baber/WOPTO huggingface dataset:
Patent JP-H0941277-A (JP)
Title: Production of three-dimensional sticker and three-dimensional sticker
Inventor: HIROE MINAKA
IPC: A41D27/08
Filed: 1995-07-24
Abstract: PROBLEM TO BE SOLVED: To prepare a three-dimensional sticker excellent in decoration by packing a mixture of a silicone resin and its curing agent to a recessed part of a mold, curing solidifying and demolding. SOLUTION: A solution 16 for a sticker obtained by mixing a silicone resin 12 with its curing agent 14 is packed into a mold 20 which has mirror finished bowl-shaped recessed parts 18 and is optionally provided with a recessed part for forming a calyx part on the top of the recessed part, cured, solidified and demolded to give the objective three-dimensional sticker. Then, an accessory to clothing 22 is stuck to the outer periphery edge at the bottom of the three- dimensional sticker or through an adhesive 24 to the surface of the clothing 22.
Patent JP-H1091030-A (JP)
Title: Production of separation pawl for copying machine
Inventor: SATOJI FUMITADA
IPC: B65H29/54
Filed: 1997-08-04
Abstract: PROBLEM TO BE SOLVED: To prevent fault in separation direction or clogging of paper sheets due to increase in the dimension of the top of a separation pawl and to obtain a separation pawl which can endure long-term continuous use without decreasing thermal conductivity or electric conductivity, by applying a fluorinated polyether polymer on the top part, drying the polymer and heat treating it at such a temp. that the aromatic polyester resin used as the main component of the pawl does not deform. SOLUTION: After an aromatic polyester resin is formed by injection molding into a separation pawl, a fluorinated polyether polymer is applied at least on the top part of the pawl and dried. The polymer is heat treated at such a temp. that the aromatic polyester resin as the main component does not deform. The aromatic polyester resin used has the mechanical strength enough to be continuously used as a separation pawl for a fixing paper at >=150 deg.C ambient temp. and can be formed by injection molding. The fluorinated polyether polymer having at least one polar end group has the main structural unit of -Cx1 F2x1 - O-, wherein x1 is an integer 1 to 4, and has about 1000 to 5000 number average mol.wt.
Patent JP-H0946212-A (JP)
Title: Cmos circuit
Inventor: HATANO TAKAHIRO
IPC: H03K19/0948
Filed: 1995-07-26
Abstract: PROBLEM TO BE SOLVED: To provide a CMOS circuit which can execute low voltage driving, has a high speed operation characteristic and a low leak current characteristic, and in which the control method of an output signal is simple and the improvement of operation speed is easy. SOLUTION: A CMOS output stage is constituted of the PMOS transistor 15 of low threshold voltage and the NMOS transistor 16 of high threshold voltage. A low threshold NMOS transistor 13 is connected between an inverter 11 driving the transistor 15 and a low potential power terminal 2. A low threshold PMOS transistor 14 is connected between an inverte 12 driving the transistor 16 and a high potential power terminal 1. Common signals are inputted to the inverters 11 and 13, and the transistors 13 and 14 are controlled by complementary control signals CL and *CL.
Patent JP-S6367432-A (JP)
Title: Air-cooled doughnut-shaped elastic coupling
Inventor: KATAYAMA TAKAO
IPC: F16D25/04
Filed: 1986-09-05
Abstract: PURPOSE:To prevent vibro-isolating rubber from its deterioration and/or damage, by effectively cooling the heat, transmitted from a member heated by friction caused by an air clutch or the like, through circulating air, in the case of an elastic coupling used with the air clutch or the like and equipped with an air- cooling structure. CONSTITUTION:A drum 9 is connected with a driven shaft 1 through outer wheels 5, 5', vibro-isolating rubbers 4, 4' and inner wheels 3, 3' and when power is transmitted, the periphery of the drum 9, which comes into contact by friction with the internal periphery of a friction shoe 36 of an air clutch 30 provided in the end part of a driving shaft 32 opposed to the driven shaft 1, generates heat. Here air inside the inner wheels 3, 3' passes through a through hole 14 provided in the inner wheels 3, 3' integrally rotating with the driven shaft 1, being allowed to flow in a gap B between the vibro-isolating rubbers 4, 4' toward the outer of a radius, and the air, after it passes through an annular gap C provided in the outer wheels 5, 5', is allowed to flow in annular space A and flow out to the outside from a through hole 15 provided in a connection part of the drum 9. The vibro-isolating rubbers 4, 4', outer wheels 5, 5' and the drum 9 are cooled by the above circulating air.
