baber/WOPTO huggingface dataset:
Patent JP-H08254261-A (JP)
Title: Shift knob for automobile
Inventor: YAMATE KAZUHIRO
IPC: F16H59/12
Filed: 1995-03-17
Abstract: PURPOSE: To provide a shift knob for automobile which can improve the appearance and operability and realize low cost. CONSTITUTION: This is a shift knob for automobile which is attached to a top of a change lever. The shift knob 5 is molded into one layer from a hard or semi-hard synthetic resin. A thick-wall section of the shift knob 5 is formed into a hollow 5f or solid section by gas hold pressure due to gas filling injection molding. A gate for filling synthetic resin and gas for the gas filling injection molding is provided on an innermost bottom of a pushbutton insertion hole 5c of the shift knob 5. At least one ringlike groove 5g is formed on an outer peripheral face of a boundary part between the thick-wall section 5d and a thin-wall section 5e of the shift knob 5.
Patent JP-S60232423-A (JP)
Title: Gas combustion regulating apparatus
Inventor: UEMATSU HIDEO
IPC: F23N5/18
Filed: 1984-04-27
Abstract: PURPOSE:To prevent the dew condensation on a pressure detecting element and ensure the safety of a combustion apparatus by operating an electric heater by the signal of a dew condensation sensor. CONSTITUTION:A dew condensation sensor 18 doesn't act as long as the temperature around an apparatus drops and doesn't attain the dew point. When the temperature attains the dew point, the sensor 18 works and the electric signal is treated by the dew condensation sensor 19 and sent to an electric heater driving circuit 20. Further, only during the stoppage of operation, the electric signal is sent from the revolution regulating circuit 13 to the circuit 20. Only when these two signal have been given, the electric heater 17 works. That is, only during the stoppage of driving in addition to the dew point, the electric heater 17 works. For that reason, even when the combustion apparatus has been used under the bad environment with high humidity in cold district, the generation of dew condensation in the inside of the differential pressure sensor or around it can be prevented and good combustion conditions are always secured in any environment.
Patent JP-S57200794-A (JP)
Title: Supporting structure for low temperature spherical tank
Inventor: MATSUO MOTOHIRO
IPC: F17C13/08
Filed: 1981-06-05
Abstract: PURPOSE:To reduce a moment acting on the lower part of each of ring members attached to the titled tank by a method wherein the ring member having a connecting section with which it is connected to each of supports erected on a base plate is provided at a position lower by 4 to 16 degrees below the equator of the spherical tank. CONSTITUTION:Each of the ring members 5 has, at the lower part thereof, a projection 5a forming part of the wall of the spherical tank 1 and the connecting section 5b connected to each of the supports 4 and at the upper part thereof, a combined section 5c at which the projection 5a and the connecting section 5b are combined. The ring member 5 is fixed to the spherical tank 1 at a position lower by 4 to 16 degrees below the equator of the spherical tank 1.
Patent JP-H09284351-A (JP)
Title: Demodulating system
Inventor: BABA SATOSHI
IPC: H04L27/22
Filed: 1996-04-09
Abstract: PROBLEM TO BE SOLVED: To prevent the deterioration of a signal due to incorrect conversion, noise addition and quantization difference by providing A/D converters different in an input signal conversion possible voltage range, an excess judging equipment and a selecting equipment and selecting the A/D converter to be used in accordance with the judgement. SOLUTION: The input signal conversion possible voltage range of a first converting part 16a-1 is widely set as compared with that of the second converting part 16a-2. It is judged whether or not an inputted analog voltage level exceeds the input signal conversion possible voltage range of the second converting part 16a-2 by a digital signal which is outputted from the converting part 16a-1, the selecting equipment 16a-4 selects the digital signal outputted from the second converting part, when within the possible voltage range, so as to output it to an equalizer-based on the judgement so that quantization difference is less. Even when the input level exceeds the conversion possible voltage range of the second coverting part 16a-2 by selectivity fading, etc., the digital signal otuputted by the first converting part 16a-1 is selected so that correct conversion is executed.
