baber/WOPTO huggingface dataset:
Patent JP-H04149930-A (JP)
Title: Plasma display panel
Inventor: HASEGAWA YOSHIYUKI
IPC: H01J11/12
Filed: 1990-10-15
Abstract: PURPOSE:To make a panel easy to observe by shielding the wires formed on a back substrate and liable to serve as antennas for noises with an insulated conducting layer in a plasma display panel excited with NESA electrodes formed on a front substrate from behind via a protruded conducting member. CONSTITUTION:NESA films are formed by the masking method on the inner face of a front substrate 1 as NESA electrodes 2, a protruded conducting member 3 is provided on the outside of the surface, and a transparent dielectric layer 14 is formed on the whole surface except the members 3. Back electrodes 5 made of Ag with the preset shape are formed on the inner face of the back substrate 4, and they are connected to terminals 8 provided at the periphery section of the substrate 4 by wires 6. A conducting member 10 is arranged at the portion to be brought into contact with the member 3 when the substrate 4 is combined with the substrate 1, it is connected to a terminal 7 by a wire 18, the electrodes 5 are covered with a black dielectric layer 15, a spacer 12 preventing a discharge by the wires is provided to obtain discharge gaps from the discharge bulkhead of the display portion, and a conducting layer 13 is formed on it.
Patent JP-S63129595-A (JP)
Title: Ram circuit
Inventor: NAGARA SHIGENORI
IPC: G11C11/401
Filed: 1986-11-18
Abstract: PURPOSE:To conduct an online test without destructing stored data by inhibiting data from being written in all memory cells if an inexistent address is specified at the time of writing and outputting data through a sense amplifier. CONSTITUTION:If an address signal 22 specifies the inexistent address, all outputs from decoders 6 and 7 become nonselective. MOSFET gates 12-15 are turned off and all the memory cells 8 are made nonselective. On the other hand, the signal 22 operates a write control circuit 4. It operates a write driving circuit 3, and a signal 25 turns off MOSFET gates 10 and 11. Moreover the signal 22 operates a sense amplifier control circuit 2, while a signal 26 operates a sense amplifier circuit 1. As a result write data 40 is outputted through the write driving circuit 3, the gates 10 and 11 and the circuit 1.
Patent JP-H0992879-A (JP)
Title: Semiconductor device manufacturing method
Inventor: IMAIZUMI MITSURU
IPC: H01L31/10
Filed: 1995-09-20
Abstract: PROBLEM TO BE SOLVED: To increase the density of a crystallite and to reduce the size thereof in a semiconductor quantum dot structure by selecting a semiconductor crystal having a bulk lattice constant forming a crystallite different by a predetermined percentage from the bulk lattice constant forming an energy barrier and by controlling the growth temperature within a certain range. SOLUTION: Crystal growth is conducted by using an organometallic chemical vapor deposition method. A semiconductor crystal having a lattice constant in a bulk state forming a crystallite different from that in a bulk state forming an energy barrier by not less than 1% is selected. After selecting the semiconductor crystal in such a manner, the semiconductor crystallite for crystal material is grown under a crystal growth condition of 700 deg.C to 750 deg.C by using three-dimentional growth of a mismatching lattice system. The Fig. shows a curve (a) of a crystallite grown at a growth temperature, at the time of crystallite growth, of 800 deg.C, a curve (b) of a crystallite grown at a growth temperature of 750 deg.C and a curve (c) of a crystallite grown at a growth temperature of 700 deg.C. Compared to the crystallite of the curve (a), the light receiving sensitivities of the crystallites of the curves (b) and (c) are high. As a result, it is possible to manufacture a semiconductor device by using a quantum dot structure having good characteristics.
Patent JP-2001096567-A (JP)
Title: Method of manufacture for resin molding and resin molding
Inventor: ITO TAKAYUKI
IPC: B29K33/00
Filed: 1999-09-29
Abstract: PROBLEM TO BE SOLVED: To enhance the weatherability of a resin molding by efficiently and uniformly forming a coating film of acrylic resin on the surface of a resin- molded part. SOLUTION: First, a coating M composed of an acrylic resin and a solvent is poured into a cavity 13 of an opened mold 2, and the mold 2 is closed and further, a vacuum pump 34 is driven to reduce the internal pressure of the cavity 13. Then the solvent contained in the coating M boils and the coating M is efficiently applied to the wall face of the cavity 13 by the increased volume of the coating M and the breaking of bubbles during boiling. In addition, a coating film layer of the acrylic resin is formed on the wall face of the cavity 13 by vaporization of the solvent contained in the coating M. After that, a polypropylene(PP) which is provided with a fluidity by heating and softening process is injected into the cavity 13 to be cured by cooling. Thus it is possible to perform the simultaneous molding of the resin into a back panel and coating thereof.
