baber/WOPTO huggingface dataset:
Patent JP-S59124703-A (JP)
Title: Method for adjusting inductance of coil body
Inventor: SEKI NOBORU
IPC: H01F17/00
Filed: 1982-12-30
Abstract: PURPOSE:To adjust an inductance of coil having simplified and economical structure with simple procedures by cutting the resin at the internal side of coiled conductor. CONSTITUTION:Inductance can be adjusted by cutting the resin 12 located at the center of winding diameter of coiled conductor 11 with a drill 13 after mounting it to electronic device and forming a hole 12a. In case a magnetic material is mixed to the resin 12, inductance of coil is previously set larger than the adjusting value in the device and the hole 12a is prepared deeper. Thereby, inductance can be lowered gradually. When adjustment of the device has completed, cutting by drill 13 is stopped. When non-magnetic material is mixed, on the contrary, inductance of coil is previously set at a value smaller than the adjusting value of the device. Inductance of coil is graudally increased for adjustment by making deeper the depth of the hole 12a.
Patent JP-2001053508-A (JP)
Title: Mounting structure for high-frequency circuit component
Inventor: ONISHI NAOKI
IPC: H01P3/08
Filed: 1999-08-17
Abstract: PROBLEM TO BE SOLVED: To provide the mounting structure of a high-frequency circuit component, capable of preventing the decline of the amplification factor of an amplifier, preventing abnormal oscillation or the like and obtaining superior high frequency characteristics by surely performing the high frequency grounding of the high frequency circuit component. SOLUTION: This structure is provided with a dielectric substrate 121, for which microstrip lines 122 and 123 are formed on a surface and a flat ground is formed on a back surface, a metal substrate 141 joined to the flat ground and a metal case body 151 joined to the metal substrate 141. The high frequency circuit component is mounted on the back surface of the dielectric substrate 121, the input/output terminals of the high frequency circuit component are electrically connected with the microstrip lines 122 and 123 by through-holes 132a and 133a and the through-hole 142 is provided on the metal substrate facing the high frequency circuit component. Thus, the high frequency circuit component is mounted to a flat ground surface side and the high-frequency grounding is performed surely.
Patent JP-S61109570-A (JP)
Inventor: KAWAKUBO TAKAMASA
IPC: A61C13/083
Filed: 1984-11-02
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-H0866232-A (JP)
Title: Stick-shaped cosmetic sample vessel and forming method for the same
Inventor: TSUBAKI TATSUO
IPC: A45D40/00
Filed: 1994-08-30
Abstract: PURPOSE: To surely hold a stick-shaped cosmetic even when a cosmetic holding part is shortened, to form a cosmetic using part long and to easily form the vessel. CONSTITUTION: This sample vessel is formed by a main cylinder 2 for which a fitting cylinder 5 is linked above a grip cylinder 4, a holding cylinder 6 is linked above this cylinder 5 and a lock projecting part 7 is added on the inner surface of the holding cylinder by reducing the outer diameter through a step part 3, stick-shaped cosmetic 11 protruded upward from the inside the holding cylinder 6 while embedding the lock projecting part 7, lower lid 12 for closing the lower surface of the grip cylinder 4, peripheral wall 1 7 for cap formation to be raised while being freely attachably and detachably fitted onto the outer surface of the fitting cylinder 5, and top panel 20 for cap formation screwing the fitting cylinder 22, which is drooped from an apex wall 21 closing the upper surface of this peripheral wall, onto the upper part of the peripheral wall 17 for cap formation.
Patent JP-H0681225-A (JP)
Title: Method for forming roving bobbin in roving frame
Inventor: TANAKA TATSURO
IPC: D01H7/50
Filed: 1992-08-28
Abstract: PURPOSE:To provide a simple process for forming a roving bobbin of a divided state before reaching the state of full bobbin without deteriorating the productivity. CONSTITUTION:A roving bobbin is formed while varying the flyer speed of a roving frame according to a prescribed speed-variation curve determined corresponding to the growth of the divided roving bobbin (5) stored in a controller unit (20). In this process, the full bobbin stop of the roving frame is carried out by placing a setter (27) to set the 2nd full bobbin roving length independent of the 1st full bobbin roving length and stopping the frame based on the preset value of the setter (27) independent of the growth of the divided roving bobbin (5) calculated by using the 1st full bobbin roving length as the standard.
