baber/WOPTO huggingface dataset:
Patent JP-H02163030-A (JP)
Title: Cake flour
Inventor: OGAWA HIROYOSHI
IPC: A21D2/18
Filed: 1988-12-16
Abstract: PURPOSE:To obtain cake flour capable of forming a cake having proper springiness in a short time when kneaded with water and heated with a microwave oven by mixing an emulsifier and a natural gelling agent such as xanthan gum or carrageenan to main materials for cake such as wheat flour and sugar. CONSTITUTION:The objective cake flour can be prepared by mixing main materials for cake such as wheat flour and sugar with natural gelling agent such as xanthan gum or carrageenan and an emulsifier (e.g. sucrose fatty acid ester). The cake flour is preserved in sealed state. A spongy cake can be prepared by kneading the cake flour with a proper amount of water or milk and heating in a microwave oven. The natural gelling agent gelatinizes in the kneading with water, etc., to attain a proper viscosity and a large amount of air is entrained in the dough to form a number of bubbles. Accordingly, a sponge cake having proper springiness can be prepared in a short time.
Patent JP-H04194823-A (JP)
Title: Liquid crystal display device and manufacture thereof
Inventor: ONO KIKUO
IPC: G02F1/1333
Filed: 1990-11-22
Abstract: PURPOSE:To reduce production of a point defect by forming a first insulating film with a given thickness on an image signal line having a given thickness and forming a clear picture element electrode, being not present on an area occupied by an image signal line on the first insulating film deposited on the image signal line, on the first insulating film. CONSTITUTION:A liquid crystal orientation film ORI 1, a film transistor TFT, and a clear picture element electrode ITO 1 are formed on the lower clear glass substrate SUB 1 side on a basis of a liquid crystal layer LC. Below the substrate SUB 1, an orientation film ORI 2, a color filter FIL, and a black matrix pattern BM for light shield are formed on the polarizing sheet POL 1 and the upper substrate SUB 2 side, and a sheet POL 2 is formed on the substrate SUB 2. In sectional structure, a layer comprising a common electrode ITO 2, protection films PSV 1 and PSV 2, and an insulating film GI is formed. An image signal line DL formed of first and second conduction films d1 and d2 is formed on the insulating film GI. The protection film PSV 1 is formed thereon, and the electrode ITO 1 is formed after formation of the structure. Thus, two differences in a stage of an image signal line are produced between the adjoining electrodes ITO 1 and no point defect is produced.
Patent JP-H03179977-A (JP)
Title: Image pickup device
Inventor: WAKABAYASHI SATOSHI
IPC: H04N5/361
Filed: 1989-12-08
Abstract: PURPOSE:To execute satisfactory correction even when offset is changed by providing a panel with uniform luminance to cover the view of a block photo-electric converter, memory to store correction data when this block panel is operated, and computing element and obtaining an output from a stored value and a calculated value. CONSTITUTION:In front of an infrared optics 4, a block panel 20 is provided on the object side. According to a timer or the command of an operator, a driving device 21 is operated and the view of a detecting element 5 is covered with the block panel 20. At such a time, the output of the detecting element 5 is converted to a digital value by an A/D converter 9 and stored into a read/ write memory 22. Next, the driving device 21 is operated, the block panel 20 is removed from the view of the detecting element 5 and an image pickup state is set. In the image pickup state, the output of the detecting element 5 is converted to the digital value by the A/D converter 9, the data stored in the memory 22 are subtracted by a subtractor 12 and offset correction is executed.
Patent JP-H11151659-A (JP)
Title: Polishing pad, chemomechanical polishing method, and hcemomechanical polishing device
Inventor: NAKAJIMA HIDEHARU
IPC: B24B37/24
Filed: 1997-11-20
Abstract: PROBLEM TO BE SOLVED: To provide a polishing pad which can improve the uniformity of polishing and can stabilize the production by supplying polishing slurry for a central part of a wafer to be polished sufficiently in polishing wafer. SOLUTION: This chemomechanical polishing device has a polishing pad 2 formed by blending a particulate abrasive into a basic material, a polishing plate 3 in which the polishing pad 2 is bonded on a surface thereof, a carrier 5 holding a substrate 4 to be treated, and an aqueous or alkaline solution supply device 13 which supplies an aqueous or alkaline solution 14 to a central part on the polishing pad 2.  Here, the particulate abrasive such as abrasive composed of abrasive grains singly, abrasive having a structure in which abrasive slurry in which abrasive grains are dispersed in an aqueous or alkaline solution is wrapped by an organic compound, abrasive having a structure in which only a part around abrasive slurry in which abrasive particles are dispersed in an aqueous or alkaline solution is dried and solidified, or abrasive having a structure in which only a part around abrasive slurry in which abrasive grains are dispersed in an aqueous or alkaline solution is dried and solidified which has a thin and long shape can be used.
