baber/WOPTO huggingface dataset:
Patent JP-H11275093-A (JP)
Title: Computer system
Inventor: KOMATSU TAKEKUNI
IPC: H04L12/28
Filed: 1998-03-20
Abstract: PROBLEM TO BE SOLVED: To reduce an application program by simplifying processing related to access to the same kinds of plural terminals. SOLUTION: An individual static address is set to terminals A1 -A3 of the same kind, and a terminal A control section 12a monitors an active address of the terminals A1 -A3 to make the active address and the static address correspond to each other. When a static address of a terminal of a data transmission destination is designated by an application program 11 and reported to the terminal A control section 12a, the terminal A control section 12a retrieves the active address corresponding thereto, and exchanges data transmission with a terminal corresponding thereto, that is, a terminal of the data transmission destination. Since it is not required to retrieve the active address in the application program 11 and the terminal A control section 12a can retrieve the active address of the terminals A1 -A3 , the application program 11 can be reduced, without increasing the overall program.
Patent JP-H09262919-A (JP)
Title: Production of foam having metal layer surface
Inventor: TAJIMA YOSUKE
IPC: B32B15/085
Filed: 1996-03-27
Abstract: PROBLEM TO BE SOLVED: To strongly fix a metal layer to the surface of foam by forming the metal layer on the inner surface of a mold by flame spraying of metal before charging a foamable resin compsn. in the mold to foam the same. SOLUTION: A foamable resin compsn. 4 is charged in a mold 1 having a metal layer 3 provided to the inner surface thereof by flame spraying of a metal to fill the mold with a foam to transfer the metal layer 3 to the surface of the foam. As a flame spraying method of a metal, there are gas flame spraying, arc spraying, explosion spraying, plasma spraying and line detonation spraying. For exampale, arc spraying of a low temp. metal flame spraying type is pref. with respect to a mold bad in heat resistance such as a resin mold or a wood mold. As metal to be subjected to flame spraying, zinc or tin having a low m.p. and rich in flexibility and ductility is pref.  It is important that the inner surface to which flame spraying of metal is applied is not bonded to flame spraying metal and not compatible therewith and does not generate even anchoring effect and it is desirable that the inner surface of the mold is as smooth as prossible and release treatment is applied thereto.
Patent JP-S528086-A (JP)
Title: Method for adhering a metal with rubber
Inventor: ISHIDA HIROAKI
IPC: B29C55/00
Filed: 1975-06-14
Abstract: PURPOSE: To adhere a metal firmly with rubber by treating the surface of the metal with a mixture of a condensate of resorcin, allyl ether derivative of resorcin, and formaldehyde, and RFL. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-S547438-A (JP)
Title: Electrical insulating coating compound
Inventor: OKADA TAISUKE
IPC: C08L67/00
Filed: 1977-06-17
Abstract: PURPOSE: The title coating compound having improved combustion efficiency, free of irritating smell or causing inflammation even in contact with the skin, obtained by dissolving a polyester resin in a solvent containing a specific multivalent alcohol derivative. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S60217238-A (JP)
Title: Continuous production of polycaproamide copolymer
Inventor: GOTOU EIZOU
IPC: C08G69/08
Filed: 1984-04-13
Abstract: PURPOSE:An aqueous solution containing a mixture of caprolactam and hexamethylene diammonium adipate is held at a constant temperature with heat, then fed to the polycondensation reaction system to give a copolymer free from mincrogels of uniform quality. CONSTITUTION:A mixed starting materials, 100pts.wt., of epsilon-caprolactam, 92- 80pts.wt., and hexamethylene ammonium adipate, 8-20pts.wt. and water, 3- 20pts.wt. is previously heated at a temperature represented by the equation: T deg.C>11,603-239.5C-1.131C<2>+0.051C<3>-2.78X10<-4>XC<4> (C is the concentration of epsilon-caprolactam in the mixture in wt%), then subjected to polycondensation reaction.
