baber/WOPTO huggingface dataset:
Patent JP-2001040812-A (JP)
Title: Large roof panel, roof structure, and method for constructing large roof panel
Inventor: ISHIWATARI OSAMU
IPC: E04B7/02
Filed: 1999-07-30
Abstract: PROBLEM TO BE SOLVED: To improve construction efficiency for a large roof panel, by longitudinally and transversely joining a plurality of roof panels each having a rectangular shape in a plan view, for forming the large roof panel, and joining the roof panels so that a side joint line of the longitudinally adjacent roof panels is discontinuous from a side joint line of the other panels. SOLUTION: Joining of roof panels 2a to 2f forming a large roof panel 1 is fixed by clamping by means of roof clamping bolts, or by slant driving by means of screw spikes. In the large roof panel 1, a longitudinal joint line Y1 between the transversely adjacent roof panels 2a, 2b, and 2c, 2d is rendered sequential, while a side joint line X1 between the longitudinally adjacent roof panels, is rendered discontinuous from a side joint line X2 between the same. Further, a side joint line X3 between the roof panels 2e, 2f is aligned with an extension of the side joint line X1, and the side joint lines X1, X3 on the same line are positioned on girder member of an external wall and a main house upper portion, which constitute a skeleton of a building. Therefore, a roof structure which is easily constructed at a low cost can be formed.
Patent JP-H06279674-A (JP)
Title: Nonstaining composition comprising nylon-cationic dye modifier copolymer melt-mixed with high-carbon nylon
Inventor: UIRIAMU TOOMASU UINDOREI
IPC: D01F6/80
Filed: 1991-08-05
Abstract: PURPOSE: To obtain an antistain compsn. which comprises a specific polyhexamethyleneadipamide, a specific block copolymer, a specific poly-ε- caprolactam, etc., is resistant to staining with acid dyes, and is useful for woven knitted goods, etc.  
     CONSTITUTION: This compsn. comprises polyhexamethyleneadipamide having 0.5-4 wt.% cationic dye modifier having a sulfo group and one or two carboxyl groups bonded to the benzene ring, poly-ε-caprolactam or a copolymer of hexamethyleneadipamide and ε-caprolactam, and a block copolymer having 1-15 wt.% blocks derived from a high-carbon polyamide contg. 8-22 carbon atoms per amide link. 
     COPYRIGHT: (C)1994,JPO
Patent JP-S59109170-A (JP)
Title: Apparatus for determination of transaminase activity
Inventor: KIHARA KUNIO
IPC: C12Q1/52
Filed: 1982-12-13
Abstract: PURPOSE:To enable the rapid and accurate determination of transaminase activity with a simple method, by attaching an easily washable immobilized enzyme membrane having high and stable enzymatic activity and high diffusibility into substrate to an electrode for the determination of oxidation potential, and using the electrode as the enzyme sensor. CONSTITUTION:The determination of GOT activity is carried out as follows. The specimen is injected into the determination cell 3 by the injector 1 or the sampler 2, and the substrate solution 12 containing at least aspartic acid and alpha-ketoglutaric acid and the buffer solution for the determination of pyruvic acid 14 are injected into the cell with the pumps 9 and 10. The oxaloacetic acid produced by the reaction is converted to pyruvic acid by the immobilized enzyme membrane 4, and then reacted with the pyruvic acid oxidase in the membrane. The amount of produced hydrogen peroxide or decreased oxygen is determined by a hydrogen peroxide electrode or an oxygen electrode 5, and recorded by the recorder 7, etc. The activity of GPT can be prepared in the same manner provided that the substrate solution is changed to a solution 13 containing at least alanine and alpha-ketoglutaric acid. A trace of GOT or GPT in a biospecimen can be determined easily, rapidly, in high accuracy by this process.
Patent JP-H0381420-A (JP)
Title: Sinking method for open caisson
Inventor: NONAKA MINORU
IPC: E02D23/00
Filed: 1989-08-24
Abstract: PURPOSE:To facilitate construction operations by constructing a first lot of open caissonson the ground, excavating the ground surface beneath the caisson, sinking caissons while jointing them successively, and filling cutting holes of a bottom plate with closing concrete. CONSTITUTION:A first lot 4' of open caissons which is provided with a cutting edge on the lower end of its peripheral wall, and at the bottom part of the peripheral wall of which a pressure bearing plate 6 provided with cutting holes 8 whose lower diameter is enlarged is integrally formed, is constructed on the ground. A reverse-circulation excavator 10 loaded with a wider wing-type bit 10a is then installed on a working table 9 laid on the puper part of the caisson 4'. After the bit 10a is inserted from the hole 8 into the caisson 4', the ground inside the caisson 4' is cut and shoveled away. Then, after the caisson 4' is sunk by means of jacks, similar processes are repeated to sink the caisson 4. After the excavator 10, the jacks are removed, the holes 8 are filled with closing concrete.
