baber/WOPTO huggingface dataset:
Patent JP-H0922728-A (JP)
Title: Polymer electrolyte secondary battery
Inventor: TSUCHIYA KENJI
IPC: H01M10/058
Filed: 1995-07-06
Abstract: PROBLEM TO BE SOLVED: To provide a polymer electrolyte secondary battery with which water/ moisture taken in by an exterior film is precluded from being included in an element cell, by allowing the battery to contain a water-absorptive powder in a specific form. SOLUTION: A polymer electrolyte secondary battery may appear in two configurations A and B; (A) consists of a positive electrode 2 retaining non- aqueous electrolytic solution, a negative electrode 3 containing non-aqueous electrolytic solution and a carbonaceous material occluding and releasing lithium ions, a solid polymer electrolyte layer 4 installed between the positive and negative electrodes 3, 4 and containing non-aqueous electrolytic solution, polymer for holding it, and powder having water absorptiveness, and an exterior film 1 which accommodates the positive and negative electrodes 2, 3 and the electrolyte layer 4, while (B) consists of a positive electrode 2, a negative electrode 3, a solid polymer electrolyte layer 4 installed between the positive and negative electrodes 2, 3 and containing non-aqueous electrolytic solution and polymer for retaining it,  and exterior film 1, and a water-absorptive sheet (incl. water- absorptive powder) 9 installed inside the film 1.
Patent JP-S5961484-A (JP)
Title: Drive circuit for brushless motor
Inventor: INAKAGATA SATORU
IPC: H02P6/20
Filed: 1982-09-29
Abstract: PURPOSE:To prevent the efficiency of a brushless motor from decreasing when the motor is rotating by composing to energize the auxiliary coil only at the starting time. CONSTITUTION:When a position detector H does not detect magnetic flux at the starting time but remains OFF, a transistor Q4 is OFF. Accordingly, a transistor Q3 becomes ON state, and the auxiliary coil L3 is excited to generate magnetomotive force of N pole. Thus, the rotor starts clockwise, the position detector H detects the N pole of the rotor thereafter to control the energization of the coils L1, L2. After the rotor rotates, the transistor Q4 remains ON by the output voltage of the integrator 2 which inputs the voltages at the point A, B as the output of the rotor position detector H, and the auxiliary coil L3 is not excited.
Patent JP-H0515524-A (JP)
Title: Image generation method for ct apparatus
Inventor: CHIN UN
IPC: A61B6/03
Filed: 1991-07-11
Abstract: PURPOSE:To enable the obtaining of a vertical tomographic image of high quality faithful to an X-ray transmission value of an object. CONSTITUTION:A scout view data is collected moving linearly an X-ray tube and a detector. (ST2) A helical weight coefficient is calculated from the scout view data. (ST3) A projection data is collected moving the X-ray tube and the detector linearly in the direction of movement while being rotated about an axis parallel to the direction of movement. (S2) An interpolation processing of the projection data is performed using the helical weight coefficient to calculate an interpolation data. (ST4) An image reconstruction is performed based on the interpolation data to generate a vertical tomographic image. (ST5) Thus, the weight coefficient of the interpolation processing is determined depending on the degree of a change in transmission value of X-ray thereby enabling the obtaining of the vertical tomographic image of high quality faithfulto the X-ray transmission value of the object.
Patent JP-S6232261-A (JP)
Title: Internal combustion engine controller
Inventor: UCHIYAMA MIKIYASU
IPC: F02B25/20
Filed: 1985-08-05
Abstract: PURPOSE:To eliminate unnecessary control over a controlled device at the time of idling when some variations occur in revolution, by making the control of a part where the controlled device largely varies to a slight variation in rotational frequency of an internal combustion engine having a time constant. CONSTITUTION:At an exhaust port 9 in a two-cycle engine 1, there is provided with a movable valve 10 which varies its opening area, and this controlled device 10 is regulated its opening by an electronic control part 15 via a servomotor unit 11 on the basis of output of a pulser coil 16. And, the electronic control part 15 detects a revolving speed of the engine 1 by an engine speed detecting device 17, and calculates the value of opening in the movable valve 10 corresponding to the said revolving speed by a movable valve opening operational device 19. In this case, this movable valve opening operational device 19 is made to have a time constant at is control over a part where the controlled device 10 largely varies to a slight variation in the said revolving speed. With this constitution, it copes with rotational unevenness or the like at the time of idling, thereby eliminating unnecessary control over the controlled device 10.
