baber/WOPTO huggingface dataset:
Patent JP-H09125734-A (JP)
Title: Wheel stopping device for carrying machine
Inventor: TANIFUJI KATSUYOSHI
IPC: E04H6/18
Filed: 1995-10-30
Abstract: PROBLEM TO BE SOLVED: To reduce the size of a carrying machine. SOLUTION: An elevating lift 20 for carrying automobiles W1, W2 is provided in a multistory parking garage freely to be elevated. The elevating lift 20 is provided with a comb-shaped fork 21, and the fork 21 is formed by arranging plural supporting bars 22 in the fore and aft direction. A first and a second movement regulating members 27a, 27b are provided in the upper side of the supporting bars 22, which are positioned at a front end of the elevating lift 20 and at an intermediate part in the longitudinal direction, so as to be separately moved in the direction for coming close to each other and the direction for separating from each other. When automobiles W1, W2 having a different distance from a front tire Ta to the front end thereof are placed on the elevating lift 20, a front tire Ta and a rear tire Tb of the automobile are supported by the supporting bars 22.  The front tires Ta of the automobiles W1, W2 are pinched by the first and the second movement regulating members 27, 27b so that the movement thereof is regulated at a different position.
Patent JP-H01125236-A (JP)
Title: Printer
Inventor: URATA SHIZUO
IPC: B41J3/60
Filed: 1987-11-10
Abstract: PURPOSE:To obtain a printer capable of binding papers having a difference in page orientation between the face side and the back side, into a book, by changing the page orientation on a page basis, and automatically setting a binding margin for the first page and that for each of the second and latter pages at the same position on the paper when the page orientation is changed. CONSTITUTION:When a control instruction for starting printing the first page is received from a host computer 12, a controlling part 14 stores the page orientation and a binding margin position for the first page into a data storage device 16. Printing of the first page is conducted through a printer device 18 according to a predetermined printing system, and it is checked whether a control instruction for starting printing the next page is received from the host computer 12. When the instruction has been received, a controlling operation is finished, while when the instruction has not been received, it is checked whether a control instruction for changing the printing system is received. When the instruction for the change is not received, the next page is printed without any change in the printing system. When the instruction for the change is received, a printing system for the next page is determined. Therefore, even when the page orientation is varied between the first page and the second and later pages, the binding margin position on each printing paper is constantly fixed, so that the printed papers can be bound into a book as they are after the completion of the printing.
Patent JP-H04156388-A (JP)
Title: Thermally transferable recording medium
Inventor: KITAMURA SHIGEHIRO
IPC: B41M5/44
Filed: 1990-10-19
Abstract: PURPOSE:To ensure that a high-quality print image can be obtained at low transfer energy on a transfer medium with a low rate of surface smoothness even when an image is printed at high speed due to excellent image resolution by providing an intermediate layer based mainly on an ethylene/vinyl acetate copolymer with a specified unit content of vinyl acetate between a thermally fusible peel-apart layer and a thermally fusible adhesive layer. CONSTITUTION:A thermally transferable recording medium consists of, at least, a thermally fusible peel-apart layer and a thermally fusible adhesive layer provided on a support. An intermediate layer based mainly on an ethylene/vinyl acetate copolymer with a vinyl acetate unit content of 35wt.% or higher is provided between the thermally fusible peel-apart layer and the thermally fusible adhesive layer. The especially recommended thermally fusible compounds are microcrystalline wax, paraffine wax and carnauba wax, all of which stay within the melting point or softening point range of 50 to 100 deg.C. The melt index of the ethylene/vinyl acetate copolymer should preferably be about 2 to 1500 normally, especially about 20 to 1000.