Patent JP-S6199014-A (JP)
Title: Kerosene gasification burner
Inventor: OKAMOTO YOSHIO
IPC: F23D11/24
Filed: 1984-10-19
Abstract: PURPOSE:To enable stabilization of flame and reduction of combustion noise, by a method wherein an annular flange is attached to the outlet end of a flow uniformizing cylinder in a combustion cylinder to form a flame stabilizing part, and an outer cylinder, being a concentrical cylinder, is located to the outer periphery of a combustion cylinder to divide the air for combustion into a primary air, fed through the bottom of the combustion cylinder, and a secondary air through the outlet part of the combustion cylinder. CONSTITUTION:Flame 21 is reliably stabilized by circulating swirl 28 produced at the upper part of an annular flange part 24 provided to the upper part of a flow uniformizing cylinder 20 to form a laminar flame having no disorder. The air for combustion is divided into the flow of a primary air for combustion, fed to a combustion cylinder 22 through an air hole 15 and a combustion atomizing hole 15a, and the flow of a secondary air for combustion fed to the combustion cylinder 22 through an air hole 23 formed in the outlet of the combustion cylinder 22. When unburnt gas, which is not completely reacted with the primary air for combustion, flows to the downstream, reaction is promoted with the aid of the secondary air for combustion for complete combustion. This enables formation of a laminar flame, reduction in the production of combustion noise, and maintenance of gasification combustion being always stabilized through stabilization of flame irrespective of a change in combustion fuel.
Patent JP-S6373669-A (JP)
Title: Mis semiconductor device and manufacture thereof
Inventor: SHIRATO TAKEHIDE
IPC: H01L29/78
Filed: 1986-09-17
Abstract: PURPOSE:To smoothly form a gradient of a potential near a drain junction thereby to suppress the generation of hot carrier in the junction by forming a drain region in a double structure of a high concentration region and a low concentration region for surrounding the low region by the double diffusions of the same conductivity type impurities having different diffusion coefficients. CONSTITUTION:N-type drain regions 6 of approx. 1-<19>cm<-3> of impurity concentration formed simultaneously in the width of approx. 0.1mum are formed on the side and bottom of an n<+> type drain region by a double diffusion method with different impurities having the same conductivity type as n<+> type source region 4 and an n<+> type drain region 5 of approx. 10<20>cm<-3> of impurity concentration disposed separately on an Si substrate 1. Accordingly, since the junction of the drain region becomes an oblique junction having a smooth concentration gradient, the potential gradient to be applied to the drain junction faced at the side of the source region is alleviated to suppress the generation of hot carriers in the junction.
Patent JP-S60109916-A (JP)
Title: Surface acoustic wave element and its manufacture
Inventor: MOCHIZUKI MASAMI
IPC: H03H9/25
Filed: 1983-11-18
Abstract: PURPOSE:To obtain a surface acoustic wave element while keeping rectangular or square chip form and where a reflecting wave from the end face of the substrate is suppressed by giving a tilt to the substrate end face of the output electrode of the piezoelectric substrate face. CONSTITUTION:After a part of surface acoustic waves passing through an output electrode 3 is absorbed by a vibration absorbing member 5 made of an epoxy resin or a silicon resin and the remaining waves reach a slope (a), they are reflected at the inside of the piezoelectric substrate 1. A disc blade having a trapezoidal blade 7 at its inside is used as the means forming the end face like (a) and the end face processing is conducted at the same time in cutting off a chip from the piezoelectric substrate wafer. Thus, since the chip form is square or rectangular, the number of chips cut out from one substrate wafer is increased and the surface acoustic wave element of small size and low cost where the substrate end face reflecting wave is suppressed is obtained.