Patent JP-H0552545-A (JP)
Title: Measuring method of depth distribution of minute annular groove
Inventor: INOUE MASATAKA
IPC: G01B21/30
Filed: 1991-08-21
Abstract: PURPOSE:To enable correct and simple recognition of the state of distribution of depth and the shape of the bottom part of an annular groove by preparing a diagram of the distribution of depth on the basis of a diagram of a three-dimensional section including the annular groove which is picked up by a roughness gage. CONSTITUTION:An output of a roughness gage amplifier 11 which processes scan data of a probe-type roughness gage 10 in a surface shape input element 1 is inputted to a surface shape analyzing element 2 through the intermediary of a personal computer 16 at an analysis result display section 3. It is analyzed by execution of an incorporated program in a surface shape analyzer 20 and a diagram of three- dimensional sections including annular grooves is picked up as digital three-dimensional data on a surface shape by an arithmetic processing. The data are replaced by surface shape data of a polar coordinates system for each prescribed angular range around the position of the center of the annular groove. The distribution of depth is diagramed on the basis of the maximum value of the depth of the data and the angular range, and the state of the distribution of depth and the shape of the bottom of the annular groove can be recognized therefrom correctly and simply.
Patent JP-S59101029-A (JP)
Title: Method for adjusting fitting angle of magnetic head and magnetic card reader using this method
Inventor: MIYAMOTO TAKAHISA
IPC: G11B21/20
Filed: 1982-11-30
Abstract: PURPOSE:To set highly accurately the fitting angle of a magnetic head, by providing a supporting material supported by the 1st fulcrum as a reciprocating- motion possible and turnably and a turning member supported by the 2nd fulcrum as turnably and connecting the supporting material and the turning member with each other so that their movement is simultaneously produced at least at one side of a line connecting both the fulcrums. CONSTITUTION:When the fitting angle of a magnetic head 16 is adjusted, a screw 9 is loosened first so that a head plate 1 and plate 4 can be moved freely. Then an adjusting tool, such as screw driver, is inserted into the space (s) between an angular hole 12 and the left end section 1b of the head plate 1 and the space (s) is expanded or narrowed by utilizing the tapered section of the screw driver and using the width of the space (s) as a standard. Then a dowel 7 turns clockwise or counterclockwise around a fulcrum 5 and, simultaneously, the head plate 1 turns clockwise or counterclockwise with its notched part 1a being moved leftward or rightward through a pin 3. Therefore, as the head plate 1 rotates, the fitting angle of the magnetic head 16 fitted to the head plate 1 is adjusted.
Patent JP-H0258775-A (JP)
Title: System for accelerating head driving motor
Inventor: OKAWA TOSHIYUKI
IPC: G11B21/08
Filed: 1988-08-24
Abstract: PURPOSE:To prevent a temperature rise in a drive circuit by providing a means which calculates the speed change of an actuate motor at the time of acceleration from delaying time and the maximum speed. CONSTITUTION:An aimed position signal from a host device is inputted to a microprocessor 2, where the difference between the aimed position signal and the current position signal of a head obtained from a position detection circuit 9 is calculated, through an interface circuit 1. A calculated result of the microprocessor 2 is sent to a speed pattern generation circuit 3 as a positional difference signal and converted into a speed pattern signal. The speed pattern signal is sent to a differential amplifier 4. Then a position-speed conversion circuit 10 sends the difference between the speed pattern signal and a detected speed signal converted into a speed signal to an actuate motor drive circuit 5 as a speed difference signal and the circuit 5 drives a voice coil motor 8 by outputting the drive signal corresponding to the speed difference signal, so that a head 6 can be moved by means of arms 12a and 12b moving around a pivot 7. Therefore, the drive current can be reduced and a temperature rise in the drive circuit can be suppressed.
