baber/WOPTO huggingface dataset:
Patent JP-H06185539-A (JP)
Title: Liner support disk for clutch friction wheel
Inventor: JIYATSUKU TEIRIONDOUBURIERU
IPC: B60K17/02
Filed: 1993-07-15
Abstract: PURPOSE: To rotate a liner support disc at high speed so as to reduce the possibilities of embedding and judder by connecting the central support surfaces of a blade firstly to the central portion of the liner support disc via connecting layers and secondly to outer peripheral support surfaces via inclined surface layers. CONSTITUTION: A metallic blade 17 has central support surfaces 21A, 23B for making contact with one of two friction liners 31, 32 and two outer peripheral support surfaces 21B, 23A for making contact with the other friction liner, the central support surfaces deviating axially from the outer peripheral support surfaces. The outer peripheral support surfaces extend to both sides of each central support surface of the blade 17. The central support surfaces are connected firstly to the central portion 16 of a liner support disc and secondly to the outer peripheral support surfaces 21B, 23A via inclined surfaces 22A, 22B. The legs of the blade 17 which comprise connecting layers 80, 81 are in proximity to each other and are wide and therefore very strong, with the result that blades 71, 72 are radially symmetrical and capable of fast rotation.
Patent JP-S6332703-A (JP)
Title: Magnetic recording and reproducing method
Inventor: SATO MASAMICHI
IPC: G11B5/52
Filed: 1986-07-28
Abstract: PURPOSE:To improve the recording density by arranging and supporting a pair of heads having each different azimuth, in the moving direction of a tape by piezoelectric elements, driving the heads by the piezoelectric elements so that tracks by both the heads are superposed, and executing the recording and reproduction by superposing two signals without causing a crosstalk. CONSTITUTION:Magnetic heads 30, 31 are supported by bimorph elements 32, 33 by setting an azimuth between gaps (g) to 90 deg., made to contact a tape 34 which moves in the direction (a), and placed side by side. In this state, the first information is recorded by adjusting the time of the applied polarity of AC voltages 35, 36, and moving the head 30 from a point a1 to a point b1. When the head 3 is in the point b1, the head 31 is in the point a1. Subsequently, the second information is superposed and recorded in the first information by switching the recording head to the head 31 and moving it to the point b1. Since there is an azimuth of 90 deg. between both the gaps, the information can be recorded without generating an interference. Thereafter, recording is executed by the same repetition,and the recording density can be improved. Even at the time of reproduction, no interference is generated owing to a large azimuth angle.
Patent JP-H1126492-A (JP)
Title: Method for detecting defective bonding at bump formation, and method for controlling bonding device 7
Inventor: TAMAOKI KAZUO
IPC: H01L21/60
Filed: 1997-07-01
Abstract: PROBLEM TO BE SOLVED: To surely detect defective bonding regardless of kind of wire material, by specifying as defective when, measuring an absolute value of discharge start voltage and distribution of occurrence frequency, such frequency as out of a specified set voltage range comprising pre-set lower limit and upper limit values of absolute value reaches a specified frequency. SOLUTION: Before discharge starts, a discharge gap g2 under abnormal condition wherein a linear-state wire 2 falls together with a deformation non- press-contact ball 4b as one body is reduced compared with a discharge gap g1 under a normal condition wherein a normal needle-like wire 2 protrudes. With a specified set voltage range Vt comprising a lower limit value and an upper limit value for an absolute value of discharge start voltage set in advance, the position of defective bonding is stored when going out of upper or lower limit of the specified set voltage range Vd. If going out continuously, a bonding device is stopped through an alerm,. Thus, capillary clogging is prevented with sure.
Patent JP-2001003524-A (JP)
Title: Laterally roofed construction for building
Inventor: MAKITA MITSUNARI
IPC: E04D3/362
Filed: 1999-06-22
Abstract: PROBLEM TO BE SOLVED: To provide a laterally roofed construction having raised portions for snow guard adopted in the construction of a non-snow fall type building. SOLUTION: A lower side raised portion 3 at the lower side longitudinal edge portion 2, a lower side laterally directed portion 4 at the upper edge portion of a raised portion 3, and a curved edge portion at the tip portion of the laterally directed portion 4 are respectively provided thereby forming a contacted portion 7; an upper side longitudinal edge portion 6 is turned back by 180 deg. at the upper side longitudinal edge portion 6; an upper side raised portion 8 and an upper side laterally directed portion 10 of a double construction are formed; further the tip portion of the upper side longitudinal edge portion is turned back and a roof sheet formed with an attaching piece 13 is used.  These roof sheets in a direction perpendicular to the roof slope of roof sheathing or the like are inserted to a double construction at the upper side raised portion of the hanger members 17 and are fixed to rafters or the like with nails together with the attaching pieces; and the lower side curved edge portion of the roof sheets at the ridge side are linked and fixed to the top of the roof sheathing.