Patent JP-H0337104-A (JP)
Title: Production of oxide superconducting thin film and apparatus therefor
Inventor: MORIMOTO TAKESHI
IPC: H01B13/00
Filed: 1989-07-04
Abstract: PURPOSE:To enhance a pin fixing effect and retain high critical current density even in a state applying a magnetic field by introducing non-superconducting particles from a target arranged directly under a plasma in a process forming an oxide superconducting thin film. CONSTITUTION:Oxygen-argon mixed plasma 3 generated from arc discharge type plasma source 7 and anode 8 is introduced into a vessel. The plasma is formed into a cylindrical shape in a magnetic field generated from a pair of air-core coils 9. Raw materials of Y, Ba, Cu, etc., are heated in Knudsen cell 4 and formed into a film on a substrate while controlling to a prescribed deposition rate. Electricity is applied to an electromagnet of target 5 so as to carry out deposition of non-superconducting particles of Y2O3 and these particles are introduced into the thin film. The above-mentioned procedure is repeated. Thereby a superconducting thin film in which non-superconducting particles are dispersed is readily obtained.
Patent JP-2000011814-A (JP)
Title: Power window switch device
Inventor: SATO YUKIHIKO
IPC: B60R16/02
Filed: 1998-06-18
Abstract: PROBLEM TO BE SOLVED: To provide a power window switch device satisfactorily operable and excellent in safety. SOLUTION: A power window switch device 100 comprises a driver's seat switch knob 1 for opening and closing a driver's seat-side power window, occupants' seat switch knobs 2, 3, 4 for opening and closing all windows of the front passenger seat and rear seat, a window locking switch knob 5 for switching all the windows to locked state or unlocked state, a door locking switch knob 6 for switching all doors to locked state or unlocked state, a required number of switches operated by these switch knobs, and a switch box 7 for integrally holding these switch knobs and switches. The driver's seat switch knob is of push and pull type, and the occupant's seat switch knob is of toggle or seesaw type.
Patent JP-S6155290-A (JP)
Inventor: KIMURA TOSHIO
IPC: D21H19/58
Filed: 1984-08-17
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-S6231176-A (JP)
Title: Laminated semiconductor device
Inventor: OMA TAKAHIKO
IPC: H01L21/76
Filed: 1985-08-02
Abstract: PURPOSE:To realize high integrity of a device by providing an MOS-type active element of a vertical structure in a recrystallization layer. CONSTITUTION:A polycrystalline silicon layer, which is to be the second active layer, is deposited on a through hole 8 with a relatively large thickness and recrystallized. As P<+> or As<+> ions in the polycrystalline silicon in the through hole 8 are diffused into the substrate, ohmic contact between the polycrystalline silicon in the through hole 8 and the recrystallization layer 4 is ensured. After the element isolation by substrate checking or the like, a gate oxide film 9 is formed. After gate polycrystalline silicon for forming a gate electrode 6 is applied and patterned, double-ion implantation of B<+> and P<+> (or As) is performed to form a P-type layer 31 and an N<+> type layer 32. In this structure, a current flows vertically as shown by an arrow. It is to be noted that, in this structure, bidirectional characteristics is ensured and the gate can be used as a transfer gate without any problem.
Patent JP-2000007875-A (JP)
Title: Flexible thermoplastic resin composition and molded product using the same
Inventor: FUJII HIDEYUKI
IPC: B60R13/02
Filed: 1998-06-18
Abstract: PROBLEM TO BE SOLVED: To provide a flexible thermoplastic resin molded product having flexibility, weather resistance, processability and decorativeness and suitable for a use where flexible polyvinyl chloride may be applied. SOLUTION: This flexible thermoplastic composition and its molded product comprise (A) a graft copolymer obtained by graft-polymerizing a complex rubber, which comprises an alkyl (meth)acrylate rubber and at least one polymer selected from the group consisting of polyorganosiloxane and a diene-based rubber inflated with an acid-containing copolymer latex, with one or more kinds of monomers selected from the group consisting of an aromatic alkenyl compound, acrylic ester, methacrylic ester and vinyl cyanide compound and (B) a flexible thermoplastic resin whose durometer A hardness is 20 to 70 when measured based on JIS K 7215.
