baber/WOPTO huggingface dataset:
Patent JP-H09132205-A (JP)
Title: Automated robot type lens charge system
Inventor: ROBAATO JIYON EDEII
IPC: B65B57/10
Filed: 1996-06-20
Abstract: PROBLEM TO BE SOLVED: To provide a lens-transfer robot conveying and handling contact lenses designed so as to make it possible to operate respective vacuum chamber and air-compressive chamber for respective front ends of transfer of an end part actuation body. SOLUTION: A transfer lens end actuation body assembly 75 is formed of a lens end actuation body frame 77, an aircylinder 79 arranged on the shelf 81 of the end part actuation body frame vertically stretching and containing an end part actuation body tube/chamber assembly 80, and a lens end actuation body nozzle front end 60 integrally formed against the lens end actuation body frame 77. The end part actuation body tube/chamber assembly 80 and the lens transfer front end 60 are vertically stretched and contained by the cooperation with the aircylinder 79. The lens transfer front end 60 is integrally connected to respective vacuum chambers 87 and a blow-off pipe 90 is integrally connected to respective air supply chambers 97.
Patent JP-H0623619-A (JP)
Title: Cutter
Inventor: TOKIWA TORU
IPC: B23D55/02
Filed: 1992-07-07
Abstract: PURPOSE:To provide an automatic and precise cutter which is easier to use when cutting with a cutting device to cut two right-angled sides of a work. CONSTITUTION:A rotatable turn table 5 is provided on a bed 3, a cutting device 9 is arranged adjacent to the turn table 5 to cut one side of a work W supported and fixed on the turn table 5, one movable back gauge 29 is placed adjacent to one side of the turn table 5 on the same side of the cutting device 9 and another movable back gauge 45 is placed adjacent to the other side of the turn table 5 on the transverse side of the cutting device 9.
Patent JP-S5879723-A (JP)
Title: Semiconductor device
Inventor: ISHII KIYOUICHI
IPC: H01L29/78
Filed: 1981-11-06
Abstract: PURPOSE:To stabilize the electrical characteristics of a semiconductor and to improve its reliability by providing a double-layer film as an insulating layer. CONSTITUTION:An alumina film or an aluminum nitride film is used as a second thin film 4. For a first thin film 3, use is made of at least one of the components of a compound semiconductor constituting an active layer 2 and a semi-insulating or insulating layer containing aluminum as the main component of a thin film 4, which is a true insulating film formed thereon. The laminated structure of these thin films 3, 4 is used to form an insulating layer 5 and provided on the surface of the active layer 2. Thus a stable insulating layer is offered and this helps stabilizing the electrical characteristics of the compound semiconductor and improving its reliability.
Patent JP-H04128239-A (JP)
Title: Stabilized fgf protein composition and its production
Inventor: AKIYAMA YOKO
IPC: A61K31/715
Filed: 1990-07-05
Abstract: PURPOSE:To obtain a composition improved in stability of FGF protein by blending FGF protein with a water-insoluble hydroxypropyl cellulose. CONSTITUTION:FGF protein is blended with a water insoluble hydroxypropyl cellulose, (preferably containing 5.0-16.0% hydroxypropoxyl radical when the hydroxypropyl cellulose dried at 105 deg.C for 1hr is determined), at a ratio of 0.01-1000000 pts.wt., especially 500-10000 pts.wt. based on 1 pts.wt. FGF protein. The composition may further contain saccharides, proteins, amino acids, sodium chloride and gumi arabic and may be coated with an enteric polymer. The FGF protein includes a protein extracted from an organ of brain, hypophysis, etc., a protein obtained by recombinant DNA technique or FGF mucin.
Patent JP-2000006476-A (JP)
Title: Image output apparatus and its control method
Inventor: TSUNEKAWA KIYOHIRO
IPC: G06F3/12
Filed: 1998-06-25
Abstract: PROBLEM TO BE SOLVED: To shorten a time required to the completion of printing by retreating received print data to a spool part at the occurrence of an error state and storing subsequently sent data in the spool part. SOLUTION: Generally, a controller part 103 of a printer stores received print data in a receiving buffer 307. At the occurrence of an error, the controller part moves the data stored in the receiving buffer to a print data spool part 305c and stores also data received thereafter in the spool part 305c. When recovered from the error, the controller part returns a storage destination for the received data to the receiving buffer 307, reads out data from the print data spool part 305c and resumes outputting.