Patent JP-2001041004-A (JP)
Title: Manufacture of turbine nozzle
Inventor: MAKINO YOSHINOBU
IPC: B23P15/00
Filed: 1999-07-23
Abstract: PROBLEM TO BE SOLVED: To shorten time for assembling and adjusting, and to easily attach a nozzle blade body of three dimensional blade shape to each of a nozzle inner- and outer-ring side wear plates and to each of diaphragm inner- and outer-rings. SOLUTION: The manufacture method of a turbine nozzle comprises steps of: blanking a nozzle inner side wear plate 13 and a nozzle outer side wear plate 14 from a flat plate by laser beam cutting; applying bending to the nozzle inner side wear plate 13 and the nozzle outer side wear plate 14 to form them into ring pieces; punching the nozzle inner side wear plate 13 and the nozzle outer side wear plate 14 formed into ring pieces such that the punched part has a shape of three dimensional blade; inserting both ends of a nozzle blade body 15 into the nozzle inner side wear plate 13 and the nozzle outer side wear plate 14 and welding them by a laser beam; and connecting the nozzle inner side wear plate 13 and connecting the nozzle outer side wear plate 14 with a diaphragm inner ring 16 and a diaphragm outer ring 17, respectively, by electron beam welding or the like.
Patent JP-H1055211-A (JP)
Title: Tool path determining method
Inventor: KATO TSUTOMU
IPC: B23Q15/00
Filed: 1996-08-08
Abstract: PROBLEM TO BE SOLVED: To determine a tool path in sufficient consideration of the direction of a target working surface of a work without using data defining the direction of the target working surface. SOLUTION: Reference points are generated on the target working surface 50, spheres whose radii are equal to the radius of a tool are generated by the reference points and cut with the movement plane 70 of a tool to generate circles, and circles that the tool is tangent to first among those circles when the tool is put closer to the work from space side are selected; and one successive curves connecting the center points 78 of those selected circles 72 are found as a center point connection line 80, one normals 82 which are at the respective center points 78 of the center point connection line 80 and included in the movement plane 70 are found, the intersections of those normals 82 and selected circles 72 are found as tool passing points 84, and one continuous curve connecting those tool passing points 84 to one another is found as a tool path 86.
Patent JP-2001034385-A (JP)
Title: Method and device for displaying mouse cursor
Inventor: ICHISE HIROSHI
IPC: G06F3/038
Filed: 1999-07-26
Abstract: PROBLEM TO BE SOLVED: To make accurately stoppable a mouse cursor at a display object in a short time and to make enhancible the working efficiency by automatically and instantaneously moving the mouse cursor to an after-image position on the display object when moving the mouse cursor passing through on the display object backward. SOLUTION: A 1st mouse coordinate register 9 reads a mouse coordinate signal from a mouse coordinate register 4, stores it for a fixed period and outputs it as a 1st mouse coordinate signal. A 2nd mouse coordinate register 10 reads the 1st mouse coordinate signal, stores it for a fixed period and outputs it as a 2nd mouse coordinate signal. A backward movement detecting part 9 compares and processes a mouse coordinate signal from the register 4, the 1st mouse coordinate signal from the register 9 and the 2nd mouse coordinate signal from the register 10, detect the backward movement of a mouse cursor and also transmits a backward movement detection signal to the register 4. When the register 4 receives the signal rewrites an output signal into an after image coordinate signal.
Patent JP-H1055491-A (JP)
Title: In-bed detector and its system
Inventor: YOSHIIKE NOBUYUKI
IPC: G08B5/00
Filed: 1996-08-08
Abstract: PROBLEM TO BE SOLVED: To provide an in-bed detector capable of simplifying a sensor output processing circuit functioning as an in-bed judging means easily setting and changing a reference value necessary for judging the existence of a person on a bed and an in-bed detection system capable of centralized-controlling the presence and absence of a person in a bed through the use of this in-bet detector. SOLUTION: The in-bed detector is provided with a load sensor 5 inserted between the supporter 2 of the bed 1 and a floor surface 4, an in-bed judging means 6 judging the presence of a person on the bed 1 when a load detected by the sensor 5 exceeds the previously set reference value according to a prescribed condition, a reset switch 7 setting an added load when a person do not exist on the bed 1 to be the reference value of the means 6, and a transmission 108805 8 transmitting the judging result by the means 6 to outside.
Patent JP-H0259360-A (JP)
Title: Thermal printer
Inventor: SAKAI KEITA
IPC: B41J2/375
Filed: 1988-08-24
Abstract: PURPOSE:To protect a thermal head and at the same time, control density irregularity by determining whether color should be developed by the thermal head using a low temperature determination device, when a thermal printer goes beyond the limits of its use at low temperature. CONSTITUTION:An oscillation circuit 3 installed has in oscillation period which changes in accordance with a change in resistance value due to the temperature of a thermistor 2 which detects the temperature of a thermal head 1. A low temperature determination device 4 starts a timer and a counter, and determines whether the number of input pulses number M from the oscillation circuit 3 is incremented when a timer is started. If the device 4 determines that the number is not incremented, it activates a thermal head color development suspension device 5 which suspends the color development by the thermal head 1. Then the suspension of color development by the thermal head is repeated by a suspended color development continuation device 6 until the incremental action is effected. In addition, if the device 4 determines that the number is incremented, it counts the number N of input pulses from the oscillation circuit 3, activating a color development time decision device 7 for the thermal head 1. After this, the device 4 activates a thermal head color development device 8 which allows the thermal head 1 to develop a color for a set period of time.
