baber/WOPTO huggingface dataset:
Patent JP-H0597121-A (JP)
Title: Packaging paper feeding device for packaging machine
Inventor: MATSUOKA AKIO
IPC: B65H1/04
Filed: 1991-10-07
Abstract: PURPOSE:To perform the placing of a packaging paper on a paper feeding tray, and the placing of the paper feeding tray on a packaging paper table easily and accurately by a method wherein the paper feeding tray which can contain packaging papers in response to the sizes of packaging papers is formed in such a manner that the paper feeding tray can be fitted in the packaging paper table, and at the same time, is detachably installed on the packaging paper table. CONSTITUTION:For a packaging feeding unit E of a packaging machine, a packaging paper table 10 is longitudinally shakably provided at the rear part of a packaging table, and at the same time, a paper feeding tray 11 is placed on the upper surface of the packaging paper table 10. In this case, the paper feeding tray 11 can adjust the positions of a side adjusting plate 12 and a rear adjusting plate 13 in the longitudinal and lateral directions in response to the size of a packaging paper 1 by inserting the screws of the side adjusting plate 12 and rear adjusting plate 13 in adjusting holes 11b on a bottom plate 11a, and fixing them by nuts 14 from the lower surface. The title device is adjusted to the size of the packaging paper 1 by pivotally supporting the front end of a supporting plate 15 in a long holes 10c on a supporting side plate 10b, which is stood at the rear side of the packaging paper table 10, and selectively fitting a pin 15a, which is projected at the rear side of the supporting plate 15, in a recessed part 10d on the supporting side plate 10b.
Patent JP-2001082449-A (JP)
Title: Roller manufacturing device
Inventor: KOIKE SATOSHI
IPC: F16C13/00
Filed: 1999-09-13
Abstract: PROBLEM TO BE SOLVED: To facilitate material pouring and prevent a tube from breaking by preventing the production of crumples in the tube to make coating thickness uniform. SOLUTION: In this manufacturing device, the fluorine resin tube 2 and a core bar 4 are coaxially installed in a cylindrical mold 6, and unvulcanized addition polymerization type silicone rubber is poured into the gap to coat the fluorine resin tube 2 for setting material under a bridging condition. In this case, ring-like peripheral grooves are formed at both ends of the cylinder section 60 of the cylindrical mold 6 in the axial direction. A pressure reducing suction section 101 is constituted by the ring-like grooves and is communicated with the first pressure reducing pump 10 constituting a first pressure reducing mechanism. The fluorine resin tube 2 is fixed on the inside of the mold 6 by reducing the pressure of the gap between the mold 6 and the fluorine resin tube 2 by means of the pressure reducing suction section 101.  In this case, material is poured by means of a material pouring mechanism with the pressure in a material pouring section reduced by a second pressure reducing pump 11 constituting a second pressure reducing mechanism. The material is thus set under bridging conditions.
Patent JP-2001081518-A (JP)
Title: Device for shutting off radiation heat in vertical type continuous annealing furnace
Inventor: UENO NAOTO
IPC: C21D9/56
Filed: 1999-09-14
Abstract: PROBLEM TO BE SOLVED: To improve the efficiency in a low cost by providing a double tube composed of am inner pipe having a horizontal or downward outer air suction hole and an outer pipe having an upward gas exhaust hole. SOLUTION: A radiation heat shutting-off device effectively utilizing natural convection of the outer air is obtained by providing the structure of the double tube 20 composed of the inner tube 22 having the downward outer-air suction hole 23 and the outer tube 24 having the upward gas exhaust hole 25. The outer diameter D of the outer tube 24 is made to >=60 mm and the height difference H between the outer air suction hole 23 and the gas exhaust hole 25, is made to >=150 mm, and the outer diameter D and the height difference H desirably satisfy the relation, D2×H1/2>=2.2×10-3 from the relation of the flowing rate of cooling gas (air) flowing in the double tube 20, the radiation heat shut-off effect and the high temperature deformation resistance of the double tube 20. Wherein, the unit of D and H in the formula, is (m).  In the case that a roll diameter in a furnace in larger by several times than the diameter of the double tube 20, plural double tubes 20 may be arranged in the horizontal direction just below the roll set at the upper part in the furnace or just above the roll set at the lower part in the furnace.
