baber/WOPTO huggingface dataset:
Patent JP-S54124196-A (JP)
Title: Steam pressure controlling method in atomic power plant
Inventor: NAKANO HISAO
IPC: F22B1/06
Filed: 1978-03-20
Abstract: PURPOSE: To improve the control property of steam temp. of evaporator exit, by means of setting the operating pressure set value of a damp pressure control valve of a starting by-pass main steam damp system lowr than the other pressure valves.  
     CONSTITUTION: An operating pressure set value of a damp pressure control valve 48 of a starting by-pass main steam damp system 41 is set lower than the set values of turbin by-passes 46,47 and atomosphere discharge valves 49a,49b. when a turbin 21 is tripped at the removing operation of decay heat of a reactor, the main steam pressure being rised, the main steam from an overheter 34 being damped to a condenser 23 by means of actuating by a main steam pressure system 40, and a water supplying pump 28 reduces the supplying water flow quantity according as the flow quantity of liquid metal Sodium in the secondary cooling system by the detection of the exit temp. of an evaporator in early preiod. Next, when the main steam pressure is reduced, the main steam pressure is controlled only by the lowest pressure control valves 48 among the main steam damps 40, thereby the exit temp. of the evaporatot 33 can be controlled with good accuracy. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H02211749-A (JP)
Title: Speed changing circuit
Inventor: OTSUKA MASANORI
IPC: H04L7/00
Filed: 1989-02-10
Abstract: PURPOSE:To attain the emission of an ES memory and the compression of a circuit scale by converting parallel data synchronized with a first clock signal to serial data synchronized with a second clock signal by using a holding means and a conversion means. CONSTITUTION:Introduced parallel data is held by the holding means 113 synchronizing with the first clock signal, and is outputted to the conversion means 119. The conversion means 119 converts the parallel data supplied from the holding means 113 to the serial data synchronizing with the second clock signal, then, outputs it. Thus, since the parallel data synchronized with the first clock signal can be converted to the serial data synchronized with the second clock signal by using the holding means 113 and the conversion means 119, the ES memory can be omitted, and the circuit scale can be compressed.
Patent JP-S63198633-A (JP)
Title: Highly concentrated royal jelly soft capsule preparation preservable in frozen state
Inventor: SATO KEIJIRO
IPC: A61K35/64
Filed: 1987-02-13
Abstract: PURPOSE:To obtain the titled preparation, by making a composition consisting of raw royal jelly, a polyglycerin fatty acid ester and a middle chain fatty acid triglyceride into soft capsules. CONSTITUTION:A composition consisting of 95-65wt.% raw royal jelly, 20-5wt.% polyglycerin fatty acid ester (e.g. glycerin deca-fatty acid ester, glycerin hexa-fatty acid ester, etc.) and 0-15wt.% middle chain fatty acid triglyceride (ester compound of 6-10C middle chain fatty acid and glycerin contained in coconut oil and in animal milk as natural substance) is made into soft capsule to give highly concentrated royal jelly preparation. The preparation is stable in a high-humidity environment or under a low-temperature condition to -15 deg.C for a long period and can be transported for a long distance by a refrigerator car, etc.
Patent JP-H04245696-A (JP)
Title: Method for baking multilayer ceramic board at low temperature
Inventor: OYAMA NOBUHIDE
IPC: H05K3/46
Filed: 1991-01-31
Abstract: PURPOSE:To protect a board from cracking, and inhibit the evaporation of Ag as much as possible and prevent the generation of defects, such as pattern open in a method of baking multilayer ceramic board which mainly uses Ag as a main conductor pattern material. CONSTITUTION:In baking a multilayer ceramic board at a low temperature, Ag is prone to evaporate at a temperature ranging from 750 to 800 deg.C. Therefore, a temperature rise rate in the temperature zone for the baking profile is specified to be 22 deg.C/H. A solid substance 3 of Ag is placed around a substrate 2 and baked.