Patent JP-S61109025-A (JP)
Title: Manufacture of liquid crystal display apparatus
Inventor: TANIGUCHI SEIICHI
IPC: G02F1/133
Filed: 1984-11-01
Abstract: PURPOSE:To form an uniform orientation quality and to dissolve an interference stripes on a micro and a macroscopic observations by coating an orientation film of a photosensitive resin on a surface of a substrate and by forming a photoabsorbing film on a back of the substrate followed by forming a graded surface of a rough level on the surface of the orientation film. CONSTITUTION:The titled apparatus is prepared by coating the photosensitive resin 2 on a glass substrate 1 with a spinner and also by coating the photoabsorption film 3 composed of a mixture of a graphite powder and trichloroethylene on the back of the substrate, and then by radiating a laser ray on the surface of the substrate and developing to form the interference stripes due to two beams of the ray, and by removing the film 3 after confirming the graded surface formed on the substrate whereby the glass substrate is obtd., and the titled apparatus is constituted by the obtd. two glass substrates. The titled apparatus is able to depress the generation of the interference stripes due to a reflected light on the back of the glass substrate.
Patent JP-S6474704-A (JP)
Title: Manufacture of thin plate of fe-ni magnetic alloy
Inventor: ETO MASATOSHI
IPC: C22F1/00
Filed: 1987-09-17
Abstract: PURPOSE:To obtain a material with an excellent dc magnetic property and low high-frequency losses by magnetically annealing an Fe-Ni system alloy after cold rolling into a certain thickness, and then making it into a plate of specific thickness through chemical polishing. CONSTITUTION:An Fe-Ni system alloy (Permalloy) is cast into an ingot after a steelmaking process, and forged and hot rolled. Then it is pickled, cold rolled, and annealed for such times as necessary to produce a thickness of 50 to 100mum, and then magnetically annealed. Magnetic annealing is performed at a temperature of over 1000 deg.C for over 10 minutes in a nonoxidizing atmosphere such as dry hydrogen, and cooled down to an ambient temperature at a certain speed. A very thin plate (foil) which is 50mum thick is obtained by chemically polishing using a chemical polishing solution whose main components include acetic acid, nitric acid, and hydrochloric acid after magnetic annealing. The desired foil thickness for use in magnetic material is below 20mum.
Patent JP-S59122538-A (JP)
Title: Catalyst composition for alkoxysilane condensation
Inventor: SHIOBARA TOMOO
IPC: C08L101/00
Filed: 1982-12-28
Abstract: PURPOSE:To provide the titled catalyst composition composed of mono- or dialkyltin oxide and a specific liquid alkyltin, capable of proceeding the condensation reaction rapidly even without using the treatment such as immersion in hot water, etc., and completing the crosslinking of the molded article. CONSTITUTION:The objective composition is prepared by mixing (A) 90-30wt% of a monoalkyl or dialkyltin oxide (preferably dimethyltin oxide, dibutyltin oxide, etc.) with (B) 10-70wt% of a liquid alkyltin selected from tetraalkyltin, alkyltin carboxylate and alkyltin thioglycolate.
Patent JP-H1071703-A (JP)
Title: Ink chamber and method for inking
Inventor: IMAI TAKAHIRO
IPC: B41F31/08
Filed: 1996-08-30
Abstract: PROBLEM TO BE SOLVED: To perform appropriate printing by a method wherein while ink is not leaked outside from an ink chamber, bubbles are prevented from being sticked and in addition, the ink is sticked on a peripheral face of a printing plate cylinder under a pressure in some extent. SOLUTION: An ink flow rectifying plate 17 for dividing an ink chamber 11 into a bottom chamber 18 and a top chamber 19 in the longer direction. In addition, the ink flow rectifying plate 17 is inclined downward from a printing plate cylinder (a) side and the apex edge of the ink flow rectifying plate 17 is brought closely to the printing plate cylinder (a) to form an ink feeding path 23 wherein ink fed to the bottom chamber 18 passes through between the printing plate cylinder (a) and the ink flow rectifying plate 17 and reaches the top chamber 19 and discharged outside of the chamber main body 2 from the top chamber 19.