Patent JP-H1020322-A (JP)
Title: Displaying substrate and liquid crystal display device using same
Inventor: YAMAUCHI TAKAO
IPC: G02B5/00
Filed: 1996-07-09
Abstract: PROBLEM TO BE SOLVED: To simplify a manufacturing process and to improve displaying quality by providing a metallic light shielding film individually covering almost whole surface of plural transparent electrodes formed in a peripheral area surrounding the lighting area of a substrate. SOLUTION: In a peripheral area functioning as a light shielding area surrounding a lighting area on the center of a substrate, plural transparent electrodes 35 for pulling out one end of a common line transparent electrode 33 to a connection terminal area are formed in the oblique direction while gathering them together. Plural dummy transparent electrodes 36, 37 are formed so as to fill up the surrounding gaps of the transparent electrodes 35 for pulling out. Light shielding films are formed. On the plural transparent electrodes 35 for pulling out and the dummy transparent electrodes 36, 37, light shielding films are formed. The light shielding film divides metallic plated patterns formed on the respective electrodes 35-37 into plural cells S1-S3 of quadrangle- and parallelogram-shapes and it is formed by the assembly of the plural cells S1-S3.
Patent JP-H0925511-A (JP)
Title: Method for performing heat treatment or thermochemical treatment of precision component made of steel
Inventor: GEORUKU SHIEFURAA
IPC: C21D9/40
Filed: 1996-07-09
Abstract: PROBLEM TO BE SOLVED: To prevent the influence of undesirable mechanical properties on the thick-walled region by applying partial low temp. cooling to the precision component part having various different wall thicknesses and reducing the primary retained austenite in the loaded part.  
     SOLUTION: The precision component part, composed of a steel having various different wall thicknesses, is subjected to heat treatment or thermochemical treatment and subjected, at least, to the stages of hardening 8, low temp. cooling 9, and tempering 10. At this time, partial low temp. cooling is applied to the precision component part. For example, the functional surface of the bottom of a cup-shaped tappet is cooled down to -35 to -120°C and loaded. It is preferable that this low temp. cooling heat treatment 9 is carried out in direct succession to the hardening 8 or subsequent rapid cooling and that heating up to room temp. is performed directly after that. By this method. primary retained austenite can be reduced from the loaded part alone to improve hardness, and a thin-walled part can maintain prescribed toughness without being influenced by the mechanical properties. 
     COPYRIGHT: (C)1997,JPO
Patent JP-S6239844-A (JP)
Title: Photosensitive and pressure sensitive recording sheet for transfer to plain paper
Inventor: MATSUSHITA TOSHIHIKO
IPC: G03C7/00
Filed: 1985-08-14
Abstract: PURPOSE:To obtain a polychromatic recorded image having superior light resistance to plain paper by transfer by mixing three or more kinds of microcapsules contg. essentially a photosetting resin, an org. solvent and a colored dye or pigment and by applying the mixture to a support. CONSTITUTION:Microcapsules contg. a photosetting resin or the resin and a colored dye or pigment dissolved or dispersed in an org. solvent are mixed with three or more kinds of microcapsules contg. separately dyes or pigments giving yellow, magenta and cyan colors in wax. The mixture is applied to one side of a support. When the resulting photosensitive and pressure sensitive recording sheet is exposed and pressurized, only an image can clearly be recorded and the microcapsules in the exposed part, that is, the non-image part are converted into rigid capsules by photosetting, so the background is not transferred at all.
Patent JP-H0467259-A (JP)
Title: Information processor
Inventor: WATABE TAKAO
IPC: G06N3/02
Filed: 1990-07-09
Abstract: PURPOSE:To obtain an information processor suited to the high integration by carrying out using the differential signals the write/read operations of the coupling weight value and the product sum calculation of the coupling weight value and the neuron output value. CONSTITUTION:The write information is given to an input/output line pair IO and the inverse of IO and the differential voltage, and a word line WiE and a Y selection signal Yj are set at high potentials. Thus a signal of the pair IO is transmitted to a data line pair Dj and the inverse of Dj and the information is written into a cell E. When the signal is read out, the pair Dj is precharged to a high potential by a precharge circuit PCH with the line WiE set at a high potential respectively. The potential of the Dj is slightly higher or lower than the potential of the inverse of Dj according to 1 or 0 of the information stored in the cell E. Based on the difference of these potentials, the signal Yj is set at a high potential via a sense amplifier SA and read out to the IO and the inverse of IO as the differential signal.