Patent JP-H0336193-A (JP)
Title: Anti-swing device for suspension wire
Inventor: MARUYAMA YOSHIO
IPC: B66C13/08
Filed: 1989-07-03
Abstract: PURPOSE:To cope with swinging in any direction by calculating the rate and direction of pressure-fed fluid injection based on detection signals from swing angle detecting means, wire length detecting means, and load detecting means, and controlling the injection rate adjustment based on the calculated result. CONSTITUTION:Signals from a tachometer 15, a rotary encoder 16 (wire length detecting means), a load setting means 17 (load detecting means), accelerometers 18, 19 (swing angle detecting means), and crane operation 20 are inputted to a CPU 21. The CPU calculates the force caused by injection, controls respective solenoid valves 12 based on the calculated result so that swinging of a suspension wire 4 is prevented with the injection reaction forces of injection units 8 attached in respective directions of an anti-swing device 6. As a result, effect of wind is overcome.
Patent JP-S6328731-A (JP)
Title: Alarm device for traction vehicle
Inventor: TAKAYAMA AKIRA
IPC: B60K28/10
Filed: 1986-07-23
Abstract: PURPOSE:To enable tracting a vehicle at a high speed and prevent a mechanical damage thereto by giving an alarm upon detection of the fact that the vehicle under traction is connected and the speed of a traction vehicle is over a predetermined value or a transmission gear for running is at a high-speed position. CONSTITUTION:When a moving machine is not connected, a connection detector 36 is at the OFF position. Consequently, an electric current does not run to a buzzer 54 regardless of output from a comparator 50 and the buzzer 54 is always inoperative. The connection of the moving machine turns the connection detector 32 ON. Therefore, when vehicle speed has exceeded a level set by a resistor 52 and output from a comparison circuit 50 has reached an 'H' level, turning a transistor 56 ON, an electric current runs to the buzzer 54 and this buzzer 54 gives an alarm.
Patent JP-S6330476-A (JP)
Title: Method for purifying ethylene oxide
Inventor: KAKIMOTO YUKIHIKO
IPC: C07D303/04
Filed: 1986-07-23
Abstract: PURPOSE:To extremely reduce an amount of heat from the outside and to purify ethylene oxide (EO) in high energy efficiency, by using a stripped material form an EO stripper as a heat source for a fractionating column and part of a solution extracted from the stripper as a heat source for th fractionating column and/or a separating column for light components. CONSTITUTION:A solution at the bottom of an ethylene oxide (EO) absorbing column 302 is fed to an EO stripper 311, EO is stripped from the top of the stripper, the stripped material is sent to a heater 360 of an EO fractionating column 350 and used as a heat source for the fractionating column. Then the stripped material is sent through a dehydrating column 329, a light component separating column 340 to the fractionating column 360 and purified EO is obtained from a conduit 357. Part of a solution at the bottom of the stripper substantially containing no EO and extracted from the bottom of the stripper 311 is sent to a heat exchanger 306, subjected to heat exchange with a solution at the bottom of the EO absorbing column 302, sent to a heater 358 of the fractionating column 350 and used as a heat source. A solution at the bottom of the heat exchanger is used as a heat source for the light component separating column 340, further successively or in parallel as a heat source for the fractionating column and the light component separating column.
Patent JP-S5960950-A (JP)
Title: X-ray tube device of rotary anode type
Inventor: SUDOU HAJIME
IPC: H01J35/10
Filed: 1982-09-30
Abstract: PURPOSE:To enable a rotary anode to be rotated without contact by supporting it radially and axially while allowing the magnetic fluxes of permanent magnets installed outside a case to pas inside cylinders which are made of a high permeability material and installed at different levels in the axial direction of the rotary anode. CONSTITUTION:A rotary anode 3 is provided with cylinders 16a and 16b which are made of a high permeability material and located at different levels in the axial direction. Inside the cylinders 16 and 16b, coils 34, 35 and 39 which cause the magnetic fluxes of annular permanent magnets 26 and 28, placed outside a vacuum case 1 corresponding to the cylinders 16a and 16b and attached to a magnetic pole 38, to pass through both a magnetic gap producing radially supporting force and magnetic gap producing axially supporting force arranged in series so as to obtain magnetic attraction and which regulate these magnetic fluxes, are installed. In addition, a driving motor 18 and displacement detectors 42 and 43 are installed, thereby constituting an X-ray tube device. As a result, the rotary anode 3 can be rotated without contact by magnetically supporting it axially and radially in a stable manner.