Patent JP-S59214538-A (JP)
Title: Speed-up device for spindle in machine tool
Inventor: MATSUNOBU TADAKUNI
IPC: B23Q5/04
Filed: 1983-05-19
Abstract: PURPOSE:To make the captioned device easily adapted to milling machines or others already sold in the market, by increasing the speed of a motor via pulleys and two belts and turning a tool mounted on the spindle assembly in a machine tool. CONSTITUTION:A spindle speed-up device 10 has a sequring member 12 adapted for securing the device to a machine tool M, and upper and lower bed plates 14 and 16, are integrated with said securing member 12 in two steps. The upper bed plate 14 firmly carries a motor 18 of the device 10, and an arm member 24 is pivotally mounted through a pin 26 on the lower bed plate 16. A spindle assembly A is mounted on the main shaft S of the machine tool M. When the motor 18 is without rotating the main shaft S, the rotation of a rotary shaft 20 is transmitted through a first pulley 22, a first belt 34, and a second pulley 30 rotate a shaft 28, whose rotation is then transmitted through a third pullet 32 and a second belt 40 to a pulley 38 of the spindle assembly A so as to rotate a tool T carried by the spindle assembly A.
Patent JP-S5611316-A (JP)
Title: Flow rate measuring method of fluid
Inventor: KAMIIDE TADASHI
IPC: G01F1/708
Filed: 1979-07-09
Abstract: PURPOSE: To measure accurately the fluid speed of a minute flow rate, by measuring electrically a time when the dividing position, by which the fluid flowing in the tube is divided, moves between two points and by detecting the speed of the fluid.  
     CONSTITUTION: Injector 5 is used to send a fixed-size bubble into fluid 2 flowing in tube 1 in the arrow direction, thereby forming dividing material 6. When dividing material 6 reaches the position between light source 7 and photodetector 8 and the position between light source 9 and photodetector 10, photodetectors 8 and 9 output electric signals respectively. When dividing material 6 passes through the first detector 3, a signal current is flowed to delay circuit 18 and coincidence detecting circuit 19 of the first confirming circuit 16, and malfunctions dependent upon a small bubble are prevented by coincidence detection of the signal from delay circuit 18. Clock pulses are sent from reference vibrating circuit 23 to gate circuit 22, and gate circuit 22 opens when passage of dividing material 6 is confirmed by the first confirming circuit 16 and closes by the passage signal of dividing material 6 in the second confirming circuit, and the flow speed is displayed through the output of counting circuit 24 from this opening to this closing. Consequently, the fluid speed of a minute flow rate can be measured accurately. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S5613278-A (JP)
Title: Vortex vibration preventing device for towing cable
Inventor: KATAYAMA TETSUTAROU
IPC: B63B21/66
Filed: 1979-07-11
Abstract: PURPOSE: To prevent vibration due to Karman vortexes, through a simple construction, by shaping thin sheets of plastic or the like into desired dimensions and bonding the sheets to a towing cable.  
     CONSTITUTION: A body 6 is towed by a boat 4 and a towing cable 1 as buoyancy is acting to the towed body. At that time, the towed body 6 is maintained in an almost stationary posture by water flow and a weight 8 attached to the end of the cable 1. Numerous flaps 9, which stream almost horizontally, are bonded to the towing cable 1. Each flap 9 is made of a material of hardness to prevent the connection of Karman vortexes and of flexibility to stream in the water flow. This results  in preventing vibration due to the Karman vortexes. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S61245238-A (JP)
Title: Filing process system
Inventor: HIRAI NOBUYUKI
IPC: G06F9/45
Filed: 1985-04-23
Abstract: PURPOSE:To simplify the filing process by limiting the job control information to the single function processing of a compiler or a linkage editor to include it to a filing control table and therefore limiting a changed part due to the difference of the system. CONSTITUTION:A compiler 14 receives a module to be compiled from an input/ output device 11 via an I/O calling means 12. Then the compiler 14 supplies the name of the received module to a filing control table 16 from a processing means 142. Then the compiler 14 extracts a source module from the module number. When the compiling jobs are through with all modules, a linkage editor 15 starts its processing. The editor 15 extracts an object module out of the table 16 and executes the linkage editor processing to produce a load module.