Patent JP-H08139153-A (JP)
Title: Single wafer processing system, wafer transfer system and cassette
Inventor: KAMIYAMA TSUTOMU
IPC: H01L21/68
Filed: 1994-11-10
Abstract: PURPOSE: To obtain a substrate processing system in which the floor area being occupied by the system can be prevented from increasing even if the size of a substrate is increased. CONSTITUTION: A single substrate processing system 1 takes out a substrate W contained in a cassette C obliquely, processes a plurality of substrate W one by one and then returns the processed substrate W back to the cassette C. The processing system 1 comprises a base ID for mounting the cassette C, and a first substrate delivering section EX1. The processing system 1 further comprises an indexer robot RB1 for transferring the substrate W one by one, while keeping the vertical attitude, between the cassette C mounted on the cassette mounting base ID and the first substrate delivering section EX1, a plurality of processing sections, e.g. a scrubber SR and a coater CO, for processing the substrate W in oblique attitude, and a robot RB2 for transferring the substrate W, while keeping the oblique attitude, between the first substrate delivering section EX1 and each processing section.
Patent JP-2001095494-A (JP)
Title: Dishing up of paste product and its device
Inventor: ITO YASUSUKE
IPC: A23G9/28
Filed: 1999-09-29
Abstract: PROBLEM TO BE SOLVED: To provide a method for dishing up a paste product such as a soft cream, extremely hygienic, not requiring the work of disassembly and cleaning, etc., of its parts, easy for stocking the paste product and capable of dishing up by a necessary amount in accordance with a request of a customer. SOLUTION: This method for dishing up the paste product is characterized by preparing a tube like container 3 filled with the paste product such as the soft cream 32 in advance, pushing out the paste product in the tube like container 3 by squeezing it with a pair of squeezing rolls 7 and 7, and dishing up the pushed out paste product on a receiving container rotating almost synchronously with the pushing out action such as a cone-shaped confectionary container 6, etc.
Patent JP-H01149727-A (JP)
Title: Tablet and composition
Inventor: JIYOSEFU EFU BABUITSU
IPC: A61K31/502
Filed: 1988-11-02
Abstract: PURPOSE: To obtain a tablet composition having excellent physicochemical properties and having such a size as to be administrable in a single tablet, comprising a specific proportion of a phthalazineacetic acid compound, diluent, binder, tablet disintegrant, lubricant and moistening agent. CONSTITUTION: This tablet composition comprises about 83-88wt.% of phthalazineacetic acid compound 3-[(4-bromo-2-fluorophenyl)methyl]-3,4- dihydro-4-oxo-1-phthalazineacetic acid of the formula}, about 8-20wt.% of a diluent (e.g. finely crystalline cellulose), about 1-4wt.% of a tablet disintegrant (e.g. Croscarmellose sodium), about 1-4wt.% of a binder (e.g. gelatin), and about 0.5-2wt.% of a lubricant (e.g. magnesium stearate).
Patent JP-H05120843-A (JP)
Title: Structure for setting disk height position of disk device
Inventor: NAKAJIMA TOMOSHI
IPC: G11B33/12
Filed: 1991-09-30
Abstract: PURPOSE:To provide the structure for setting the height position of the disk of a disk device. CONSTITUTION:The structure for setting the height position of the disk D is constructed to have a supporting shaft 54 which is erected on the extension of the frame 43 of a spindle motor 44 and positions and supports reading and writing heads 41, 42 by a head position determining surface 56 and a reference plane 53 which sets the height position of the disk D. The adjustment to maintain the heads 41, 42 and the disk D at the same level is executed by first measuring the distance between the reference plane 53 and the head positioning surface 56, then assembling the respective parts of the spindle motor 44 while adjusting the distance from the reference plane 53 to the disk mounting surface of the spindle motor 44 mounted with the disk d and by matching the distance between the head positioning surface 56 and the disk mounting surface with the predetermined distance between the head positioning surface 56 and the heads 41, 42.
