baber/WOPTO huggingface dataset:
Patent JP-H06280027-A (JP)
Title: Plasma treatment method and device
Inventor: SEKIGUCHI ATSUSHI
IPC: H01L21/3065
Filed: 1993-03-29
Abstract: PURPOSE:To enable a substrate treatment of a large area at a high speed by introducing the neutral active species generated by high-temp. nonequil. plasma into a treating chamber where a multicusp magnetic field is formed. CONSTITUTION:Gaseous oxygen is introduced at 200sccm flow rate into a discharge tube 51 and gaseous silane is introduced at 100sccm flow rate into the treating chamber 3. The pressure in the treating chamber 3 is maintained at 8X10<-3>Torr. The high-temp. nonequil. plasma 60 is generated in the discharge tube 51 and oxygen atoms as the neutral active species are formed. The multicusp magnetic field is formed in the treating chamber 3 by a magnetic field generating mechanism 90. Electric power of 1500W is outputted from a high-frequency power source 33 and a bias voltage is impressed to a substrate holder 2. The substrate 1 is heated to 150 deg.C. An SiO2 film is deposited on a large-area silicon wafer of 10-inch diameter to obtain 2mum+ or -3% film thickness distribution. The inside wall surface of the treating chamber 3 is coated with a fluororesin to prevent the decrease in the neutral active species.
Patent JP-S5216599-A (JP)
Title: Epoxy resin compositions
Inventor: NISHIKAWA AKIO
IPC: C08G59/00
Filed: 1975-07-30
Abstract: PURPOSE: An epoxy resin composition to give cured articles with improved elastic strain efficiency and flexibility, which has curability consistent with storage stability of the composition, prepared by the use of a specified curing agent and a curing accelerator. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-2000281831-A (JP)
Title: Device and method for decomposing foamed resin
Inventor: SATANI SHIHOKO
IPC: C08J11/18
Filed: 1999-03-31
Abstract: PROBLEM TO BE SOLVED: To obtain the subject device for efficiently recovering the resource for foamed resin by converting the waste foamed resin to the raw materials for foamed resin, for example, polyol or the like by equipping the apparatus with the waste material feeder, the decomposing agent injector, the decomposition reaction promoting zone, the devolatilization zone and the extruder. SOLUTION: The apparatus is equipped with (A) the raw material feeder for feeding the waste foamed resin, (B) the decomposition agent-injecting zone for injecting the decomposition agent for promoting the decomposition reaction of the foamed resin, (C) the reaction promotion part where the foamed resin is kneaded with the decomposition agent to promote the decomposition reaction of the foamed resin, (D) the devolatilization part that is arranged on the downstream side of the reaction promotion part to remove and recover the foaming agent for the foamed resin, (E) the extruder for transporting the foamed resin on the downstream side. The cylinder temperature of the extruder 2 is set, crushed urethane foam resin are charged to the inlet 1 of the foamed resin, the decomposition agent is injected to the liquid injection inlet 6 with the pump 5.  In the meantime, the foaming agent is removed from the treated and decomposed mixture with a vacuum pump 9 connected to the vent port 7 and condensed, recovered from the condenser 8 and obtain the decomposition product from the outlet 10.
Patent JP-S60237174-A (JP)
Title: Ignition device for internal-combustion engine
Inventor: MORITSUGU MICHIYASU
IPC: F02P15/10
Filed: 1984-05-08
Abstract: PURPOSE:To secure an ignition energy at high speed running and a discharge duration at low speed running to thereby perform stable ignition, by continuously generating a plurality of sparks with a very short period for a suitable time. CONSTITUTION:Trigger signals S(A) and S(B) generated from a trigger signal generating circuit 7 continuously and alternately trigger thyristors 8 and 9 to apply voltage to a primary coil 141 and generate high voltage sufficient for discharge ignition voltage in a secondary coil 142. The generating voltage of the secondary coil 142 is distributed to predetermined cylinders by a distributor 22 to carry out ignition. When a discharge path is once formed in this manner, the proximate air is ionized to create arc discharge, and until the discharge voltage becomes lower than discharge holding voltage, inductive discharge is continued. At the next cycle, discharge is easily performed again by a residual ion between gaps. As a discharge holding time is dependent upon an ignition period set by the trigger signal circuit 7, the time is set so as to perform complete ignition.