Patent JP-H02266560-A (JP)
Title: Field-effect transistor
Inventor: GOTO NORIO
IPC: H01L27/095
Filed: 1989-04-07
Abstract: PURPOSE:To enable side-gate effect to be controlled stably by placing a Schottky junction metal piece on the surface of an semi-insulating substrate near a field effect transistor and then forming a deep level which functions as a charge trap at a semi-insulating substrate region which is in contact with the metal piece. CONSTITUTION:In an n-channel field effect transistor 5 formed on a semi- insulating substrate 9 made of GaAs, a Shottky junction metal piece 12 is placed on the surface of the semi-insulating substrate 9 and a deep level which functions as an electronic trap is formed at a semi-insulating substrate region 8 which is in contact with the metal piece. When a deep level which functions as an electronic trap is placed at the semi-insulating region 7 which is in contact with the Schottky junction metal piece 12 and the metal piece 12 is biased at a negative potential, more excessive electron than thermal equilibrium value in the case of flowing in is captured and electron trap is magnetized to a negative potential since the metal piece 12 is the flowing-out port of positive holes and at the same time is the flowing-in port of electrons. Thus, flowing-out of positive holes increases and occurrence of side gate effect is controlled drastically.
Patent JP-S60230337-A (JP)
Title: Formation of fluorescent film
Inventor: MASAGO KENJI
IPC: H01J9/227
Filed: 1984-04-27
Abstract: PURPOSE:To form a fluorescent film whose thickness can be maintained constant by supplying moistened air into the bulb during exposure of a photosensitive adhesive material. CONSTITUTION:First, a photosensitive adhesive substance (P) is applied to the inner surface of a bulb face 1a, then dried. Next, after a pattern mask not indicated in the figure is placed on the outer surface of the bulb face 1a, the adhesive substance (P) is specifically exposed by an exposure source installed outside a bulb 1 and not indicated in the figure. During the exposure, a gas with a humidity of abut 20-50% is sprayed over the adhesive substance (P), so that only desired areas of the adhesive substance (P) are exposed. Next, decomposition gas produced by exposure is removed by operating an air supply device 2 and the moisture of the air is caused to be absorbed by the exposed areas to make then adhesive. Next, after the bulb 1 is removed, a red phosphor powder is sprayed over the inner surface of the face 1a to fix the powder only to desired areas of the adhesive substance (P). After that, surplus phosphor powder is blown off and removed, thereby forming a fluorescent film.
Patent JP-S63253490-A (JP)
Title: Ic cartridge reader/writer
Inventor: MITSUMUNE NAOFUMI
IPC: G06K17/00
Filed: 1987-04-10
Abstract: PURPOSE:To improve the durability of an IC cartridge reader/writer as well as the contact stability of a contact terminal of an IC cartridge, by specifying the attachment positions of a prescribed number of contacts against a mover. CONSTITUTION:The base parts of a prescribed number of contacts 62 are dispersedly fixed at the front and rear end sides centering on the centroid position of a mover 2. Thus the reaction given from an IC cartridge C is dispersed almost evenly between each pin protruded to the mover 2 and the guide groove which supports the pin. As a result, the biased wear of each member is avoided so that the durability is improved for the cartridge C. At the same time the contact stability is also improved between the contacts 62 and the contact terminal patterns E1-E8 of the cartridge C respectively.
Patent JP-S62295401-A (JP)
Inventor: RONARUDO HAWAADO UIRENZU
IPC: H01C7/04
Filed: 1987-04-10
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-H03285065-A (JP)
Title: Evaporating source
Inventor: KOMATSU KENJI
IPC: C23C14/24
Filed: 1990-03-31
Abstract: PURPOSE:To uniformize the quality of a thin film vapor deposited on a substrate by evaporating plural evaporating materials in a heater from the evaporation port of the heater and moving the evaporating materials in the heater. CONSTITUTION:An evaporation port 2c is formed in the wall of a heater 2 between the inlet 2a at one end and the outlet 2b at the other end. Plural evaporating materials 3 are arranged in a line in the heater 2 and evaporated from the port 2c. The evaporating materials 3 in the heater 2 are continuously or intermittently moved with a pressing mechanism 4 so that the rate of evaporation from the port 2 can be prevented from lowering with the lapse of time.