Patent JP-S62121742-A (JP)
Title: Butadiene polymer rubber composition
Inventor: SAKAKIBARA MITSUHIKO
IPC: C08L9/00
Filed: 1985-11-21
Abstract: PURPOSE:To form a polymer rubber compsn. which allows heat generation to be controlled and has excellent breaking strength and Pain's effect, containing a specified amount of a branched butadiene polymer and a specified amount of a specified straight-chain butadiene polymer. CONSTITUTION:This butadiene polymer rubber compsn. contains at least 15wt% branched butadiene polymer (A) and at least 15wt% linear butadiene polymer (B) having at least one functional group selected from among the following (a)-(h) in its molecular chain as rubber components. (a) R<1>3M group (wherein R<1> is an alkyl, an aryl, allyl, an aralkyl, an alkenyl, an ester; M is silicon, germanium, tin), (b) (thio)carbonyl, (c) R<2>2P-group (wherein R<2> is an alkyl, an aryl, an aralkyl, an alkoxy, an ester group), (d) a group of the formula (wherein Y is oxygen, sulfur; R2 is as defined above), (e) amide group, (f) imino group, (g) triazine group and (h) (thio)carboxyl group.
Patent JP-H09102989-A (JP)
Title: Structure for fitting electronic equipment to duct line
Inventor: TSUCHIDA YASUHIDE
IPC: H04Q9/00
Filed: 1995-10-06
Abstract: PROBLEM TO BE SOLVED: To prevent ignition to another section by covering a section to be inserted into a duct line with a quenching means concerning structure for fitting electronic equipment to a duct line while inserting one part into the duct line in which combustible fluid flows. SOLUTION: A fitting hole 56 is provided on the wall surface of a gas pipe 10 and a casing 28 is mounted on this fitting hole 56 so that a diaphragm 34 can be put into the gas pipe 10. Before the casing 28 is mounted onto the fitting hole 56, the fitting hole 56 is filled with metal fibers 60 as the quenching means and the structure for covering the diaphragm 34 with the metal fibers 60 is formed. Concerning this fitting structure, when a transmission part 16 or a reception part 20 provided inside the casing 28 is sparked or ignited by any fault at communication equipment, the burning of gas is suppressed to the explosion of small scale inside the metal fibers 60. Thus, since the section to be inserted into the duct line is covered with the quenching means, ignition at the other section can be prevented.
Patent JP-H07115636-A (JP)
Title: Multi-channel modulator
Inventor: SUTANI YASUO
IPC: H04N7/16
Filed: 1993-10-18
Abstract: PURPOSE:To effectively utilize channels by stopping any unwanted channel output at the modulator provided with modulation units for plural channels. CONSTITUTION:A video signal inputted from a video signal source is processed by a video signal processing part 31 and sent to a video modulation part 34. At this video modulation part 34, a wave to be modulated from a variable frequency oscillation part 35 is modulated by the video signal from the video signal processing part 31 and outputted through a high frequency switch part 37, which is controlled by a microcomputer 6, to a high frequency amplifier 38. The microcomputer 6 is provided with a function for selectively setting either a normal channel or a dummy channel to each modulation unit 4 based on the operation of a channel setting switch and when the dummy channel is selected by the operation of the channel setting switch, a modulated output is cut off by turning off the high frequency switch part 37. As a result, the output of an unwanted carrier to the relevant modulation unit 4 can be cut off.
Patent JP-H08124885-A (JP)
Title: Semiconductor substrate grinder
Inventor: HIZUME KOJI
IPC: B24B37/00
Filed: 1994-10-25
Abstract: PURPOSE: To prevent dielectric breakdown of an insulating film by a method wherein, when a surface of a semiconductor substrate is ground to flatten, ionized gas having a different mark from charged static electricity is supplied to the semiconductor substrate and the static electricity generated in the semiconductor substrate is neutralized. CONSTITUTION: An abrasive is supplied from an abrasive supply nozzle 9. Further, almost simultaneously, ionized gas is sprayed from an ionized gas supply part 11. As the ionized gas is sprayed to a portion where a table surface 1A comes into contact with a surface of a semiconductor substrate 6, static electricity generated by grinding is neutralized while ground. Under this state, the surface of the semiconductor substrate 6 is ground.