Patent JP-H0999677-A (JP)
Title: Heat resistant plastic card and manufacture thereof
Inventor: MORIZUMI KENICHI
IPC: B42D15/10
Filed: 1995-10-05
Abstract: PROBLEM TO BE SOLVED: To improve the heat resistance of a plastic card by forming a card core and an oversheet of heat resistant plastic, and forming an adhesive layer of thermosetting adhesive having thermoplastic resin having a lower softening point than that of the plastic and heat curing agent. SOLUTION: An IC card is obtained by executing print designs 5 on both side surfaces of a card core 3 having a multilayer structure made of heat resistant plastic and laminating a transparent oversheet 2a made of heat resistant plastic on the front surface side of the core 3 via a transparent adhesive layer 4a and a transparent oversheet 2b made of heat resistant plastic on the rear surface of the core 3 via a transparent adhesive layer 4b. The core 3 is obtained by laminating two white core sheets 3a, 3b made of heat resistant plastic via a white adhesive layer 4c. The layers 4a, 4b, 4c are formed of thermosetting adhesive having thermoplastic resin having lower softening point than that of the heat resistant plastic and heat curing agent.
Patent JP-S63133637-A (JP)
Title: Manufacture of resin-sealed semiconductor device
Inventor: SHIRAKAWA HIROYUKI
IPC: H01L21/56
Filed: 1986-11-26
Abstract: PURPOSE:To facilitate inspecting the existence of defects in protective films produced by the variation of resin-sealing conditions by a method wherein a sampling inspection process for the protective film in which the sealing resin of samples picked up after a resin-sealing process is removed and the sampled semiconductor chips are subjected to a chemical treatment to detect existence of the defects in the protective films is provided. CONSTITUTION:A control process 8' in which samples of semiconductor devices which are manufactured through a process 8 in which semiconductor chips, parts of lead frames and lead wires connecting them together are sealed with resin are picked up and the sealing resin of the sampled semiconductor devices is removed and protective films covering the surfaces of the semiconductor chips are subjected to a chemical treatment to analyze the defects in the protective films is provided. For instance, in the sampling inspection process 8', the resin of the resin-sealed semiconductor device is removed and the semiconductor chip is dipped in chemical such as phosphoric acid which dissolves aluminum. With this constitution, if defects in the protective film are produced in the resin-sealing process 8, the phosphoric acid penetrates through the defects in the protective film into the inside of the protective film and dissolves the aluminum wiring so that the existence of the defects in the protective films can be detected by the observation with a microscope.
Patent JP-H06131196-A (JP)
Title: Optimization processing system
Inventor: SHINOHARA HIDEKI
IPC: G06F9/45
Filed: 1992-10-21
Abstract: PURPOSE:To improve performance at the time of execution by converting assembler codes outputted by a compiling system to optimum codes corresponding to another hardware with interchangeability with an execution form file. CONSTITUTION:An instruction operand conversion table 8 for which optimum instructions are made to correspond to the codes depending on the respective hardwares (CPU) is prepared. At an instruction operand analysis means 2, whether or not each row of the input assembler codes is optimum code for the CPU to be used is discriminated by referring to the instruction operand conversion table 8 and the codes discriminated as not optimum are converted to the optimum codes by referring to the instruction operand conversion table 8 by an instruction operand conversion means 3. Instruction codes to be required accompanying the conversion are generated by an instruction operand generation means 4.
Patent JP-2000107668-A (JP)
Title: Coater and coating method
Inventor: MAEDA KIKUO
IPC: G03C1/74
Filed: 1998-10-05
Abstract: PROBLEM TO BE SOLVED: To coat not only single layer but double layer as well as coating at an uniform coating liquid flow rate distribution in is a coater transverse direction without specially raising the working accuracy of a coater die. SOLUTION: A coater 10 of the slide hopper type coater or the extrusion type coater is provided with a heating means 25 for heat insulation of the coater 10, a coater temperature control means 19 for controlling the temperature of the coater 10 by controlling the heating temperature of this heating means 25 and a coating liquid supplying means 31 for varying the temperature of the coating liquid supplied to the pocket of the coater 10 different from the temperature of the coater 10 as a means for uniformizing the flow rate distribution in the transverse direction of the coating liquid flowing out of slits 12 of the coater 10. As a result, the coater 10 is provided with the temperature distribution in the transverse direction thereof.
