baber/WOPTO huggingface dataset:
Patent JP-S62294849-A (JP)
Title: Solar heat collector
Inventor: ASAI SHUNJI
IPC: F24J2/46
Filed: 1986-06-13
Abstract: PURPOSE:To prevent the leak of gas through the prevention of production of a difference in a pressure between the inside and the outside, to prevent the occurrence of dew forming of a transmitting substance, and to improve collection efficiency, by a method wherein a flexible member, partitioning the interior of an outer box into a first space, containing a collecting plate, and a second space containing a bottom, is disposed in the outer box, while the first space is filled with a gas material, and an air hole, communicated to the second space, is formed in the bottom of the outer box. CONSTITUTION:A flexible member 4, made of rubber, a resin film, partitioning a first space part 2 containing a collecting plate 29 from a second space part 3 containing a bottom, is disposed across the interior of an outer box 1. The first space part 2 is filled with a gas material 31, and air holes 6, communicated to the second space part 3, is formed in the bottom. Thus, the shape of the flexible member 4 is varied according to expansion and contraction of the gas material 31 due to the change in temperature of the collecting plate 29, the pressure of the gas material 31 is always held at a value approximately similar to an atmospheric pressure, rainwater is prevented from suction due to a negative pressure, and dew is prohibited against formation to a transmitting substance 30. This constitution enables improvement of collection efficiency.
Patent JP-S5993444-A (JP)
Inventor: EBAARETSUTO DABURIYU BENETSUTO
IPC: C08G65/28
Filed: 1983-07-29
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-S62294181-A (JP)
Title: Method and device for forming functional deposited film by microwave plasma cvd (chemical vapor deopsition)
Inventor: FUJIYAMA YASUTOMO
IPC: H01L31/04
Filed: 1986-06-13
Abstract: PURPOSE:To form a uniform and homogeneous deposited film at high speed by transmitting a microwave through an inlet window and a substrate through a microwave cavity resonance means to generate plasma from raw gas, and forming a coated film on the surface of the substrate. CONSTITUTION:The pressure in a vacuum chamber 2 is reduced to a specified value through an exhaust pipe 6, and then the substrate 9 is heated by a heater 10' and kept at a specified temp. The raw gas is then supplied from a feed pipe 7 to control the pressure in the vacuum vessel 2 to a specified value, and a microwave is simultaneously radiated into the vacuum vessel 2 from an electric power source 5 through square cavity resonators 12a and 12b, dielectric windows 12a and 12b, and the substrate 9. Consequently, plasma 11 is generated, a film is formed on the substrate 9, the substrate 9 is successively moved, and a coated film is formed on the whole surface. At this time, a short-circuit surface is formed by the microwave reflected from the plasma interface in the cavity resonator 12 and resonated with the microwave by adjusting the position of a terminal short-circuit plate 13, hence a standing wave 14 having a fundamental wavelength of lambda is formed, the standing wave 14 is changed at intervals of lambda/4 and compensated with the generated plasma 11, and a uniform distribution is obtained in the widthwise direction of the substrate 9.
Patent JP-H05334941-A (JP)
Title: Arc-extinguishing device
Inventor: KUMAGAI YOSHIAKI
IPC: H01H33/08
Filed: 1992-05-29
Abstract: PURPOSE:To obtain an arc-extinguishing device which excels in arc-extinguishing performance and has the long switching life of an air circuit breaker by constituting a grid plate of a lower grid plate and an upper corrugated grid plate in an arc-extinguishing device with a plurality of grid plates held between a pair of insulating plates. CONSTITUTION:This air arc-extinguishing device in which a plurality of grid plates 2, 3 are held between a pair of insulating plates 1A, 1B incorporated therein is constituted of a lower grid plate 2 including a short grid plate 2a in which the grid plates are arranged in parallel with the middle part of the insulating plates 1A, 1B and an L-shaped grid plate 2b, and corrugated grid plates 3 radially arranged thereon. An arc moving to the corrugated grid plate 3 from the lower grid plate 2 is extended in such a state that the leg of the arc is fixed on the corrugated projected part of the upper end of the corrugated grid plate 3, thereby enhancing the arc-extinguishing performance and at the same time extending the switching life of the air circuit breaker.