Patent JP-H09102710-A (JP)
Title: Surface mount antenna and communication equipment using the same
Inventor: KAWABATA KAZUYA
IPC: H01Q9/30
Filed: 1995-10-06
Abstract: PROBLEM TO BE SOLVED: To prevent the frequency deviation of a surface mount antenna caused by aging or when dropped by securing the electromagnetic field coupling at a place near the ground electrode of a radiation electrode via the gap capacitance or the substrate capacitance. SOLUTION: A ground electrode 2 and a feeder electrode 3 are formed on an end face 1a of a substrate 1 via a gap g1. A through-hole 4 is formed on the substrate 1 from the face 1a through its opposite end face 1b, and a radiation electrode 5 is formed on the inner surface of the through-hole 4. One of both ends of the electrode 5 is connected to the electrode 2, and an open terminal 5a is formed on the face 1b at the other end of the electrode 5. Then the electromagnetic field coupling is secured between both electrodes 3 and 5 by the capacitance generated in the gap g1 and via a part of the electrode 2. The electrode 3 or 5 or the opening part of the terminal 5a of the electrode 5 is scraped off for the frequency control. Then the degree of coupling is controlled by the enlargement or reduction of the gap g1.
Patent JP-H08187777-A (JP)
Title: Production of heat-resistant polyester film
Inventor: SOU ITSUTEN
IPC: C08G63/80
Filed: 1995-10-06
Abstract: PROBLEM TO BE SOLVED: To produce a polyester film low in the content of a cyclic trimer and an oligomer and having excellent heat resistance and electric insulating properties. SOLUTION: A polyester resin satisfying formula [COOH]/[IV] < 50 is extruded in a molten state to be biaxially stretched and heat-treated so as to satisfy formula 1.0<S/D<1.2 to produce a film. In the formulae, [COOH] is the content (meq/10<6> ) of the terminal carboxyl group in the polyester resin, [IV] is the intrinsic viscosity (dL/g) of the polyester resin, S is the X-ray crystal size (A) of the polyester film and D is the degree of crystallization (%) of the polyester film.
Patent JP-2000076967-A (JP)
Title: Pressure switch
Inventor: NAGASAWA TAKUMI
IPC: H01H35/34
Filed: 1998-08-31
Abstract: PROBLEM TO BE SOLVED: To eliminate errors in assembling a moving contact plate by shaping the moving contact plate, with its front and back are symmetrical. SOLUTION: A pressure switch includes a diaphragm 4, provided to partition the internal space 11 of a switch main body 1 into a first chamber 12 and a second chamber 13 and displaced by the difference between the pressure to be detected that is received in the first chamber 12 and atmospheric pressure within the second chamber 13, a moving contact plate 7 and a fixed contact plate 5 which constitute a switching mechanism provided in the switch main body 1 and opened and closed according to the displacement of the diaphragm 4, and a terminal 32 electrically connected to the switch mechanism and having one end placed in the connector housing 33 of the switch main body 1. The fixed contact plate 5 is fixed inside the second chamber 13. The moving contact plate 7 has a desired number of projecting parts 71, 72 which are formed integrally with its front and back, respectively.
Patent JP-H0898631-A (JP)
Title: Cultivating pot for white radish sprout or the like and cultivation of white radish sprout using the same cultivating pot
Inventor: OMURA HIDEHIKO
IPC: A01G31/00
Filed: 1994-10-01
Abstract: PURPOSE: To provide both a cultivating pot for a white radish sprout, etc., capable of carrying out the cultivation without using a mat and a method for cultivating the white radish sprout, etc., using the cultivating pot. CONSTITUTION: This cultivating pot 10 for a white radish sprout, etc., is obtained by placing each cultivating pot 10, made of a synthetic resin and having a drainage hole 24 formed at the bottom from the upper part of a cultivating box, divided into plural chambers, made of an expandable synthetic resin and having water flow holes formed at the respective bottoms of the plural chambers and used as a cultivating container. The top surface of the cultivating pot 10 has downward extending protruding ridges 25 stood at a smaller pitch than the grain diameter of seeds to be sowed nearly parallel and the height of the protruding ridges 25 is nearly the same as or slightly higher than the level at the discharging position of the drainage hole 24.  Furthermore, fences 31 protruding at a smaller pitch than the grain diameter of the seeds 29 are installed around the upper side of the drainage hole 24. This method for cultivating the white radish sprout, etc., is to use this cultivating pot 10.
Patent JP-H02107179-A (JP)
Title: Preparation of seasoning 'natto' from sake lees
Inventor: KAWAIRI YOUZOU
IPC: C12F3/00
Filed: 1988-10-17
Abstract: PURPOSE:To prepare the subject NATTO (fermented soybean) having excellent preservability in spite of low salt content, free from the smell of NATTO, having balanced taste and flavor and an appearance like MISO (fermented bean paste) by immersing NATTO in liquor, adding specific amounts of lees of SAKE (Japanese rice wine) and salt to the liquor-containing NATTO and kneading the mixture. CONSTITUTION:NATTO is immersed in liquor such as SAKE, synthetic SAKE, SHOCHU (low-class distilled spirits) or raw alcohol for brewing and filtered. The filtrate is fractionated as a NATTO liquor to leave a solid component consisting of liquor-containing NATTO. The objective NATTO is obtained by compounding 100 pts.wt. of the liquor-containing NATTO with 100-200 pts.wt. of SAKE lees and a proper amount of salt and kneading and aging the mixture. The amount of the salt is selected to give a final product free from salt or containing 3-10% of salt.
