baber/WOPTO huggingface dataset:
Patent JP-H1057378-A (JP)
Title: Ultrasonic probe for three dimensional scanning
Inventor: ADACHI SHIYOUKI
IPC: A61B8/12
Filed: 1996-08-23
Abstract: PROBLEM TO BE SOLVED: To provide an ultrasonic probe for three dimensional scanning having an outer sheath free from bending nor deforming without being effected from outside. SOLUTION: Ultrasonic probe for three dimensional scanning is composed of an ultrasonic probe body having an ultrasonic receiver, a drive unit jointed to the ultrasonic probe body to drive the ultrasonic receiver at least one of the motions either radial or linear front and rear to axis of the body, an outer sheath 20 equipped with a supersonic beam path 24 on such moving area of the ultrasonc receiver and an outer sheath bending proof member 26 applied at least either around outer or around inner of the ultrasonic beam path 24 applied to the outer sheath 20.
Patent JP-S60114722-A (JP)
Title: Digital measuring device
Inventor: WATANABE KAZUHIRO
IPC: G01G23/375
Filed: 1983-11-26
Abstract: PURPOSE:To reduce errors in measurement of absolute values and in comparing measurement, by moving a fixed scale in parallel by a fine adjustment device at a zero point or at a comparing point, and aligning the scale so that a quantizing error becomes small. CONSTITUTION:Light from a light emitting element 5 passes a moving scale 4 and a fixed scale 2 and enters into light receiving elements 6 and 7. An addition and subtraction discriminating circuit 8 receives an electric signal (a) from the light receiving element 6 and an electric signal (b) from the light receiving element 7 and outputs the signal, which has undergone addition, subtraction, and discrimination. Then, the discriminated up pulses and down pulses are inputted and counted by a counter circuit 9. A parallel plate spring 11 moves the fixed scale 2 in parallel with a frame body 1, and the scale 2 is finely moved by a screw 12.
Patent JP-H0757604-A (JP)
Title: Thermal overload relay
Inventor: FURUHATA YUKIO
IPC: H01H61/013
Filed: 1993-08-16
Abstract: PURPOSE:To elongate action time of a thermal overload relay. CONSTITUTION:Plural thin plates 6 of thermal conductor are laminated and held between a bimetal 4 and a heater 5 for composing a heater element of a thermal overload relay. The bimetal 4 is thus heated after the thin plates 6 are heated by the heater 5, so time till the bimetal gets to a specified action temperature delays to elongate action time of the termal relay. This action time can be regulated as desired by changing the number or thickness of the thin plates 6.
Patent JP-S59113070-A (JP)
Title: Material for preventing adhesion of marine life
Inventor: SHIMADA HARUO
IPC: B28B23/02
Filed: 1982-12-21
Abstract: PURPOSE:To provide the titled material having excellent effect for the prevention of adhesion of marine life, by coating the surface of a marine construction made of steel, concrete, titanium, etc. with a composite material obtained by dispersion of copper or copper alloy in an organic material or a fiber-reinforced plastic material. CONSTITUTION:The objective material can be obtained by coating the surface of a marine construction made of steel, concrete, Ti or Ti alloy with an adhesive prepared e.g. by dispersing (A) particles obtained by cutting fine wires of (i) Cu and (ii) a Cu-Ni alloy in (B) polyethylene, polypropylene, vinyl chloride resin, acrylic resin or fiber-reinforced plastic at a volume ratio of 1:1. The copper and copper alloy may be used in the form of foils, powderes, etc.
Patent JP-H0560599-A (JP)
Title: Dewar for infrared detector
Inventor: KOMINE YOSHIHARU
IPC: G01J5/28
Filed: 1991-09-03
Abstract: PURPOSE:To provide a dewar or high reliability for use in an infrared detector by preventing peeling and breaking of a package stuck to the head portion of the inner shell of the dewar. CONSTITUTION:A space 7 is held within an outer shell 4 in order to make a vacuum and an inner shell 3 is incorporated into the shell 4 and a package 2 having a semiconductor light-receiving element 1 assembled therein is stuck to the head portion of the inner shell 3 by an alloy 5a of In and Ga. A cooling medium is put in the internal space of the inner shell and stress generated when the semiconductor light-receiving element located on the head portion of the inner shell is cooled is absorbed by the alloy of In and Ga and so peeling between the package and the inner shell and breaking of the package are prevented.