Patent JP-S60122874-A (JP)
Inventor: SAKAI SHIYUUICHI
IPC: F25D11/00
Filed: 1983-12-07
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-S6473963-A (JP)
Title: Recorder
Inventor: HAYASHI HIDENORI
IPC: H04N1/04
Filed: 1987-09-16
Abstract: PURPOSE:To simply and properly correct overlapped picture by setting variably the width of a picture in the subscanning direction recorded at every movement of a recording body in the main scanning direction in response to the distance of the recording medium moved actually in the subscanning direction. CONSTITUTION:The recording body 2 arranged with plural recording elements in the subscanning direction is moved relatively in the main scanning direction to record a picture of plural lines by one movement in the main scanning direction and an effective element number setting circuit 13 sets variably the number of effective recording elements used for the actual recording among the recording elements arranged on the recording body 2. The picture signal is recorded by using the set recording element only to set variably the width of the picture recorded at every movement of the recording body 2 in the main scanning direction in response to the distance of the recording medium moved actually in the subscanning direction. Thus, when the picture of plural lines recorded at every movement is overlapped partially, the overlapping is corrected properly and simply.
Patent JP-H0394946-A (JP)
Title: Knockout device of forging machine
Inventor: IIDA AKIHIRO
IPC: B21J13/14
Filed: 1989-09-08
Abstract: PURPOSE:To easily take out the stock from the lower die by allowing a piston and a knockout rod to ascend by hydraulic pressure, controlling a speed of a stroke by a speed control circuit, holding an extruded metallic stock for a prescribed time and bringing it to knockout. CONSTITUTION:On the lower part side of a piston 36, an operating liquid is led to a cylinder chamber 35, and the piston 36 is allowed to ascend. The piston 36 pushes up a knockout rod 32, and pushes up a forged metallic stock A. A liquid-operated speed control circuit 45 adjusts a flow rate of the operating liquid by a flow rate regulating valve 52. An opening of the flow rate regulating valve is set in accordance with a shape, thickness, a stock, etc., of the metallic stock A by a command of a knockout controller 58. The piston 36 ascends at an optimum speed corresponding to the flow rate adjustment. The knockout controller 58 holds the highest height position for a prescribed time. On the upper part side of the piston, when the operating liquid is led to the cylinder chamber, the piston descends, and the knockout rod also descends by its dead weight, and offered to the next extrusion. In such a way, a deformation and a crack, etc., can be prevented.
Patent JP-H0791648-A (JP)
Title: Burner
Inventor: MAEDA TAKAYUKI
IPC: F23L1/00
Filed: 1993-09-17
Abstract: PURPOSE:To provide a burner in which elongation of a flame to an upper part of a furnace and scattering of smoke dust are prevented and clinker troubles at the upper part and a bottom of the furnace are eliminated. CONSTITUTION:A coal nozzle 2, a heavy oil nozzle 3, an auxiliary air nozzle 4 and an auxiliary air nozzle 5 of a lowermost stage are mounted in a boiler furnace 1. Only the nozzle 5 is fixed at its end upward, and the other nozzles are set at ends horizontally. With such structures, a stagnation of a flame 7 and filling of a swirl flame by the nozzle 2 are raised by the air via the upward nozzle 5, thereby maintaining stable combustion as indicated by a flow 6 of the auxiliary air. The flame 7 by the nozzle 2 is prevented from upward winding to an upper part of the furnace via the air horizontally diffused from the nozzle 4.
Patent JP-S59123041-A (JP)
Title: Data collecting device
Inventor: MIYAHARA KOUICHI
IPC: G06F3/02
Filed: 1982-12-28
Abstract: PURPOSE:To facilitate easy measurement in the open air by constituting a portable data collecting part that has the minimum necessary functions and stores the collected data into a memory backed up by a battery. CONSTITUTION:A data collecting part A is separated from a reproducing part B in a measurement mode, and the input of the area of measurement is supplied through a terminal 1. A measurement start signal is sent to a control circuit 10 from a switch part 11 when the measurement is started. Then the circuit 10 sends signals to a driving circuit 9 in the prescribed timing. The circuit 9 drives successively the switches of an input switching device 2 to fetch input signals. Then the circuit 9 amplifies 3 and linearize 30 those input signals, and these signals are converted into digital signals with actuation of an A/D converter 4. The circuit 10 stores these digital signal into a memory 12 and holds the data on these signals by a battery 13. For reproduction of data, the parts A and B are connected to each other and a CPU5 of the part B is actuated to read out the contents of the memory 12. Then the contents of the memory 12 are delivered to a printer 7 or delivered outside through an analog output part 8.