Patent JP-S57146683-A (JP)
Title: Stamping belt for rotary stamp
Inventor: TAKESHITA TOSHIHIKO
IPC: B41N1/12
Filed: 1981-03-05
Abstract: PURPOSE:To form the titled stamping belt free from exfoliation and excellent in strength by a method wherein a surface part having a porous stamping part in which an ink occluding part is incorporated is fused thermally to a reinforcing woven fabric. CONSTITUTION:The ink occluding part 3 is incorporated in the stamping part 5 of the surface part 7 composed of the porous stamping part 5 having a type part 4 at the tip and of a connecting part 6, and the part 7 is fused thermally to the reinforcing woven fabric 2 at the connecting part 6, whereby the stamping belt 1 is formed. The aforesaid stamping part 5 and the ink occuluding part 3 are formed by fusing thermally the powder of thermoplastic resin respectively, and moreover, the vacancy rate is set at about 40-60% in the stamping part 5 and about 60-80% in the ink occuluding part 3 (the vacancy rate of the ink occuluding part 3 is larger by 10% or above than that of the stamping part 5).
Patent JP-H08224147-A (JP)
Title: Showcase
Inventor: TANAKA TSUTOMU
IPC: A47F3/04
Filed: 1995-02-21
Abstract: PURPOSE: To provide a showcase having a shelf supporting structure collapsibly installed on the front panel and a shelf supporting bracket capable of moving accurately to the shelf supporting position. CONSTITUTION: A shelf 8 is attached to the front panel provided this side of the exhibition space of a showcase, and is rotatable between the vertical position where it is parallel to the front panel and a horizontal position where it protrudes from the front panel. A shelf supporting bracket 11 is installed on the front panel, and is rotatable between a housed position where it is parallel to the front panel and the shelf supporting position. An abutment 14 is provided protruding from the inner side of the shelf supporting bracket, which is in contact with the front panel when the shelf supporting bracket is at the shelf supporting position. A hinge 16 fastened to the front panel is attached to the other side of the shelf supporting bracket.
Patent JP-S63200181-A (JP)
Title: Cleaning device for electrophotographic device
Inventor: KIMURA UICHIRO
IPC: G03G21/10
Filed: 1987-02-17
Abstract: PURPOSE:To bring a blade into uniform contact with a photosensitive body to surely remove a remaining toner by setting a housing, to which the blade is fixed, to a supporting part consisting of an elastic material and providing an elastic means which energizes this housing to the photosensitive body. CONSTITUTION:One end of a spring 11 is fixed to the upper part of a side wall 6 of a cleaning device 1, and the other end of the spring 11 is fixed to the body of an electrophotographic device. Consequently, the cleaning device 1 is freely turned around a supporting part 9 and is always energized to a photosensitive body 5 with a prescribed elastic force. Since the cleaning device 1 is energized to the photosensitive body with the prescribed force, a blade 2 and a seal member 4 are always brought into contact with the photosensitive body 5 with a prescribed pressure. Consequently, the blade 3 is stably slided on the photosensitive body 5 to prevent the variance of the contacting pressure and the contacting angle, and the blade 3 is uniformly slided on the photosensitive body 5 in the axial direction. Thus, the remaining toner on the photosensitive body 5 is surely removed and a satisfactory cleaning performance is ensured.
Patent JP-S61192550-A (JP)
Inventor: KAWANAMI SHIZUO
IPC: F16B11/00
Filed: 1985-02-20
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H027469-A (JP)
Title: Charge reader
Inventor: JIYANNRUI KUTEYUURU
IPC: H04N5/335
Filed: 1989-02-10
Abstract: PURPOSE: To enable removal of electric charges by causing the electric potential of a passage gate to have a high value for a short time after the start of a removal stage, then holding this electric potential at a low value during an integral stage, and thereby abandoning overflow of electric charges or controlling an effective integral time. CONSTITUTION: A reading device is operated by two stages, that is, a first stage for systematically removing electric charges to prevent storage of electric charges under a storage gate GS and a second integral stage for permitting storage of electric charges under the gate GS. A cyclic logical signal ϕae limits these two stages. Release of electric charges stored under the gate or emission thereof to a shift register occurs in a short period of time T1 during each period T. This emission is controlled by a passage gate GP with a logical signal ϕP limiting a delay T2 and the period T1 . During a period T2 , electric charges QS stored under the storage gate GS remain within a potential well under the gate. Then, during the period T1 , the passage gate GP, has a high electric potential, which transfers the electric charges QS to the shift register.