Patent JP-H0968493-A (JP)
Title: Atomic absorptiometer
Inventor: TOBE HAYATO
IPC: G01N21/31
Filed: 1995-08-31
Abstract: PROBLEM TO BE SOLVED: To prevent lowering of absorption sensitivity and production of contamination by shielding a magnet from radiation heat and conduction heat emitted from a graphite tube thereby blocking the corrosive gas produced through evaporation of acids from a sample contained in the graphite tube. SOLUTION: A gas control section 14 supplies a carrier gas 16 to the inside of a graphite tube 1 and a sheath gas 17 to the outside of graphite tube 1 and into a shield tube 4. When an electrode 3 is fed with a current, the graphite tube 1 is heated through the resistance and thereby a sample 5 is heated to produce atomic vapor. A light subjected to atomic absorption through the atomic vapor is passed through a spectrometer 8 and only the measuring light is detected by a detector 9. The detector 9 delivers a detection data to a signal processing section 11 where the absorbance of sample 5 is determined arithmetically and the results are delivered to an output unit 13.
Patent JP-H0269707-A (JP)
Title: Zooming controller for camera
Inventor: NAKAMURA TOSHIYUKI
IPC: G03B5/00
Filed: 1988-09-06
Abstract: PURPOSE:To easily stop a lens at a specific zooming point by providing a 2nd operation member separately. CONSTITUTION:A mode changeover switch 1 is a mode changeover switch for switching between a continuous zooming mode and a step zooming mode. Push-button switches which turn on only while depressed are used as a zoom-up switch 2, a zoom-down switch 3, and a step switch 4. When a zooming driving means operates the 2nd operation member during zooming driving by receiving the selective setting of the continuous zooming mode by the 1st operation member, the zooming driving is switched to the step zooming mode to stop the lens. Consequently, the operation wherein a lens barrel is stopped at the zoom point as a specific step determined by the step zooming mode while the continuous zooming mode is set is easily performed.
Patent JP-S6466635-A (JP)
Title: Converter
Inventor: HAMANO HIDEO
IPC: G03B17/12
Filed: 1987-09-08
Abstract: PURPOSE:To execute automatic focusing to a manual focusing interchangeable lens whose mount structure is different, by outputting information necessary for automatic focusing from a lens side and moving the lens system in a converter to an optical axis direction with a signal for automatic focusing from a camera side. CONSTITUTION:The distance is set in infinity in the interchangeable lens, which is fitted to the mount 7 of the converter main body. And the mount 1 of the converter main body is mounted on the camera main body. Thus, an electrical contact on the camera side is connected with the electrical contact of the converter. The camera side drives a lens driving motor 9 in the converter to rotate a gear 9.1 according to the peculiar information of the interchangeable lens based on the signal from a focusing detecting device. Thus, a gear 8.2 fixedly provided on the outer periphery of a focus ring 8 arranged outside a housing 5 meshes so as to rotate to drive. And with the rotation of the ring 8, a lens barrel 4 moves to the optical axis direction with the aid of a cam groove 8.1 and a straight driving groove through a focus roll 22.
Patent JP-S60112845-A (JP)
Inventor: KARURU TSUABUROTSUKI
IPC: C08F279/02
Filed: 1984-10-25
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-S58160290-A (JP)
Inventor: DEIITAA PISUTORU
IPC: B67B7/12
Filed: 1982-12-21
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-H0387972-A (JP)
Title: Automatic business form recognizing method
Inventor: YAMAZAKI SACHIYO
IPC: G06K9/20
Filed: 1989-08-31
Abstract: PURPOSE:To improve the processing ability for automatic recognition of business forms by providing a sheet ID at the initial reading position, reading the sheet ID at a business office to decide the type of a business form, and reading this decided form via an optical character reader only in the area where the data is written to check the presence or absence of data on the data item. CONSTITUTION:The sheet ID fields F4 are provided at the initial reading positions of a self-bank form A, an another-bank form B, and a general transfer form C so that the types of these forms are previously decided. Thus the types of forms can be quickly and easily decided at a business office when a sheet ID is read by a desk optical character reader OCR 1. When the type of the form is decided, the form is read skipping only in an area of the data item where the data on the form is written and the presence or absence of the data item is checked for the check of the data item of the form which is carried out at a business office X. Thus the data checking time is shortened compared with a case where the entire surface of a business form is successively read and checked.