Patent JP-S60111849-A (JP)
Inventor: IIJIMA HITOSHI
IPC: F25B13/00
Filed: 1983-11-21
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-H0664804-A (JP)
Title: Photosensitive material feeding device
Inventor: IMAI MASARU
IPC: B65H23/18
Filed: 1992-08-18
Abstract: PURPOSE:To enable the aslant and meandering motion of a photosensitive material to be easily eliminated by cutting the material to the N specified length with a cutter and then releasing the loop of the material using the resilient force and dead load thereof. CONSTITUTION:This photosensitive material feeding device 18 has a sub-scanning and feeding device 58 as a photosensitive material takeout means in common for drawing a long photosensitive material F from a magazine 56 consisting of a coil of the material F and capable of scanning and carrying the material F under restriction at an exposure position. Also, the device 18 has a cutter 60 for cutting the material F to the specified length after image recording, and a plurality of feed roller pairs 62, 64 and 66. After the material F is cut, the clamping of the material F up to the cutter 60 is released at the downstream side of the device 58, while the loop of the material F is formed between the device 58 and the magazine 56. Thereafter, the clamping of the material F with the device 58 is released, thereby eliminating the meandering and aslant motion of the material F.
Patent JP-H1049700-A (JP)
Title: Pen inputting device and method therefor and inputting device and method therefor
Inventor: HARADA TAKASHI
IPC: G06F3/038
Filed: 1996-08-02
Abstract: PROBLEM TO BE SOLVED: To provide a pen inputting device in which the plural selection of an arbitrary object positioned at a remote place can be attained. SOLUTION: This pen inputting device is provided with an inputting part 1 for operating pen input, shape detecting part 2 for detecting the plural pieces of partial specific shapes from a stroke in the pen input, judging means 3 for judging whether or not an object is present at a certain position, and selected state setting means 4 for turning the object into a selected state. Then, when the specific shape is detected by the shape detecting part 2 in the stroke input, whether or not the object is present at the detected position is judged by the judging means 3, and when it is judged that the object is present at the position, the object is turned into the selected state.
Patent JP-H0758231-A (JP)
Title: Integrated circuit container main body
Inventor: MARUYAMA KAZUYUKI
IPC: H01L23/10
Filed: 1993-08-11
Abstract: PURPOSE:To provide an inexpensive integrated circuit container main body which is suitable for mounting an integrated circuit chip of high-speed operation by a method wherein a capacitor connected to a power supply lead is built in the container main body. CONSTITUTION:A conductor layer 2 formed through a thick film metallizing technique, a dielectric glass layer 3 formed of glass high in dielectric constant, and a metal plate 4 are laminated on a ceramic board 1 to form a capacitor. A lead frame is fixed to the ceramic board 1 through a sealing glass layer 5 of glass low in dielectric constant. The metal plate 4 serving as the conductor of the capacitor and the conductor layer 2 are connected to a power supply lead 6a and a grounding lead 6b with bonding wires 8 respectively. A signal lead (not shown in figure) is naturally connected to an integrated circuit chip 7 with a bonding wire 8.
Patent JP-S59109565-A (JP)
Title: Coating resin solution and production thereof
Inventor: TAKEDA SHIROU
IPC: C09D183/04
Filed: 1982-12-16
Abstract: PURPOSE:To provide the titled resin soln. which has good shelf stability and can form a uniform coating film by spin coating, by dissolving a specified polycondensate of a hydrolyzed alkoxysilane and a polysilsesquioxane prepolymer in an org. solvent. CONSTITUTION:30-60pts.wt. (on a solid basis) soln. (A) of a polycondensate of a hydrolyzed tetramethoxy (or ethoxy) silane having a weight-average MW of 1,000-6,000 and 70-40pts.wt. polysilsesquioxane prepolymer (B) which has a weight-averge MW of 2,500-7,000 and in which org. groups directly attached to silicon atoms are phenyl, methyl, ethyl and vinyl groups (with the proviso that 5-50mol% thereof is the phenyl group), are dissolved in an org. solvent (C) having a b.p. of 110 deg.C or above under atmospheric or subatmospheric pressure (e.g. methyl cellosolve acetate or methyl ethyl ketone), followed by treating at 5mm.Hg or below to obtain a coating resin soln. contg. solid at a concn. of 20-50wt%, which is suitable for use as an insulating material for wires.
