baber/WOPTO huggingface dataset:
Patent JP-S63129966-A (JP)
Title: Production of miso
Inventor: SHIMIZU CHIHIRO
IPC: A23L11/20
Filed: 1986-11-12
Abstract: PURPOSE:To produce MISO (fermented soybean paste) making the most of flavor of MISOTAMAMISO (blending ground boiled soybean with KOJI and salt and and making into balls), having good taste and fragrance, by using MISOTAMAMISO as part of raw material. CONSTITUTION:Hydrous soybeans are heated, softened, crushed into bulky state with one side length of about 10-20cm, allowed to stand at <=25 deg.C until the bulk becomes a fermenting state to give MISOTAMA, which is blended with salt and, if necessary, KOJI and fermented for a fixed time to give MISOTAMAMISO. Separately soybeans which were hydrated, heated and softened are mixed with salt and, if necessary, KOJI to give a mixture. 90-50wt% mixture is incorporated with 5-50wt% MISOTAMAMISO and fermented or the mixture is blended with MISOTAMAMISO from the preparation period of the mixture to at least the first half period of MISO brewing and fermented.
Patent JP-H10110078-A (JP)
Title: Water-base fluroresin dispersion composition
Inventor: TSUDA NOBUHIKO
IPC: C08L83/00
Filed: 1996-10-09
Abstract: PROBLEM TO BE SOLVED: To obtain a water-base coating material which forms a weather- resistant high-gloss coating film hardly stained outdoors by compounding a water-base fluroresin dispersion with a tetrafunctional silicate compd. SOLUTION: A water-base fluororesin dispersion (A) in an amount of 100 pts.wt. (solid basis) is compounded with 1-50 pts.wt. tetrafunctional silicate compd. (B1 ) represented by formula I (wherein R is a 1-8C org. group excluding the case when all the R groups are a 1C group) or its condensate (B2 ) and optionally 0-25 pts.wt. trifunctional silicate compd. (C) represented by formula II (wherein R<1> is a 1-8C org. group; and R<2> is H or a 1-8C org. group). This water-base dispersion contains 0.1-10wt.% (based on the sum of ingredients B and C) emulsifier having an HLB of 5-15. A condensate of ingredient B1 and ingredient C is used as a silicate component. Ingredient A includes fluoroolefin polymers and copolymers and their blends. A 2-4C fluoroolefin is suitable. Tetraethoxyilane is a pref. example of ingredient B1 .  Ingredient C contributes to the external appearance and in-water stability of the resultant coating film.
Patent JP-H1077601-A (JP)
Title: Jig for low temperature bond welding
Inventor: KANBARA SHIGEHIRO
IPC: E01B31/00
Filed: 1996-09-03
Abstract: PROBLEM TO BE SOLVED: To prevent leakage of alloy wax through a gap such as between a tray-form terminal plate and the side of a rail by a method wherein a cavity to support in a bracing manner a tray-form terminal, making contact with the side of a rail, and a grasping cylinder part for a twisted wire, and a heat resistant seal member is arranged on a surface making contact with the side of the rail below the cavity. SOLUTION: A cavity 1d to support holdingly the terminal of a tray-form twisted wire, making contact with the side of a rail is formed throughout a portion comprised by a surface 1a, making contact with the side of the rail of a jig body 1 on which surface treatment to prevent adhesion of alloy wax is applied, an upper surface 1b, and a side 1c. A seal member 4, such as heat resistant synthetic resin making contact with the side of the rail, is arranged on the contact surface 1a below the cavity 1d and a grasping cylinder part for a twisted wire is pressed by a press piece 5. When a jig A for low temperature bond welding is brought into contact with the side of the rail, the seal member 4 makes contact with the side of the rail and no gap is provided between the rail and the seal member.  Thus, the alloy wax molten and added between the terminal of the twisted wire and the rail is prevented from leakage.