Patent JP-S60237364-A (JP)
Title: Method of deciding free substance in biological fluid
Inventor: GERUHARUDO BIINHAUSU
IPC: G01N33/74
Filed: 1985-04-27
Abstract: In the determination of free substances, in particular free hormones such as the thyroid hormones T3 and T4, in biological fluids, a third component is added to the biological fluid in addition to the usual components tracer and antibody, which lessens the rebinding of the tracer to the binding proteins present in the sample. Suitable third components of this type are in particular various thyroid hormone analogues and highly concentrated solutions of ionisable salts.
Patent JP-S5616328-A (JP)
Title: Phase synchronous loop device
Inventor: SATOU KAZUMI
IPC: H03L7/093
Filed: 1979-07-19
Abstract: PURPOSE:To reduce the noise and then stabilize the operation of the oscillator with a low-cost constitution, by making variable the pass band of the LPF of the phase synchronous loop device and then detecting the noise contained in the LPF to control the LPF as well as give the control to the pass band. CONSTITUTION:The output of signal source 1 is supplied to phase comparator 2 to detect the phase difference to the output signal of voltage control oscillator 6, and then supplied to variable pass band LPF7. The AC noise component contained in the DC output component of LPF7 is detected by control circuit 8, and LPF7 is controlled by the detection signal to give the control to the pass band. The noise output increases immediately after the signal frequency sent from signal 1 varied. In this connection, the pass band of the LPF is increased, and the control is given to the LPF in order to secure a quick response of oscillator 6. Then the pass band of the LPF is reduced after oscillator 6 followed the frequency change sufficiently, and thus the noise signal can be cut off effectively. As a resulst, only one unit of LPF suffices to simplify the constitution and then realize a low-cost device. At the same time, the operation of the oscillator can be stabilized.
Patent JP-H06278160-A (JP)
Title: Manufacture of synthetic resin product
Inventor: NAKAYAMA TORU
IPC: B29C45/14
Filed: 1993-03-26
Abstract: PURPOSE:To obtain a method for manufacturing a synthetic resin product applicable to use in wide range such as container wherein the strength of the whole of the product is increased, by inserting a molded body formed by pulp molding with melted resin and fiber which is mixed and kneaded into a mold and injecting a resin of the same kind so as to form the product. CONSTITUTION:In manufacturing a synthetic resin product, melted resin and fiber are kneaded and a predetermined shape is molded out of it by pulp molding. In a state that the molded body is inserted into a mold of an injection molding machine, a resin of the same kind as the melted resin is injected so as to form a product. A container 1 formed into a box by this manufacturing method is a molded piece molded out of a main body 2 formed into a box by pulp molding. A flange 3 is provided at the top edge of the main body 2. The flange 3 is molded by injection molding and integrated with the main body 2 so as to be jointed firmly, thereby improving the strength of the whole of the container 1.
Patent JP-H11269134-A (JP)
Title: Amino acid derivative
Inventor: MARUOKA HIROSHI
IPC: C07C233/47
Filed: 1998-03-20
Abstract: PROBLEM TO BE SOLVED: To obtain the subject new compound used as a chemokine receptor antagonist for the treatment or prophylaxis of AIDS, allergic diseases, inflammatory diseases, or the like. SOLUTION: This compound 13 represented by the formula: R<1> -X-A-Y-R<2> [A is an amino acid residue selected from arginine, lysine and ornithine; X is absent or (C=O), (S=S), SO2 , NH-(C=O) or NH-(C=S); Y is absent or O, S or NR<3> ; R<1> and R<2> are each a 12-30C alkyl or the like; R<3> is H, a 1-8C alkyl or the like], e.g. 4-methylpentanoyl-L-arginine-n-octadecyl ester. The compound represented by the formula is obtained by condensing, e.g. a protected amino group in which the N-terminal of a prescribed amino acid is protected with a compound represented by the formula R<2> -Y-H, then removing the N-terminal protecting group of the amino acid, condensing the resultant compound with a compound represented by the formula R<1> -X-Z (Z is a halogen, H or OH) and removing the protecting group in the side chain of the amino acid.
Patent JP-S57207955-A (JP)
Title: Pipeline information processing unit
Inventor: WAKAI KATSUROU
IPC: G06F9/38
Filed: 1981-06-17
Abstract: PURPOSE: To easily control the instruction executing speed of an information processing unit, by performing the execution of an instruction word while the relationship between conditions of each sub-unit is maintained in accordance with the operational mode which indicates the conditions between sub-units.  