Patent JP-S63201425-A (JP)
Title: Glow plug for diesel engine
Inventor: OGASAWARA YUKIO
IPC: F23Q7/00
Filed: 1987-02-16
Abstract: PURPOSE:To obtain a glow plug having quickly heated properties and self- temperature saturating properties at low price, by unitarily constituting a heating part and a lead part of conductive ceramic material. CONSTITUTION:A conductive ceramic material consists of a sintered body of sialon, which is composed of beta-sialon shown by the formula of Si6-zAlzOzN8-z of which 'z' is above 0 and below 1, to which above 20vol.% and below 50vol.% of TiN is added. The ceramic heater of a glow plug 10 is made of the conductive ceramic material, unitarily composed of a heating part 20 and lead parts 21 and 22. A metallized layer 23 is formed on the outer surface of a lead part 21, and an insulating coating layer 24 is formed on the lead part 22. The ceramic heater 11 is fitted and is fixed in a holder 12. A metallic lead wire 15 is connected to the metallized layer 27 plated on the terminal 26 of an electrode, interposed by a terminal cap 15a, and the rear end of a metallic lead wire 15 is connected to the terminal 14 to be connected to an outer part, being held by the rear end of a holder 12 by the intermediary of an insulating bush 13.
Patent JP-2000232359-A (JP)
Title: Successive comparison a/d converter
Inventor: YANAGI TAKAHIRO
IPC: H03M1/14
Filed: 1999-02-10
Abstract: PROBLEM TO BE SOLVED: To perform A/D conversion without generating charge omission from a load capacity circuit and the erroneous injection of charges at the time of a successive comparison operation and to perform the A/D conversion at high speed in a successive comparison A/D converter of a charge redistribution type. SOLUTION: This A/D converter charges (sampling) electrical charges corresponding to the potential difference of analog input signals Vin and a reference potential Vref to all capacitors inside the load capacity circuit, then performs successive comparison control for establishing which one of a positive electrode side power supply line AVDD and a negative electrode side power supply line AVSS is to be a connection destination for the open end of the respective capacitors in the order from the capacitor of a large capacity and obtains the A/D conversion value of Vin.  In this case, before a sampling operation, whether or not Vin is larger than an intermediate potential Vo between the power supply lines AVDD and AVSS is discriminated, and based on the discrimination result, the reference potential Vref is set to a first potential VH higher than the intermediate potential Vo when Vin>Vo and the reference potential Vref is set to a second potential VL lower than the intermediate potential Vo when Vin<=Vo.
Patent JP-S63200016-A (JP)
Title: Optical rotary encoder
Inventor: TATSUNO KYOICHI
IPC: H03M1/24
Filed: 1987-02-16
Abstract: PURPOSE:To obtain a small size encoder with high resolution by detecting change in the intensity of interference light in accordance with change in the rotational angle of a rotating disk. CONSTITUTION:A semiconductor laser 3 is mounted to a rotating disk 1 fixedly attached to a rotating shaft 2 and rotatably supported. A Michelson interferometer composed of mirrors 5a and 5b and a half mirror 6 is provided above the laser 3 and laser light 8 from the laser 3 is subjected to interference. The laser light 8 is split by the mirror 6, laser lights 8a and 8b pass as it is to be reflected from the mirror 5a and then from the mirror 6 toward a lens 11 or reflected from the mirrors 6 and 5a, superposed on the laser light 8a, transmitted through the mirror 6 to pass to the lens 11. Interference light 10 is led to a light detector 12 via the lens 11. When the detector 12 is arranged in the focus of the lens 1, though the laser 3 is mounted anywhere on the disk 1, the interference light 10 can be led to the detector 12 and change in density in accordance with the rotational angle of the interference light 10 is detected by the detector 12.