Patent JP-S63302960-A (JP)
Inventor: MISUMI SEIKI
IPC: B02C15/04
Filed: 1987-06-03
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-S6411787-A (JP)
Title: Rotary type parallel lateral cutter
Inventor: HANSU HOONUNGU
IPC: B26D1/62
Filed: 1988-06-04
Abstract: PURPOSE: To support the cutter supporting part equipped with cutter mounts of cutting rotors by a plurality of supporting members that are individually movable, to always maintain the position of the cutting edges of cutter mount within the cylindrical envelope, and to accurately cut the supplied materials in the lengths stipulated in various standards. CONSTITUTION: The distance between a pair of cutting rotors 18, 20 and a material supply passage is made changeable. Each cutter mount 24 of the respective cutting rotors 18, 20 is fitted to a slightly flexible flat cutter supporting part 66. This cutter supporting part 66 is supported by a plurality of series of supporting bolts 34 that are individually movable, and is adjusted by an adjusting device through a screw spindle 54 in the radial direction so as to be slightly bent. By this bending, the position of the cutting edge 72 of the cutter mount 24 is maintained within a cylindrical envelope 74.
Patent JP-H01309469-A (JP)
Title: Horizontal deflection linearity correction circuit
Inventor: NEGISHI KEIICHI
IPC: H04N3/27
Filed: 1988-06-07
Abstract: PURPOSE:To prevent loss due to turn-correction at a high horizontal frequency by providing a switching circuit boosting a potential at a damper diode connecting point by a boosting transformer at a prescribed horizontal frequency or below to a horizontal deflection output circuit so as to correct the linearity. CONSTITUTION:When the horizontal frequency is below a prescribed frequency, a switching transistor(TR) Q21 is conductive by an ON signal of a horizontal frequency detection circuit 30. Thus, a voltage in response to the turn ratio of the boosting transformer T20 is induced in the secondary winding L22. As a result, the correction corresponding to the turn-correction is applied similar to that of a conventional circuit. The horizontal frequency detection circuit 30 outputs an OFF signal when the horizontal frequency exceeds a prescribed frequency. Thus, the switching TR Q21 is cut off. Thus, no voltage is induced in the secondary winding L22 of the boosting transformer T20 and the linearity correction is attained by the adjustment of LS, CS only.
Patent JP-H08324383-A (JP)
Title: Gas generator for seat belt winding power generating device
Inventor: MIYAZAKI HITOSHI
IPC: B60R22/46
Filed: 1995-06-05
Abstract: PURPOSE: To ensure the ignition of ignition chemical and driving chemical and prevent the ignition chemical and driving chemical in a gas generating agent chamber from being damped by providing a seal resin layer applied between the denotator side face of a denotator holder and the caulking part of a casing so as to cover a small diameter pipeline. CONSTITUTION: The caulking force of the caulking part 14 of a casing 7 to a denotator holder 15 is used. A seal resin layer 22 can thereby be closely stuck between the denotator side face 15A of the denotator holder 15 and the caulking part 14 of the casing 7, and a gas generating agent chamber 13 is kept in a sealed state. Further at the time of caulking the caulking part 14 of the casing 7, a gel-like seal resin agent to be the material of the seal resin layer 22 is previously applied to the denotator side face 15A of the denotator holder 15. The seal resin layer 22 is therefore conformed to the shape of the caulking part 14 so as to be able to ensure sealing performance.
Patent JP-H085201-A (JP)
Title: Refrigerating cycle equipment
Inventor: ITO TAKESHI
IPC: F25B43/00
Filed: 1994-06-21
Abstract: PURPOSE:To enable fitting of an accumulator of large capacity by making effective use of a space. CONSTITUTION:An accumulator 20 of large capacity constituting a refrigerating cycle wherein a nonazeotropic mixture refrigerant is sealed is constructed of a combination of a plurality of small accumulators 20a to 20c having small divided capacities and being connected together in parallel. Thereby the volume of each accumulator is made small and the accumulators can be fitted by making effective use of such a small space in the main body of an outdoor unit 2 that has been unable to use so far as a fitting space.
Patent JP-H08304574-A (JP)
Title: Channel box for fuel assembly of nuclear reactor, and fuel assembly
Inventor: NISHINO YUJI
IPC: G21C3/324
Filed: 1995-05-15
Abstract: PURPOSE: To improve a thermal margin of an assembly by a method wherein a plurality of projecting parts coming into contact practically with opposite positions and having the same height of projection are formed on the inner peripheral wall of a channel box at the position in the axial direction being opposite to any one of spacers. CONSTITUTION: Dimples 16 totaling 8 are provided in the vicinity of corner parts of four sides X1 , X2 , Y1 and Y2 of a spacer side plate 12, by twos for each corner part. Spacers 10 each holding fuel rods A and a water channel W are held in the number of seven, for instance, inside a channel box 20 and eight projecting parts 21 coming into contact practically with the opposed positions of the dimples 16 and having the same height of projection are formed on the inner peripheral wall of the box 20 at the position in the axial direction corresponding to one spacer 10 located in the middle. The projecting parts 21 prevent rod-shaped elements of the fuel rods A and the channel W from being biased inside the box 20. A thermal margin of a fuel assembly can be thereby improved.