Patent JP-H02163728-A (JP)
Title: Camera system
Inventor: KONO TAKAHIRO
IPC: G03B17/14
Filed: 1988-12-19
Abstract: PURPOSE:To prevent a short-circuit from being formed due to the metal piece of the power terminal of a camera body by forming a projection part on the electric connection terminal on the camera body side and a cut in the electric connection terminal on an accessory side orthogonally to the direction of contacting between both electric connection terminals. CONSTITUTION:Projection parts 5c and 5d which project in the direction of an optical axis are formed on a camera-side contact base 5. The projection pat 5c projects from camera-side contacts 6a - 6f in the contacting direction at a contacting-directional orthogonal position as an adjacent position closer to the center O-O of the optical axis than the camera-side contacts 6a - 6f. The projection part 5d, on the other hand, projects position as from the contacts 6a - 6f at a contacting-directional orthogonal position as a position which adjoins in a direction around the optical axis from the contacts 6a - 6f. In a lens-side contact base 13, on the other hand, cuts 13c and 13d in the direction of the optical axis are formed at positions corresponding to the projections 5c and 5d when both mounts 2 and 11 are coupled completely. Consequently, even if the metal piece falls in the body by mistake, the contacts 6a and 6f of the camera-side power terminal are prevented from being short-circuited.
Patent JP-2000129360-A (JP)
Title: Induction hardening method of crank shaft and induction hardening apparatus
Inventor: WATANABE HIYOSHI
IPC: C21D9/30
Filed: 1998-10-23
Abstract: PROBLEM TO BE SOLVED: To simultaneously, efficiently harden the outer surface and uniformly the whole periphery of pin parts in a crank shaft having plural kinds of pin parts having different phases. SOLUTION: Into first heating coils 21, 24 for heating first pin parts 11, 14 in a crank shaft 10, electric current is supplied from a first high frequency electric source 51. Into second heating coils 22, 23 for heating second pin parts 12, 13 in the crank shaft 10, the electric current is supplied from a second high frequency electric source 52. The heating of the first pin parts 11, 14 and the heating of the second pin parts 12, 13 start so as to be shifted by timing corresponding to the phase difference between these pin parts. In each heating, the output of the first heating coils 21, 24 and the output of the second heating coils 22, 23 are adjusted at the same phase.  Or, the heating of the first pin parts 11, 14 and the heating of the second pin parts 12, 13 simultaneously start, and in each heating, the output of the first heating coils 21, 24 and the output of the second heating coils 22, 23 are adjusted so as to be shifted by the timing corresponding to the phase difference between the first pin parts 11, 14 and the second pin parts 12, 13.
Patent JP-H02164770-A (JP)
Title: Production of composite ceramic material
Inventor: KAMIYA AKIRA
IPC: C04B35/56
Filed: 1988-12-19
Abstract: PURPOSE:To obtain composite ceramic material which has excellent strength, hardness and toughness and is easy to be worked by mixing specified chromium carbide powder with the carbide powder of metals belonging to group Va of the periodic table or furthermore mixing SiC whisker therewith and thereafter sintering this mixture. CONSTITUTION:The powder of Cr7C3 and/or Cr3C2 is mixed with carbide powder of metals belonging to group Va of the periodic table or furthermore Si whisker is mixed therewith. Thereafter this mixture is sintered in the temp. region within 1450-1800 deg.C. As the blending rate of the respective components, chromium carbide powder is regulated to 0.05-50wt.5 for group Va metallic carbide powder and SiC whisker is preferably regulated to <=55vol.% for total amount of group Va metallic carbide powder and chromium carbide powder.
