baber/WOPTO huggingface dataset:
Patent JP-H10299058-A (JP)
Title: Sanitary washing device
Inventor: MIYAHARA SHINJIRO
IPC: E03D11/13
Filed: 1997-04-28
Abstract: PROBLEM TO BE SOLVED: To fit a sanitary washing device to various kinds of toilet seats, by eccentrically fixing the front end of a fitting toot body against a fixing part and making a fixing bolt rotatable against the sanitary device body. SOLUTION: A concentrical and columnar fitting part having a smaller diameter than the collar is formed between two sheets of collar disks to form fixing parts 10. And fitting bolt bodies are attached to the fixing parts 10 to shape a crank to form a fitting bolts 8. When a hygienic washing device 1 is fixed to a toilet seat 9, the fixing parts 10 of the fitting bolts 8 are inserted in the fixing grooves 16 of the rear plate from the rear side of the sanitary washing device 1 to connect it to the rear plate. And the fitting bolts 8 are rotated around the central shaft of the fixing parts 10 against the rear plate and the pitch between the fitting bolt bodies is positioned to coincide with the pitch of the fitting holes 17 of the toilet seat 9. And further, time fitting bolt bodies are inserted in the fitting holes 17 and the sanitary washing device 1 is mounted on the toilet seat 9.  Thereafter, the nut 12 is fastened from the lower part of the toilet seat 9. In this way, the sanitary washing device can be fitted to various kinds of toilet seats 9.
Patent JP-S60255802-A (JP)
Title: Separation of fructose polymer
Inventor: ISHIDA MASAHIKO
IPC: C08B37/00
Filed: 1984-06-01
Abstract: PURPOSE:To separate a fruictose polymer from an aqueous solution thereof in good efficiency, by adding a hydrophilic organic solvent to said solution and heating said solution up to the b.p. of the solvent. CONSTITUTION:A hydrophilic organic solvent is added to an aqueous solution of a fructose polymer, and the solution is heated up to the b.p. of the solvent ot precipitate the polymer. Examples of the fruictose polymers which can be applied include linear fruictose polymers such as dextrin and llnear glucose polymers such as dextrin. However, polymers which are liable to gel, such as starch and carrageenan, can not be applied because they undergo merely colloid formation, which does not result in the formation of precipitates. The concentration of the aqueous solution of a fructose polymer applicable is 0.05% or above. Example of the solvents include alcohols, ketones, and saturated furans.
Patent JP-H05113425-A (JP)
Title: Polarographic ozone sensor
Inventor: KASAMA KANAME
IPC: G01N27/416
Filed: 1991-04-17
Abstract: PURPOSE:To obtain a sensor for measuring the concentration of ozone dissolved in a gas or a solution on the order of ppb at the spot simply and highly accurately in a stable manner for a long time. CONSTITUTION:This polarographic ozone sensor has an acting electrode 2, a confrontiny electrode 3, a gas-permeable diaphragm 4 and an electrolyte 5. Ozone passing through the gas-permeable diaphragm 4 from a sample and dissolved in the electrolyte is reacted with halogen ions included in the electrolyte. The generated halogen molecules are reduced by the acting electrode 2. The concentration of ozone in the sample is detected from the current measured at this time.
Patent JP-H07320630-A (JP)
Title: Electron source and manufacture thereof and image forming apparatus
Inventor: OKAMURA YOSHIMASA
IPC: H01J1/30
Filed: 1994-05-25
Abstract: PURPOSE:To provide an electron source in which short circuit scarcely occurs between upper and lower circuit wires and which has excellent coverage in a step part of an element electrode and the upper circuit wire, no flash in the upper face end part of the element electrode, little unevenness of properties, and good adhesion strength to a base material of a wiring pattern. CONSTITUTION:A contact hole is so made as to be a multistep shape with one or more steps, an element electrode is formed by pattern forming by a dry etching method, a circuit is formed by forming a prescribed resist pattern, ozone-ashing the pattern under ultraviolet-ray radiation, and then forming a film of a wiring material and thus an electron source is manufactured and an image forming apparatus is manufactured by using the electron source.