Patent JP-S6376874-A (JP)
Title: Vapor growth method
Inventor: OBA TAKAYUKI
IPC: H01L21/285
Filed: 1986-09-19
Abstract: PURPOSE:To form a thin film contg. Si in Al with high controllability by CVD by using org. and inorg. Al compds. as source gases and feeding them to a chamber together with H2. CONSTITUTION:An org. Al compd. such as TIBA, TMA or TEA and an inorg. Al compd. such as TSA or TDSA used as source gases are fed to a chamber 11 together with gaseous H2 and blown on a substrate 12 to grow a thin Al-Si film on the substrate 12 at about 260-360 deg.C. The chamber 11 is evacuated beforehand to about 0.5-1.5Torr degree of vacuum and the flow rate of the org. and inorg. Al compds. is regulated to about 1-10cc/min. By this method, the amount of Si in the thin film can be changed with high controllability and the adhesion of the stepped part is improved.
Patent JP-S6462605-A (JP)
Title: Method for aggregating optical fiber cable
Inventor: ONA ATSUHIRO
IPC: G02B6/44
Filed: 1987-09-03
Abstract: PURPOSE:To insert optical fibers slack into the groove of a spacer by force-feeding a waterproof intimate mixture into a protective tube from the base end toward the front end and feeding the optical fibers into the groove at the speed higher than the feed speed of the spacer. CONSTITUTION:The waterproof intimate mixture 107 is moved by the effect of an injection part 105b through a tube part 105a into the protective tube 102 and is further packed through the inside of the protective tube 102 into the groove 4 when the waterproof intimate mixture 107 is force-fed into an injecting jig 105. The injection pressure of the mixture 107 is so set at this time that the speed of the mixture 107 flowing in the protective tube 102 is higher than the moving speed of the spacer 3. The mixture 107 is, therefore, fed into the groove 4 at the speed higher than the moving speed of the spacer 3 by the friction resistance that the mixture 107 applies to the fibers 5. The fibers 5 are thereby inserted slack into the groove 4.
Patent JP-2000058214-A (JP)
Title: Bulb socket
Inventor: TAKANASHI HITOSHI
IPC: H01R33/97
Filed: 1998-08-03
Abstract: PROBLEM TO BE SOLVED: To reduce bulb insertion force independent of the dispersion in thickness of a base part and sufficiently keep the contact pressure of a contact piece. SOLUTION: A plus terminal is mounted on in a right region within a base insertion hole and a minus terminal is mounted on in the left region. In the plus terminal 15B, a base plate 16 in which a contact piece 17 and a lock piece 18 are installed is inserted along a guide surface 42B. A blank surface 51 is recessed in the position outside the lock piece 18 on the guide surface 42B. When a thick base part is inserted, the bending amount to the outside of the lock piece is increased, a part where the lock piece 18 is installed out of the base plate 16 is retracted on the blank surface 51 side, and at the same time, the base part 3 is inserted, to suppress inserting resistance.  With retraction of the base plate 16 to the lock piece 18 installation side, the base plate 16 on the contact piece installation side is projected inside, and the contact piece 17 comes in contact with a corresponding contact at high contact pressure.
Patent JP-H0272063-A (JP)
Title: Plug for pressure bottle
Inventor: HOSAKA KOJI
IPC: B65D47/34
Filed: 1988-08-31
Abstract: PURPOSE:To eliminate the wear of a plug even when the exchange frequency of a liquid is high and at the same time, to prevent dirt from mixing in the liquid due to the wear of the plug by compressing an elastic body sleeve by first and second flanges, and pressing the plug to the inner wall of a bottle by the projected part to seal, and at the same time, fixing the plug to the bottle. CONSTITUTION:A cap shaped second flange 5 of a bar member 21, for which a bar body 19 and clamp 16 are attached, is fitted in a bottle 1 through a seal ring 4, to cover a tap 20 of the bottle 1. When an arm 9 of the clamp 16 is pressed down, a plate cam 10 turns, and the bar body 19 is lifted by a pin 11 in accordance with the lifted amount of the plate cam 10. At the same time, the plate cam 10 presses the bar member 21 down. In the meantime, an elastic body sleeve 8 is pinched between a third flange 18 and first flange 7 and compressed. The center part of the elastic body sleeve 8 is lifted and generates a projected part 6. This projected part 6 presses the inner wall of the bottle 1. When the plug for pressure bottle is removed, by pushing up the arm of the clamp 16, the plug for pressure bottle can be easily pulled out.