Patent JP-S52155981-A (JP)
Title: Thyristor device
Inventor: ODA KATSUHIRO
IPC: H01L29/744
Filed: 1976-06-19
Abstract: PURPOSE: To shorten turn-off time and increase dielectric strength by making the heavy metal concentration of the diode regions integrated within a thyristor device higher than the heavy metal concentration of other regions. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-H02250583-A (JP)
Title: Picture communication equipment
Inventor: SAITOU YOSHINORI
IPC: H04N7/173
Filed: 1989-03-24
Abstract: PURPOSE:To efficiently transmit a picture by collating a set transmitting mode and attribute of a received picture, automatically setting a transmitting mode in which the received picture can be transmitted in a shorter time. CONSTITUTION:When a transmitting switch included in a keyboard switch 11 is pushed, whether the picture currently displayed on a CRT 3 is the picture photographed by the camera of its own equipment or the received picture is checked. When it is the received picture, the attribute of the received picture and the transmitting mode set in its own equipment are read from a data memory 13, the transmitting mode is reset based on a transmitting mode resetting table, the transmitting mode is sent to the other side, and then the picture is transmitted according to the transmitting mode. Thus when the received picture is transferred, since the transmitting mode, in which the attribute of the received picture is collated with the set transmitting mode and the received picture can be transmitted in a shorter time, can be automatically reset, the communication time can saved.
Patent JP-S59200511-A (JP)
Title: Operational amplifier
Inventor: MIKI SAKAE
IPC: H03F3/34
Filed: 1983-04-27
Abstract: PURPOSE:To make a high-precision offset adjustment even by low-precision trimming resistances by using two differential transistors (TR) which have opposite-directional offsets and elements which can be trimmed in combination. CONSTITUTION:A current distributing circuit 2 consists of two couples of differential TRs Q3A and Q4A, and Q3B and Q4B, and TRs Q1 and Q2 and resistances VR1 and VR2 connected to common emitters of those differential TRs. Offsets in the opposite directions are set previously for those differential TRs Q3A and Q4A, and TRQ3B and Q4B. Then, an offset adjustment is made by trimming the resistances VR1 and VR2 and varying the ratios of currents supplied to those two couples of differential TRs Q3A and Q4A, and Q3B and Q4B. Consequently, the offset adjustment is made with high precision even by low- precision trimming resistances.
Patent JP-S62229018-A (JP)
Title: Continuous profile measuring apparatus
Inventor: MURAKAMI JUNICHI
IPC: G01B15/02
Filed: 1986-03-31
Abstract: PURPOSE:To enable highly accurate measurement of an edge profile of an object to be measured at a high speed, by intercepting a radiation except for the edge part of an object being measured under a proper control to block the generation of useless scattered radiation otherwise causing errors. CONSTITUTION:Prior to the measurement, a driving control signal is sent out to retreat a sample 161 to a sample moving mechanism 16 from an edge tracing control means 24 and based on the signal, the sample 161 is retreated outside of an edge section 11b by a rotary driving source 166 to start a profile measuring operation. Under such a condition, when a data measuring start command is given, artificially or based on a program, a radiation control section 23 receiving a drive start control signal from a system controller 22, drives a radiation generator 14 to irradiate a fan-like radiation beam 13 near the edge part 11a of an object 11 to be measured therefrom 14. The radiation 13 irradiated from the radiation generator 14 is transmitted through the object 11 being measured in such a manner as to be attenuated near the edge part 11a according to the thickness thereof.
Patent JP-H03272133-A (JP)
Title: Carriage of wafer boat and device thereof
Inventor: SEKIYA SHINJI
IPC: H01L21/22
Filed: 1990-03-22
Abstract: PURPOSE:To avoid the cross contamination by a method wherein the contact part of a transfer and a wafer boat is discriminated per heat treatment furnace using different processing gasses. CONSTITUTION:On the loading position A of a wafer boat 4, a boat 4 exclusive for silane gas is loaded onto a transfer Tr 10 and then the holding pieces of Tr 10 are protruded according to the program to that effect so as to fall down the Tr 10 sideways holding the sides of the contained boat. At this time, specified wafers are loaded onto the boat 4 and then the Tr 10 stands up to carry the boat 4 to specified heat treatment furnace by a carrier means 5 while at this position A, a boat loader 3 receives the boat 4 from the Tr 10 so as to contain the boat 4 in a specific furnace 2. When the Tr 10 receives the boat 4 from the loader 3 after finishing the heat treatment process, the wafer and the boat 4 are trans-loaded or trans-shifted at the loading position A with the holding pieces in the protruded state similar to the preceding procedures so that the wafer boat 4 to be processed by any other processing gas by the next order may be loaded onto the Tr 10 to be operated in the same ways according to the program to that effect. Through these procedures, the cross contamination can be avoided.