Patent JP-H1122537-A (JP)
Title: Sensor output diagnostic device
Inventor: HOSOYA HAJIME
IPC: F02D45/00
Filed: 1997-07-04
Abstract: PROBLEM TO BE SOLVED: To accurately diagnose the sticking of a sensor output (air flowmeter output) at the upper limit value or the lower limit value without being affected by noise. SOLUTION: An air flowmeter output A is read (S1), and its time series data A(1)-A(n) are obtained (S2). The mean value (moving mean value) Amean is calculated based on the time series data A(1)-A(n) (S3). The moving means value Amean of the air flowmeter output A is compared with the upper limit side decision criterion SLmax and the lower limit side decision criterion SLmin (S4, S6). If the moving mean value Amean exceeds the upper limit side decision criterion SLmax as the result of the comparison, the air flowmeter output A is judged to have a sticking abnormality at the upper limit value (S5). If the moving mean value Amean is below the lower limit side decision criterion SLmin, the air flowmeter output A is judged to have a sticking abnormality at the lower limit value (S7).
Patent JP-H1123164-A (JP)
Title: Method for detecting damage on wall of plasma melting furnace
Inventor: SAMEJIMA RYOJI
IPC: F23M5/00
Filed: 1997-07-04
Abstract: PROBLEM TO BE SOLVED: To provide a method for detecting damage on the wall of a plasma melting furnace due to corrosion at a refractory wall structure part surely in the early stage without stopping operation of the plasma melting furnace. SOLUTION: The refractory wall structure part 110 of the wall of a furnace comprises an inner circumferential layer 111 of refractory material touching a molten slug 31, and an outer circumferential layer 112 of conductive refractory material surrounding the inner circumferential layer 111 while being insulated electrically therefrom. Damage due to corrosion at the refractory wall structure part 111 is detected by sensing the conducting state of the molten slug 31 interposed between a main electrode and the outer circumferential layer 112. An electrode 140 is embedded in the outer circumferential layer 112 and a current indicator 142 is provided at the earth part 141 thereof. When a corroded part 114 reaches the outer circumferential layer 112, the current indicator 142 senses the conducting state between the main electrode and the outer circumferential layer 112.
Patent JP-S6156456-A (JP)
Title: Solid-state image pickup device
Inventor: YAMADA TAKAHIRO
IPC: H01L31/112
Filed: 1984-08-28
Abstract: PURPOSE:To obtain the title device having the high-sensitivity characteristic caused by the effect of stable multiplication which does not depend on the amount of incident light, by using a specific photo transistor as the photo receiving element. CONSTITUTION:An n<-> epitaxial layer 302 is formed on an n<+> substrate 301 that is the drain, and a p<+> region 303 that is the second gate is formed; then, another n<-> epitaxial layer 304 is formed, and a source n<+> region 305, a p<+> region 306 that is the first gate, and p<+> regions 307 for picture element isolation are formed on the surface of this epitaxial layer 304; besides, a source electrode 308 and the first gate electrode 309 come into contact with the corresponding regions through contact windows of the insulation films 310. The p<+> region 303 that is the second gate and the n<+> region 301 that is the drain are brought into contact with the second gate electrode and the drain electrode corresponding to the periphery. Further, dimensions are determined so that a relation lGG>rG2 may hold to the interval WG2 between a pair of p<+> regions 303 that are the second gates and to the distance LGG between the p<+> regions 306- that are the first gates and the p<+> region 303 that is the second gate.
Patent JP-S6072035-A (JP)
Title: Error processing system
Inventor: ISOBE HIROMASA
IPC: G06F11/00
Filed: 1983-09-28
Abstract: PURPOSE:To detect easily an error, to reduce an error wave and the number of lines after recovery, and to discriminate exactly a line number by accumulating a control part and a data part at every line, and storing a delimiting pattern and consecutive numbers of the line in the control part. CONSTITUTION:A control part and a data part are accumulated at every line, and a delimiting pattern and consecutive numbers of the line are stored in the control part. For instance, a system is constituted of a work station WS1 consisting of an image processing unit IPU16, etc., a file management station FMS7, etc. In this state, when picture data is inputted from the WS1, the number of words is read by executing compression processing through the IPU16, the FMS7, etc., the delimiting pattern and consecutive numbers of the line are stored in a header part, and the read data is accumulated in the rear of the header part. Subsequently, when the compressed data is being read out, in case the delimiting pattern is not detected, it is decided to be an error, a line number of the error is detected, and a reload of a line coinciding with the number of error lines is executed.