Patent JP-H0957189-A (JP)
Title: Method for refinishing automobile outside plate
Inventor: SUKEJIMA HAJIME
IPC: B05D3/12
Filed: 1995-08-29
Abstract: PROBLEM TO BE SOLVED: To eliminate the attachment/detachment of parts and to refinish simply, inexpensively, in a short time by a method in which inside parts such as door parts and a hood are not coated, and a paint containing bright pigment of the same color as the existing film is applied on the existing paint film of only the outside part of an outside plate in the refinishing of an automobile outside plate. SOLUTION: In the refinishing of an automobile outside plate, a paint containing bright pigment of the same color as the existing paint film is applied on the existing paint film of only the outside part of the outside plate, and clear paint is applied on the part. The paint containing bright pigment to be used contains a resin component, bright pigment, colored pigment, a solvent as main components, and as necessity requires, paint additives such as extender pigment. In the refinishing, a transparent or translucent pressure sensitive adhesive tape is stuck on the paint film to cover the defective part of the existing film, and the film is peeled off with the tape so that the cross section of the film is nearly U-shaped. The recessed part is filled with repairing paste, the residual tape is removed, and the paste is polished to repair the defective part.
Patent JP-H0855686-A (JP)
Title: Discharge lamp lighting device
Inventor: KOBAYASHI TOSHIO
IPC: H05B41/282
Filed: 1994-08-10
Abstract: PURPOSE:To reduce harmonic distortion by supplying an input current to a total continuity angle as a preheating mode in which a lamp current is not supplied in a period in which a non-smooth DC voltage is a specified voltage or less. CONSTITUTION:A voltage from a commercial power supply 1 is converted by a full wave rectifier 3 into a non-smooth DC voltage. When a device is started, a filament preheating current is supplied from a switching element 4 through a choke coil, a fluorescent lamp 9, a resonance capacitor 10, and a lamp 9 filament. Next, the element 4 is put off, while an element 5 is put on, and the filament preheating current is supplied from the element 5 through the lamp 9, the capacitor 10, and a coil 8. When an input DC voltage becomes a specified value or less, an inverter frequency is decreased gradually, both end voltages of the capacitor 10 are increased, and the lamp 9 is started. By change of an action frequency, both end voltages of the lamp 9 are quickly decreased, filament consumption of the lamp 9 is reduced, and a lamp life is increased. By supplying the preheating current continuously to supply an input current continuously without becoming zero, a continuity angle is enlarged, thereby harmonic distortion can be reduced.
Patent JP-H0769121-A (JP)
Title: Wheelchair elevator of automobile
Inventor: KATO MASATOSHI
IPC: B60P1/46
Filed: 1993-09-03
Abstract: PURPOSE:To provide a device suitable for its installation onto a vehicle with a small entrance by installing a pair of guide rails arranged in parallel with each other onto a floor toward the inner part from a carbody opening and supporting both ends of a bed supporter provided with a bed elevatably on the guid rails slidably. CONSTITUTION:A pair of guide rails 4 extending left and right are arranged on a floor 3 so as to draw out a bed 2 outside a carbody. A bed supporter 12 is assembled slidably on an intermediate guide rail 8 assembled along the longitudinal guide rails 4 slidably. An elevating member 24 is arranged in a pole 19 erected on the bed supporter 12 and a connection member 27 is jointed to its tip end and the bed 2 is connected to its lower end. In the case of loading a wheelchair, the bed supporter 12 is drawn out outside the carbody and the bed 2 is lowered onto the earth by the elevating member 24 by means of a winch 33. Then, the wheelchair is loaded on the bed 2 and pushed in the carbody after lifting the bed 2 by the winch 33.
Patent JP-H0768410-A (JP)
Title: Hull cutting method for model ship
Inventor: MORIE KAZUKI
IPC: B27C5/00
Filed: 1993-09-03
Abstract: PURPOSE:To provide a hull cutting method for a model ship by which the model ship can be cut so as to be brought close to a designed shape as much as possible and manual finishing after cutting can be remarkably reduced. CONSTITUTION:In order to express a hull SH, the shape of the horizontal cross section at each level of multi-stages from the bottom to the top of a ship is formed by a line composed of equally spaced points along the longitudinal direction of the hull body SH, and with the shaft center of a milling cutter 7 horizontally off-set a half of the diameter of the milling cutter 7 from this point line toward the outside, cutting is performed to form the hull shape at the stage. Such cutting is repeated to form material into the hull shape at each stage. After that, the points which coincide with each other in the horizontal cross section of hull SH out of point line at each stage is rearranged into the point line in the horizontal cross section, and the shaft centers of milling cutters 6 and 7 off-set outside a half of the diameter of the milling cutter along the horizontal cross sectional point line, the milling cutter is shifted in the cross sectional direction and performs cutting.