Patent JP-H0515841-A (JP)
Title: Method for forming patterned coating film
Inventor: AIZAWA AKIHIKO
IPC: B05D7/24
Filed: 1991-07-12
Abstract: PURPOSE:To enable formation of various patterned coating films even in complicated and fine patterns using a magnetic coating material. CONSTITUTION:A magnet (2) is disposed on the back surface (1b) of a body (1) to be coated comprising a nonmagnetic material, and then a base coating material (4) containing a powdery magnetic material (3) is applied on the top surface (1a) of the body (1). Then a clear coating material (5) is applied on the base coating material (4). With a specified interval of time, the magnet (2) is removed and the base coating material (4) and the clear coating material (5) are dried. In this process, the magnet (2) is produced by applying a UV-curing resin (11) on a substrate (10), irradiating the resin (11) with UV ray through a positive film (12) having a desired pattern, removing the uncured resin to form a recessed part, forming a two-liquid curing type resin layer (14) containing a ferrite powder in the recessed part (13), and then magnetizing the ferrite.
Patent JP-H1110964-A (JP)
Title: Method for managing memory and printer employing it
Inventor: OKAZAWA TAKASHI
IPC: B41J5/30
Filed: 1997-06-27
Abstract: PROBLEM TO BE SOLVED: To suppress increase of the time required for updating a data by erasing a content being written temporarily in order to update the data and rewriting a specified region of management information corresponding to a data being deleted into a specified value indicative of deletion. SOLUTION: When download processing is started, a printer driver 131 actuates download processing of a printer 100 according to a specified sequence and inputs an object to a printer 100 through a communication line. The inputted object is arranged in a flash ROM 117 and the type thereof is determined in order to alter the interface part between a stored program and each object thus updating the download information. Subsequently, the object is actually deleted and a following object is shifted forward by the size thereof and then overwritten by a dummy object, i.e., the object to be deleted. Subsequent objects are not shifted.
Patent JP-S5697152-A (JP)
Title: Optimizing system for objective program
Inventor: IKEDA TAKAAKI
IPC: G06F9/44
Filed: 1979-12-29
Abstract: PURPOSE: To output the source program into the mechanical program less in the number of instructions with efficiency, by deleting the specific instruction in the expansion form using the automatic return set, when the program of an intermediate word to be optimized satisfies the specified two conditions.  
     CONSTITUTION: The source program is changed into the program with an intermediate language, and when the program of the intermediate language optimized is converted into the objective program of machine word, variables VN indicating the automatic returned address, address GN indicating automatic returning point, and shunt area PSV of returned address are taken and it is discriminated that the following two conditions are satisfied. That is, the condition 1: VN←GN or VN←PSV are present on all the buses to automatic return, and the condition 2: the final execution of the buses in VN←GN. When these two conditions are satisfied, the instruction in the intermediate language or PSV←VN and VN←PSV in the expan- sion form during the automatic return set is delected to output the mechanical program less in the number of instructions. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-2001001393-A (JP)
Title: Direct blow molding machine
Inventor: KAWAMURA YOICHI
IPC: B29C49/04
Filed: 1999-06-18
Abstract: PROBLEM TO BE SOLVED: To prevent stringiness of a material between an end of a parison, a die and a nozzle when next molded and to reduce an appearance fault of a molding by holding the parison by a mold, and then supplying a part of a compressed air to be supplied from a nozzle to a contact portion bringing the parison into contact with the die. SOLUTION: The direct blow molding machine comprises a head 5 having a die 1 and a nozzle 2, an air passage 3 for partly cooling a molten resin adhered to the nozzle 2 and the die 1, and a mold 4 arranged under the head 5. A parison is extruded to a predetermined length between the die 1 and the nozzle 2, held in the mold 4, and a molding is molded by supplying a compressed air from the passage at a center of the nozzle 2. The compressed air is discharged from the passage 3 for cooling the molten resin adhered to the die 1 to cool the due 1. Accordingly, the parison 6 when next molded is separated from the die 1 without extending in a stringiness state. Thus, stringiness of a molding material is eliminated to reduce an appearance fault of the molding.