Patent JP-H04167957-A (JP)
Title: Stuck layer material for mold
Inventor: SASAKI MANABU
IPC: B22D19/08
Filed: 1990-05-28
Abstract: PURPOSE:To form reformed layer without receiving effect to distribution of pouring time by sticking material stabilized metal powder having high m.p. and metal powder having low m.p. by using a binder compared with pouring temp. of molten metal. CONSTITUTION:The material mixing the low m.p. metal powder 2-1 and the high m.p. metal powder 2-2 is stuck to a core 1. The core 1 applying the mixed body 2 of metal powder is fitted to a main mold after drying. By this method, cast iron having good reformed layer, is obtd.
Patent JP-H01308422-A (JP)
Title: Epoxy resin
Inventor: TAKADA TOSHIMASA
IPC: C08G59/62
Filed: 1988-06-06
Abstract: PURPOSE:To obtain an epoxy resin having excellent heat resistance and being free from lowering it its mechanical properties and electrical insulation property during its use at high temperatures, comprising a specified product of reaction of a compound having three phenolic hydroxyl groups in the molecule with a bisphenol epoxy resin. CONSTITUTION:This epoxy resin is a product of reaction of a compound (A) having three phenolic hydroxyl groups in the molecule of the formula (wherein R<1> and R<2> are each H, an aliphatic hydrocarbon group, a monocyclic or fused ring aryl group, an alicyclic hydrocarbon group, and R<3> is H or an aliphatic hydrocarbon group) with a bisphenol epoxy resin (B). Said reaction is performed so that 0.03-0.5 phenolic hydroxyl group of said compound (A) may be reacted with one epoxy group of said resin (B). The reaction of said compound (A) with said resin (B) is performed by melting and agitating them at, usually, 100-250 deg.C for, usually, about 3-20hr.
Patent JP-H0430763-A (JP)
Title: Cooler for noodle
Inventor: NAKAI MAMORU
IPC: A23L7/109
Filed: 1990-05-29
Abstract: PURPOSE:To obtain the subject cooler, capable of removing and recovering excess oil and remarkably shortening cooling time in the cooler, by providing a specific construction for blowing away an oil on the surfaces of noodle lumps fried in the oil, and simultaneously sucking the aforementioned oil from suction ports. CONSTITUTION:Suction ports 4 are formed on the top surface of an oil suction chamber 3 for passing noodle lumps 2 therethrough, and a fan 5 equipped with an air blasting pipe 6, having blowing ports 7, extending upward and opening to the suction ports 4 and attached thereto, is simultaneously installed to blow away the oil on the surfaces of the noodles 2 with jet blowing streams from blowing ports 7 on the top surface of the oil suction chamber 3, in passing the noodles 2 just under the blowing ports 7. The oil is then sucked from the suction ports 4 into the oil suction chamber 3 by action of the fan 5, and the noodles 2 are simultaneously cooled a little with the action of the jet blowing streams.
Patent JP-S5564890-A (JP)
Title: Organic waste water treatment with aeration plus spray effect and apparatus therefor
Inventor: FURUHATA MASAKAZU
IPC: C02F3/04
Filed: 1978-11-10
Abstract: PURPOSE: To increase the amount of dissolved oxygen by means of a unit which causes turblent flow to water to increase the contact surface for aeration, so that the amount of sewage components is decreased by connecting such uints, and the amount of water to be treated is increased by series connection of the units.  