Patent JP-S5422689-A (JP)
Title: Container ship
Inventor: ISHIGAKI TADASHI
IPC: B63B25/00
Filed: 1977-07-22
Abstract: PURPOSE: To heighten the efficiency of the reception of containers, by mounting auxiliary leg portions to the lower portions of movable cell frames, which can move in response to the sizes of the containers, and by stacking the containers according to the sizes, in the holds of a stem portion or a stern portion. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S60230488-A (JP)
Inventor: RIYUU JIYUREN
IPC: E06B7/30
Filed: 1984-04-28
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-H08325395-A (JP)
Title: Sheet impregnated with epoxy resin composition
Inventor: UMEZAWA YOSHIAKI
IPC: C08G59/20
Filed: 1996-03-15
Abstract: PURPOSE: To obtain a sheet, impregnated with an epoxy resin composition and good in storage stability. CONSTITUTION: This sheet impregnated with an epoxy resin composition is formed by impregnating a fibrous substrate with an epoxy resin powdery composition in a molten state or a state close thereto and then cooling and solidifying the composition. In the sheet, (i) the epoxy resin composition is an epoxy resin powdery composition comprising a powder of a mixture consisting essentially of an epoxy resin, containing 55-95wt.% dihydric phenol diglycidyl ether having steric hindered groups at the bond adjacent sites of glycidyl ether group and having >=115 deg.C melting point and capable of manifesting the solid form at ambient temperature and a curing agent capable of assuming the solid form at ambient temperature.  (ii) The curing agent contains a crystalline one in at least a part thereof and (iii) the amount of a noncrystalline substance contained in the mixture is 0-50wt.% based on the total amount of the crystalline substance and the noncrystalline substance contained in the mixture. (iv) The powder of the mixture is nontacky.
Patent JP-S60230772-A (JP)
Title: Television receiver
Inventor: AMANO TOSHIO
IPC: H04N5/44
Filed: 1984-04-28
Abstract: PURPOSE:To prevent setting of the present time from being forgotton by providing a controller consisting of a microcomputer having a program timer function in a television receiver having the program timer function. CONSTITUTION:A controller 20 consisting of the microcomputer having the program timer function is provided, and the input request of the present time or the like is displayed in the lower part of a screen if the second picture is selected though the present time is not set to a timepiece included in a program timer. Consequently, it is confirmed easily that the present time is not set yet.
Patent JP-H03285327-A (JP)
Title: Vapor growth device
Inventor: KASAI SHUSUKE
IPC: H01S5/00
Filed: 1990-04-02
Abstract: PURPOSE:To make it possible to perform the cleavage of a semiconductor crystal easily and without marring a substrate by a method wherein a vapor growth device is provided with a means, which applies an ultrasonic vibration to the substrate formed with at least one layer consisting of the semiconductor crystal and performs the cleavage of the semiconductor crystal. CONSTITUTION:A substrate 11 with protrusion parts 21 formed therein is fixed on a susceptor 35, is introduced in the interior of a substrate treatment chamber 30 and is placed on an ultrasonic vibration applying stage 37. A sample introducing port 33 is closed, a gate valve 32 is opened, the interiors of the chamber 30 and a reactor 31 are exhausted and when an ultrasonic vibration is applied to the substrate 11 from the stage 37 via the susceptor 35, the protrusion parts 21 in the substrate 11 are immediately cleaved at the parts of coupling parts 22 to form a resonator and a cleavage surface 23 becomes a resonator end surface. Then, the susceptor 35 is moved over a receiving pan 38, a support bar 36 is rotated and the remaining protrusion parts 21 are made to fall in the pan 38 and are removed. Moreover, a tilted forbidden band width layer, an end surface reflection film and the like can be formed on the cleavage surface within the same device subsequently to the removal of the protrusion parts.
Patent JP-S5714474-A (JP)
Title: One-side welding method
Inventor: KURIHARA YUKIO
IPC: B23K9/16
Filed: 1980-06-30
Abstract: PURPOSE: To prevent occurrence of defective welding by making a supply hole on a gas shield type sliding backing strip to supply shield gas to the back side and thereby protecting the back side weld metal from exposure to atmosphere.  