Patent JP-H02118281-A (JP)
Title: Proportional valve with closing function
Inventor: YANAGAWA MASASHI
IPC: F16K31/06
Filed: 1988-10-25
Abstract: PURPOSE:To provide a valve construction, which is capable of double shutting of a pair of closely situated valve seats from any direction and of minimizing the flow resistance, by arranging a rod to move the valve body of a valve proper between an extrusive type proportional solenoid and the valve body, and coupling a closing valve seat with a pull-in type solenoid. CONSTITUTION:A complex type solenoid 10 installed in the upper part of a proportional valve proper 1 is provided with a pull-in type solenoid on the down side and an extrusive type proportional solenoid on the up side complexly. When gas fluid is introduced to an inlet 3, impression of a voltage on the coil 13 of the solenoid 10 allows a yoke 14 to attract a plunger 11, which thus rises to separate the valve seat 7 from the upper valve seat 5. Impression of voltage on another coil 16 causes the yoke 14 to attract another plunger 15, which thus sinks to separate the valve body 19 from the lower valve seat 6 with the aid of a rod 34. Accordingly the stroke of the valve body is controlled by increasing/decreasing the current to the coil 16, and thereby the rate of flow proportional to the current is obtained.
Patent JP-H0986729-A (JP)
Title: Paper feed and transport device
Inventor: ISHII KENJI
IPC: B65H5/00
Filed: 1995-09-22
Abstract: PROBLEM TO BE SOLVED: To prevent the generation of a collision noise in a paper feed and transport device by reducing the contact force of a paper sheet with a pair of registration rollers. SOLUTION: A pair of elastic body rollers 2 formed by a spronge roller are provided on the upstream side from a pair of registration rollers 1 to be taken as a cushion for reducing the contact force of a paper sheet 4 into the paired registration rollers 1 produced by the firmness of the sheet 4 and the intermediate transport force, whereby a shock produced by the contact of the paper sheet 4 can be absorbed to prevent the generation of a collision noise.
Patent JP-H01113739-A (JP)
Title: Information retrieving device
Inventor: UEDA NOBUO
IPC: G03B21/11
Filed: 1987-10-27
Abstract: PURPOSE:To make the center position of a frame coincide with the center of the position of a screen to perform positioning regardless of the width of a mark by controlling the action of the feeding means of a microfilm based on the inputted address of the frame, a signal from a mark detection means and the size of the mark from a discrimination means. CONSTITUTION:Every time a sensor detects the marks photographed in the microfilm, the signal is outputted from the mark detection part 28 and the size of the detected mark is discriminated by the discrimination means consisting of an encoder, an up/down discrimination part 26, an exclusive OR circuit 27, an up/down counter 31 and a central processor 60. When the address of the frame of a intended image information is inputted in an input device 5 at the time of retrieving, rewinding and take-up motors 11 and 13 are actuated according to the address based on the output signal from the mark detection means and the discriminated size of the mark and the actions of the motors 11 and 13 are controlled by setting the center position of the mark in the moving direction of the microfilm as a reference.
Patent JP-S63123510-A (JP)
Title: Controller for dimension of shape steel
Inventor: TANAKA AKIHIRO
IPC: B21B37/58
Filed: 1986-11-14
Abstract: PURPOSE:To concurrently perform both thickness controls for a web and a flange parts with high accuracy by controlling a vertical roll by a vertical load and controlling a horizontal roll by calculating a rolling load on the web part based on both the vertical and horizontal roll loads. CONSTITUTION:A horizontal roll load detector 4 detects loads on horizontal rolls 2U, 2D and a vertical roll load detectors 7U, 7D detect loads on vertical rolls 3U, 3D. Respective roll gap quantities between the rolls 2U, 2D and the rolls 3U, 3D are calculated based on output signals from the detector 4 and the detector 7U, 7D and plural data previously set. A horizontal roll draft controller 6 and a vertical roll draft controller 9 control the rolls 2U, 2D and the rolls 3U, 3D, respectively. Each thickness of the web and the flange parts of the stock 1 is concurrently controlled.
Patent JP-H03166237-A (JP)
Title: Method of accelerating foam development
Inventor: PIITAA ESU FURANSHISU
IPC: B29K105/04
Filed: 1990-10-09
Abstract: PURPOSE: To enhance the thermal expandability of a foamed sheet such as made of a polystyrene, a styrene copolymer, a polymethyl methacrylate or a methyl methacrylate copolymer effectively without forming noxious smoke and mist or forming a residual vapor by impregnating the sheet with carbon dioxide.  
     CONSTITUTION: A polystyrene, a styrene copolymer (e.g. a copolymer containing 5-35 mol.% maleic anhydride or a derivative thereof such as an imide or an N-alkylimide), a crosslinked variant thereof or an interpenetrated network polymer is impregnated with a blowing agent (e.g. chlorofluoromethane) in a first extruder, and cooled at once in a second extruder to form a foamed sheet. This sheet is aged in air for at least one day, then impregnated with a gas, a liquid or solid carbon dioxide and heated at once to effect further expansion. 