Patent JP-H10109012-A (JP)
Title: Deodorizing method and deodorizing device for garbage disposal
Inventor: NISHIMURA KIYOSHI
IPC: B01D53/77
Filed: 1996-10-04
Abstract: PROBLEM TO BE SOLVED: To remove malodor of odorous gas generated in a garbage disposal device with simple constitution being used and without specifying a deodorizing chemical. SOLUTION: Into a jetting pipe 7 whose head part is inserted into the fixed quantity of stored water in a water pool chamber 5 formed in the bottom part of a tank deodorizer 1, odorous gas and a chemical are mixed and sent by pressure of a chemical pump 12 and pressure from a garbage disposal device. The chemical mixed odorous gas in which the chemical and the odorous gas are mixed is jetted to above the surface of the water from jetting holes 10, 10,... made in the wall of the jetting pipe 7. After splashes flying up is stuck on the bottom surface of a filter 15 incorporated in the tank deodorizer 1, they are diffused and raised in the filter 15 by the sending pressure while their size is micronized.  In the filter 15, the chemical 13 and the odorous gas come into contact with each other to deodorize the odorous gas by chemical reaction, and the deodorized gas is discharged from a vent pipe 17 provided on a ceiling cover surface 18 of the tank deodorizer 1, and water in the odorous gas flowing down in the filter 15 is collected in a water pool chamber to return it.
Patent JP-H05122714-A (JP)
Title: Pseudo color picture processing unit
Inventor: SUGANDA JIYUTAMURIA
IPC: H04N9/43
Filed: 1991-10-30
Abstract: PURPOSE:To provide the pseudo color picture processing unit whose size is small, whose weight is light thereby offering ease of installation and movement and which is used in common for various applications and in which image pickup is attained and a real time pseudo color output is attained. CONSTITUTION:A monochrome picture signal outputted from a monochrome video camera 9 is converted into three-primary color signals of R(red), G(green), B(blue) of pseudo color picture signals and a composite synchronizing signal by a pseudo color conversion section 11 and displayed on an RGB video monitor 13 in a real time. Each component is mounted in one and the same case. The pseudo color conversion condition of the pseudo color conversion section 11 is selected properly in response to the application or an output device.
Patent JP-2001110590-A (JP)
Title: Direct current electricity removing apparatus
Inventor: NOMURA NOBUO
IPC: H01T23/00
Filed: 1999-10-04
Abstract: PROBLEM TO BE SOLVED: To provide a DC electricity removing apparatus which even the corona discharge current of the one side polarity of plus or minus is decreased, it does not give influence to the other side polarity, dust is hardly adhered to the discharge needle, and stable discharge can be maintained for a long time on both plus and minus sides. SOLUTION: The ground electrode 12a, 12b are arranged to face each of the plus side discharge needle 5 and the minus side discharge needle 5, at shorter interval than the distance of plus and minus discharge needles. The ground electrodes 12a, 12b have plate shape, and are faced parallel. Otherwise, the ground electrodes may have ring shape, and each of the plus and minus discharge needle may be arranged into the center of the ring.
Patent JP-H07132800-A (JP)
Title: Car washing device
Inventor: TAKEUCHI SHIGEO
IPC: B60S3/06
Filed: 1993-11-12
Abstract: PURPOSE:To perform sufficient washing of the front of a vehicle while breakage of a fender pole and a large mirror is prevented, in a car washing device which is constituted to wash the front of the vehicle by means of a pair of right and left side brushes arranged to a running frame running in the same direction as that of a conveyor as the vehicle is transferred by the conveyor. CONSTITUTION:When the front of a vehicle V transferred at a speed S1 is brought into contact with side brushes 15 arranged to a running frame RF and inclined (referring to (A)), the running frame RF is run at a speed R2 faster than a speed S1 for a given time and the side brushes 15 are brought into a vertical posture (referring (B)). Thereafter, a speed is usually reduced from S2 to S1 and the in an opening direction. In a case of the vehicle V provided with a fender pole and a large mirror, the running frame RF is run at S3 faster than S1 and the front of the vehicle V is washed while the bearing of the side brush 15 is reduced.