Patent JP-H06196394-A (JP)
Title: Electron-beam lithography apparatus
Inventor: MIYATA MASAYORI
IPC: H01L21/027
Filed: 1992-09-30
Abstract: PURPOSE:To provide an electron beam lithography system for drawing on a continuously moving object, in which an electron beam follows the motion of the object accurately at high speed to improve system throughput. CONSTITUTION:An electron-beam lithography apparatus comprises a sample stage 15 which is moved continuously, and a main electron-beam deflector 13 and an auxiliary electron-beam deflector 14. In the apparatus, an electron beam is set in the origin of a subfield by the main deflector 13, a figure is drawn inside the subfield by the auxiliary deflector 14, the movement amount of the sample stage 15 is measured by a laser instrument 4, and a follow-up deflection amount is found and added to the auxiliary deflector 14. When the follow-up amount exceeds a preset deflecting threshold value, the position of the origin of the subfield is reset by the main deflector 13, and a follow-up drawing operation is performed.
Patent JP-H09107659-A (JP)
Title: Molded motor
Inventor: MORIYAMA KAZUYOSHI
IPC: H02K5/08
Filed: 1995-10-09
Abstract: PROBLEM TO BE SOLVED: To obtain a molded motor in which a temperature protective device can be attached to a partner device surely, without increasing its dimensions and at low costs by a method wherein the temperature protective device with lead wires in one direction are housed in grooves which are faced along the axial direction and the lead wires are fixed to a bushing part by a bundling band. SOLUTION: A bushing part 2 for lead-wire derivation is installed so as to protrude from a molded frame 1. One pair of protrusions 4a, 4b with grooves 3a, 3b which are faced along the axial direction are installed so as to be continued to the bushing part 2, a temperature protective device 6 with lead wires 5 in one direction is housed in the grooves 3a, 3b, and the lead wires 5 are fixed to, and supported by, the bushing part 2 by a bundling band. Consequently, the temperature protective device 6 can be attached to a partner device without a need of hardly expanding its outside dimensions only by changing a part of the shape of the bushing part 2, for leading whose size is restricted least, and it can be attached to the partner device surely.
Patent JP-H1088094-A (JP)
Title: Fluororubber-base adhesive
Inventor: KOU REISHIYUU
IPC: C09J163/00
Filed: 1996-09-10
Abstract: PROBLEM TO BE SOLVED: To provide a fluororubber-base adhesive excellent in resistances to heat and moisture by compounding four specific ingredients. SOLUTION: A fluororubber-base adhesive in the form of a soln. in a low- boiling ketone solvent is prepd. by compounding 100 pts.wt. fluororubber (A) comprising a vinylidene fluoride-hexafluoropropene copolymer having 0.1-30% unsatd. bonds introduced into the molecule by the defluorination caused by the treatment with an alkaline substance (e.g. sodium hydroxide or potassium hydroxide) at 40-60 deg.C in a ketone solvent (e.g. acetone or methyl ethyl ketone) with 0-30 pts.wt. glycidyltype epoxy resin (B)(e.g. an epichlorohydrin-bisphenol A resin, an arom. glycidyl ether resin, or an aom. glycidylamine resin), 1-30 pts.wt. diamine compd. curative (C)(e.g. diaminodiphenyl sulfone or diaminodiphenylmethane), and 1-20 pts.wt. alicyclic bismaleimide compd. (D)(e.g. one represented by the formula). The adhesive is used e.g. for bonding a cover film of a flexible printed circuit board.