Patent JP-2001006459-A (JP)
Title: Lay-out jig for wire harness
Inventor: HAMANA KATSUNORI
IPC: H01B13/00
Filed: 1999-06-22
Abstract: PROBLEM TO BE SOLVED: To improve work efficiency by enabling expansion/reduction without changing the central position of a wire space through substantially equal distance movement of a movable rod from the central position between wire receiving members against the force of a spring according to the amount of wire passed through between the members. SOLUTION: When the amount of a wire group W1 passed through between wire receiving members 22, 23 is small, vertical shaft parts 26a, 27a of left and right movable rods 26, 27 are made close to the inner side by the energization of plate springs 30, 31 so as to hold the group W1. When the amount is large, the parts 26a, 27a are pushed wide to the outside by a wire group W2, but the parts 26a, 27a hold the group W2 by the force of springs 30, 31. Namely, the groups W1, W2 passed through a wire receiving space between the members 22, 23 control a distance between the parts 26a, 27a, and accordingly manual control by a worker can be dispensed. Also, the groups W1, W2 are concentrated on an axis 21L, and its center can be correspond with the center of the wire receiving space.
Patent JP-H0927986-A (JP)
Title: Radio base station equipment for digital mobile communication
Inventor: OKAMOTO KEISUKE
IPC: H04W92/00
Filed: 1995-07-12
Abstract: PROBLEM TO BE SOLVED: To attain effective utilization of a radio frequency by making communication while synchronizing radio base stations on time base with each other. SOLUTION: A salve radio base station receives an outgoing logic control signal from a decided master station and an outgoing synchronization word detector 22 detects a synchronization timing. A timing correction device 23 monitors a time T2 in the detected timing. On the other hand, a transmission reception timing decision device 24 of a slave radio base station decides a call identification type of a CAC section (common channel) to recognize whether the signal comes from the master station or the like, and a T2 timer end timing is estimated to be a timing sent next to the master station. Based on the timing, for example, an idle carrier is retrieved at an interval of 5msec, and the retrieved timing is used for a reference timing of the slave radio base station.  Thus, the master station and the slave station are synchronized in 5msec synchronization and then the base station is communicated with the mobile station in the synchronization state.
Patent JP-H0662548-A (JP)
Title: Apparatus for binding terminal wire or the like to stator coil end
Inventor: FUKATSU AKIHIKO
IPC: H02K15/04
Filed: 1992-06-09
Abstract: PURPOSE:To bind the ends of stator coils with terminal wires easily and quickly without much manual work. CONSTITUTION:A chuck 4 is provided for supporting a motor stator S for rotational indexing. A pair of openable wire guides 18 and 19 is opposed to the coil end E of the motor stator on the chuck. The wire guides have grooves 22 in their opposed sides in order to guide binding wire C along the peripheries of the coil end and terminal wire. A cylinder 17 is provided for varying the spacing between the chuck and the wire guides. The grooves 22 in the wire guides receive the binding wire C fed from a wire supply unit 25.
Patent JP-S6236559-A (JP)
Title: Growth hormone analysis
Inventor: NAKAZAWA HIROSHI
IPC: G01N30/84
Filed: 1985-08-09
Abstract: PURPOSE:To enable detection down to the order of mug/ml handily and accurately, by making a reagent react with growth hormone separated by a high-speed liquid chromatograph (HPLC) to assay it by fluorescent detection method once led to a fluorescing derivative. CONSTITUTION:Growth hormone existing in a sample is separated by HPLC method and a fluorescent derivative converting reagent is made to act on the growth hormone to form a fluorescing derivative which is assayed by fluorescent detection method. The growth hormone herein used is from a mammal and the sample will be an object wherein a trace of growth hormone exists together with foreign matters. The fluorescent derivative converting reagent will be a donor of a fluorescing body by reaction with primary amine contained in protein and peptide.