Patent JP-H0627453-A (JP)
Title: Optical element for liquid crystal display
Inventor: SUZUKI MOTOYUKI
IPC: G02B5/00
Filed: 1992-07-07
Abstract: PURPOSE:To improve a visual field angle enlargement effect by constituting the optical element of a micro-lens array (MLA) in which minute lenses are arranged like a plane and a polarized light element layer, and providing the polarized light element layer on the observation surface side of a liquid crystal display from the MLA layer. CONSTITUTION:An MLA layer 3 is constituted by arraying minute unit parts having many lens functions having a convex lens function and/or a concave lens function, like a plane in a certain period. In this MLA layer, there are a one-dimensional MLA in which a columnar solid in which one side face of a semicolumn, etc., is a plane is arrayed in one direction by allowing its plane side to coincide with the array surface, and a two-dimensional MLA in which a solid having the plane bottom face of a rectangle, a triangle, a hexagon, etc., is arrayed vertically and horizontally. When this MLA layer 3 is combined with a polarized light element layer 1 provided on its observation surface side, an external light is absorbed by the polarized light element layer 1 and does not reach the lens function surface, therefore, an external light scattering reflection is suppressed, and on the other hand, a light beam from a liquid crystal cell is not influenced even if there is the polarized light element layer 1, and deterioration of a contrast ratio is suppressed.
Patent JP-S6423173-A (JP)
Title: Testing device for semiconductor device
Inventor: NISHIBASHI RYOJI
IPC: G01R31/26
Filed: 1987-07-20
Abstract: PURPOSE:To rub the flank of a chip against the contact surface of a contactor and thus scrape off foreign matter sticking on the surface by providing the chip including up to the external lead of a semiconductor device to the bottom surface part of the mount of a suspender. CONSTITUTION:The semiconductor device 2 is mounted on the mount base 4a and the suspender 4 is lowered while the semiconductor device 2 is clamped with a presser 5 to press them into a holder 1. Then the foreign matter sticking on the contact surface of the contactor 3 in the holder 1 is rubbed away as the flank of the chip 10 is lowered while rubbed against the chip 10. Namely, the chip 10 while spreading the contactor 3 is rubbed against the contact surface at this time. Consequently, the foreign matter sticking on the contactor 3 is easily and securely removed to hold the contact surface of the contactor 3 excellent, thereby taking a proper measurement and conducting a proper test.
Patent JP-S6160709-A (JP)
Title: Manufacture of radical terpolymer of ethylene and radical copolymer of ethylene
Inventor: PIEERU GURORIO
IPC: C08F210/02
Filed: 1985-08-16
Abstract: A process for the manufacture of radical ethylene terpolymers or copolymers comprising moieties derived from an alkyl (meth)acrylate and/or moieties derived from maleic anhydride by copolymerizing, in the presence of at least one free-radical initiator, a mixture of ethylene, (meth)acrylate and/or maleic anhydride in a device comprising a primary compressor, the delivery pressure of which is between 200 and 300 bars, connected to a secondary compressor which is connected directly to a polymerization reactor, fresh ethylene being fed at the intake of the said primary compressor and said copolymerization being carried out in the said polymerization reactor under a pressure of between 1,000 and 2,500 bars and at a temperature of between 140 DEG  and 280 DEG  C., wherein the feeding of the (meth)acrylate and/or maleic anhydride into the reactor if effected by introducing maleic anhydride and/or (meth)acrylate at the intake of the secondary compressor. In the case of terpolymers, maleic anhyride is introduced as a solution in the (meth)acrylate. The process of the invention has the advantage of not requiring a homogenization device before the entry of the monomers into the reactor.