Patent JP-S604067-A (JP)
Title: Controlling system of printer
Inventor: IEDA KANAME
IPC: G06K15/10
Filed: 1983-06-22
Abstract: PURPOSE:To make printing possible for a short time with a buffer of small capacity, by a method wherein the titled printer has respective two storage region for each nozzle, prints and at the same time, the following output data to be printed is stored in other storage again. CONSTITUTION:The vector data input from storage device (MT)1 is fractionized with operation part 2, classified into the sequence of data for regions of 17-1- 17-N, added with graphic command by command addition part 3, converted to dot data with V/R4 and stored in disc 10. The output control 15 stores dot data corresponding to regions 71-1-7N-1 in region 17-A from the dot data of one page content stored in disc 10 into the region 16A of buffer 16, outputs command to nozzles 7-1-7-N and makes printing be stored into a region corresponding to region 17-A. During printing of region 17-A, the output control 15 stores dot data corresponding to regions 71-1-7N-1 in region 17-B into the region 16B of buffer 16. When printing is finished, the drum 8 is rotated and the dot lines of region 17-B are printed.
Patent JP-H11318208-A (JP)
Title: Mushroom spawn inoculating machine
Inventor: YUMOTO MASAYUKI
IPC: A01G1/04
Filed: 1999-04-19
Abstract: PROBLEM TO BE SOLVED: To provide a new mushroom spawn inoculating machine capable of automatically supplying a spawn bottle to a spawn raking position when a spawn bottle is emptied. SOLUTION: This mushroom spawn inoculating machine is equipped with a sending mechanism for successively transporting a container 12 storing culture bottles 10 by a fixed distance for one line of the culture bottles 10 at a time, with a cap attaching and detaching mechanism for attaching and detaching the caps of the culture bottles 10 in the sent line, with a spawn bottle set part having a supporting base having formed a through hole into which each bottle mouth of various spawn bottles can be inserted so that the same number of spawn bottles as that of the culture bottles in one line of the culture bottles 10 stored in the container 12 are inverted and held, with a spawn raking part for scraping off each fixed amount of spawn from the inverted and held spawn bottle downward and inoculating spawn to the culture bottles 10,  from which caps are removed by the cap detaching and attaching mechanism, in a line and with a spawn bottle supply part which is provided with plural supporting bases, successively supplies spawn bottles charged with spawn to a spawn bottle set part together with the supporting bases and changes spawns when spawn in the spawn bottle of the spawn bottle set part is emptied.
Patent JP-S5634746-A (JP)
Title: Flame-retardant thermosetting resin composition
Inventor: ARAI TATENOBU
IPC: C08G59/00
Filed: 1979-08-29
Abstract: PURPOSE: Red phosphorus and zirconium oxide are used as an auxiliary flame retarder and they are combined with aluminum hydroxide to produce the titled composition showing low combustibility, low smoking, harmlessness on burning and decomposition, further, having high operability.  
     CONSTITUTION: To 100pts.wt. of the base resin composed of epoxy resin, are added 50W150pts. of aluminum hydroxide 3W30pts. of red phosphorus and 1W30pts. of zirconium oxide.  
     EFFECT: Since the amounts of flame retarders can be lessened, increased viscosity of the resin composition can be avoided. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S61268417-A (JP)
Title: Manufacture of resin-molded part
Inventor: OHASHI MASATO
IPC: B29C45/26
Filed: 1985-05-23
Abstract: PURPOSE:To easily and highly accurately manufacture a resin-molded part with a board imbedded in resin substrate by a method wherein the board is held by a spacer and a pressing pin in nthe state floated in a mold and, after that, resin is injected in the mold. CONSTITUTION:The manufacture of an IC card is taken for example; firstly, a printed wiring board 2 having IC modules 10 thereon is set in a mold in such a state that said board is held in the mold floated in the air by holding the end of said board 2 by a spacer 15 and a pressing pin 16. Secondly, an upper mold 11 is put on the mold 12 so as to inject resin in the molds 11 and 12 in order to mold a card substrate 13. Because the spacer 15 is made thicker than that of the IC modules 10, the board 2 is precisely and easily positioned and imbedded in the substrate 13.
Patent JP-H06299453-A (JP)
Title: Production of formable velour-like interior material
Inventor: NAKAMURA HIDEO
IPC: D04H1/46
Filed: 1993-04-13
Abstract: PURPOSE:To provide a formable interior material having a velour-like surface pattern and excellent in its touch, cushioning property, etc. CONSTITUTION:A method for producing a formable velour-like interior material comprises subjecting a fiber lap to a needle-punching treatment and subsequently to a raising processing to form a velour-like felt, subjecting the lap of the blend of high melting point fibers with low melting point fibers to a needle punching treatment to form a substrate felt, laminating the velour-like felt to the substrate felt, and subsequently subjecting the laminate to a needle- punching treatment from the velour-like felt surface side with a needle having a special shape. A relatively small amount of a resin adhesive may be coated between the velour-like felt and the substrate felt, or the nonwoven fabric of thermally fusible fibers having a low melting point or a plastic sheet may be inserted between the felts.