Patent JP-2001006644-A (JP)
Title: Set battery
Inventor: URA TOSHIICHI
IPC: H01M50/528
Filed: 1999-06-23
Abstract: PROBLEM TO BE SOLVED: To provide a battery control for respective cells by an inexpensive means by connecting drawn wires to the entire connections for electrically serially connecting a plurality of cells with both ends thereof clamped by a pair of plate-like supports. SOLUTION: Fitting holes 2a and 3a are disposed on the inner wall surfaces of first and second supports 2 and 3 for fitting to the outer diameter of a cell 1. Eight cells 1 are held in a trefoil formation in two rows. At this time, the cell 1 is fit and held so that positive and negative electrodes thereof are placed inversely to those of the adjacent cell. Connecting bodies 4 connect respective cells electrically in series. Drawn wires 10 have connectors mounted to nine wire materials having a crimp terminal on one end thereof. Each of the crimp terminals of the wire materials of the drawn wires 10 is fixed to the connecting body 4 and a tap arranged on a terminal fixing plate with a screw.  Thereby, the connectors of the drawn wires 10 are connected to a battery control means and measuring voltages or internal resistances of respective cells or individually charging/discharging each of cells can be conducted.
Patent JP-H06289690-A (JP)
Title: Method for fixing wire for discharge used for corona discharge device and wire for discharge used for it
Inventor: KAWAHARA YASUYUKI
IPC: H01T19/00
Filed: 1993-07-16
Abstract: PURPOSE:To hardly break a wire for discharge when it is spread even when the wire diameter thereof is made extra fine. CONSTITUTION:One holding member 7 and the other holding member 8 are integrally formed on both end sides of a shield case 6. Then, both holding members 7 and 8 are constituted of bases 15 and 28 and fixing pins 16 and 29. Besides, a recessed part 24 in which the leg part 26 of the pin 16 is engaged is formed on the base 15 and a through-hole 37 in which the leg part 40 of the pin 29 is engaged is formed on the base 28. Then, the terminal part of one side of the wire for discharge 9 is fixed to a fixing device 51 and a weight 53 is hung on the terminal part of the other side thereof. After the wire 9 is spread between the bases 15 and 28 by prescribed tensil force, it is fixed by respectively engaging the pins 16 and 29 in the bases 15 and 28 together with both end parts of the wire 9 and making the wire 9 press-contact with the bases 15 and 28.
Patent JP-H0530650-A (JP)
Title: Inrush current preventing circuit
Inventor: INA TATSUYA
IPC: H02M7/06
Filed: 1991-07-17
Abstract: PURPOSE:To provide an inrush current preventive circuit for various electric appliances in which inrush current is blocked when an AC input is applied intermittently and the inrush current is suppressed easily and positively. CONSTITUTION:The inrush current preventive circuit comprises two inrush current preventing resistors 1, 2, a switch circuit 3, and a section 10 for detecting a rectified voltage and controlling the switch circuit 3. Resistances of the resistors 1, 2 are set so that an inrush current can be suppressed even if an AC voltage is applied when the voltage of a capacitor 5 is 0V and the ratio of the resistances is set to that the AC input voltage divided by the resistors 1, 2 will provided a detection voltage thus suppressing the inrush current easily and positively.
Patent JP-H0339732-A (JP)
Title: Silver halide color photographic sensitive material
Inventor: NAGAOKA YOKO
IPC: G03C1/06
Filed: 1989-07-06
Abstract: PURPOSE:To obtain a color photographic sensitive material having superior desilverabiliy and capable of shortening the time required to finish a desilvering stage by incorporating at least one of specified compds. CONSTITUTION:At least one of compds. represented by formulae I-III, etc., is incorporated. In the formula I, Q is a group of atoms required to form an N-contg. hetero ring and R1 is alkyl, cycloalkyl, etc. In the formula II, Q0 is a group of atoms required to form an S-contg. hetero ring and X is 0, S or NR (R is H or alkyl). In the formula III, each of R2 and R3 is H, alkyl, hydroxyl, carboxyl, etc., A is an n1-valent residue of a hetero ring, etc., and X is =S, =O or =NR''. A color photographic sensitive material having superior desilverability and capable of shortening the time required to finish a desilvering stage is obtd.