     COPYRIGHT: (C)1991,JPO
Patent JP-H10115556-A (JP)
Title: Infrared detector
Inventor: SONE TAKANORI
IPC: G01J5/02
Filed: 1996-10-11
Abstract: PROBLEM TO BE SOLVED: To easily obtain vacuum hermeticity so as to keep a photodetecting part thermally insulated, by arranging an infrared transmission window at a front face of the photodetecting part via a space, fixedly bonding the transmission window air- tightly to a substrate at a bonding face perfectly surrounding the photodetecting part, and vacuumizing the space. SOLUTION: An infrared transmission window 4 is bonded to a substrate 1 by a solder 5 via a space 3 at a front face of an infrared detection part 2 formed on the substrate 1. Before the transmission window 4 and substrate 1 are bonded, the solder 5 is placed at the side of the transmission window 4 and treated with heat in a hydrogen ambiance. Accordingly, an oxidized film of the solder 5 is removed, and at the same time, the solder 5 is bonded to a metallized layer 7 at the side of a photodetecting face. Subsequently, a temperature of the solder 5 is lowered to a solidification temperature. The solder 5 of the infrared transmission window 4 and the metallized layer of the substrate 1 are registered, then treated with heat in vacuum. The infrared transmission window 4 and the substrate 1 are accordingly air-tightly bonded with each other.  Since the bonding is carried out air-tightly in vacuum, the space 8 is kept in vacuum and the photodetecting part 2 is rendered vacuum and hermetic.
Patent JP-H03131163-A (JP)
Title: Self-scanning type image sensor
Inventor: MAEDA HIDETOSHI
IPC: H04N1/028
Filed: 1989-10-16
Abstract: PURPOSE:To simplify a drive circuit for a photodiode array by using an inputted sawtooth voltage so as to sequentially scan photodiodes of respective sets. CONSTITUTION:A self-scanning type sensor 1 consists of a scanning circuit section 7 and a sensor section 8. The 1st stage of the scanning circuit section 7 consists of diodes DW1, DT1 and resistors RW1, RT1. Similarly a succeeding scanning circuit consists of two diodes and two resistors. Drive power supplies Vdr1-Vdr173 of the scanning circuit section 7 are connected to a rate of one power supply to 10 scanning circuit sections 7. Drive power supplies Vdr2-Vdr173 are operated alternately timewise with the drive power supply Vdr1 and a signal current of 11-bit - 1728-bit is detected from an output terminal of a signal line 1a.
Patent JP-H05109469-A (JP)
Title: Induction-heated cooking appliance
Inventor: ISOGAI MASAYUKI
IPC: H05B6/12
Filed: 1991-10-18
Abstract: PURPOSE:To perform wide power setting rarely generating a timing drift against the change of the input power and the change of the input voltage, keeping the drive timing of a switching element constant, and capable of reducing the circuit loss such as the switching loss. CONSTITUTION:A resonance voltage detecting circuit 12 detecting the resonance voltage of an inverter circuit 19, a resonance voltage smoothing circuit 13 smoothing the resonance voltage, and an excitation pulse signal generating circuit 16 feeding the periodic excitation pulse signal to a switching element 8 are provided in a control circuit 20. The output of the resonance voltage detecting circuit 12 and the output of the resonance voltage smoothing circuit 13 are compared, and the result is inputted to the excitation pulse signal generating circuit 16 to generate the excitation pulse signal.
Patent JP-H04146592-A (JP)
Title: Asynchronous memory circuit
Inventor: NAKANO MASAFUMI
IPC: G11C11/41
Filed: 1990-10-08
Abstract: PURPOSE:To reduce development period and cost by providing a variable voltage source exclusively used for an active delay circuits group as a supply source for the active delay circuits group. CONSTITUTION:The power source supplied to the delay circuits 1-1-n which are included in an address transition detecting circuit (ATD circuit) is supplied by separating from a single terminal 51 independently of a power source supplied to other circuits. Thus, the power source to supply to the delay circuits 1-1-n is made to a signal power source and separated from other power sources, then the voltage of this single power source is adjusted for control. So, delay times of the delay circuits 1-1-n formed by active circuit elements can be set to the most suitable delay times for the memory constitution having various bit conditions and word lengths which is required in an LSI of standard cell system. By this arrangement, troublesome works such as a circuit design, layout design, etc., are eliminated and the reduction of developing period and cost are attained.