Patent JP-H0966504-A (JP)
Title: Preserving method for vegetable relic and preserved vegetable relic
Inventor: UEDA NAOMI
IPC: B27K3/50
Filed: 1995-08-31
Abstract: PROBLEM TO BE SOLVED: To attempt to improve the dimensional stability of not only cultural relic from an excavation but also the other general vegetable relic by dipping it in a specific water soluble solvent, then impregnating it with a specific compound and then solidifying it. SOLUTION: A vegetable relic is dipped in a water soluble solvent, and the impregnated water in the relic is substituted for the solvent. Then, it is substituted for a higher fatty acid ester represented by formula I of a melted state, a higher fatty acid represented by formula II or polyoxyethylenealkyl eater represented by formula III, and solidified. In the formulae, R1 is a 18-38C alkyl chain, or a 2-21C alkyl chain, R2 is a 1-4C alkyl chain. In the formula, R3 is a 13-21C alkyl chain. Further, in the formula, R4 is a 9-19C alkyl chain having a 13-21 alkyl chain and, n is an integer of 2 to 91.
Patent JP-H04105375-A (JP)
Title: Manufacture of piezoelectric laminate
Inventor: OZAWA HITOSHI
IPC: H01L41/083
Filed: 1990-08-24
Abstract: PURPOSE:To enable the title piezoelectric laminate having bonded laminates without using a bonding agent at all to be manufactured by a method wherein the central parts of electrode layers are formed into a concave shape on the surface of piezoelectric sheets so as to be laminated with metallic electrode sheets in a vacuum atmosphere. CONSTITUTION:Silver electrode layers 21 are formed on both surface and rear of piezoelectric sheets 2 so that the central parts of the layers 21 may be thinned by several mum while thickening the edge parts thereof and then the piezoelectric sheets 2 and metallic electrode sheets 3 are alternately laminated in a vacuum chamber. At this time, the electrode layers 21 of the piezoelectric sheets 2 and the metallic electrode sheets 3 are laminated making cavities 11 between the layers 21 and the sheets 3. Next, (every other one) of the same kind of tongue type terminal parts of the metallic electrode sheets 3 of the laminate 1 are bent and welded into a junction electrode 31 to form a pair of electrodes connecting to lead wires 4. This process is performed in the vacuum chamber since the laminate 1 is not yet fixed. Finally, the outer peripheral edge surface of the manufactured laminate 1 is coated with insulating material 5 to be set.
Patent JP-H01100359-A (JP)
Title: Device for supplying internal combustion engine for automobile with fuel from storage tank
Inventor: BUERUNAA SHIYUMITSUTO
IPC: F02M37/10
Filed: 1988-09-08
Abstract: PURPOSE: To open and close a valve without using negative pressure and completely suck in the fuel in a storage for supply by arranging a closure member in the fuel, connecting said member to a floating member so as to close a hole communicating with a suction chamber and a tank interior chamber. CONSTITUTION: A fuel supply unit 16 is arranged in an interior chamber 14 of a tank, surrounded by a bottom wall 12 of a storage tank 10. A suction chamber 34 is arranged under a fuel storage chamber 28 in the fuel supply unit 16. The suction chamber 34 is connected to the tank interior chamber 14 and the fuel storage chamber 28 respectively via a plurality of holes 36, 38. Fuel is introduced from a suction member 18 through a discharge member 20 and a discharge pipe 22 to an internal combustion engine 24. In this structure, a floating member 42 is arranged in a chamber 40, and a closure member 46 is supported by the floating member 42 via a support member 44. The holes 36, 38 are closed by the corresponding end surfaces of the closure member 46.
Patent JP-S6382945-A (JP)
Inventor: SHIMIZU KEIICHI
IPC: B65D17/00
Filed: 1986-09-24
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-H0776165-A (JP)
Title: Thermal record body
Inventor: TAI YASUTO
IPC: B41M5/30
Filed: 1993-09-08
Abstract: PURPOSE:To obtain a thermal record body whose thermally recorded information does not become known to a third person by arranging, in sequence on the top face of a support body, a thermal recording layer and a peelable masking layer formed by coating process so as to make recorded information unreadable, and making the face of the masking layer rough. CONSTITUTION:A thermal record body is constituted by arranging in sequence a thermal recording layer and a specified masking layer on the top face of a support body. That is, the masking layer is formed by coating process in a peelable way, so as to make recorded information unreadable. The face of the masking layer is roughed, or a roughed overcoat layer may be arranged on the top face of the masking layer in the thermal record body. In roughing the face, for example, the face is roughed by an embossing roll or a roughing roll after the masking layer is formed. Thus, a thermal record medium whose thermally recorded information does not become known to a third person is obtained.