Patent JP-S61155876-A (JP)
Title: Diagnozing method of integrated circuit
Inventor: KISHINO TAKUMI
IPC: G01R31/28
Filed: 1984-12-28
Abstract: PURPOSE:To improve the efficiency of diagnosing operation by writing data showing a test mode in normal external access in a storage circuit provided in an integrated circuit, and setting a desired test mode among plural kinds in the integrated circuit without providing any test terminal. CONSTITUTION:This system is equipped with the integrated circuit 10 which has logical circuits internally and has input terminals for an address and data for the access of a processor, and the integrated circuit 10 is provided with the storage circuit (register) 22 where data showing a test mode is set through an input terminal. When a diagnosis is taken, the data indicating the test mode is set in the register 22 through the input terminal from an external diagnosing device and respective outputs of the internal logical circuit group. Further, the register is held reset all the time in normal operation where access is attained by a processor 30.
Patent JP-H0997976-A (JP)
Title: Reflow furnace
Inventor: TSUKAGOSHI EIJI
IPC: B23K1/008
Filed: 1995-09-30
Abstract: PROBLEM TO BE SOLVED: To share as an adhesive curing furnace by providing an openable shutter at the lower heater of a reflow furnace, and so controlling the temperature in the furnace that the surface temperature of a printed board becomes suitable temperature by the shutter. SOLUTION: A printed board 10 temporarily fixed with an electronic component 11 is set to a conveyor 2, conveyed into a furnace body 1, and the component 11 is solder mounted on the front or both the front and rear surfaces of the board 10. In this case, if there is a fear of deteriorating the component 11 mounted on the rear surface (front surface in the previous step) of the board 10 due to the heat emitted directly from a lower heater 3', the heat radiated from the heater 3' is shielded by a shutter 4. Then, the heater 3' disposed at the inlet side (in the direction of an arrow A) and an upper heater 3 disposed at the outlet side are turned OFF, the heater 3' is shielded by the shutter 4, and the temperature in the furnace is so controlled that the surface temperature of the board 10 becomes 140 deg.C. Thus, it can be shared as an adhesive curing furnace.
Patent JP-H0995098-A (JP)
Title: Manufacture of insert molded item and insert film
Inventor: MORI FUJIO
IPC: B29C45/16
Filed: 1995-09-29
Abstract: PROBLEM TO BE SOLVED: To obtain an irregular surface similar to that of a natural timber by a method wherein a curing liquid-repellent layer is partially formed on the surface of a transparent base body sheet and a hydrophilic or lipophilic layer having a surface recessed from the liquid-repellent layer is formed over the surface of the sheet on which no liquid-repellent layer is formed and an adhesive layer is formed on the rear side of the sheet. SOLUTION: A curing liquid-repellent layer 2 is partially formed on the surface of a transparent base body sheet 1 mainly composed of acrylic resin and a hydrophilic or lipophilic layer 7 having a surface recessed from the layer 2 is formed on the surface of the sheet where a layer 2 is not formed. And a pattern layer 3 comprising a grained layer 4 and an opaque substrate layer 5 is formed on the rear side of the sheet 1 and an adhesive layer 6 is formed on the layer 3. As a result, recesses having grains of wood can be formed by means of the layer 7 and hence an irregular surface similar to that of a natural timber can be obtained.
Patent JP-H04149338-A (JP)
Title: Attachment structure for concrete panel
Inventor: YUASA SHUJI
IPC: E04B2/94
Filed: 1990-10-15
Abstract: PURPOSE:To enhance the degree of attachment accuracy and earthquake resistance by attaching a concrete panel which is disposed below a wall opening part, with the use of holes on the both end parts of a support member coupled in the upper end part of the panel and bolts passing through holes in horizontal pieces of coupling fixtures coupled to a vertical member. CONSTITUTION:Vertical members 5, 5 which are parallel with and perpendicular to beam fixtures 4, 4 fastened by bolts to upper and lower beams H1, H2 are fixed to the same, a concrete panel 6 having its upper end face which defines the lower edge of a wall opening part is disposed between the vertical members 5, 5 so as to constitute an outer wall. In this phase, the upper part of the concrete panel 6 is supported by bolts passing through holes 9 in both end parts of a support member 7 coupled to the inner surface of the upper part thereof and through elongated holes 14 formed in the horizontal pieces of coupling fixtures 1 coupled to the vertical members 5. Further, the lower section of the panel 6 is coupled and supported by a support fixture 16 on the beam H2 and a lower support member 17. Further, the holes 9 may be elongated, while a hole 12 may be used instead of the elongated hole 14.