Patent JP-H077943-A (JP)
Title: Switching power supply apparatus
Inventor: NAKAHIRA KOJI
IPC: H02M3/28
Filed: 1993-06-18
Abstract: PURPOSE:To reduce a difference in an operating point for the protection of an overcurrent irrespective of a fluctuation in an input voltage. CONSTITUTION:When an input voltage is high, an electric charge in a capacitor C2 is charged much via a resistance RA and a Zener diode DA, and a charging charge which is charged in the backward direction in the capacitor C2 is reduced even when a voltage generated from a feedback winding NB is high. Consequently, near an operating point for protection of an overcurrent, the time which elapses until a switching element Q1 is turned off by the charging operation of the capacitor C2 from a resistance R3 becomes short. Thereby, the shift width of the operating point can be reduced. When the input voltage is low, the charging charge of the capacitor C2 is small inversely, and a charging charge, in the backward direction, which is charged by the feedback winding NB becomes much. Consequently, the time which elapses until the switching element Q1 is turned off by the charging operation of the capacitor C2 from the resistance R3 becomes long. Thereby, the shift width of the operating point can be reduced.
Patent JP-S5872599-A (JP)
Title: Conjugated glycoside derivative
Inventor: OGURA HARUO
IPC: A61K31/7064
Filed: 1981-10-27
Abstract: NEW MATERIAL:A conjugated glycoside derivative of formulaI(Ac is acetyl; R is acetyl, 2,3,4,6-tetra-O-acetyl-beta-D-galactopyranose residue). EXAMPLE:1-(3',4',5'-Tri-O-acetyl-beta-D-glucopyranosyl)-5-fluorouracil. USE:An immunoregulator: it has an effect of increasing the inhibition of immunogloblin production. PREPARATION:A compound of formula II (TMS is trimethylsilyl) such as 2,4- bis-trimethylsilyloxy-5-fluoropyrimidine is made to react with a compound of formula III such as 2,3,4-tri-O-acetyl-1,6-anhydro-beta-D-glucopyranoase in the pressence of a catalyst of SnCl4.
Patent JP-S5698017-A (JP)
Title: Lead wire connecting method for quartz oscillator
Inventor: NAKADA HOZUMI
IPC: H03H9/13
Filed: 1979-12-31
Abstract: PURPOSE:To facilitate an easy connection for a quartz oscillator, by giving an electrical connection between the connection pad and the lead wire by means of a connecting function using an excitation of the ultrasonic wave and then holding the state of connection in a steady way with the hardening of an adhesive. CONSTITUTION:The lead wires 7 and 8 are put on the connection pads 5 and 6, and the pressure is applied onto the wires 7 and 8 by the ''Teflon  '' bar R. In such conditions, the bar R is caused to oscillate by an ultrasonic oscillators to secure an electrical connection between the pads and wires. Thereafter, the oscillation of the bar R is stopped, and at the same time the epoxy adhesive 9 is applied while applying the pressure to the lead wires with the bar R for hardening. Finally the bar R is removed.
Patent JP-H1125916-A (JP)
Title: Cold-cathode fluorescent lamp and lighting system
Inventor: SHIRAISHI KIYOSADA
IPC: F21S4/00
Filed: 1997-06-30
Abstract: PROBLEM TO BE SOLVED: To provide a lamp having no start delay by generating initial electrodes always necessary for discharging in switching on time on a luminous phosphor coated film and increasing these electrons by repeating collision with rare gas. SOLUTION: In a cold-cathode fluorescent lamp L, photoelectric conversion is performed in a valve always irradiated with the residual light of a luminous phosphor coated film 6, and initial electrons necessary for the start of discharging are generated. When the fluorescent lamp L is connected to a usual high-frequency lighting circuit and carriers a current, these initial electrons are accelerated by an electric field, and by repeating colliding with rare gas in the glass valve 1, a number of electrons are generated in the valve 1. The electrons generated by the collision are accelerated by an electric field as in the case of the initial electrons generated by the photoelectric conversion, and by repeating collision with rare gas, a number of secondary electrons are generated in the valve 1.  By the generation of these secondary electrons, discharging occurs between cold-cathode electrodes 4 and 4, and the lamp L is lit.