Patent JP-S63124117-A (JP)
Title: Positioning control device
Inventor: HIRAI NORITSUGU
IPC: G05D3/12
Filed: 1986-11-14
Abstract: PURPOSE:To stop a control subject shaft connected to a motor regardless of the revolving direction of a pulse generator by providing a revolving direction coincidence deciding circuit and a level inverting circuit. CONSTITUTION:If a position detecting pulse generator 19 is attached as shown in a figure (a), signals '1' and '0' are outputted from a motor revolving direction deciding circuit 4 and a pulse generator revolving direction deciding circuit 20 respectively as long as a motor 1 is driven forward. Thus a revolving direction coincidence deciding circuit 29 outputs the signal '0' at the rise edge of a speed coincidence deciding circuit 11. While a level inverting circuit 30 outputs the output of the circuit 20 as it is. As a result, a counter circuit 22 is counted down and a control subject shaft is stopped at a fixed position through the forward revolution side. Then signals '0' and '1' are outputted from the circuits 4 and 20 respectively together with the signal '0' outputted from the circuit 29 when the motor 1 is driven reversely. At the same time, the circuit 30 outputs the output of the circuit 20 as it is. Thus the control subject shaft is stopped at a fixed position through the reverse revolution side. When the generator 19 is attached as shown in a figure (b), the circuit has reverse revolutions and the control subject shaft is stopped at a fixed position through the forward and reverse rotation sides in both forward and reverse revolution modes respectively.
Patent JP-H04147963-A (JP)
Title: Titanium oxide type blue thin film
Inventor: MIZUNO ATSUSHI
IPC: C23C14/08
Filed: 1990-10-08
Abstract: PURPOSE:To improve brightness of blue color of a thin film by forming a mixture thin film containing not only TiO and Ti2O3 but also TiO2 and Ti3O5 and having a specified oxygen average compsn. by vapor deposition of Ti in an oxygen atmosphere under reduced pressure. CONSTITUTION:The titanium oxide blue thin film consists of not only TiO and Ti2O3 but also TO2 and Ti3O5. This thin film has 52-50at.% oxygen average compsn. The blue thin film can be obtained by vapor deposition of Ti in an oxygen atmosphere in controlled vacuum.
Patent JP-H11196568-A (JP)
Title: Switching power supply
Inventor: KAMIOKA HIDEO
IPC: H02M7/217
Filed: 1998-09-24
Abstract: PROBLEM TO BE SOLVED: To provide a step-up type switching power supply in which power loss of a switching device connected in parallel to a current limiting resistor is reduced and whose efficiency is improved. SOLUTION: An inductor 22 is connected in series to a 1st switching device 21 and connected between output terminals 11 and 12 of a rectifier circuit 1. A diode 23, a capacitor 24 and a current limiting circuit 25 are connected in series to each other and, further, connected in parallel to the switching device 21. The current limiting circuit 25 includes a resistor 252 and a 2nd switching device 251. The terminal voltage Vc of the capacitor 24 is utilized as a DC output voltage Vo. A control circuit 3 controls the 2nd switching device to be turned on when the terminal voltage Vc of the capacitor 24 reaches a predetermined value.
Patent JP-2001092599-A (JP)
Title: Storage device
Inventor: MURAYAMA MASAYUKI
IPC: G06F12/16
Filed: 1999-09-24
Abstract: PROBLEM TO BE SOLVED: To shorten the time required for mutual coincidence of the storage contents of both storage means. SOLUTION: Data are written in a first storage means and also the same kind of data are written in a second storage means when a writing request to the first storage means is received from the external part in the case of the duplex state of the first and second storage means 1 and 2. Data is written only in the first means 1 and the range of the written address is kept in a management information storage means 4 when the writing request to the first means is received from the external part in the case of the separation state of the means 1 and 2. Data of the address range of the first storage means kept in the means 4 are read and written in the second storage means 2 in the case of the re-coincidence state of the storage contents of the means 1 and 2 (re-coincidence conversion).  Data are written in the first storage means 1 and also the same kind of data are written in the second means 2 when the writing request to the first means is received from the external part during re-coincidence conversion.
