of insulation performance by forming various switches into gel-insulated ones through filling their cases with an insulating gas and by forming one or more buses into gel-insulated ones through filling their cases with a gel insulator. CONSTITUTION:The containers of various switches of a gas insulated switchgear are filled with an insulating gas so that the switches are formed into gas- insulated ones, and a bus and interior CT including no switching part, i.e., a bus 4 between disconnectors 3, the interior CT 7 between a disconnector 3 and a breaker 2, the interior CT 7 between the breaker 3 and a ground switch 6 and a bus 4 connecting a bushing and a gas-insulated switchgear body are filled with a gel insulator 19. Thus, it is possible to improve the reliability and safety of insulation performance.
Patent JP-H0960732-A (JP)
Title: Sealing structure for water pump
Inventor: UENO YOSHINOBU
IPC: F01P5/10
Filed: 1995-08-25
Abstract: PROBLEM TO BE SOLVED: To completely perform sealing, and eliminate the occurrence of noise by forming each sliding layer one constituent of which is ethylene tetrafluoride, in the inner surfaces of seal lip parts. SOLUTION: The lip end part of the auxiliary seal lip part 33 of an auxiliary seal member 3O mounted between a housing 2 and a rotating shaft 3 is brought into contact with the outer circumferential surface of the rotating shaft 3 so as to allow sealing performance to be exhibited. Besides, two seal members 21 provided with seal lip parts 26 are arranged in parallel in the axial direction, and are brought into contact with the rotating shaft 3 so as to allow double sealing to be functionally carried out, and furthermore, grease 23 is filled in a closed space 22 so as to allow cooling water for the impeller side to be sealed. Sliding layers 27 are formed in the inside of the seal lip parts 26.  Each sliding layer 27 is formed out of raw material where 3 to 10% carbon fibers by weight, 5 to 30% brass powder by weight and the remaining composed of ethylene tetrafluooride resin power, are mixed so as to be sintered. By this constitution, solid particles in cooling water are sealed, and thereby sealing is excellent in durability, and corrosion resistance, and is free from the occurrence of noise.
Patent JP-H05194034-A (JP)
Title: Granule based on silicon carbide powder, method for production of said granule and silicon carbide ceramic sintered under normal pressure
Inventor: ANTONIO MIGUERU FURUTAADO GUTE
IPC: C04B35/632
Filed: 1992-08-17
Abstract: PURPOSE: To produce ceramics with an excellent 4-point bending breaking strength and an excellent Weibull coefficient from granulated silicon carbide products with a prescribed property by evaporating and removing an organic solvent by rotating a mixture of the granulated component and the organic solvent.  
     CONSTITUTION: 67-95 wt.% Of SiC powder, 3-30 wt.% of binder based on polycarbosilane and/or polyporiccarbosilane or the like and 3-30 wt.% of sintering aid agent, optionally ≤3 wt.% of sintering aid agent not including oxygen are mixed. In the binder, 65 mole % of carbosilane substituent is phenyl substituent. The polycarbosilane has a skeleton in the unit of constituents denoted by a formula R 1 , R 2  are each hydrogen, alkyl, cycloalkyl, or phenyl, A is an alkyl group having 1 to 6 carbon atoms). Then the mixture is rotated to evaporate and remove the solvent and to obtain granulated products whose diameter is less than 0.6 mm. 
     COPYRIGHT: (C)1993,JPO
Patent JP-H1045129-A (JP)
Title: Assembly-type container
Inventor: KATO KYOICHI
IPC: B65D85/86
Filed: 1996-07-31
Abstract: PROBLEM TO BE SOLVED: To provide an assembly-type container wherein shielding effects may not be lost irrespective of mechanical impact or damage caused by repetition of assembly, disassembly and further cleaning, static electricity can be prevented from occurring, and received objects can be safely protected against electric field or a magnetic field received from outside. SOLUTION: An assembly-type container has side walls 2 which can be coupled so that they can stand and fall by a hinge on respective sides of a bottom wall 1. The side walls 2 are made to stand to have adjacent side walls 2 engaged with each other to structure a container. The bottom wall 1 and the side walls 2 are formed into a hollow double-walled structure. A shield structure for preventing static electricity from occurring and any one or two or more of composite shield structures for electrostatic, electromagnetic or magnetic fields is included inside the hollow double-walled structure comprising the bottom wall 1 and the side walls 2.