Patent JP-H0954607-A (JP)
Title: Control unit for equipment
Inventor: SAKIDA YOSHIAKI
IPC: G05B23/02
Filed: 1995-08-18
Abstract: PROBLEM TO BE SOLVED: To specify a function of a product to be controlled according to the combination of a control means decided by a connection deciding means by providing the control means with a plurality of functions as to the control unit for the equipment which can control a plurality of control means having transmitting and receiving circuits according to the combination. SOLUTION: This control unit consists of a 1st control means 24 which has a transmitting and receiving circuit 15 and a 2nd control means 26 which has a transmitting and receiving circuit 16. Then at least the 1st control means 24 is equipped with a code transmitting means 28 which sends a code for discriminating the control means and the 2nd control means 26 is equipped with a connection deciding means 26 which decides a received code; and the 2nd control means 26 having received the code switches operation contents according to the decision result of the connection deciding means 26.
Patent JP-H0373618-A (JP)
Title: A/d converter
Inventor: KOZU YOSHIKO
IPC: H03M3/02
Filed: 1989-08-14
Abstract: PURPOSE:To reduce the arithmetic error at digital signal processing by retrieving the shift at an amplitude occurred most frequently for a prescribed period to obtain the shift of a mean amplitude of an output of a 1st down-sampling circuit and outputting the value after a prescribed period. CONSTITUTION:An output signal of an A/D conversion section 1 is inputted to a 1st down-sampling circuit 2 to apply down-sampling to the frequency from a sampling frequency f1 to f2 (f1>f2). Then the signal is fed to a loopback noise suppression filter, from which an N-bit natural binary code is outputted. A shift quantity decision circuit 4 receives an output of the amplitude of a mean amplitude detection circuit 3 and decides the shift quantity from the input. In this case, the decided shift quantity is outputted for a prescribed period T and the shift quantity at the amplitude occurred most frequently to be retrieved is outputted after the prescribed period T. Thus, the circuit operation is implemented according to the signal processing by means of a digital code where the same amount of information is provided from a low level and a high level signal.
Patent JP-S59100299-A (JP)
Title: Formation of patterned chromium layer
Inventor: IMAI YUUJI
IPC: C25F3/12
Filed: 1982-11-30
Abstract: PURPOSE:To form accurately a patterned Cr layer on an insulating substrate by carrying out electrolysis in a hydrochloric acid soln. at a specified temp. of the soln. and a specified current density and by completing the electrolysis when the voltage or electric current changes suddenly. CONSTITUTION:A substrate body 6 is composed of a substrate 1 having an upper insulating layer 2, a Cr layer 4 formed on the layer 2, and a patterned mask layer 5 formed on the layer 4 by a photo process. DC electrolysis is carried out in an electrolytic soln. 11 contg. hydrochloric acid as a principal component using the Cr layer 4 as a positive electrode and a platinum electrode 13 as a negative electrode. When the temp. of the electroytic soln. and the current density are represented by Te ( deg.C) and Je (mA/cm<2>), respectively, constant-current or constant-voltage electrolysis is carried out under conditions which keep the value of the equation large, and the electrolysis is completed when the indication of a voltmeter 15 or an ammeter 16 changes suddenly. The electrolysis of the Cr layer 4 proceeds chiefly in the vertical direction under said conditions, and the layer 4 is hardly electrolyzed in the horizontal direction, so the mask pattern is accurately transferred to the layer 4.