     CONSTITUTION: Ready signals 47W50 are outputted from sub-unit sections 26W 29 and subjected to an AND at a clock pulse (Clock) L 25  and AND gates 43W46, and then, connected to clock inputs of data registers 35, 37, 39, and 41. If an output EREY becomes "1", data in an output line 11 are set in the register 35 in a sub-unit D. This content is transferred into a register 36 at the next Clock T. When another output ARDY becomes "1", the content is transferred into a sub-unit 32 through another line 13. In this case, when the next DRDY is "1", the data of the next instruction word are set in the register 35. In this way, the data are transferred from the sun-unit D 26 to the sub-unit E 29 throuth the sub- units A 27 and L 28. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H05267907-A (JP)
Title: Dielectric filter
IPC: H01P1/203
Filed: 1992-03-19
Abstract: PURPOSE:To provide the dielectric filter which is miniaturized and has a high Q value. CONSTITUTION:A dielectric block main body 10 is formed by laminating and arranging a first - a fourth dielectric blocks 10a-10d. In prescribed positions on the upper face of a second - a fourth dielectric blocks 10b-10d, input/output terminal patterns 12, 12', 12'', 12, 12', and 12'', and resonator inner conductor patterns 13, 14, 15, 13', 14', 15', 13'', 14'' and 15'' are formed, and each pattern thereof is allowed to coincide with the vertical direction. Each pattern allowed to coincide vertically is coupled to each other by a through-hole 18. In this regard, in the periphery of the dielectric block main body 10, a ground layer 16 is formed. The patterns allowed to coincide vertically become virtually one piece of thick bar-like resonator inner conductor, its surface area is large and a resistance loss falls, and a Q value increases. Also, the coupling degree is improved by the through-hole 18, and the load capacity between the patterns falls.
Patent JP-H08183143-A (JP)
Title: Three-dimensional base decoration foil
Inventor: ROBERUTO RETSUKU
IPC: B32B27/00
Filed: 1995-04-18
Abstract: PURPOSE: To prevent the deformation of the accurate decoration present in a decorative layer when decorative foil is stuck to a three-dimensional base material by providing the decorative layer on a support film composed of one of amorphous non-stretched polyester, polyamide and polyamide copolymer films. CONSTITUTION: Thermal transfer foil contains a support film 1 and a decorative layer 3 is fixed to the support film through a separation film 2, for example, a wax layer. The support film 1 is an amorphous non-stretched polyester film. Especially, an amorphous non-stretched polyethylene terephthalate film of which the softening range is 70-80 deg.C preferably. Especially, in addition to the polyethylene terephthalate film, an amorphous non-stretched polyamide film and a polyamide copolymer film having a softening temp. below 120 deg.C and exceeding 300% in elongation at the time exceeding the softening temp. are pref.
Patent JP-2000279006-A (JP)
Title: Automatic planting apparatus for bulb
Inventor: MITSUSAKA HISAYOSHI
IPC: A01C9/02
Filed: 1999-03-31
Abstract: PROBLEM TO BE SOLVED: To provide an automatic planting apparatus for bulbs to enable the mechanical planting of a bulb having long root, a bulb to be planted after cutting the root such as garlic or various other bulbs and remarkably saving the troubles and labor. SOLUTION: A posture-controlling stamping roll 6 supported in a manner rotatable in normal direction by the grounding friction is placed behind a delivery end 3a of the rear part of a backward tilting conveyor 3 transporting a bulb (a) in a state directing the root (a1) backward. The posture-controlling stamping roll is switchable from a posture to hold a bulb between the roll and a transporting face 3d of the conveyor to embed the bulb in the roll face 6a made of an elastic material while directing the root of the bulb backward to a posture to separate the bulb by the elastic recovery of the roll face and fall down the bulb directing the root slantly downward and backward. The posture-controlling chute 7 under the delivery end 3b restricts the posture of the falling bulb to the planting posture directing the root downward and guides the bulb to the ground while keeping the posture.
Patent JP-H05326184-A (JP)
Title: Controller for gas discharge tube
Inventor: PATSUTO AROTSUTA
IPC: H05B41/44
Filed: 1991-03-30
Abstract: PURPOSE: To control the illumination of a gas discharge tube by digital control of the gas discharge tube. CONSTITUTION: A gas discharge tube 30 is illuminated by supplying a digital control signal to an analogue driving circuit connected with a high voltage potential device 26, and the intensity and the illumination length along the tube are controlled. The digital control signal which includes the information on the illumination length and intensity, and of which the pulse width is modulated, is converted into a lamp-shaped analogue driving pulse for controlling the voltage at a secondary side, of the high-voltage transformer 26 connected the gas discharge tube 30. An user inputs the information through a key pad unit 12 which can be manually operated, and the input is converted into a digital control signal of which the pulse width is modulated.