Patent JP-H03265013-A (JP)
Title: Power supply system for solar battery
Inventor: ISHII AKIHIKO
IPC: G05F1/67
Filed: 1990-08-17
Abstract: PURPOSE:To judge solar array bus lock-up by comparing effective generated power with loading power. CONSTITUTION:A subtracter 18a subtracts a telemetry ICTLM of a charge/ discharge monitor 11 from a telemetry ILTLM of a loading current monitor 10, and a multiplier 15a multiplies the subtracted result to an output VREF of a reference power source 14a. Then, a signal PS is outputted to a comparator 17a. An output VBUSTLM of bus voltage monitor 12 and the ILTLM of the monitor 10 are multiplied by a multiplier 16a and a signal PL is outputted. Under the condition of PS>PL, the comparator 17a outputs a loading power reduction signal to a load 8. At the time of locking up a solar array bus, the PS shows the effective generated power corresponding value of a solar battery 1 and the loading power corresponding value of the load 8. Therefore, when the solar array bus lock-up is generated, the reduction signal is outputted to the load 8 and a loading amount is automatically reduced. Then, the lock-up is canceled and the discharge of a charged battery 2 is stopped.
Patent JP-H1142836-A (JP)
Title: Network card connection printer system
Inventor: YOSHIDA NOBUHIRO
IPC: G06F3/12
Filed: 1997-07-29
Abstract: PROBLEM TO BE SOLVED: To dispense with special firmware for the taking-out of data or printing control on the side of a printer control part. SOLUTION: Network configuration data 14 are stored in a menu data memory means 13 of a network card 10. When a menu printing command is inputted from a printer control part 1, the network configuration data 14 are collectively read from the network card to be printed as they are by a printing mechanism part 7.
Patent JP-H0861639-A (JP)
Title: Plasma melting furnace for waste incineration ashes
Inventor: HARA MASAHIRO
IPC: F27B3/08
Filed: 1994-08-19
Abstract: PURPOSE: To provide a plasma melting furnace for waste incineration ashes capable of increasing the melting efficiency of the waste incineration ashes. CONSTITUTION: A central part of a furnace lid 4 of a furnace body 1 having a substantial circular shape is provided with one plasma torch 5, a desired position at a furnace wall 7 is provided with a scale outlet port 8, and an ash feeding inlet 11 is placed at a desired symmetrical position with a line passing through the scale outlet at a furnace wall opposing against the scale outlet and through a center of the furnace body being applied as a center. There is provided an ash feeding device 13 for alternatively pushing dust ignition ashes 1.2 from both ash feeding inlets through a substantial middle part between the plasma torch and the furnace wall in a direction crossing at a right angle with a center line toward the scale outlet port, thereby the waste ignition ashes pushed into the furnace are flowed on the melted substances with an expansion of fan-shaped form.
Patent JP-H0267665-A (JP)
Title: Interface circuit
Inventor: UTSUGI KIYOSHI
IPC: G06F5/06
Filed: 1988-09-02
Abstract: PURPOSE:To efficiently utilize a register constituting an interface circuit by using two registers to constitute one stage and using a register to constitute the other stage. CONSTITUTION:Input data are successively stored in a register 31. When data (higher rank) for 8 bits are stored, the 8-bit data are transferred to a register 32. The register 31 continuously and successively stores input data again. When data for 8 bits are stored again, the 8-bit data are transferred to a register 33. Thus, the preceding 8-bit data are stored in the case of processing data with 16-bit width. When the input data are switched from 16 bits to 8 bits, the preceding 8-bit data are held. When the input data have 8-bit width, 16 bits can not be held. Thus, the capacity of the registers in an interface circuit can be reduced.