Patent JP-H08273041-A (JP)
Title: Commodity carry-out device for automatic vending machine
Inventor: SHINODA MASAFUMI
IPC: G07F11/00
Filed: 1995-03-30
Abstract: PURPOSE: To provide a commodity carry-out device for automatic vending machine with which commodity can be normally carried out to a commodity take-out port by recovering carriage trouble generated during a vending operation while using any simplified means with a commodity carry-out device adopting a horizontal conveyer mechanism as an object. CONSTITUTION: Concerning the commodity carry-out device for automatic vending machine for which is horizontal conveyer 4 is laid under a commodity rack 1 and installed between that rack and a commodity take-out port 3 and commodity 2 dispensed from the commodity rack based on a vending command is sent out to the commodity take-out port by the horizontal conveyer mechanism, the commodity is sent out to the commodity take-out port through the operation pattern of the horizontal conveyer mechanism of forward rotation → backward rotation → forward rotation by a control means composed of a microcomputer 7, motor driver 8 and forward/ backward rotation switching part 9 for each vending operation.  In this case, the forward rotation time of the operation pattern is set longer than the time required for commodity to move through the full length of the conveyer carriage route and the backward rotation time is set to be short for a little backward moving the commodity.
Patent JP-H11272490-A (JP)
Title: Dlagnostic control system
Inventor: TAURA MOTOHARU
IPC: G06F11/22
Filed: 1998-03-20
Abstract: PROBLEM TO BE SOLVED: To easily and flexibly facilitate a countermeasure to plural inputting devices whose functions are different. SOLUTION: This system is provided with plural input and output controllers 12 having plural diagnostic programs whose diagnostic levels are different, switch 11f for setting the diagnostic level, and selecting one of the plural diagnostic programs of the input and output controller 12, and CPU basic part 11 corresponding to each input and output controller 12 which is equipped with an activation register for activating the selected diagnostic program. The CPU basic part 11 activates the selected diagnostic program by writing the diagnostic level set by the switch 11f in the activation register.
Patent JP-H05234511-A (JP)
Title: Manufacture of deflection coil
Inventor: IKEUCHI HIROSHI
IPC: H01J9/236
Filed: 1992-02-24
Abstract: PURPOSE:To provide a manufacturing method of a deflection coil excellent in a mold releasing property and without slipping or deviation of coil conductors in winding and changing of winding order. CONSTITUTION:A plurality of air suction holes 13 are provided in a bottom 19 of coil take-up groove 5 of deflection coil bobbin 17. A multi-core parallel conductor 15 having nearly the same width as the coil take-up groove 5 is inserted in the coil take-up groove 5 above the air suction holes 13, and the multi-core parallel conductor 15, while being pressed by a pressor 14, is vacuum suctioned through the air suction holes 13 to be fixed by suction to the groove bottom 19 so as to form a coil conductor 20 of a fist layer. Then, another multi-core parallel conductor 15 is taken up while an adhesive agent is being applied thereto on this coil conductor 20, and in the same way coil conductors are sequentially layered to form a deflection coil.
Patent JP-S62229904-A (JP)
Title: Manufacture of superconducting coil
Inventor: TOKIMITSU FUJIO
IPC: H01F6/06
Filed: 1986-03-31
Abstract: PURPOSE:To obtain high dielectric strength performance and high mechanical strength by a method wherein a coil is formed by winding untreated compound system superconducting wire material covered with ceramic paper and subjected to a heat treatment at the temperature higher than 500 deg.C. CONSTITUTION:An insulating covering layer is formed by winding tapes which are obtained by slitting ceramic fiber paper with predetermined widths tightly on a stabilizing material shaped to have a square cross section or a round cross section with a predetermined overlap. The untreated compound system superconducting wire material which is insulated and covered is wound into a coil of a predetermined shape such as saddle shape or pancake shape and then put into a heat treatment furnace and subjected to the heat treatment at 500 deg.C. The heat treatment conditions are determined following the optimum conditions determined by the types of a superconductor such as niobium-3-tin or vanadium-3-gallium. The organic binder in the ceramic fiber paper is decomposed by the heat under the heat treatment at 500-1000 deg.C but the ceramic fibers are not deteriorated by the heat and, as long fibers interlink each other, sufficient mechanical strength can be given to the insulating covering layer.