Patent JP-S6229155-A (JP)
Inventor: ENRIKE GARUSHIA
IPC: H01L21/60
Filed: 1986-07-29
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-S5880083-A (JP)
Inventor: SAKIDA TSUTOMU
IPC: E06B3/00
Filed: 1981-11-04
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-S6237612-A (JP)
Title: Continuous discharge control device for liquefied gas
Inventor: YOSHIMURA TETSUTARO
IPC: F23K5/00
Filed: 1985-08-13
Abstract: PURPOSE:To prevent discharge of raw gas from a burner by installing two diaphragms, large and small, in such a constitution that two diaphragms are installed at a vaporizing chamber and a gas inflow port respectively via pistons placed between the tow diaphragms and swelling of the large diaphragm produces downward motion of the small diaphragm. CONSTITUTION:When gas fills up a vaporizing chamber 6, a large diaphragm 8 installed facing the vaporizing chamber 6 is swelled out by gas pressure into an inner port 7 of a main-body 1; therefore, the upper piston 9 and the lower piston 10 are pushed downward and a projected end part 10' of the lower piston 10 pushes the small diaphragm 14 with force and deforms it, and then the small diaphragm 14 closes a gas inflow hole 15 and this closed condition is maintained so far as pressure in the vaporizing chamber 6 is not reduced. When a burner starts to be used as a blowtorch after ignition, pressure in the vaporizing chamber 6 as well as a small vapor chamber 16 is reduced and then gas in a gas bomb B flows into the small vapor chamber 16 after pushing up the small diaphragm 14, and proper amount of gas is continuously supplied to the vaporizing chamber 6.
Patent JP-H0463743-A (JP)
Title: Corner part structure for sealing member
Inventor: NOZAKI MASAHIRO
IPC: E06B7/23
Filed: 1990-07-04
Abstract: PURPOSE:To obtain a sponge rubber sealing member having uniform structure and also the good outward appearance of a corner outer surface by providing a lightening part on the inner side of a corner part in the corner part of a sealing member, and making the thickness of the corner part thinner than that of an average part. CONSTITUTION:A sealing member 5, used in a gap part (A part) between the rear end upper part of the front fender of an automobile and the lower part peripheral part of a front pillar, is composed of sponge rubber, has a nearly V-shaped cross section, is made like a ship shape as a whole, and forms a rib 52 in the inside. A corner part 51 is bent in an acute angle state. Here a lightening part 510 is provided on an inner side of the corner part 51, and the wall thickness of the corner part 51 is formed thinner than that of an average part. This, when the sealing member 5 is formed by injecting rubber material from an injection gate to the cavity of a die, causes the rubber material, injected from the gate, to be narrowed in its width at the corner of the cavity, consequently filling is well made even on the protruded side of the corner to obtain a sealing member having good outward appearance.
Patent JP-H1120405-A (JP)
Title: Pneumatic tire
Inventor: SAKAMOTO MASAYUKI
IPC: B60C9/22
Filed: 1997-07-02
Abstract: PROBLEM TO BE SOLVED: To considerably improve flexural rigidity of the tread while maintaining comfortability, and maintain ground plane shape appropriately even with large load change at the time of a car being vacant, loaded, and the like so as to stably display high maneuvering stibility and wear resistance. SOLUTION: A pneumatic tire is provided with a band layer 11 arranged on the radial outside of a belt layer or between belt plies. This band layer 11 has a band ply 11A with band cords 12 arranged substantially parallel in the circumferential direction of the tire. The band cord 12 is extended in the circumferential direction of the tire while alternately repeating protruding parts 13A protruded outward in the radial direction of the tire and recessed parts 13B protruded inward in the radial direction of the tire being corrugated within a plane S almost parallel with a tire equator face CO.