     CONSTITUTION: A single unit consists of a hemisphere 1 with an internal barrier plate 10 having passage 11 at the bottom. Sewage water passed as shown by the route 4 is subject to aeration at the zone 2 and stayed in the zone 12 for a while. Then, the sewage water overflows to the outer wall 3 to permit microbes to act to decompose sewage components. The water is collected to the bottom wall and flows into the next hemisphere unit. The single units are connected in series to permit more chance for decomposition and increased treatment efficiency. To treat much water, the units are connected in parallel. At the bottom of the last unit, a tank is installed to receive the water, and collected water is returned by a storage tank for treatment circulation. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-2000026498-A (JP)
Title: New means for diagnosing and treating alzheimer's disease
Inventor: MANDELKOW EVA-MARIA DR
IPC: A61K38/00
Filed: 1999-05-19
Abstract: PROBLEM TO BE SOLVED: To obtain a phosphorylated epitope of Alzheimer tau protein and kinase activity for specifically catalyzing the phosphorylation and to provide a method for converting a normal tau protein to Alzheimer tau protein in vitro. SOLUTION: This method for using a protein kinase to specifically convert a tau protein to Alzheimer tau protein by phosphorylation of ser-pro or thr-pro of amino acid motif comprises using the protein kinase having the following biochemical properties of (a) ser-pro or thr-pro motif of amino acid is phosphorylated, (b) the protein kinase has Mr of 42 kD, (c) the protein kinase is activated by ATP and has Km of 1.5 mM, (d) the protein kinase is activated by phosphorylation of tyrosine, (e) the protein kinase is recognized by an anti- MAP kinase antibody and (f) the protein kinase is deactivated by phosphatase PP2a.
Patent JP-H01309196-A (JP)
Title: Recording density automatic reloading device for bankbook
Inventor: SHIKAUCHI NAOKI
IPC: G06Q40/00
Filed: 1988-06-08
Abstract: PURPOSE:To smoothly execute system transition by adding format exchanging function and recording density reloading function. CONSTITUTION:The type of a bankbook magnetic stripe, which is used for a transaction, is decided from the data length of a recording data part An+1 of the magnetic stripe by format check function. Then, when a decided result is to change a data format, format conversion is executed by format converting function. After the conversion is finished, transaction history information, which are updated, are stored in an account file 1B and recording data An+1'6a of a command E6b magnetic stripe, which designates the recording density of the magnetic stripe, and registering data Dn+18 are transmitted to a terminal system 2. A bankbook handling device 3 receives the data E6b, An+1'6a and Dn+18 and executing the writing of the magnetic stripe with the designated recording density and new format. Then, registration is executed. Thus, the system transition can be smoothly executed.
Patent JP-S63303728-A (JP)
Title: Resin coated metallic body
Inventor: INAI TOSHIMI
IPC: B32B15/08
Filed: 1987-06-03
Abstract: PURPOSE:To make water resistance ana chemical resistance favorable and to prevent generation of a crack, by a method wherein a resin composition containing polyaryl ether ketone having a specific repeating unit and polyaryl other sulfone having a repeating unit is laminated on the surface of a metal body, on which undercoating treatment or metallizing treatment has been performed. CONSTITUTION:A resin composition containing polyaryl ether ketone having a repeating unit as shown by a formula I or II and polyaryl ether sulfone having a repeating unit as shown by a formula III is laminated on the surface of a metal body, on which undercoating treatment or metallizing treatment has been performed. It may be good even if a small quantity of copolymer ingredients of the polyaryl ether ketone or polyaryl ether sulfone has been copolymerized. Then it is preferable that the polyaryl ether ketone and polyaryl ether sulfone are 1:9-9:1 at their weight ratio. Then it is preferable that the above-mentioned resin composition is laminated through baking after the same has been applied to the surface of a metal body, on which undercoating treatment or metallizing treatment has been performed, by a powder coating application method.
Patent JP-H06344122-A (JP)
Title: Molten metal pouring trough
Inventor: KUROTOBI MANABU
IPC: B22D35/00
Filed: 1993-06-11
Abstract: PURPOSE:To providing a molten metal trough preventing molten metal from being burnt-stuck onto a chute are prevented and unnecessitating a mold coating work for every casting. CONSTITUTION:The chute 11' forming a pouring hole for molten metal 4 is constituted of a chute body 21 formed with a copper plate having U-shaped cross section opened upward and a water cooling jacket 25 through which the cooling water is allowed to flow substantially on the whole surface along the cross sectional surface of this chute body 21. The chute body 21 is cooled over the whole length with cooling water, and since the chute body 21 is made of the copper plate having high terminal conductively, the chute 11' is satisfactorily cooled by keep the dropping position of the molten metal at the low temp., therefore the molten metal can be prevented from being burnt-stuck onto the chute 11' and the erosion from being occurred. Further, brushing work of mold coating material and repairing work for the burnt-sticking of the molten metal and the erosion is unnecessitated.