Patent JP-H09245720-A (JP)
Title: Beam scanning control system of ion implanting device
Inventor: KIMURA TOSHIO
IPC: H01J37/317
Filed: 1996-03-05
Abstract: PROBLEM TO BE SOLVED: To prevent a scanning ion beam from hitting an unwanted spot. SOLUTION: An adder circuit 5 receives a scanning width setting signal Vw from a scanning width setting device 4 which sets a beam scanning width based on an oscillation signal having a prescribed amplitude, and also receives an offset voltage signal Vf from an offset voltage setting device 7 which sets a beam center trajectory. Then, the adder circuit 5 adds the scanning width setting signal Vw to the offset voltage signal Vf to generate a beam scanning signal Vs for a scanning electrode 2. When a silicon wafer is replaced, the scanning width setting signal Vw is cut off and then a beam trajectory deviates from an injection area. When the replacement of the silicon wafer is completed, the level of the offset voltage signal Vf is modified to shift the beam trajectory to the injection area.  A comparator circuit 9 compares the offset voltage signal Vf with a prescribed scanning initial level signal Vfw received from a scanning initial level setting device 10. When the level of the offset voltage signal Vf becomes greater than that of the scanning initial level signal Vfw and the beam trajectory shifts near the injection area, the scanning width setting signal Vw is applied to the adder circuit 5 so that a beam scanning is initiated.
Patent JP-H08274616-A (JP)
Title: Output buffer circuit
Inventor: ISHIKURI HITOSHI
IPC: H03K19/0175
Filed: 1995-03-30
Abstract: PURPOSE: To reduce the power supply and ground noises despite the connection to the load including an inductance component by moderating the transient change where an output transistor TR is turned on and off. CONSTITUTION: An output buffer circuit is provided with a NAND gate 8 which controls the conduction timing and the turn-off timing between a Pch TR 4 and an Nch TR 5 of an output buffer part 18, a NOR gate 9 or the timing control parts 14 and 15 which include the high and low Vt inverters 12 and 13, etc., and the through rate control parts 16 and 17 which moderate the changes of input signals to the gates of both TR 4 and 5 through the resistors 10 and 11 and the auxiliary TR 6 and 7, etc.
Patent JP-H11262245-A (JP)
Title: Surge voltage suppressing device
Inventor: AOKI NOBORU
IPC: H02M1/00
Filed: 1998-03-06
Abstract: PROBLEM TO BE SOLVED: To provide a surge voltage suppressing device, which can completely suppress surge voltages, even when only a simple circuit is added to the device and can prolong the service life of the insulator of an AC motor. SOLUTION: A surge voltage suppressing device suppresses surge voltages generated in a motor driving device, in which the output terminal of a voltage type pulse width modulation(PWM) inverter 1 is connected to the input terminal of an AC motor 2 through relatively long cables 3. A damping circuit consisting of a serial circuit composed of a resistor 11 and a capacitor 12 is connected between each cable 3 connected to the input terminal of the motor 2 or to the output terminal of the inverter 1, and at the same time, the resistance values of the resistors 11 and the capacitance values of the capacitors 12 are decided from the inductance values and stray capacitance values of the cables 3, so that the damping circuits absorb the surge voltages.
Patent JP-H10263562-A (JP)
Title: Controlling method of wet oxidation device for catalyst
Inventor: NAKAJIMA MINORU
IPC: C02F1/74
Filed: 1997-03-26
Abstract: PROBLEM TO BE SOLVED: To hardly cause a local reaction, to increase a heat dispersion and to execute an adiabatic heat removal by controlling a reaction temp. at the time of oxidative decomposition by a reaction pressure. SOLUTION: A pressure.temp. control valve 15 is linked also with a temp. sensor 17 measuring a temp. in a trickle reactor 10, and when the temp. in the reactor becomes low, the control valve 15 is closed to raise the pressure in a reaction system to more than vapor pressure at the temp. in the reactor of a water content incorporated in a waste water in the trickle reactor so that the water content hardly causes a phase transition from a liq. phase to a vapor phase, and a removing of a heat quantity just for an evaporation heat from the inside of the reactor is prevented and a falling of a temp. in the reactor more than that is prevented. When the temp. in the reactor becomes high conversely, the control valve 15 is opened. In this way, the reactor and a heat recovering device are miniaturized and a wear of a catalyst is remarkably lessened.