     CONSTITUTION: Shielded gas arc welding method is adopted and at the same time, a shield gas supply hole 13 is provided on a sliding backing strip 10, and shield gas is supplied to the back side from the hole 13 to protect the back side weld metal from direct exposure to atmosphere. At this time, the depth of a forming groove 17 of the penetration bead of the sliding backing strip 10 is inclined lengthwise so that the depth increases in the direction opposite to the direction of advance of a base metal. The shield gas coming from the supply hole 13 is fed along the groove 17 to protect the molten metal. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S63253151-A (JP)
Title: Fuel injection device for internal combustion engine
Inventor: FUKUZUMI SHUZO
IPC: F02D41/34
Filed: 1987-04-08
Abstract: PURPOSE:To make fuel injection starting timing proper even if the engine speed is varied after operating the injection starting timing by detecting a variation parameter for giving variation to the injection period of fuel and correcting the fuel injection starting timing one after another based on the detected parameter. CONSTITUTION:An injection quantity operating means (c) operates a fuel injection quantity at every defined operating period as an injecting time based on an engine operating condition from a detecting means (a). Also, a detecting means (b) detects a variation parameter for giving variation to the injection period of fuel and, based on the variation quantity, a correcting quantity operating means (e) operates a variation correcting quantity for correcting the starting timing of fuel injection. A starting timing setting means (f) commands an injection commanding means (g) to start fuel injection at a determined timing, according to the limit point of fuel injection at which injected fuel is sucked into a combustion chamber set by a setting means (d), to operate an injecting means (h) and to finish the injection after the injecting time operated by the operating means (c) is elapsed. Thereby, a fuel injection starting timing can be made proper improving an operating property.
Patent JP-H02265545-A (JP)
Title: Packing material for heat generating and heat insulating bag
Inventor: OGAWA MASARU
IPC: A61F7/08
Filed: 1989-04-06
Abstract: PURPOSE:To obtain a packing material for the heat generating and heat insulating bag which possesses the stability in charging seal and the heat sealing performance by specifying the difference between the melting point of a resin film and the melting point of a nonwoven fabric. CONSTITUTION:A packing material for heat generating and heat insulating bag consist of a complex layer structure body which is formed by laminating a thermoplastic synthetic resin film onto a nonwoven fabric consisting of thermoplastic synthetic fibers, and the melting point of the resin film is over 100 deg.C, and the difference from the melting point of the nonwoven fabric is 25 deg.C or more. The nonwoven fabric consisting of short fibers or continuous filaments can be used, the continuous filament nonwoven fabric is preferable from the point of view of the mechanical properties such as strength. The single yarn denier of the continuous filament is preferably within a range of 0.5-10 denier from the point of view of gas permeability of the obtained nonwoven fabric and of preventing leak of the heat generating composition fine powder. When the melting point of the film is less than 100 deg.C, the temperature is nearly equal to the heat generation temperature in a bag made of the heat generating composition, and the heat sealing performance is inferior. Further, if the difference between the melting point of the film and the melting point of the nonwoven fabric is at most 25 deg.C even the nonwoven fabric is molten when the outer peripheral part of the bag body is thermally fused, and the stability in charging seal is deteriorated.
Patent JP-S5611274-A (JP)
Title: Ink type dot-printer
Inventor: MORITA YOSHIHISA
IPC: B41J2/305
Filed: 1979-07-11
Abstract: PURPOSE:To obtain the titled printer wherein an ink ribbon is not employed, capable of supplying an adequate volume of ink, furnishing a printing of excent quality and possessing a simple structure by supplying ink to an ink immersing member through the intermittent driving of a pulsatory pump. CONSTITUTION:The ink being fed out by a pulsatory pump is impregnated by an ink immersing member 10 through an ink feed pipe 11, making the surface of a wire 2 in a wet condition. Then, the ink moves through the space between a wire 2 and a wire guide 3 by a capillary action, and attaches at the tip of the wire. The wire 2 flies by selectively exciting an electromagnet piece 9, and performs printing by striking at a printing paper 20. After printing, the wire 2 returns to its original position,  absorbing an ink at its tip and repeats the printing action. When a printing for a  single line is finished, the printing paper is fed forward by the rotation of a roller  shaft 18, a pulsatory pump 14 starts actuation at the same time, feeding ink of an  appropriate amount to the ink immersing member 10, and the apparatus is readied  for the printing on the next line.