Patent JP-H06247231-A (JP)
Title: Load control device for vehicle
Inventor: UDA MAKOTO
IPC: G05B24/02
Filed: 1993-02-23
Abstract: PURPOSE:To provide a load control device for a vehicle which can perform the load control even though a plurality of operating parts are maneuvered at one time, wherein the applicable load is controlled upon judging the operating condition, and which can also make control of the applicable load upon judging the operating condition even other than on/off operation switches. CONSTITUTION:A code generating means 20-1 sends in parallel different types of codes one after another to a plurality of signaling lines ma-mf. When the specified codes set in the code setting means 102a-102c of the operating parts 10a-10c are entered, switching means Tra-Trc are turned on. A single sensing line LA is fed with a voltage signal of a size corresponding to the operating condition of manual operating means 101a-101c consisting of an on/off switch in series to the turned-on switching means, changeover switch, or a variable resistor. A control part 20-2 judges the operating condition of each from the sent-off code and the sensed voltage, and a control signal is sent to the corresponding load.
Patent JP-H01207021-A (JP)
Title: Cloth storing cabinet
Inventor: KOGA KATSUHIRO
IPC: A47K10/10
Filed: 1988-02-16
Abstract: PURPOSE:To lower a cloth support portion in use of the cloth for improving the feasibility by providing a cloth support member having the lower portion pivoted in a cabinet to be slanted forward and backward. CONSTITUTION:A support member 6 is provided on the upper portion with a cloth support portion 7 and is constituted such that a rotary shaft 8 coupled with the lower end is inserted in engaging holes 3a of side plates 3 and the support member 6 is pivoted about the rotary shaft 8 forward and backward. A stopper 9 stops the cloth support member 6 from being brought down forward when said member 6 is going to be brought down forward. In use of the cloth, the height of cloth support portion 7 under the stored condition is reduced by l, so that the height of wiped hands in use of the cloth is lessened to provide a position suited for wiping the hands and improved substantially the feasibility.
Patent JP-S55126939-A (JP)
Title: Formation process of phosphor screen of cathode ray tube
Inventor: HINOSUGI MITSURU
IPC: H01J9/227
Filed: 1979-03-23
Abstract: PURPOSE: To form thin resin film on the phosphor film by filling the gap in the phosphor film with water and coating aqueous emulsion with low filming temperature.  
     CONSTITUTION: The phosphor stripes 15r, 15g, and 15b are formed on the inside of the panel 7. After completion of the phosphor film, the inside of the panel including the phosphor film is cleaned with water or warm water and is heated with the warm water or by heaters and using infrared rays so that the temperature of the phosphor film can exceed 35 degrees. Then filming emusion is smoothly coated on the phosphor film and cleaned. After that, it is dried with heaters, infrared rays, and hot air and the base layer 18 is formed. Further the metal film 19 is coated on it. Subsequently, it is baked separately or simultaneously with another process. The base layer 18 is evaporated and the phosphor screen is formed. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H01207724-A (JP)
Title: Organic nonlinear optical material
Inventor: TSUNEKAWA TETSUYA
IPC: G02F1/35
Filed: 1988-02-15
Abstract: PURPOSE:To have large optical nonlinearity for wavelength conversion of a semiconductor laser and to have visible absorption on a short wavelength side with a transmission type by forming an org. nonlinear optical material of a specific compd. having an acceptor-type group and halogen. CONSTITUTION:This org. nonlinear optical material consists of formula I, where A denotes the acceptor-type group and X denotes the halogen. The halogen has the specific property that the halogen is of the acceptor type with respect to a sigma electron and of a donor type with respect to a pi electron. The dipole moment does not increase in the case of this component and since the flexibility of the pi electron which is the origin of the optical nonlinearity of the org. material, the nonlinearity of the molecular light does not have to be smaller than in the case of introducing the donor-type group strong to a benzene deriv. In addition, the visible absorption is nearer the short wavelength side than the known benzene deriv. and, therefore, the problems such as deterioration of the compd. and the degradation in conversion efficiency by the reabsorption of a second harmonic wave due not arise even in the case of subjecting the semiconductor laser light to wavelength conversion. The large optical nonlinearity and the visible absorption on the short wavelength side are thereby provided to this material and the wavelength conversion of the semiconductor laser with the transmission type is enabled.