Patent JP-2001139637-A (JP)
Title: Curable resin composition
Inventor: FUJIMA SEIJI
IPC: C08F4/40
Filed: 1999-11-10
Abstract: PROBLEM TO BE SOLVED: To provide a curable resin composition which has pot life long enough and gives a cured item having good physical properties. SOLUTION: This composition contains (1) a (meth)acrylic monomer, (2) a polymerization initiator, (3) a metal salt of an organic acid, and (4) a β- diketone and/or a β-keto ester and may further contain (5) an elastomer component and (6) an inorganic filler. Ingredient (3) is preferably a cobalt salt of an organic acid. Acetylacetone is preferable as ingredient (4). The composition may be divided into two components comprising a first component containing ingredient (2) and a second component containing ingredient (3).
Patent JP-H01161341-A (JP)
Title: Developing method for silver halide photographic sensitive material
Inventor: TAKAGI YOSHIHIRO
IPC: G03C1/005
Filed: 1987-12-18
Abstract: PURPOSE:To enable rapid and stable development by confining the average particle size of silver halide particles in an emulsion layer to <=0.15mum and incorporating 5- or 6-nitroindazole at >=20mg/l into a developing soln. CONSTITUTION:The average particle size of the silver halide particles in the emulsion layer is <=0.15mum and the 5- or 6-nitroindazole is incorporated at >=20mg/l in the developing soln. The basic requirements to form the fine particles in the method preparing the fine silver halide particle which have <=0.15mu particle size and in which >=80mol.% is silver chloride are to stabilize the nuclear particle generated in an initial period when the particle formation takes place, i.e., at the time of the nucleus formation at the beginning of addition and to generate the many nuclear particles. The good dropout character image is thus obtd. by using the stable processing soln.
Patent JP-H05156805-A (JP)
Title: Formwork device
Inventor: MURAKAMI MASAHIRO
IPC: E04G17/00
Filed: 1991-12-04
Abstract: PURPOSE:To assemble a formwork for forming a concrete column whose cross- sectional surface is polygonal easily and strongly without drilling a through hole in respective formwork panels in a factory, and improve adhesive power to reinforcing bars by spreading concrete sufficiently at the time of placing concrete without being interrupted by a spacer member which determines the relative angle between the adjacent panels. CONSTITUTION:Plural formwork panels 1 (1A, 1B, 1C, 1D) which constitute respective pairs are disposed so as to form the respective sides of a polygon and positioned by a panel locking frame 2 which is disposed at the respective corner parts, and stopping bodies 8 which are installed at the panel supporting frame 2 and diagonally positioned are tightened by a wire rope 24 which is disposed in a truss condition. Besides, the respective panels 1 are tight-connected in a condition where displacement force to the inside is applied to the respective panels 1, and the respective inner surfaces of the panels 1 which are adjacent to each other are pressed respectively, and spacer members 25, 26 which determine the contact angle between the panels are protrudingly installed on the respective locking bodies 8.
Patent JP-H06156061-A (JP)
Title: Cooling unit installing structure for industrial vehicle
Inventor: MIWA KINYA
IPC: B60H1/32
Filed: 1992-11-30
Abstract: PURPOSE:To enhance the comfortableness in driving of an industrial vehicle by installing a cooling unit with a simple installing structure. CONSTITUTION:A cooling unit 6 is fixed on the upper surface of a subplate 7 via an installing brackets 8, 9. The subplate 7 is provided with an opening part for blowoff 7a and an opening part for suction 7b. At the same time, a bolt hole 7c for installation is opened in the subplate 7. This subplate 7 is mounted on a rear grille 5b (at the position shown by a letter 'B' in the figure). A stiffening plate is attached to the lower side of the grille 5b, and the subplate 7 is fixed to the grille 5 with bolts.
Patent JP-H09136465-A (JP)
Title: Timing pulse generating device
Inventor: MURAKAMI ATSUSHI
IPC: B41J19/30
Filed: 1995-11-15
Abstract: PROBLEM TO BE SOLVED: To provide a timing pulse generating device capable of printing data with high resolution without a calculation by CPU. SOLUTION: The pulse width of an encoder signal is counted using a 16-bit upcounter 43, and the high position l2 bits of the count value are stored into a 12-bit latch 44. That is, the low position 4 bits are truncated, so that the count value is divided by 16. Further, the quotient is counted down by a 12-bit down counter 45, and the count of borrow signals for digit compression is counted by an internal pulse counting circuit 46. The internal pulse counting circuit 46 creates 16 internal pulses by counting 16 borrow signals, and an output pulse control circuit 48 generates the internal pulse at an output timing corresponding to a count value set by the circuit 48. Thus a print timing signal is output at a different cycle from that of the encoder signal.