Patent JP-S5338437-A (JP)
Title: Rail for shooting balls in pachinko game machines
Inventor: ICHIHARA SHIGERU
IPC: A63F7/02
Filed: 1976-09-16
Abstract: PURPOSE: To provide a new rail for shooting balls in pachinko game machines which is high in the finishing accuracy and facilitates installation to the board of the machines and adjustment after installed. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-S5664820-A (JP)
Title: Secondary processing apparatus of molded plastic product
Inventor: OGIWARA SUSUMU
IPC: B29C45/00
Filed: 1979-09-01
Abstract: PURPOSE:To make it possible to carry out the molding by the first stroke and the secondary processing by the second stroke by a method wherein a lower punch for the secondary processing and a lift mechanism thereof are arranged in a lower mold provided to a bolster side and a punch for the secondary processing is arranged in an upper mold provided to a back surface side of a slide respectively. CONSTITUTION:A blank material is supplied in the lower mold 10 and processed into a molded product 18 by lowering the slide 1 and the slide 1 is raised in such a condition that the upper mold 7 is held at a lower limited point by a cylinder 2. In such a condition that a piston 20 is protruded from an upper surface of a die plate 3 by a cylinder 4, the slide 1 is lowered to press an upper punch 22 for the secondary processing downwardly through a plate 5 and the molded product 18 is subjected to the secondary processing. Subsequently, the slide 1 is raised through the die plate 3 and a string like member 14 to raise a plate 16 and an ejector pin 15 is raised. Synchronized to this procedure, a lower punch 9 for the secondary arocessing is raised by a cylinder 17 through a plate 11 to eject scraps 19.
Patent JP-S61268130-A (JP)
Title: Method of removing astringency of persimmons
Inventor: YAMASHITA ICHIJI
IPC: A23B7/144
Filed: 1985-05-23
Abstract: PURPOSE:In removing the astringency of persimmons with a carbonic acid gas, to remove the astringency safely and efficiently, by using two kinds of containers of an inner container having low gas permeability and a pressure-sensitive outer container. CONSTITUTION:Each wood piece is sandwiched between a cover and the main body of a container and astringent persimmons are put in the inner containers 1 which have partially opening covers and are made of polyethylene having low gas permeability. These inner containers are set in the pressure-sensitive outer container 2 made of iron, etc., the rubber stopper 8 is put on the opening at the ceiling of the outer container 2. Wires are passed through the stopper and the tips of the wires are connected to the wood pieces. The valve 4 is closed, the valve 5 is opened, the vacuum pump 7 is operated and the outer container 2 is evacuated to a give pressure. Then the valve 4 is opened, the valve 5 is closed, a carbonic acid gas is introduced to the outer container 2 by the carbonic acid gas bomb 6 and the outer container 2 is returned to a normal pressure. Then, the wires are pulled, the wood pieces are removed and the covers are put on the inner containers and 1. The inner containers are transferred from the outer container 2, sent to a storage chamber for heating and removal of astringency of persimmons is carried out.
Patent JP-H07317200-A (JP)
Title: Lightweight decorative laminated sheet and its manufacture
Inventor: TOYOHARA HIROYUKI
IPC: E04C2/04
Filed: 1994-05-25
Abstract: PURPOSE:To provide a heat insulating lightweight building decorative laminated sheet having a decorative layer on the surface. CONSTITUTION:A binder 2 is applied onto a resin film 1, an inorganic aggregate 3 is sprayed thereto prior to the hardening of the applied binder, lining layers 4, 5 are applied thereon, and an adhesive 6 is further applied thereon, whereby a decorative layer A with the resin film 1 is constituted. The decorative layer A is arranged in a molding die C with the resin film 1 outside, a granular foaming particle 10 is filled therein, and the granular forming particle 10 is integrally molded with the decorative layer A simultaneously with foaming. The decorative layer A and the foamed resin layer B are firmly integrated together to provide a lightweight decorative material, which can be effectively used as an outer wall material or inner wall material easy to construct.