Patent JP-H01126623-A (JP)
Title: Cell for flat plate type display element
Inventor: MATSUI SHIN
IPC: G02F1/1339
Filed: 1987-11-12
Abstract: PURPOSE:To obviate inclination and movement of spacers and to improve the reliability of welding by providing grooves to the ends of the spacers so that the spacers are fitted to each other. CONSTITUTION:The glass spacers 1a-1d which are coated with low melting point glass in the grooves 2a-2d are combined in parallel crosses and are disposed on face glass 4 on which the low melting point glass is coated to a spacer frame shape. The assembly is subjected to calcination after solidification by drying to form the spacer frame on the face glass 4. The low melting point glass is then coated atop this spacer frame and substrate glass 3 is superposed thereon and is welded to assemble a cell; thereafter, the inside of the cell is deaerated from a discharge pipe 5. Since the spacer frame is securely formed in parallel crosses in such a manner, the cell having high disposition accuracy is assembled without causing the inclination and movement at the time of the formation.
Patent JP-H057506-A (JP)
Title: Fishing parasol holder
Inventor: SATO MASATSUKI
IPC: A45B17/00
Filed: 1991-08-07
Abstract: PURPOSE:To prevent a trouble in which it is interrupted by a parasol in use when an fishing rod is handled, by a method wherein for the parasol, a position on an arm pipe is varied, an inclination around the arm pipe and another inclination between the arm pipe and horizontal direction are varied, and the length of a support stood rearward is variably adjusted. CONSTITUTION:At the desired position on an arm pipe 19, the top end part of a support 4b is fitted to a pipe piece 48 on a body 5la for rotation and movement, and the lower end part of a support 2 for a parasol 1 is fitted to the pipe piece 48 on a body 51b for rotation and movement. By loosening and tightening a fitting screw 43, a position for the body 51a on the arm pipe 19 is slidably varied, and an inclination to the arm pipe 19 is varied by turning the body 51a around the arm pipe 19. An inclination-varying disk 46making a pair together with a supporting element 45 is turned by disengaging serration parts 44, 47 when a wing bolt 49 is loosened, and is fastened by engaging them when tightened, and thus an inclination between the arm pipe 19 and horizontal direction is variably adjusted. At the top end part of a support main body 4a, the support 4b is fastened at a suitable position and the length thereof is adjusted. In this way, the height, the position and the inclination of the parasol 1 can be directly varied.
Patent JP-S63138760-A (JP)
Title: Semiconductor integrated circuit
Inventor: ISHIBASHI KOICHIRO
IPC: H01L21/8234
Filed: 1986-12-01
Abstract: PURPOSE:To enable the title semiconductor integrated circuit to reduce noise generated on its power supply terminal and earth terminal to about half of that with conventional circuits by a method wherein the changing rate of the current running to the NMOSFET on the final stage is held constant. CONSTITUTION:A load is provided on an output terminal 5, the drain of the first NMOSFET N1 is connected to the output terminal 5, a source is connected to an earth terminal 6, the drain of the second NMOSTET N2 is connected to a power supply terminal 7, the information of the interior of the chip and the output circuit to be used to output said information to outside are provided. The gate capacities C1 and C2 of the first and the second NMOSFET N1 and N2 are charged, and a constant power supply circuit of an element is connected to the gate of the first or the second NMOSFET N1 and N2 in order to turn the NMOSFET on. As a result, the output circuit having momentary large pulse-like noise and low level of noise can be obtained.
Patent JP-H06134858-A (JP)
Title: Heat shrinkable polyvinyl chloride film
Inventor: HIROSE YUKIO
IPC: B29L7/00
Filed: 1992-10-22
Abstract: PURPOSE:To improve melting sealability of a heat shrinkable polyvinyl chloride film. CONSTITUTION:0.1-0.5 pts.wt. of magnesium silicate in which a particle shape becomes flat is contained in 100 pts.wt. of polyvinyl chloride resin to form a heat shrinkable polyvinyl chloride film. Its melting sealability can be improved without impairing its transparency, and this film is excellent as a shrinkable package.