Patent JP-H03122250-A (JP)
Title: Iron-base alloy having high vibration-absorbing property and its production
Inventor: SUENAGA MAKOTO
IPC: C22C37/00
Filed: 1989-10-06
Abstract: PURPOSE:To provide an iron-base alloy having superior vibration-absorbing property and excellent in toughness and machinability by specifying the shape of graphite in a cast iron consisting of a two-phase mixed structure of bainite and austenite. CONSTITUTION:This iron-base alloy contains bell-shaped (discoid, in three dimensions) and/or fibrous (thick tape-shaped, in three dimensions) graphite prepared by applying plastic working to spheroidal graphite or malleable cast iron and has a matrix structure consisting of the above two-phase mixed structure. In order to obtain this alloy, a stock for plastic working which is composed of a material consisting of matrix structure free from or containing primary cementite and spheroidal graphite or a material consisting of primary cementite and matrix structure is as cast state is cast. This stock is heated up to a temp. capable of plastic working, and heating which doubles as the decomposition of primary cemntite in the case of a stock containing primary cementite and decomposition are performed. This heated stock is subjected to temporary cooling, to reheating, and to rolling and/or forging or is directly subjected to rolling and/or forging without temporary cooling. The resulting plastic-worked stock is subjected to austempering treatment after temporary cooling or is directly subjected to austempering treatment without temporary cooling.
Patent JP-H02108939-A (JP)
Title: Balance measuring instrument for rotary body
Inventor: ISHII TERUTO
IPC: G01M1/28
Filed: 1988-10-19
Abstract: PURPOSE:To detect the heaviest part of a rotary body by obtaining the maximum point of a displayed amplitude level for the vibration while gradually switching the phase of light emitting cycle from a stroboscope which is synchronized with the revolution of the rotary body. CONSTITUTION:The stroboscope light is emitted and a knob 7 for tuning is adjusted until coincidence with the speed of revolution for a grinding stone 1 is obtained so that numbers on a marking disk 4 are seen as stopped. Then, the maximum point of the vibration amplitude level which is displayed on a display part 13 is obtained in the manner of gradually switching the knob 8 for phase changing. This level can not be caught usually with the naked eye but is possible to be read out since the display part 13 is illuminated by the stroboscope light as the light source, which is synchronized to the maximum amplitude level. Further, by means of reading out the numbers on the disk 4 with the eye, which is located on a virtual straight line to connect an acceleration sensor 10 and the center of a main rotary shaft 3, the maximum point of the vibration amplitude, i.e. the heaviest part of the grinding stone 1 can be recognized.
Patent JP-S61137538-A (JP)
Inventor: SHIMOTSUURA YASUHIRO
IPC: A61B1/00
Filed: 1984-12-10
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H0792666-A (JP)
Title: Colored image forming material and its production and transferred image forming method
Inventor: SHIMIZU KUNIO
IPC: G03F7/022
Filed: 1993-09-24
Abstract: PURPOSE:To provide a colored image forming material which suppresses blocking (missing) of a colored photosensitive layer in particular and a process for production thereof and a transferred image forming method, relating to a colored image forming material adequate for forming a color proof, etc., for color correction in color printing and a process for production thereof and a transferred image forming method. CONSTITUTION:This colored image forming material has a thermally softened layer, a colored photosensitive layer contg. a photosensitive compsn. and coloring agents, a protective layer and a cover sheet on a substrate in this order. The transferred image forming method comprises subjecting the colored image forming material described above to imagewise exposing and peeling the cover sheet, then developing the material to form an image and transferring the image to a material to be transferred. This process for production of the colored image forming material comprises forming the thermally softened layer on the substrate, then applying the colored photosensitive layer on the thermally softened layer and drying the coating, then laminating the sheet having the protective layer on the cover sheet consisting of the transparent substrate on the colored photosensitive layer.
Patent JP-S62124210-A (JP)
Title: Production of pig iron
Inventor: KAMEI YASUO
IPC: C21B13/00
Filed: 1985-11-21
Abstract: PURPOSE:To decrease the content of Si in a molten iron and to increase the amt. of the gas to be generated in a process for production for gasifying coal and coke blown through tuyeres with O2 and steam, and melting and carburizing reduced iron, etc., with the formed gas by further blowing prescribed materials through said tuyeres. CONSTITUTION:A combustion chamber (a) consisting of a packed bed of coke, coal, and limestone charged from supply ports 6 is formed in front of the tuyeres 5 of a melting and gasifying furnace. A heating part (b) and melting part (c) consisting of the packed beds of coke 9 and reduced iron 10 successively charged from a supply port 8 are respectively formed in the central part of the furnace body and the upper part of the heating part (b) in front of the chamber (a). The coke and coal are burned and gasified when O2 2, steam 3 and pulverized coal 4 are blown from the tuyeres 5. The formed gas pass the heating part (b) and melts the reduced iron of the melting part (c). >=1 Kinds of iron oxide 25, reduced iron and basic auxiliary raw materials 26 are blown in the form of powder together with pulverized coal 4, etc., from the tuyeres 5.