Patent JP-H0346273-A (JP)
Title: Input protective device
Inventor: KOUCHI TETSUNOBU
IPC: H02H9/04
Filed: 1989-07-14
Abstract: PURPOSE:To obtain an input protective device which is low in input signal clamping voltage and effectively protects an electronic device against breakdown caused by a surge by a method wherein a diode whose component region is formed of an impurity high concentration region is used to provide protection against an excessive voltage. CONSTITUTION:An input protective circuit 22 is provided with diodes 19 and 20 whose component regions are composed of impurity diffusion regions 4 and 5 whose conductivity type is opposite to that of a semiconductor region and impurity diffusion regions 6 and 7 higher than the regions 4 and 5 in impurity concentration, where the diodes 19 and 20 provide protection against an excessive voltage. That is, the diodes 19 and 20 are made to decrease in ON- resistance and reverse breakdown strength and to prevent punch-through caused by the spike of an electrode metal. For instance, when a positive surge is applied to an input terminal 13, a current is made to flow toward the power source of the input protective circuit 22 through a forward current of the first P-N diode 19 of the input protective circuit 22, and signals actually applied to the gate of a MOSFET 21 of an inner circuit 23 are clamped. By this setup, an inner circuit can be protected against breakdown due to a surge.
Patent JP-H0233017-A (JP)
Title: Transport article charging method and its device in steep sloped conveyer
Inventor: MATSUZAKA SADAO
IPC: B65G15/18
Filed: 1988-07-20
Abstract: PURPOSE:To surely perform conveyance by feeding a bulk load, while it is slided, on a belt so as to be supplied to a steep-sloped conveying part which transports the load held between a pair of belts, in case of the captioned device for the bulk load. CONSTITUTION:In a supply conveyer part 5, a driven pulley 3 in a bottom side belt 1B is positioned in the upper from a horizontal tangent X of a curving pulley 4A in the inlet part of a steep-sloped conveying part 7, tilting the belt 1B at a tilt angle theta. In this constitution, a bulk load, when it is supplied onto the bottom side belt 1B from a chute 6, is conveyed, while the load slides dropping by a slope of the bottom side belt B, toward the steep-sloped conveying part 7. Accordingly, the load itself advances by its own slide dropping force into the upper and bottom belts 1A, 1B in the inlet part of the steep-sloped conveying part 7, being held, lifted and conveyed by the belts. Consequently, holding to the belt is facilitated of the load, and it can be surely conveyed.
Patent JP-S6366664-A (JP)
Title: Method for displaying and controlling japanese word processor
Inventor: KAMEI FUMIO
IPC: G06F17/21
Filed: 1986-07-30
Abstract: PURPOSE:To decrease scrolls by using the area of a displayed drawing for display of converted KANJI (Chinese characters) for a prescribed period in a KANA (Japanese syllabary)/KANJI conversion mode and using an entire area in a normal mode in a process excepting for the KANA/KANJI conversion. CONSTITUTION:The KANA corresponding to the desired KANJI is supplied to a key group K and then stored in an original buffer 9. Then the input KANA is stored in a display buffer 7 and displayed after the guidance data on the lower lines of an LCD 3. A CPU 1 gives an access to a dictionary table data area in a ROM 5 with push of a conversion key and reads out the KANJI data coincident with the contents of the buffer 9. Then the CPU 1 stores said KANJI data in a KANA/KANJI conversion buffer 10 and displays it on the lower lines of the LCD 3 after setting a conversion flag in a RAM 6. When an adoption key is pushed at a time point when the desired KANJI is displayed, this KANJI is fetched into a basic program. Then the conversion flag is reset and a normal mode is displayed again.
Patent JP-H0471742-A (JP)
Title: Manufacture of tube having complicated section hole
Inventor: KAMITO YOSHIMI
IPC: H05B6/10
Filed: 1990-07-10
Abstract: PURPOSE:To easily manufacture a tube having a hole complicated in sectional form by compacting a previously worked mandrel as a core then melting the mandrel. CONSTITUTION:The mandrel 21 having the same sectional form as the sectional form of a desired hole 1 is made of low melting point alloy in advance, this is inserted into another metal tube 02 and compressed by an electromagnetic forming machine in the radial direction, therefore, the metal tube 02 is reduced uniformly along the form of the mandrel 21 and the sectional form of the hole 1 is the same form as the sectional form of the mandrel 21. Then, when this is heated, since the mandrel 21 is made of low melting alloy, it is melted away easily, the tube 2 having the hole 1 complicated in sectional form can be obtained.