Patent JP-H02164399-A (JP)
Title: Iron of induction heating type
Inventor: ASADA KAZUHIKO
IPC: D06F75/02
Filed: 1988-12-19
Abstract: PURPOSE:To make nearly unchangeable the magnetic bond of a heating coil with an iron body by furnishing a conically formed heating coil to make induction heating of the iron body, providing a resonance capacitor in series connection with the heating coil, and installing an inverter which supplies square wave voltage at high frequency. CONSTITUTION:Because a heating coil 25 is formed conically, its center, i.e., recessed part, faces an iron body 21 to enlarge its distance from heating coil 25 when the iron body 21 lies over the center of the heating coil 25, and excessive strengthening of magnetic bond is prevented. In case the iron body 21 is situated out of the center of the heating coil 25, on the contrary, its edge parts face the iron body 21, which decreases its distance from the heating coil 25 to lead to strengthening of the magnetic bond between the iron body 21 and heating coil.
Patent JP-H10150704-A (JP)
Title: Power output device
Inventor: KAWASHIMA YOSHIHIRO
IPC: B60L50/16
Filed: 1996-11-14
Abstract: PROBLEM TO BE SOLVED: To protect an inverter circuit or a storage means when an electric motor is not controllable at high revolutions and the electric motor functions as a generator. SOLUTION: When an assist motor 40 is not controllable at high revolutions of a driving shaft 22, system main relays 94a and 94b are turned off to cut off a battery 94. Then, regenerative power from the assist motor 40 through a three-phase all-wave rectification circuit made up of diodes D11 to D16 in a second driving circuit 92 is consumed by operating a clutch motor 30 as an electric motor while transistors Tr1 to Tr6 are turned on and off under control. In this way, an overcharge in the battery 94 caused by the regenerative power from the assist motor 40 can be prevented. At the same time a counterelectromotive voltage of the assist motor 40 is reduced to a level lower than a withstand voltage to prevent a break of a capacitor 93.
Patent JP-H11243201-A (JP)
Title: Nitride overhanging structure body for silicifying transistor electrode comprising shallow joint
Inventor: SHE SHII MAA
IPC: H01L21/336
Filed: 1998-11-11
Abstract: PROBLEM TO BE SOLVED: To provide a method, together with a transistor, for effectively reducing leakage current caused by silicifying, even if the transistor comprises a shallow joint, in an MOS transistor. SOLUTION: A method for forming source/drain joint comprises a process, where an gate electrode 64 with a vertical side wall adjoining an upper surface is formed, a process where a nitride overhanging structure body 86 is selectively formed on a field region 62 adjoining a source/drain upper surface and the wall of the gate electrode 64, and a gap 94 is formed between a nitride structure body and the edge of the upper surface, a process where a metal over the upper surface is separated from the metal on the field oxide 62 and the gate electrode 64, and a process where the metal is annealed to form a specified low-resistance silicide compound layer, which forms a silicide uniformly over upper surface of the source/drain.
Patent JP-H03181556-A (JP)
Title: Thermoplastic resin composition
Inventor: FURUTA MOTONOBU
IPC: C08L71/12
Filed: 1989-12-11
Abstract: PURPOSE:To provide the subject composition composed of a polyphenylene ether, a propylene polymer and a modified ethylene/alpha-olefin copolymer- nonconjugated diene copolymer rubber at specific ratios, having excellent heat- resistance, impact resistance and dart impact strength and giving an injection molded article free from peeling defect. CONSTITUTION:The objective composition is composed of (A) 1-99wt.% of a polyphenylene ether and/or a composition containing the same, (B) 1-99wt.% of a propylene polymer and/or propylene polymer graft-copolymerized with styrene and/or a styrenic monomer or a mixture of a styrenic monomer and a monomer copolymerizable with the styrenic monomer and (C) 1-60wt.% (based on 100 pts.wt. of A+B) of a modified ethylene/alpha-olefin copolymer-nonconjugated diene copolymer rubber graft-copolymerized with a styrenic monomer and/or a monomer copolymerizable with the styrenic monomer and an unsaturated dicarboxylic acid anhydride.