Patent JP-H086986-A (JP)
Title: Method for designing press die
Inventor: KANEKO KOJI
IPC: B21D37/20
Filed: 1994-06-22
Abstract: PURPOSE:To quantitatively evaluate the failure of a press die at a design stage and to easily correct design graphic only by changing the value of a parameter. CONSTITUTION:After the three-dimensional model 60 of a press product to be worked is prepared by using a parametric CAD device, an extrapolation surface (ripple restraint surface) 56 inclining at an inclined angle thetak in the prescribed range of a location being away from the three-dimensional model 60 by an offset dimensional Lj in a press direction is prepared by defining the offset dimension Lj and the inclined angle thetak as parameters. Subsequently, an interpolation surface 70 to be the three-dimensional shape of press stock at the inside of the extrapolation surface 56 is prepared when the press stock is brought into close contact with the extrapolation surface 56 and the propriety of the extrapolation surface 56 is judged from the distribution of the distance Ld in the press direction of the interpolation surface 70 and the three-dimensional model 60. When the extrapolation surface is not judged as a proper surface, the offset dimension Lj and inclined angle thetak are changed the extrapolation surface 56 is prepared again.
Patent JP-S6370-A (JP)
Inventor: ABE YOSHIMI
IPC: B65D61/00
Filed: 1986-06-16
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-H05305333-A (JP)
Title: Extrusion
Inventor: SAKAMOTO KAZUO
IPC: B21C26/00
Filed: 1992-05-01
Abstract: PURPOSE:To reduce push residue, improve the yield and easily remove the push residue by extruding the peripheral edge part of a tip through a push plate smaller in diameter than the inner diameter of a container. CONSTITUTION:The billet is inserted into the container 1 and heated to a suitable temperature. Compression is given by a stem 4 to the peripheral edge part of the tip through the tapered push plate 3 smaller in diameter than the inner diameter of the container 1. The billet is extruded by a die 6 supported by a die holder 5 in the shape of a small diameter product. After the billet is extruded amply as far as a position nearly free from the push residue, the product is cut and separated at the outlet of the die. Since the push residue is stuck to the inner wall of the container according to the shape of the push plate, the push residue can be removed easily and efficiently by moving the stem.
Patent JP-H01310802-A (JP)
Title: Method and device for processing crank shaft
Inventor: YAMAGUCHI YOSHINORI
IPC: B23B5/18
Filed: 1988-06-07
Abstract: PURPOSE:To process a crank shaft with different numbers of crank pins, different phases, etc. by one processing machine by furnishing an automatic chuck, which moves in the direction orthogonal to spindles synchronously, on a pair of rotary tables of the two spindle ends situated oppositely while lying on the same axis. CONSTITUTION:After completion of processing of journals 421-422, rotary tables 17, 18 return to the standard position and stop. In this standstill state, an automatic chuck 25 unchucks a crank shaft 40, and the table 17 turns for the phase angle of the crank pin portion to be processed next, and then the chuck 25 chucks again the shaft 40. Then another chuck 26 unchucks the shaft 40, and the other table 18 turns for the phase angle in the same manner as the one 17, and this chuck 26 chucks again the shaft 40. Because the chucks 25, 26 chucking supporting shaft parts 411, 412 at the ends of this shaft 40 make thereafter simultaneous movement on the face plates of tables 17, 18 for the eccentricity distance of pin parts 432, 434, they rotate coaxially with the spindles 13, 14, so that a machining tool 33 grinds them 432, 434.
Patent JP-S5472978-A (JP)
Title: Heat treatment unit
Inventor: YOSHIMI TAKEO
IPC: H01L21/314
Filed: 1977-11-24
Abstract: PURPOSE: To reduce the number of times of washing a reaction pipe, and to improve the yield by preventing impurities produced here from sticking to a sample in process of lead-out operation, by making the open terminal of the long pipe, constituting a CVD device, thinner than its reaction region.  
     CONSTITUTION: As for the shape of the long reaction pipe with one terminal open constituting the CVD device, the diameter of reaction region 7b surrounded with heat heating part 1 is made shorter than that of open terminal 7a protruding from heating part 1. As a result, sample 4 on jig 6 in process of lead-in operation is not contaminated by impurity 5 such as NH 4 Cl sticking inside open terminal 7a lower in temperature than reaction region 7b at the time of attaining reaction by heating the device to an reaction temperature. In addition, jig receptacle 8 is arranged inside open terminal 7a so as to evade contamination more effectively. Further, the sticking amount of impurity 5 can be controlled by adjusting the temperature by providing another heating device 10 to the circumference of open terminal 7a. 
     COPYRIGHT: (C)1979,JPO&Japio