Patent JP-H01209689-A (JP)
Title: Cooker
Inventor: INUMADA MASATO
IPC: H05B6/68
Filed: 1988-02-16
Abstract: PURPOSE:To avoid actuation of a breaker by controlling the output of an inverter circuit according to a preset content of a switching means for switch-setting a rated power consumption. CONSTITUTION:When a required cooking time is set, an energization passage is formed to an inverter circuit 4. A control section 20 issues an output setting signal of a voltage level according to the setting position of a changeover switch 23. Based on the output setting signal, pulse width modulation is performed in a pulse width modulation circuit 24. Based on the output of the pulse width modulation circuit 24, a drive circuit 26 turns a transistor 9 on and off, causes a magnetron 15 to oscillate, high frequency electromagnetic waves are supplied to a heating chamber, and cooking is started. When the preset cooking time is over, the control section 20 shuts off energization to the inverter circuit 4 to finish the cooking. This arrangement prevents actuation of a breaker.
Patent JP-H05235985-A (JP)
Title: Video signal packet transmitter and receiver
Inventor: FUSE MASARU
IPC: H04N19/176
Filed: 1992-02-20
Abstract: PURPOSE:To reduce deterioration in picture quality in a delicate video image at packet abort caused by congestion of an ATM network in a video signal packet transmitter. CONSTITUTION:This transmitter is provided with a high order component energy calculation section 102 calculating an energy of a DCT coefficient high order component and comparing it with a threshold level, a priority packet transfer section 104 setting a high order component having a large energy and a DCT coefficient low order component as a priority packet, a non-priority packet transfer section 105 setting a high order component of a small energy as a non-priority packet. Should the abort of the packet 105 caused by congestion of the ATM network be required, the non-priority packet 105 is aborted first. The receiver is provided with a non-priority packet compensation section 108 and a prescribed compensation signal is outputted in place of the signal of the aborted non-priority packet when the packet is aborted and the video image is reproduced with the output signal and the signal included in the priority packet.
Patent JP-S53118703-A (JP)
Title: Preparing electrical insulation device
Inventor: KANOU YASUSHI
IPC: H02K15/12
Filed: 1977-03-26
Abstract: PURPOSE: To remarkably improve a thermal stress resistance for insulation layer, by means of gelling a resin, impregnated to the insulation layer, at a heating temperature of above 90 deg C in a condition not being contacted with water in the atmosphere. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-S56142847-A (JP)
Title: Refining of ferro-alloy
Inventor: CHIGA TAIZOU
IPC: C22C33/04
Filed: 1980-03-18
Abstract: PURPOSE: To efficiently perform the recovery of energy from waste gas by utilizing high-temperature waste gas discharged from the subsidiary apparatus of an electric furnace as air to burn CO gas generated in the ferro-alloy refining electric furnace.  
     CONSTITUTION: In the refining of ferro-alloy, when molten metal is taken out a tap port every a given period of time, dust and smoke spreading near the tap port are locally collected. Also, when the molten metal is cast, a great amount of heat is released to heat the surrounding air, and also high-temperature waste gas is released even when a ladle is preheated for drying. The high-temperature waste gas from these subsidiary apparatus is directed into an electric furnace for using it as air to burn CO 2 . Thus, the energy of the waste gas can be recovered and also the consumption of electric power can be reduced. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S56131423-A (JP)
Title: Structure of intake port of fuel tank for vehicle
Inventor: KATOU YOSHIHIRO
IPC: B60K15/04
Filed: 1980-03-17
Abstract: PURPOSE: To communicate the space over fuel in a fuel tank with the outside through a breather hole, by perforating holes through the each peripheral portion of an inner and an outer cylinders.  
     CONSTITUTION: When an inner cylinder 12 is completely inserted in an outer cylinder 10, a Teflon ball 30 in the oblique hole 28 of the inner cylinder 12 is thrusted on the inside circumferential surface of the outer cylinder 10 and placed inside an outlet port 29, so that the ball 30 is moved to the position of a slit 32. For that reason, the space in a tank 16 communicates with that in the inner cylinder 12 through an oblique hole 22 and the slit 32 of the oblique hole 28 and with the outside through the breather hole of a cap. To supply fuel, the inner cylinder 12 is pulled out of the outer cylinder 10. In that case, no external force acts on the Teflon ball 30 so that it comes into contact with the outlet port 29 of the oblique hole 28 and shuts it off. Therefore, evaporated fuel in the inner cylinder 12 does not go out while the fuel is supplied. 
     COPYRIGHT: (C)1981,JPO&Japio