Patent JP-H0997673-A (JP)
Title: Induction heating apparatus
Inventor: KAJIMOTO HIDEAKI
IPC: H05B6/12
Filed: 1995-09-30
Abstract: PROBLEM TO BE SOLVED: To give high efficiency of an induction heating apparatus for which an iron core is used and use the heat effectively. SOLUTION: A heat resistant and heat insulating material 9 is inserted in spaces between a main body casing 1 and an iron core 2 as well as coils 3 of an excitation apparatus 4 to cover the circumference of the iron core 2 except the end parts of magnetic poles and the circumferences of the coils 3 with the heat resistant and heat insulating material 9. A surface member 5 is so installed in a plane-like way as to expose only the end faces of both magnetic poles of the iron core 1 to the surface and closely seal the excitation apparatus 4 and the heat resistant and heat insulating material 9 and a top plate 10 is installed between the iron core 2 and an object 6 to be heated.  As the coils 3, heat resistant electric wires with heat resistant temperature 350-400 deg.C, e.g. glass-coated electric wires, ceramic-coated electric wires, etc., are used and as the surface member 5, glass plates, ceramic plates, heat resistant resin, etc., are used and as the top plate 10, a metal such as copper having excellent heat transmitting property is used. In the case that the apparatus is used for an electromagnetic grill, an iron plate is used as the object 6 to be heated and the object 6 to be heated is directly brought into contact with the iron core 2.
Patent JP-H02170057-A (JP)
Title: Method and system for estimating
Inventor: GEERII RII GOORUDO
IPC: G01P11/00
Filed: 1989-10-24
Abstract: PURPOSE: To make a rough estimate of the approximate value of the rotary speed of a rotary member by sensing the rotary speed value of a shaft within a predetermined time limit, selecting a certain value, and performing a next arithmetic calculation. CONSTITUTION: A speed sensor 4 senses and sends a signal 5 of rotary speed values (S0 , S1 ,..., Sn ) of a shaft 2 within a predetermined time limit T. A processor 6 receives the signal 5, selects a certain value from it, and operates to perform a primary arithmetic calculation. For example, when the speed measurement values (S0 , S1 , and S2 ) are selected, they are processed and the output signal S3 is provided. The processor 6 processes and provides output signals S3 , S'3 , S5 , S'5 , S7 , and S'7 , and the signal are used for controlling the changeover of the transmission of a vehicle driven by the shaft 2.
Patent JP-H02122858-A (JP)
Title: Liquid material quantitative discharge device
Inventor: MIZOKOSHI YASUO
IPC: B05C5/00
Filed: 1988-10-31
Abstract: PURPOSE:To liquid material discharge without sagging or lost motion by controlling negative pressure generated by means of a negative pressure generating means based on a signal sent from a means of sensing the volume of a liquid material stored in a syringe. CONSTITUTION:When a selector valve 23 is switched over and pressurized gas of constant pressure fed from a regulator 24 is fed into a syringe 22 for a given time, a liquid material in the syringe 22 is pressurized and the liquid material of specific volume is discharged out of an end of a nozzle 21. As the selector valve 23 of a negative pressure generating device 34 is switched over and a negative pressure control valve 32 is connected with the syringe 22 after a given time, the inside of the syringe 22 becomes of negative pressure, and the liquidlike material discontinues discharging. Based on a signal from a liquid leven sensor 36, a negative control device 35 controls the negative pressure generated by the negative pressure generating device 34 at an intermediate pressure level without any lower limit negative pressure not to generate liquid sagging and without any upper limit negative pressure not to generate lost motion.
Patent JP-H0997741-A (JP)
Title: Electrolytic capacitor
Inventor: NAKAZAWA JUNICHI
IPC: H01G9/00
Filed: 1995-09-30
Abstract: PROBLEM TO BE SOLVED: To make a reduction in the thickness of an electrolytic equipment and a miniaturization of the equipment possible by a method wherein it is made possible that an electrolytic capacitor, which can not be mounted excepting a mounting in the longitudinal direction, is laid down on a board and is mounted in the lateral direction, it is made possible that even a large-sized electrolytic capacitor is stably mounted to make the capacitor have resistance to vibrations and moreover, it is made possible that a printed board of a low mounting height is manufactured. SOLUTION: An electrolytic capacitor is formed into a constitution contrived so that a dummy lead 10a for fixing on a printed board by soldering to the board regardless of an electrical action is secured to the bottom 12a of a bottomed container on the opposite side to the lead wires 10c of the single-lead type electrolytic capacitor 10, the lead 10a is soldered to the printed board in a state that the capacitor 10 is laid down in the lateral direction and the capacitor 10 can be firmly mounted at three points of the two lead wires 10c and the dummy lead 10a.