Patent JP-H05125298-A (JP)
Title: Primer for functional coating
Inventor: SUZAKI YASUYOSHI
IPC: C09D5/00
Filed: 1991-11-08
Abstract: PURPOSE:To provide the title primer which effectively prevents a urethane resin present in a functional coating from suffering from decomposition or deterioration and its properties from degrading, and also prevents the functional coating from migrating or anchoring into glass. CONSTITUTION:A weather strip for automobiles is disclosed which includes a rubber substrate 1 comprised of an EPDM rubber, a primer layer 2 comprised of a modified polyolefin resin and a functional coating 3 comprised of a urethane resin. In particular, an isocyanate compound is added to the primer layer 2.
Patent JP-H05222009-A (JP)
Title: Method for continuous reaction of difluoro- triazinyl compound with amine
Inventor: HOPPE MANFRED DR
IPC: C09B62/04
Filed: 1992-11-06
Abstract: PURPOSE: To prepare the subject high purity and high quality condensate by allowing difluorotriazinyl compound to react continuously with amines using an aqueous system or a water/organic solvent system or a suspension as a reaction medium.  
     CONSTITUTION: The compound of formula II is obtained by allowing difluorotriazinyl compound of formula I [X-H is (substituted) prim. or sec. aliphatic, aromatic or heterocyclic amines or amines having chromophorel to react continuously with amines of formula Y-H(Y-H is the same as X-H) using an aqueous system or a water/organic solvent system or a suspension as a reaction medium in a reactor such as jet reactor. The formation of by-products or second products can be avoided by the use of this process and the high quality dyes are prepared from the condensate of formula II. 
     COPYRIGHT: (C)1993,JPO
Patent JP-H05136983-A (JP)
Title: Picture processor
Inventor: ABE YOSHINORI
IPC: G06T11/60
Filed: 1991-11-11
Abstract: PURPOSE:To accurately designate the position and the moving destination of the picture processing. CONSTITUTION:When a reference point and a moving destination point for this reference point on an original picture is designated toy a digitizer 39, a CPU circuit part 35 decides an image shift address based on a reference point, moving destination point, and reading original designated by the digitizer 39, controlling such as a printer control part 34 and a picture signal control part 33 based on the image shift address decided by the CPU circuit part 35.
Patent JP-H04189521-A (JP)
Title: Plastic forming mold structure
Inventor: IMADA KAZUMICHI
IPC: B29C45/44
Filed: 1990-11-26
Abstract: PURPOSE:To automate mold releasing operation by a method wherein a first female mold, an ejector pin, a slide core and a second female mold are arranged so as to firstly open the first female mold, which covers the major part of a male mold, after molding and then synchronously shift the ejector pin, the slide core and the second female mold in order to release a formed article from the molds. CONSTITUTION:After forming is brought to an end by injecting plastic stock, a first female mold 2 is opened to the mold opening direction and, after that, an ejector pin 4, a sliding part male mold 5 and a second female mold 7 are synchronously shifted so as to be pushed out by a certain stroke. Since the sliding part male mold 5 is shifted obliquely upwards under the condition that the end 1B of a formed article 1 is supported by the projected wall 7A of the second female mold 7, an undercut part 5A is retreated laterally by a stroke S. Accordingly, the end 1B of the formed article can be released to the direction indicated with the arrow D without being interfered with the undercut part 5A, resulting in allowing to automate mold releasing operation.
Patent JP-H03183968-A (JP)
Title: Impedance measuring instrument for coil
Inventor: KURAMOTO KAORU
IPC: G01R27/02
Filed: 1989-12-13
Abstract: PURPOSE:To accurately measure even a low-impedance coil with simple constitution by sending out a digital output corresponding to a sine wave of specific frequency and performing Fourier transformation from the digital output of an A/D converter. CONSTITUTION:A control circuit (CPU) 1 generates the sine wave from data on its memory, converts the digital output corresponding to the sine wave into an analog output by a D/A converter 2, and applies it to the coil 4 to be measured. A current which flows through a resistor 5 for current detection which is connected in series with the coil 4 at this time is converted by an A/D converter 6 into the digital output, which is processed by Fourier transformation. An imaginary component Y as a cosine component and a real number component X as a sine component are obtained and the impedance is calculated from those values. The data processing is therefore easy, the hardware circuit is simplified, and the impedance of the low-impedance coil can also be measured.