Patent JP-S6386670-A (JP)
Title: Facsimile receiver
Inventor: KATO SADAMIKI
IPC: H04N1/32
Filed: 1986-09-29
Abstract: PURPOSE:To attain the normal reception of picture information even if picture information which exceeds the capacity of one communication is transmitted by resuming receiving and recording actions from a holding state at the time of the completion of preceding communication when communication is resumed. CONSTITUTION:If a means for detecting communication action holding instruction signal 1 detects a communication action holding instruction signal from a transmitter, a control means 2 decodes and records a having received signal and then completes communication action with holding a decoding/recording state as it is provided for the decoding and recording of the picture signal which succeeds to preceding communication transmitted from a same transmitter in succeeding communication without executing a page boundary action such as recording paper cutting and idle transmission. If communication is resumed from the transmitter, the former holding state is released and the decoding/recording action which succeeds to the decoding/recording state at the time of the completion of preceding communication is resumed. When one piece of original information is transmitted in plural-times communication, the page boundary action such as the cutting of the received recording paper or idle transmission is not executed in the middle of receiving and reproducing a piece of original information in the boundary of plural-times communication.
Patent JP-H0570152-A (JP)
Title: Production unit for optical element
Inventor: SUGAWARA HIROFUMI
IPC: C03B11/16
Filed: 1991-09-11
Abstract: PURPOSE:To obtain an optical element in high accuracy without dead time by determining the respective setting positions for optical blank and molded optical element in non-contact and quantitative manner to ensure their proper setting positions. CONSTITUTION:The air in a chamber 22 is first replaced by N2 gas using a robot controller 11 for a molding unit. Second, the top force 16 and bottom force 17 of a press, a glass blank 20 and hand 15 etc., are taken with a TV camera 1 as position-determining device through the transparent aperture 21 at the opening of a barrel mold 18, and while making a position determination in this way, the lens 20 is set up with the hand 15 at the setting position on the bottom force 17. Third, a hot molding is made under temperature control with the heater for the top and bottom forces 16,17. Thence, the top and bottom forces 16,17 are made to ascend or descend, through driving units 19a and 19b, respectively, by a controller 11 to release the lens 20, thus producing the objective optical element.
Patent JP-H0394691-A (JP)
Title: Transformation by plasmid
Inventor: NAKAMOTO SHINYA
IPC: C12N15/09
Filed: 1989-09-08
Abstract: PURPOSE:To transform character in high transforming fraction without requiring troublesome operation by suspending a specific bacterium and plasmid into a buffer solution containing an amphoteric ionic agent and sucrose and applying an electric pulse thereto. CONSTITUTION:Bacillus stearothermophilus (e.g. ATCC 12978) as a thermophilic bacterium and a plasmid are suspended in a buffer solution containing an amphoteric ionic agent [e.g. 2-(N-morphorino) ethane sulfonic acid] and sucrose and an electric pulse is applied to the resultant suspension to perform transformation.
Patent JP-S6386497-A (JP)
Inventor: OTSUKA YOSHIHIRO
IPC: H05K5/02
Filed: 1986-09-30
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-H0983876-A (JP)
Title: Image pickup method and device employing solid-state image pickup element
Inventor: TERUI TAKASHI
IPC: H04N5/3728
Filed: 1995-09-08
Abstract: PROBLEM TO BE SOLVED: To build up a natural image by repeating sweep-out/reception of charges in one field so as to realize high speed shttering thereby forming a strobo image against a high speed mobile object. SOLUTION: A horizontal transfer pulse outputted from an H system pulse generator 52 to obtain a horizontal system pulse and a horizontal transfer pulse outputted from a V system pulse generator 51 to obtain a vertical system pulse by using a synchronizing signal from a synchronizing signal generator 31 are given to a vertical drive circuit 33, in which the gain is controlled and the resulting pulse signals are fed to a CCD element 22. Furthermore, the number of times in one filed of high speed sweep-out pulses from a sweep-out pulse generator 53 and pulses from a field shift pulse generator 54 is varied by using an adjustment signal outputted from a comparator 55.  The comparator 55 compares a data mean value being an output of an A/D converter 24 with a reference value from a reference value circuit 56 so as to reduce the number of times of exposure thereby decreasing the exposure time when the image pickup signal mean level is higher than the reference value and vice versa when smaller. Thus, the image pickup signal is controlled to be a prescribed mean value and then a momentary image pickup for a high speed moving object is attained.