Patent JP-S63131631-A (JP)
Title: Transmission equipment
Inventor: TERANISHI AKIO
IPC: H04J13/10
Filed: 1986-11-20
Abstract: PURPOSE:To eliminate the need for a synchronizing time by synthesizing a cosine component modulated by a data signal and then modulated by a sent data after an output of an oscillation means is modulated by a pseudo noise and a sine component being the modulation result of the signal phase-shifted from a reference frequency signal at a 90 deg. phase shift means while being modulated by the same pseudo noise. CONSTITUTION:A pseudo noise code generated from a pseudo noise code generator 1 and a reference frequency signal generated by an oscillator 2 are mixed by a mixer 3 and the output of the mixer 3 is multiplied with the data to be sent by a mixer 4. On the other hand, the reference frequency signal cosomegat of the oscillator 2 is also sent to a 90 deg. phase shifter 5, subject to phase conversion with sinomegat, multiplied with the pseudo noise code sent from the pseudo noise code generator 1 by a mixer 6 to output a signal of sin(omegat+P(t)). An adder 7 adds the outputs or the mixers 4, 6 to give a signal of cos(omegat+P (t)+phi(t))+sin(omegat+P(t)) to a bandpass filter 8. The band pass filter 8 eliminates harmonics, DC component or noise and gives the result to a receiver.
Patent JP-H08130906-A (JP)
Title: Cultivating apparatus
Inventor: KAMATA MASAYUKI
IPC: A01B33/12
Filed: 1994-11-11
Abstract: PURPOSE: To provide a method for performing a cultivation work over a wide area in one step by arranging a rotary cultivator in combination with a stationary tine cultivator. CONSTITUTION: A pair of right and left rotary cultivators 2 having stationary times 1 to perform the intertillage weeding are placed in such a manner as to be freely switchable between a fixed state and a state laterally movable relative to a laterally extending main bar 3. A stationary tine cultivator 5 having a stationary tine 4 and performing the intertillage weeding is placed in such a manner as to be freely switchable between fixed state and laterally movable state relative to the sub-bar 6 parallel to the main bar 3. The lateral distance between the rotary cultivator 2 and the stationary tine cultivator 5 is made to be freely adjustable.
Patent JP-S61152478-A (JP)
Title: Detection of carrier position and paper
Inventor: OOTA YOSHIAKI
IPC: B41J29/50
Filed: 1984-12-26
Abstract: PURPOSE:To detect the home position of a carrier and the presence of a paper by providing a photo sensor mounted on the carrier and reflectors provided on both ends of a printing region for a serial printer. CONSTITUTION:A serial printer has a photo sensor 4 mounted on the carrier 3 of a printing head 3 and reflectors 6 and 7 set on both ends of a printing region of a printing paper 1 on a platen 2. When the carrier 5 is once scanned bilaterally when making a power source (when no paper is present), for example, the reflectors 6 and 7 are detected by the sensor 4 and the printing region and the home position of the carrier 5 are detected. At the same time, the pressure of a printing paper 1 is also detected. After the paper 1 is set (or when paper is present), the left- and right-handed ends and upper and lower ends of the paper 1 are detected by the sensor 4.
Patent JP-2000105492-A (JP)
Title: Image forming device
Inventor: KURITA TOMOKAZU
IPC: G03G15/00
Filed: 1998-09-30
Abstract: PROBLEM TO BE SOLVED: To prevent the occurrence of the variation of image density and the deterioration of image quality even when the electrifying property of a photoreceptor is changed due to the wear, the electrifying history and the humidity or the like of a photoreceptor layer. SOLUTION: Actual electrifier applying voltage is set by an electrifier applying voltage setting means C3a by using the arithmetic expression of the electrifier applying voltage to calculate the electrifier applying voltage for humidity correction obtained by correcting the electrifier applying voltage corresponding to a use amount decided in accordance with the use amount integrated value N of the photoreceptor PR corresponding to the humidity as voltage actually applied to the electrifier CC.  In this case, it is provided with the electrifier applying voltage setting means C3a to set the actual electrifier applying voltage by using the arithmetic expression of the electrifier applying voltage by which the electrifier applying voltage corresponding to the use amount when the use amount integrated value N of the photoreceptor PR reaches a threshold is set to be a specified value (-730 V) and the absolute value of the electrifier applying voltage corresponding to the use amount is increased in accordance with the increase of the use amount integrated value N of the photoreceptor PR and the rising of the humidity.