Patent JP-H06116306-A (JP)
Title: Production of thermoplastic resin and resin composition
Inventor: OTA TAKESHI
IPC: C08L51/04
Filed: 1992-10-08
Abstract: PURPOSE:To provide a resin composition having excellent impact resistance and fluidity and composed of a graft copolymer and a thermoplastic resin having narrow molecular weight distribution and obtained by the polymerization of styrene and acrylonitrile in a specific polymerization reaction environment. CONSTITUTION:A styrene-acrylonitrile copolymer is produced by continuous bulk polymerization or continuous solution polymerization. A copolymer having narrow molecular weight distribution can be produced by carrying out this process in a reaction environment controlled in such a manner that >=70wt.% of the copolymer produced in the polymerization process has a parameter Z of <1.2. The parameter Z is defined by formula I [V1 is molecular volume (cm<3>/mol) of the mixed solution consisting of the unreacted monomer and the solvent; DELTAdelta is defined by formula II; delta1 is defined by formula III (phii is solubility parameter (cal/cm<3>)<1/2> of the pure component (i); delta2 is defined by formula IV (mi is molar ratio of the constituent monomer (i) in the polymer; (deltaj)2 is solubility parameter of the pure polymer (j); R is gas constant; T is reaction temperature (K); (y) is weight ratio of polymer in the reaction solution]. The objective composition is composed of the above copolymer and a graft copolymer obtained by the copolymerization of aromatic vinyl compound, etc., to a diene rubber.
Patent JP-S63124441-A (JP)
Title: Teg measurement system
Inventor: KABASAWA MASAYA
IPC: G01R31/26
Filed: 1986-11-12
Abstract: PURPOSE:To measure the electrical characteristics of TEG (Test Element Group) easily and quickly by a method wherein various types of TEG's are measured in accordance with the information of the respective files of TEG's, measurement conditions and specifications. CONSTITUTION:Measurement items, measurement conditions and so forth are inputted by a keyboard and a character display 6 to make a measurement conditions file 14. Then specified values are inputted to make a specification file 16. Then a TEG information file 12 is made with the file 14 and the file 16 as TEG information. Then a central processing unit 1 reads out the information necessary for TEG to be measurement from the files 12, 14 and 16 and measures the electrical characteristics of TEG in accordance with the information. If there is any problem in the measured results of TEG, the file 14 and the file 16 are corrected and the electrical characteristics are measured again. On the other hand, if there is no problem in the measured results, a measurement program is completed and, thereafter, the electrical characteristics of TEG are measured by using this completed program.
Patent JP-H08135887-A (JP)
Title: Heat insulating container
Inventor: OCHI MASAHISA
IPC: F16L59/06
Filed: 1994-11-04
Abstract: PURPOSE: To reduce the leak of heat outside a container from the gap between an opened port part and a cover, as for the heat insulating container having a container body and a cover for closing the opened port part of the container body. CONSTITUTION: A heat insulating container is equipped with a container body 11, and a cover 19 for closing the opened port part 15 of the container body 11. On the cover 19, an insertion part 21 for the insertion into the opened port part 15 is formed. At the opened port part 15, the innermost end surface 16 for closing the part between the top end surface 22 of the insertion part 21 is formed. At the top end of the cover 19, a front surface plate 25 is installed, and between the front surface plate 25 and the top end surface 22 of the cover 19, an elastic body 24 for pressing the front surface plate 25 onto the innermost end surface 16 of the container body 11 is installed.
Patent JP-H04145361-A (JP)
Title: Redox reaction detecting reagent composition
Inventor: DOI KENICHI
IPC: G01N31/22
Filed: 1990-10-08
Abstract: PURPOSE:To avoid the adverse effect of iodine which is isolated in using redox reaction detecting reagent by containing univalent thallium compound. CONSTITUTION:Redox reagent group containing reagent composition for redox reaction detection which contains iodic acid or iodate for reduced material removal is formed by containing additional univalent thallium compound. By containing univalent thallium compound, general-use thorinder reagent can be used for reagent composition (diagnostic agent) for removing reduced material by iodate. When thorinder reagent is used, reduced material such as bilirubin, cysteine, etc. can be removed. Likewise, when benzidine group color former is used, reduced material such as bilirubin, cysteine, etc. can be removed. Besides, by containing univalent thallium, the background (ascorbic acid=0) of test paper can be restrained from coloring.