Patent JP-2001056811-A (JP)
Title: Device and method for automatic layout generation and recording medium
Inventor: TASAKA KAZUTAKA
IPC: G06F17/24
Filed: 1999-08-18
Abstract: PROBLEM TO BE SOLVED: To easily and automatically generate a layout having pieces of unit information arranged in the space of printed matter according to various conditions. SOLUTION: Various matching patterns are retrieved and extracted from in-space arrangement patterns PS, in-category-area arrangement patterns PT, and unit arrangement patterns PU prepared in a database by using arrangement conditions, publishing conditions, etc., determined according to printed matter setting information on object printed matter.  The values of variables regarding the sizes of display areas of respective categories are found as solutions for optimizing a specific target function under restriction conditions regarding the variables by using a linear programming method and pieces of unit information are arranged in the respective category display areas having the sizes determined by the values of the variables according to a matching in-space arrangement pattern, a matching in-category-area arrangement pattern, and a matching unit arrangement pattern to generate a layout.
Patent JP-H1078824-A (JP)
Title: Fluid temperature controller and method therefor
Inventor: OZAWA KAZUNARI
IPC: G05D23/19
Filed: 1996-09-02
Abstract: PROBLEM TO BE SOLVED: To provide a fluid temperature controller and the method for always maintaining the temperature of fluid to be supplied in a stable state regardless of the temperature of a factory, etc., where the fluid is processed. SOLUTION: This device is provided with a Peltier element 2 for heating or cooling liquid (b) housed in a case 1, and a first detecting means 3 for detecting the temperature is linked with the liquid (b) or the case 1. Also, a controlling means 4 for operating the switching control of the power source polarity of the heating and cooling of the Peltier element 2 based on preliminarily decided data is linked with the Peltier element 2 and the first detecting means 3.
Patent JP-S59118352-A (JP)
Title: Multi-spindle cooling device
Inventor: INOUE HITOSHI
IPC: B23Q11/12
Filed: 1982-12-24
Abstract: PURPOSE:To cool main spindle devices effectively and evenly by a method wherein operating liquid is flowed through vapor pipes, liquid pipes and a communicating pipe to transport the quantity of heat of bearings from the hollow chambers thereof to heat radiating devices. CONSTITUTION:The quantity of heat of the bearings 3, 31, which received the heat in bearing stands 4, 41, is deprived as the latent heat of evaporation when it heats the operating liquid, such as Flon or the like, in the hollow chambers 7, 71 and vaporizes it. The vapor of the vaporized Flon or the like moves to the heat radiating devices 81, 8 through the vapor pipes 10, 101 and is cooled by cooling fans 9, 91. The condensed operating liquid returns into the hollow chambers 7, 71 of the bearing stands 4, 41 from the liquid pipes 12, 121 through the vapor pipes 10, 101. The liquid pipes 12, 121 are mutually communicated by the communicating pipe 13.
Patent JP-S60123732-A (JP)
Title: Flowmeter
Inventor: USUI YOSHIO
IPC: G01F15/075
Filed: 1983-12-08
Abstract: PURPOSE:To measure a relatively minute amount of flow rate of a liquid quickly and accurately, by supplying a liquid to be measured into a small diameter pipe, which is provided with a pump and electrodes at intermediate parts, detecting the amount of passage, measuring a clock signal by the detected signal, and measuring the flow rate in the pipe. CONSTITUTION:A piece of string 13, which is placed in an atmosphere such as fog, is contacted with a wedge 14. The water droplets attached to the wedge is dropped into a water receiving device 15. The water dropped into the water receiving device 15 is sent in a pipe 17 as the state of droplets and discharged through a pump 16. Electrodes E1 and E2 are provided in the pipe 17, and a droplet detecting part is constituted. When the water passes the pipe 17, the electrodes E1 and E2 are conducted. The outputs are imparted to a clock counter CC and a droplet counter DC through photocouplers PC-T and PC-R. The counter CC measures the time, during which the water passes through the part between the electrodes E1 and E2. The counter DC measures the number of the droplets. The measurement of the number of the droplets is performed so as to correct the error, which is included in the measured value by the counter CC.