Patent JP-H02291133-A (JP)
Title: Semiconductor device
Inventor: KATSUKAWA KIMIAKI
IPC: H01L21/60
Filed: 1989-04-28
Abstract: PURPOSE:To apply a metal to the surface or the rear, good in covering property and surely, by a vapor deposition operation or a sputtering operation in a side- face metallization process by a method wherein at least one side face of four side faces of a chip is of a structure which is not perpendicular to the surface of the chip. CONSTITUTION:A drain electrode 2, a gate electrode 3, a gate-electrode pad 4 and a source electrode 5 are formed respectively on a GaAs crystal 1. A side face of a chip on the side of the source electrode 5 is formed to be a forward taper having an angle of about 45 deg. with reference to the bottom face. A surface element part is formed; after that, a metal 7 is applied to the rear; in addition, the surface element part is covered with a photoresist; a dicing operation is executed. The side of the source electrode is diced obliquely; a taper is formed. After a pelletization operation has been completed. a side-face metallization operation is executed from the surface of the chip by a vapor deposition operation, the photoresist is removed; the chip having a side-face metallized part 6 is obtained. Thereby, it is possible to surely execute a plating operation of a good close-contact property.
Patent JP-S593923-A (JP)
Title: Electron beam exposing method
Inventor: KAWASHIMA KENICHI
IPC: H01L21/027
Filed: 1982-06-30
Abstract: PURPOSE:To eliminate any displacement of the boundaries between patterns, by a method wherein when a large rectangular pattern is divided with a maximum rectangle of an electron beam, one divided pattern is exposed with 1/2 of a predetermined dose, and other divided pattern is exposed with 1/2 of a predetermined dose, so that the exposed patterns overlap each other. CONSTITUTION:A rectangular pattern is divided, as shown in Figure A, with an electron beam maximum rectangle of SXS. Patterns 6, 13, 20 are smaller than the maximum rectangle. On the other hand, a rectangular pattern is divided as shown in Figure B. patterns 0'-6' are smaller than the maximum rectangle. The divided patterns shown in Figure B are shifted from those shown in Figure A by S/2 in the X direction and S/2 in the Y direction. The patterns 0-20 in Figure A are exposed with 1/2 of a predetermined dose in numerical order. Then, the patterns 0'-20' in Figure B are exposed with 1/2 of a predetermined dose in numerical order. In other words, the patterns in Figure A and those in Figure B are exposed so as to overlap with each other. As a result, any displacement of the boundaries between the patterns 0-20, 0'-20' is eliminated.
Patent JP-H10303471-A (JP)
Title: Thermoelectric element and thermoelectric element module using the same
Inventor: SATOMURA MASAFUMI
IPC: H01L35/32
Filed: 1997-04-28
Abstract: PROBLEM TO BE SOLVED: To provide a thermoelectric element which is constituted of thermoelectric material in film form and can cool or heat the objective face of cooling or heating having a wide area, and provide a cascaded thermoelectric element module which is made of thermoelectric material in film form and can take a temperature difference between a low temperature range and a high temperature range largely. SOLUTION: In a thermoelectric element where a first electrode 4, a second electrode 5, a p-type semiconductor film 2 consisting of thermoelectric material, and an n-type semiconductor film 3 consisting of thermoelectric material are made on a substrate 1, and the p-type semiconductor film 2 is connected to the first electrode 4, and the n-type semiconductor film 3 is connected to the second electrode 5, the p-type semiconductor film 2 and the n-type semiconductor film 3 are joined with each other in piles, and the junction face lies roughly all over the surface of the substrate 1.
Patent JP-H06323501-A (JP)
Title: Furnace bottom tube of soda recovering boiler
Inventor: TOKI KOKICHI
IPC: F22B1/20
Filed: 1993-05-13
Abstract: PURPOSE:To prevent a tube from being overheated because of a staying of circulation water, even if there arises a difference in circulation powers between a front wall side and a rear wall side. CONSTITUTION:An ordinary T letter type tube is abolished and front section furnace bottom tubes 3A and rear section furnace bottom tubes 3B are respectively connected to a header part 1 through tubes 2A and 2B. Besides, in order to seal a space at a furnace bottom generated along with thsm furnace tubesEoup; O t e ront sectuon urnace bottom tubes 3A and the rear section furnace bottom tubes 3B are connected by upper and lower two stages of sealing plates 5 and 6 along a whole direction of a furnace width.