Patent JP-H0677071-A (JP)
Title: Manufacture of ferromagnetic field generating coil conductor
Inventor: NAGATA AKINORI
IPC: G21B1/11
Filed: 1992-08-24
Abstract: PURPOSE:To make a coil conductor high enough in mechanical strength to withstand a ferromagnetic field by a method wherein a wedge is driven into a center hole bored in a molded cylindrical body to enlarge the hole in diameter, and the inner face of the center hole is hardened by a pressing force given by the wedge. CONSTITUTION:A center hole 5 where cooling water is made to pass is bored in a molded cylindrical body 2a and then subjected to an enlarging process. In an enlarging process, a wedge is applied to the center hole 5 and driven in by a static press to enlarge the hole 5 in diameter. When the center hole 5 is enlarged in diameter, and the pressing force of the wedge is given to the inner face of the hole 5, whereby the center hole 5 is subjected to so-called cold working, and the inner face of the hole 5 is enhanced in molecular density from the view point of metal structure and becomes harder. By this setup, the inner face of the hole 5 can be increased in yield strength by 0.2%, with arm increase in hardness, so that a magnetic field generating coil conductor of this design is able to generate a ferromagnetic field.
Patent JP-H0967641-A (JP)
Title: High tensile strength hot rolled steel plate excellent in impact resistance and its production
Inventor: TAKAGI SHUSAKU
IPC: B21B45/08
Filed: 1995-08-31
Abstract: PROBLEM TO BE SOLVED: To obtain excellent immunity to impact deformation by specifying a steel composition and performing, after hot rolling, controlled cooling and structure control. SOLUTION: This steel plate has a composition consisting of, by weight ratio, 0.05-2.0% C, <=1.5% Si, 0.5-3.0% Mn, <=0.01% S, further one or >=2 kinds among 0.03-0.15% P, 0.05-2.0% Cr, and 0.1-1% Mo, and the balance Fe with inevitable impurities. Simultaneously, the surface layer part, between the surface of the steel plate and a position at a depth of at least 2% of plate thickness, has a dual-phase structure of ferrite of <5μm average grain size and martensite of <3μm average grain size. At the time of producing the steel plate, the steel is heated to 950-1250 deg.C, roughed, subjected to ultra high pressure descaling at >=25kgf/cm<2> pressure of collision, and finished at a temp. not lower than the Ar3 transformation point. Subsequently, the resultant steel plate is cooled to the range of 750-700 deg.C at a rate of >=30 deg.C/S, then rapidly cooled down to 650-550 deg.C, thereafter cooled down to 500 deg.C at a rate of >=30 deg.C/S, and coiled.
Patent JP-2001050720-A (JP)
Title: Surface inspection method and device thereof
Inventor: HARUYAMA KOJI
IPC: G01B11/30
Filed: 1999-08-06
Abstract: PROBLEM TO BE SOLVED: To provide excellent defect detecting performance by shading a part of reflecting light from an inspected object irradiated by an irradiation means, and discriminating the surface condition of the inspected object from the change of a quantity of light according to the change of reflecting angle on the surface of the inspected object. SOLUTION: Illuminating light from a illuminating source 4 is projected on a chart 5 for slit, and the slit image is projected on the surface of an inspected object 1 by a converging optical system 6. The reflected light 9 of light irradiating the inspected object 1 is received by a light receiving means 8 constituted of a shading means 10, a converging optical system 11, and a light receiving sensor 12. Hereat in the reflected light 9, a part of the light is shaded by a shading means 10 movable along the direction 14, the passed light is converged by a converging optical system 11, and it is formed into an image on the light receiving sensor 12. The shading means 10 is set so as to shade the upper side dividing the light flux of the reflected light 9 into two in the lengthwise direction of the slit.  By constituting it in this way, when recessed and projecting parts exist on the inspected object 1, reflected light fluxes corresponding to the inclination of the recessed and projecting parts are converged by the light receiving sensor 12 to be output.