Patent JP-H1149097-A (JP)
Title: Skid type landing gear
Inventor: YOSHIZAKI YUJI
IPC: B64C27/04
Filed: 1997-08-05
Abstract: PROBLEM TO BE SOLVED: To provide a skid type landing gear which can eliminate inferiority that in a cross tube directly determining rigidity of the skid type landing gear of a helicopter, high strength required at hard landing time and low rigidity for avoiding ground resonance are simultaneously required, manufacture is difficult, and rigidity adjustment at completion time is difficult. SOLUTION: This device is provided with a connection member 15, 16, in which a cross tube 3 arranged in a direction orthogonal to a roll axis direction to be arranged in a bottom part of an airframe so as to lower down both end parts toward the outward, making a mounting part in the airframe able to turn, is formed so as to engage with an airframe bottom part, and a plurality of contact parts 18, in which by deflection of the cross tube 3 when landing is performed by rapid sinking, without through the connection member 15, 16, in the airframe bottom part, a peripheral surface of the cross tube 3 is brought into direct contact, so as to directly transmit a load generated when a skid tube 6 is landed to the airframe bottom part.
Patent JP-S60102646-A (JP)
Title: Heat fixing toner
Inventor: NOGUCHI KOUJI
IPC: G03G9/087
Filed: 1983-11-09
Abstract: PURPOSE:To enhance offset resistance and fixing performance by incorporating an electrostatically positively chargeable dye in a mixture of a polyester resin and a styrene-acrylic type copolymer. CONSTITUTION:A heat fixing toner contains a resin, a colorant, and a releasing agent, and the resin consists of a polyester resin composed of polyol components and bivalent or multivalent carboxylic acid or acid deriv. components, and a styrene-acrylic type copolymer composed of alpha,beta-unsatd. ethylenic monomers as structural units, and 0.5-7wt% positively chargeable dye is contained, thus permitting good heat fixing and prevention from offset. Said copolymer, preferably, has a weight average mol.wt. of 50,000-300,000, and a number average mol.wt. of 10,000-50,000, and a mol.wt. distribution of 3-30. Said polyester resin, preferably has a weight average mol.wt. of 5,000-100,000, a number average mol.wt. of 5,000-20,000, and a mol.wt. distribution of 5-20. A preferable mixing ratio of the styrene-acrylic type copolymer to the polyester resin is (30-95):(70-5) by weight.
Patent JP-S6271857-A (JP)
Inventor: JIYON EFU KURIIMINSU
IPC: G01N33/48
Filed: 1986-09-06
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-H09120932-A (JP)
Title: Laminated electronic component
Inventor: TAKAHARA WATARU
IPC: H01G4/228
Filed: 1996-08-09
Abstract: PROBLEM TO BE SOLVED: To prevent cracking, etc., caused by thermal strain by setting the thickness of a metal containing resin layer which contains metallic powder in thermosetting resin arranged between a baking layer and a plating layer in a specified range. SOLUTION: The thickness of a metallic powder containing resin layer 3b containing metallic powder in thermosetting resin arranged between a baking layer 3a consisting of an alloy containing Ag, or Ag and Pb and a plating layer 3d consisting of an Ni plating layer 3c and an Sn or Sn/Pb plating layer 3d is set 5 to 200μm. The content of metallic powder of the metallic powder containing resin layer 3b is 70 to 95wt.% and resistivity of the metallic powder containing resin layer 3b is 1×10<-2> Ω.cm or less. Furthermore, thermosetting resin of the metallic powder containing resin layer 3b is at least one kind of epoxy resin, urethane resin and polyimide resin and metallic powder is at least one kind of Ag, Ni, Cu and Pd. Thereby, cracks caused by thermal strain can be prevented.
Patent JP-S6270573-A (JP)
Title: Thin film forming device
Inventor: MITSUI TAKAO
IPC: B65D1/46
Filed: 1985-09-23
Abstract: PURPOSE:To form a thin film having uniform film quality on a large-sized substrate having a curved surface by providing control means for detecting the surface positions in the respective parts on the surface of the substrate during passage and lifting evaporating sources to adequate positions according to the detected positions. CONSTITUTION:The substrate 1 is conveyed together with a tray 2 and the heights in the respective parts of the substrate 1 are calculated in the stage of passing along the evaporating sources 6. The optimum positions of the plural evaporating sources 5 for the optimum heights are calculated and the evaporating sources 5 are moved to the target positions. The positions of the evaporating sources are detected by evaporating source position detectors provided to respective lifting devices 6 and are compared with the target values. The positions of the evaporating sources 5 are controlled according to the differences therebetween. The height of the substrate 1 is detected according to the lapse of the time since the entry to the tray 2 and the position control of the evaporating sources 5 is repeated. The control is continued until the substrate 1 passes by fully above the evaporating sources 5. The difference in the film thickness between the central part and end part of the substrate 1 is eliminated by the above- mentioned mechanism.