Patent JP-H0227822-A (JP)
Title: Cordless telephone set
Inventor: HIRONO MASAHIKO
IPC: H04W76/00
Filed: 1988-07-18
Abstract: PURPOSE:To execute each function properly and economically if function or constitution differs by sending control information representing its function from a stationary equipment and a radio telephone set respectively and executing the control operation of an opposite equipment based on the said control information. CONSTITUTION:A radio telephone set 11 gives a privacy circuit storage code 1e representing the radio telephone set having a privacy call circuit to a call signal 1c in addition to the provision of an identification code 1a representing a caller radio telephone set 11 itself and an identification code 1b identifying a called stationary equipment 12 and sends the result to the stationary equipment 12. The stationary equipment 12 gives a privacy call storage code 1f when the stationary equipment 12 has a privacy call circuit in addition to the provision of an identification code 1b of the stationary equipment 12 and an identification code 1a of the radio telephone set 11 to a call reply signal 1d and sends the resulting signal. Thus, the function of the opposite equipment is identified from the control information of the opposite equipment even if the function or configuration differs and the function is executed properly and economically.
Patent JP-H0845919-A (JP)
Title: Plasma assist dielectric layer forming method
Inventor: IMASHIRO NOBUHIKO
IPC: H01L21/205
Filed: 1994-07-28
Abstract: PURPOSE:To form a dielectric layer uniformly on the surface of a large area substrate and the like by a method wherein the plasma generated in the first vacuum chamber is introduced into the second vacuum chamber, raw gas is fed into the plasma in the second vacuum chamber, it is excited and decomposed, and the generated activating species are reacted with substrate material. CONSTITUTION:Plasma is generated in the first vacuum chamber 1, and the plasma is introduced into the second vacuum chamber 2 in which a substrate 3 is provided. In the second vacuum chamber 2, raw gas is fed into plasma, the raw gas is excited and decomposed, and a dielectric layer is formed on the surface of the substrate 3 by the reaction of the generated activating species with the material of the substrate 3. For example, the plasma generated in the first vacuum chamber 1 is formed into arc discharging plasma, and discharged gas is formed into hydrogen gas and/or diluted gas. Also, the raw gas contains at least a kind selected from oxygen gas, nitrogen gas and hydrocarbon gas which is in the state of gas at normal temperature.
Patent JP-H0343953-A (JP)
Title: Manufacture of square sealed battery
Inventor: KOJIMA TETSUZO
IPC: H01M2/02
Filed: 1989-07-10
Abstract: PURPOSE:To lengthen the working life of a mold by using a steel plate in which bright nickel plating is conducted on one side and nonbright nickel plating on the other side as the material for a square case and cover and by arranging the bright nickel plating side inside and the nonbright nickel plating side outside. CONSTITUTION:A coiled cold rolled steel in which bright nickel plating 1a is conducted on one side and nonbright nickel plating on the other side is used to form a case 1 having a specified dimension by drawing. A cover is formed with the same material so as to fit to the inside of the case 1. A positive electrode made of nickel hydroxide a negative electrode made of cadmium, a separator and an electrolyte comprising an alkaline aqueous solution are put into the case 1 and the cover 2 mounted with a terminal 3 which also functions as a safety vent is fitted to the case 1. The fitted part is sealed with a laser welder to manufacture a square nickel cadmium storage battery. By arranging bright nickel plating side on the outside where strong friction is applied in drawing operation, wear of a mold is reduced and its life is lengthened.
Patent JP-H05337577-A (JP)
Title: Production and apparatus for diameter reduction and enlargement of material
Inventor: SHIGEMORI TOMOTAKE
IPC: B21D41/04
Filed: 1992-06-11
Abstract: PURPOSE:To easily execute working of special materials of thin wall, hard, brittle, etc., by arranging a cylindrical material, etc., in alignment with the center axis of die and reducing or expanding diameter with giving high speed micro-vibration and rotation on either or both material and die. CONSTITUTION:The die 4 is arranged on the die stock 7 and the material 2 on a designated position by the fixing means 3 of the clamp cylinder 3b, etc., positioning the die and material 2 the uniaxial line L. The die 4 is subjected to high speed micro-vibration by the vibrating means 5 of the servo cylinder 5a, etc. and is simultaneously rotated by the rotating means 6 of the motor 6a, gear 6b, etc. At this time, the left-right dies 4,4 oppositely rotate each other. Next, the die stocks 7, 7 move forward so as to press sandwich the material 2 from left-right by the pressurizing means 8 of the pressurizing cylinder 8a to make the material 2 come in pressurized contact with the dies 4,4, the material 2 is reduced or expanded to the designated shape. Thus, non deviation working in combination of high speed repeating strike and strike is executed, leading to high productivity and high precision working.