Patent JP-H1068977-A (JP)
Title: Camera
Inventor: NISHITANI YASUHIRO
IPC: G03B7/26
Filed: 1996-08-26
Abstract: PROBLEM TO BE SOLVED: To attain electric power saving by suppressing unnecessary current consumption based on the detection of the existence of an auxiliary battery supplying charging energy at a camera using an improved battery capable of being repeatedly discharged and charged. SOLUTION: At this camera, power is supplied to a camera circuit 90 from a main battery 34, and the main battery 34 is charged by a charging circuit 70 by having the auxiliary battery 40 such as an AA type battery or the like as a charging power source. In this case, an auxiliary battery existence detection switch turned on/off by linking with the movement of an armature member on which the positive electrode of the auxiliary battery 40 abuts is provided, so that the existence of the auxiliary battery 40 is detected. In the case that the auxiliary battery is not loaded, an auxiliary switch 94 is turned off, and in a state where the main switch 92 of the camera is turned on, the energizing route of the camera circuit 90 is interrupted, so that a leaked current is suppressed.
Patent JP-S6466589-A (JP)
Title: Apparatus for detecting inferior mounting of lead of electronic part
Inventor: NISHIDE YUTAKA
IPC: H05K13/08
Filed: 1987-09-07
Abstract: PURPOSE:To accurately detect the insert omission place of a lead, by mounting a scanning mechanism and a control apparatus for collating the actual count number obtained by counting the detection signal of a sensor with a memory value and operating a display device on the basis of the non-coincidence signal thereof. CONSTITUTION:A sensor 1 is supported by a revolving means 5 and a scanning mechanism 2 allows the sensor 1 to horizontally move along with the revolving means 5. This scanning mechanism 2 is constituted of an X-Y table having a pulse motor as a drive source and makes the sensor 1 freely movable within a detection region in a horizontal biaxial direction. The lead detection signal from the sensor 1 is inputted to a sequencer and the actually measured number of signals are counted by the counter mechanism in the sequencer to be collated with a memory value and, when this collation value does not coincide, a display device 3 such as a buzzer is operated to display the insert omission of a lead. By this method, workability is enhanced and the stability of the quality of a printed circuit board product can be enhanced.
Patent JP-S59108548-A (JP)
Title: Fabrication of artificial tooth
Inventor: DEYURE FURANSOWA
IPC: A61C5/77
Filed: 1983-11-30
Abstract: 1. A process for the production of fixed dental prosthesis, such as a crown or a bridge, making use of a recording of the shape of the implantation area, and consisting, in accordance with this recording of shape which is deal with by a computer that specifies the shape of the prosthesis to be produced, in machining the said prosthesis by means of a machining centre assisted by this computer, characterized in that it consists in using a machine-tool equipped with a rotary tool operatable in three axes, and that it also consists, taking account of the angle of attack of the machining tool, i.e., of the possible direction of penetration of the tool into the material, in subsdiving the said prosthesis into one or more unit parts, each part being such that all its surfaces can be machined by this machine, then machining at least one part of each of these units separately, and finally assembling them and possibly off the machining.
Patent JP-H0779904-A (JP)
Title: Dishwasher
Inventor: INUI HIROAKI
IPC: A47L15/46
Filed: 1993-09-10
Abstract: PURPOSE:To prevent dishes from chipping and cracking caused by heat shock occurred in the process of washing and rinsing by controlling to use the washing water stored in a tank as washing water in the rinsing process after heated. CONSTITUTION:The first water pipe 19 feeds water into a washing tub 1 from the nozzle set in the place where splashes of water do not hit dishes 2 directly. The second water pipe 21 feeds water to a reservior 20 placed at the upper part of the washing tub 1. In the process of washing, a control device 18 heats water in the washing tub 1 to a given temperature by a heater 15 and activates a wash pump to spot water from a wash nozzle 12. As hot water hits the reservior 20, water in it is heated. A part of the water in it pours down over dishes 20 from a nozzle 24 removing leavings stuck to dishes and taking them out. The rest of water poured down into the washing tub 1 from the nozzle 24 is jetted from the wash nozzle 12. Through a series of these processes dishes are cooled down gradually.