Patent JP-H07281450-A (JP)
Title: Printing plate processor
Inventor: KATSUTA TAKESHI
IPC: G03F7/30
Filed: 1994-04-12
Abstract: PURPOSE:To provide the compact processor in which the phenomenon of activity reduction or deactivation of the developer due to the prerinsing solution, that is associated with the miniaturization of the immersion developing type printing plate processor, can be inhibited from occurring and with which a reduction in the required installation space can be attained. CONSTITUTION:This processor has three tanks, namely the developing tank 21, the prerinsing tank 31 and the finisher tank 41 and also is provided with the pair of delivery/carrying rollers 24 for upwardly leading a printing plate carried into the developing tank 21 and the pair of receiving/carrying rollers 33 that is disposed at the inlet of the prerinsing tank 31 and used for introducing the printing plate led by the pair of rollers 24 into the prerinsing tank 31. In this processor, the front end of the printing plate is brought into contact with the pair of rollers 33 at the position of a part of the upper roller surface located in the region above the liquid accumulation region where both the upper and lower rollers of the pair of rollers 33 are allowed to contact with and to press on each other.
Patent JP-H08269109-A (JP)
Title: Production of acrylic tackifying sheet
Inventor: FUKUOKA TAKAMASA
IPC: C09J7/02
Filed: 1995-03-30
Abstract: PURPOSE: To obtain an acrylic tackifying sheet which is useful in bonding car parts or building materials by heat-polymerizing a composition comprising mixed vinyl monomers, a specific porous inorganic fine particles and a thermally decomposable radical polymerization initiator. CONSTITUTION: This sheet is obtained by feeding a thermally polymerizable composition comprising (A) 100 pts.wt. of a vinyl monomer mixture containing (i) an alkyl (meth)acrylate and (ii) a vinyl monomer bearing a polar group, (B) 0.5-20 pts.wt. of a porous inorganic fine particles of >=100μm average particle size and (C) a thermally decomposable polymerization initiator into a screw extruder to effect thermal polymerization. Instead of the component B, (D) 1-25 pts.wt. of flattened inorganic fine particles of <=50μm average particle size, (E) 5-80 pts.wt. of non-polar organic fine particles of 1-100μm average particle size or (F) 5-70 pts.wt. of cross-linked organic fine particles of 6-100μm average particle may be used.
Patent JP-H02251050-A (JP)
Title: Heat pump type hot water supplying apparatus
Inventor: TAKEI KATSUMASA
IPC: F25B47/02
Filed: 1989-03-24
Abstract: PURPOSE:To prevent an expansion valve from freezing even in a state of low atmospheric temperature and to always hold hot water supplying temperature of a hot water storage tank 5 in a set value range by regulating the opening of the valve 3 in response to the difference between the outlet temperature of the valve and the outlet temperature of a heat exchanger of a heat source side. CONSTITUTION:When -10 deg.C or lower of outlet temperature of an expansion valve is detected by a temperature sensor 11, a controller 8 opens on expansion valve 3 to so regulate the outlet temperature of the valve as not to become -10 deg.C or lower, thereby preventing a refrigerator oil from freezing at the valve 3. Further, the controller 8 periodically obtains the degree of superheat of a heat exchanger 4 of a heat source side by the temperature difference between the sensor 11 and a temperature sensor 12, adjusts the valve 3 in a 'closing' direction if the degree of superheat is 5 deg.C or lower, adjusts it stepwisely in an 'opening' direction at each one step if it exceeds 10 deg.C to lower the degree of superheat. If the degree drops to 5 deg.C or lower, the valve 3 is adjusted in the closing direction to control the degree to fall within a range of 5-10 deg.C to stably operate a compressor, thereby holding the hot water supply temperature of a hot water storage tank 5 in a predetermined temperature range.