Patent JP-H03147338-A (JP)
Title: Manufacture of semiconductor device
Inventor: ABE YOSHIKO
IPC: H01L21/338
Filed: 1989-11-02
Abstract: PURPOSE:To obtain an electrode gate with a short gate length and a low resistance by using the adhesion exposure method of ultra-violet rays or far-ultra- violet rays and the lift-off method. CONSTITUTION:An SiN is deposited on the surface of a semi-insulation GaAs single-crystal substrate and a tentative gate electrode 5 is formed by photo etching. Then, a negative-type photo resist is applied and a pre-bake treatment is performed. After that, a region which is slightly wider than the tentative gate electrode 5 which is superposed onto the tentative gate electrode 5 of this photoresist layer 2 is subjected to exposure and development using ultra-violet rays. Then, the exposed tentative gate electrode 5 is removed by etching using HF, the exposed GaAs substrate is recess-etched, and then a gate metal 3 is deposited. Then, when the photoresist layer 2 is eliminated by the lift-off method, the unneeded gate metal 3 other than the gate electrode is eliminated. With this method, the gate electrode becomes T-type structure, the gate length becomes shorter, and the gate resistance can be fully reduced.
Patent JP-H07137599-A (JP)
Title: Occupant crash protection
Inventor: SAITO YASUO
IPC: B60R21/16
Filed: 1993-11-15
Abstract: PURPOSE:To diagnose a diode to elucidate a trouble position in a simple structure, by providing squibs whose one ends are connected to a power source and the other ends are connected to the earth through a diode and an acceneration switch, and connecting a constant current circuit between the cathode of the diode and the earth. CONSTITUTION:When the short circuit between lines of sqibs 10 and 11 which develop an air bag, and a trouble of diodes 45 and 46 are diagnosed, in a CPU 14 to output the ignition signal of the air bag, when generation a collision is recognized by an acceleration signal from a G sensor, transistors Tr4 and 5, and the transistor Tr7 of a constant current circuit 16 connected between the cathodes of the diodes 45 and 46, and the earth, are made in the continuety condition, and a constant current is fed to the squibs 10 and 11. And when the trouble of an SS interface 15 is diagnosed, the Tr 4 and 5 are made in the uncontinued condition so as to operate the constant current circuit 16. Since the Tr7 is made in the continued condition, and the voltage at the upstream side of a mechanical accaleration switch 13 is varied, in this case, the trouble can be diagnosed by monitoring the input voltage.
Patent JP-H07141803-A (JP)
Title: Magnetic disk device
Inventor: WAKUTA HIROSHI
IPC: G11B21/08
Filed: 1993-11-15
Abstract: PURPOSE:To calculate a correction amt. using a revolving speed that is approximate to a real revolving speed of a voice coil motor by changing a contribution rate of 1st and 2nd speed information to the correction amt. CONSTITUTION:A deviated ant. from a target position, which is changed in accordance with the rotation of the voice coil motor 4 is read out at constant sampling intervals by a central processing unit 15 at the time of seek control, and a difference from a deviated amt. of the previous time is divided by the sampling interval, and a revolving speed of the motor 4 is evaluated to be the 1st speed information vi. Simultaneously, counter electromotive force of the motor 4 is detected by a counter electromotive force detector 21, and is converted by an A/D converter 18 to calculate the 2nd speed information vj. Subsequently, a revolving speed correction ant. Cv of the motor 4 for the next time is obtained by the unit 15, and by incorporating this correction amt, the next time revolving speed is imparted to the motor 4. At the time of calculating the correction amt., a constant is changed relatively in accordance with high and low revolving speeds of the motor 4 to change the contribution rate of the information vj and vi to the correction amt. Cv, and the next time revolving speed of the motor 4 can accurately be set with the correction amt. Cv using the revolving speed approximate to the real revolving speed of the motor 4.
Patent JP-S63137354-A (JP)
Title: Data processor
Inventor: IDEI KATSUTO
IPC: G06F12/00
Filed: 1986-11-29
Abstract: PURPOSE:To improve the efficiency of data processing by assigning the same address observed from two CPUs independently connected to two buses into two different memories and using the memories in common. CONSTITUTION:A CPU 8 reads out data from an external storage device connected to a bus 4 in accordance with a program stored in a code memory 6 and writes the read data in a data memory 1. Then, the CPU 8 writes another data to a data memory 2 through a bus 4, at the same time, a CPU 7 processes the data stored in the data memory 1 through the bus 3 in accordance with a program code stored in a code memory 5. At the time of completing the storage of data in the data memory 2, the CPU 8 processes the data in the data memory 2 in accordance with the program stored in the code memory 6. After completing the processing of the contents of the data memory 1, the CPU 7 prepares the succeeding processing and informs the completion of the processing to the CPU 8.