Patent JP-S59218087-A (JP)
Title: Method and apparatus of stereoscopic viewing
Inventor: MASUKANE TOSHIO
IPC: H04N13/00
Filed: 1983-05-25
Abstract: PURPOSE:To attain stereoscopic viewing by dividing a picture element for L viewing picture and R viewing picture at each other column in the form of horizontal or vertical grating so as to use an afterimage time of eyes. CONSTITUTION:A mirror 2 is positioned at positions A, C of a distance between visual points in response to the magnification of a lens 1 of a camera while varying its size, and in turning intermittently a moving mirror at an equal angle, the picture angle of the mirrors 2 is decided to secure a cross point between the optical axis of the lens and a straight line AC and in moving the mirror reciprocatingly, the picture angle of the mirror is decided to secure a position 3 or 3' so as to reduce its moving distance. In order to match its focus to a point P ranging from an infinite distance to a near distance, the normal of the mirror 2 is matched to a bisector of a acute anglePAB and the angle of the mirror 2 is made variable depending on the position of the point P. The fitting angle of the mirror 3 is decided to the symmetrical position of the optical axis PO at R viewing picture by matching the normal of the mirror 3 to the bisector of a acute angleABO.
Patent JP-H06298718-A (JP)
Title: Urethane compound and its use
Inventor: TANAKA MASAHIDE
IPC: C10N30/04
Filed: 1993-04-20
Abstract: PURPOSE:To provide a novel urethane compound excellent in lubricity, low in hygroscopicity, good in washability, and usable for lubricants for refrigerating machines, industrial gear oils, etc. CONSTITUTION:An urethane compound of formula I [R is <=30C hydrocarbon group, 2-200C hydrocarbon group having an ether bond; R<1> is <=30C hydrocarbon group, 2-30C hydrocarbon group having an ether bond; Su is -NX2, -Y=(R-NX2)2 (Y is group of formula II or III); X is H, R<1>OOC-]. The compound of formula I is obtained by reacting a diamine of formula IV or a triamine of formula V with a carbonate of formula VI, whose alcohol component of formula: R<1>OH has a lower boiling point than that of the above amine compound, in the presence of a basic catalyst with heating up to a conversion efficiency of 90%, while the produced alcohol (R<1>OH) is distilled away from the reaction system. The compound is suitable as a lubricant for refrigerating machines using fluorocarbon hydride additives not destructing the ozonosphere as a cooling medium.
Patent JP-H01263091-A (JP)
Title: Production of ic card
Inventor: SHIMADA YOSHIHIRO
IPC: B42D15/10
Filed: 1988-04-15
Abstract: PURPOSE:To provide an IC card with a beautiful print, by placing and fixing an IC module in a recessed part of a card base, and providing the print and a hard coat on the surface of the card base. CONSTITUTION:A card base 9 is injection-molded from an ABS resin, when a recessed part 9a for storing a board therein and a recessed part 9b for sealing are also molded simultaneously. An adhesive is applied to adherend parts 9d, 9e, namely, bottom surfaces of the recessed parts 9a and 9b of the card base 9, to which a circuit board 11 and a sealing part 13 of an IC module 10 are respectively adhered, followed by heating to hardening the adhesive. Prints 14 are provided on the face and back sides of the card base 9 by offset printing or the like. In this case, since a thinner part 9c of the card base 9 at which the recessed part 13 is provided is supported by the sealing part 13 of the IC module 10, the prints 14 can be provided uniformly on the entire surface of the card base 9. Next, hard coat 15 is provided, and the entire surface of the card base 9 is coated. Finally, an electrostatic treatment is carried out.
Patent JP-H10273685-A (JP)
Title: Lubricating oil composition for plastic working
Inventor: ENDO KAZUHIKO
IPC: C10M137/10
Filed: 1997-03-27
Abstract: PROBLEM TO BE SOLVED: To obtain the subject composition capable of exhibiting excellent workability, especially excellent lubricity in working of a (surface treated) steel plate, a stainless steel plate, an aluminum alloy plate, etc., and useful for press molding, shear molding, etc., by using a specific zinc dithiophosphate compound. SOLUTION: This lubricating oil composition for plastic working comprises (A) a base oil (e.g. having 0.7-2,000 mm<2> /s, preferably 0.7-1,000 mm<2> /s kinematic viscosity at 40 deg.C) as a mineral oil or a synthetic oil and (B) a compound of the formula (R<1> to R<4> are each a hydrocarbon group and at least one of R<1> to R<4> is a >=16C alkylaryl or alkenylaryl), and contains 0.5-50 mass% of the component B based on total amount of the composition.