Patent JP-S63278063-A (JP)
Title: Continuous production of photosensitive drum
Inventor: ASANUMA TADASHI
IPC: G03G5/05
Filed: 1987-05-09
Abstract: PURPOSE:To enable formation of a uniform photosensitive layer by providing a circular truncated cone-shape partition ring, the smaller hole of which is parallel with the base slightly larger than the outside diameter of the stock pipe of a photosensitive drum, to a dipping vessel coaxially to the stock pipe of the photosensitive drum so as to cover the top and bottom of a coating surface. CONSTITUTION:A photosensitive coating liquid 5 is put into the dipping vessel 2 which has a trough-hole of the diameter slightly larger than the outside diameter of the stock pipe 1 of the cylindrical photosensitive drum 1 in the bottom. The stock pipe 1 is passed through the through-hole in the bottom of the dipping vessel and while the pipe is relatively moved perpendicularly upward, a photosensitive coating layer is formed thereon and the photosensitive is thus continuously produced. The circular truncated cone-shaped partition ring 4 which is slightly larger in the diameter of the through-hole in the bottom than the outside diameter of the pipe 1 is provided coaxially to the pipe 1 so as to cover the top and bottom of the coating liquid surface. The height of the coating liquid surface in the partition ring is adjusted according to the moving speed of the pipe 1, by which the thickness of the coated film is uniformly and continuously adjusted. The photosensitive drum having the photosensitive layer of a uniform thickness is thereby easily and continuously produced.
Patent JP-S602922-A (JP)
Title: Multiprogram controller of camera
Inventor: SOMEYA HIROKI
IPC: G03B7/08
Filed: 1983-06-20
Abstract: PURPOSE:To perform exposure control suitable for normal self-timer photography or self-timer photography for copying by providing a means which selects a different program mode according to a selection among self-timer modes which differ in shutter speed. CONSTITUTION:A selection signal generating circuit 11 outputs sequentially signals IN1-IN7 every time a switch SW1 is turned on and off. Various normal modes are selected with the signals IN1-IN5; and a 2sec self-timer mode is selected with he signal IN6, and a 10sec self-timer mode is selected with the signal IN7. Display driving circuits 12-18 for the respective modes are operated corresponding to the signals to display a set program mode. Then, the 2sec self- timer mode is used for copying, etc., and the 10sec self-timer mode is used for general self-timer photography; and the both select small-aperture priority program control, but the 2sec self-timer photography has a program diagram wherein diffraction prevention is considered.
Patent JP-H06322129-A (JP)
Title: Polyimide resin and laminate using same
Inventor: AZUMA KAZUMI
IPC: B32B27/34
Filed: 1993-05-13
Abstract: PURPOSE:To provide the subject resin having specific structural units, capable of being easily etched with only an aqueous solution of an alkali, having a linear expansion coefficient close to that of a copper foil, not generating a curl, excellent in processability, and useful for flexible printed circuit substrates, etc. CONSTITUTION:The objective resin having structural units of formulas I and II [R1, R2 are lower alkyl, lower alkoxy, halogen; n1, n2 are 0-4; A is >=12C divalent aromatic group excluding the group of formula III (R3, R4 are R1; n3,n4 are 0-4); alpha/beta is 90/10 to 30/70]. A laminate 3 comprising a conductor layer 1 and one or more of resin layers 2 comprising the resin is obtained.
Patent JP-H09278863-A (JP)
Title: Highly conductive polyurethane resin and molding material containing the same
Inventor: TSUNODA SHOHEI
IPC: C09D175/04
Filed: 1996-04-09
Abstract: PROBLEM TO BE SOLVED: To obtain a highly conductive polyurethane resin used to improve electrostatic characteristics, chargeablility, latent image printing performances, etc., by using a polyurethane resin containing at least one type of ionic segments having specified properties. SOLUTION: This resin has a glass transition temperature of 30 deg.C or below, contains at least one type of ionic segments represented by SO3 M, COOM, NR3 or NR4 <+> .X<-> (wherein M is hydrogen, an alkylmetal or an ammonium ion; R is an alkyl, an aralkyl or an alkylene; and X<-> is an inorganic or organic ion) and has a volume resistivity of 10<6> -10<9> -Ωcm. The highly conductive resin is desirably one obtained by reacting an aliphatic long-chain polyol with an organic polyisocyanate or reacting them further with a chain extender. It is desirably one in which the heat of melting of the aliphatic long-chain polyol used in the polyurethane is 200kJ/mol or below.