Patent JP-2000281311-A (JP)
Title: Reforming device for fuel cell
Inventor: FUJIO AKIRA
IPC: H01M8/06
Filed: 1999-03-31
Abstract: PROBLEM TO BE SOLVED: To provide a reforming device for fuel cell capable of being miniaturized and improving the reforming efficiency of the steam reforming reaction. SOLUTION: This reforming device 2 is provided with a cylindrical body 21 having a catalyst layer 47 packed with a reforming catalyst and a burner 24 for supplying the combustion gas to the cylindrical body 21. The temp. of the catalyst layer 47 is raised by the combustion gas from the burner 24, and the fuel and steam are introduced into the catalyst layer 47 whose temp. is raised to generate a reformed gas.  In such a case, a fuel supply pipe 39 and a water supply pipe 40 are provided, the water supply pipe 40 is charged into a passage 25a for the combustion gas from the burner 24 to convert the water flowing through the water supply pipe 40 into steam by the heat of the combustion gas, the water supply pipe 40 is discharged from the passage 25a for the combustion gas and connected to the fuel gas supply pipe 39 to join the fuel flowing through the fuel supply pipe 39 with the steam flowing through the water supply pipe 40, thereby introducing them to the catalyst layer 47.
Patent JP-H06302071-A (JP)
Title: Cassette player
Inventor: UMEZAWA KOJI
IPC: G11B15/665
Filed: 1993-04-20
Abstract: PURPOSE:To surely perform a smooth insertion at the time of cassette insertion without bumping the tape cassette against the front edge of a cassette holder. CONSTITUTION:The cassette player descends to load the tape cassette 100 inserted from a cassette port 4 on a cassette loading part 8 while holding it with the cassette holder 10 of a loading mechanism part. A turning fulcrum 6 of a door 5 to open/close the cassette port 4 is provided at the lower side, thereby the door 5 opened at the time of cassette insertion is structured so as to operate as a guide part to guide the tape cassette 100 to the cassette holder 10 of the loading mechanism part.
Patent JP-H07301551-A (JP)
Title: Automatic determination and propagation of measurement tolerance and display method
Inventor: SUTEIIBUN JIEI GURIIRU
IPC: G01R31/00
Filed: 1994-05-02
Abstract: PURPOSE: To determine a tolerance for each measuring value obtainable in an instrument by determining a control set point used for measuring while receiving a measured value of an electronic device and calculating a tolerance for measuring value from the control set point and a specification. CONSTITUTION: Parameters for a measuring instrument for executing measurement and a signal source 124 are set and a measured value is read while accessing the measuring instrument 122 with a computer 100. In this stage, the number of digits used in a setting range, decision auto zero and display of the measured value, and a setting of the instrument for function thereof are used for a look-up of a scale of a data table, offset and resolution, so that a tolerance=(absolute value of a measured value × scale)+(offset × resolution) is calculated. The tolerance and read measured value are stored in a disk 112. When a measured value is further necessary, a process goes again back to the setting of the instrument to obtain next measured value.  When the previous measured value, that is the signal source 124, is finished with all the steps of the parameters, the measured value and tolerance are on a graphic display 108.
Patent JP-H04218151-A (JP)
Title: Set and method for making denture base
Inventor: UCHIDA TOSHISANE
IPC: A61C13/01
Filed: 1991-03-29
Abstract: PURPOSE:To make a low-cost denture base excelling in adaptiveness with limited number of processes by cutting off an occlusal surface of a commercial artificial tooth cylindrically to make an artificial tooth having a recess for splicing a polymerizing resin on the side of the occlusal surface. CONSTITUTION:After the coating of a working mold with a releasing agent, a normal-temperature polymerizable type polymerizable resin is applied to the side of contacting a mucosa of a reference denture base to mount an artificial tooth on the working model in such a manner that it is positioned on a correct occlusal plane. At this point, the polymerizable resin is also applied for a component of a palate and a teethbridge is integrated with the palate. Then, after an adhesive is applied for an artificial tooth recess, the recess is filled with the polymerizable resin containing a filler for reinforcement and an articulator is engaged with the recess to adjust the occlusal plane. Then, the polymerizable resin is irradiated with light to fix the occlusal plane by polymerization. Thereafter, upper and lower denture bases are removed from a gypsum model and an excess of part extruded is cutoff to trim a form thereof. Then, the grinding of the part is performed.