baber/WOPTO huggingface dataset:
Patent JP-S60116111-A (JP)
Title: Tuning device
Inventor: TAMURA TOSHIAKI
IPC: H01F27/00
Filed: 1983-11-29
Abstract: PURPOSE:To obtain a small-size and thin tuning device by containing a capacitor in a recess formed on a placing surface of a printed board, providing a coil on a base from the side to the recess, and connecting the coil and a capacitor electrode to the coil terminal inserted into the base. CONSTITUTION:A coil 11 is wound on a drum core 10, a pot core 9 is coated on the outer periphery, and engaged with threads on the inner surface of a shielding case 8. A chip capacitor 13 which has electrodes at both ends is contained in the recess of the placing surface of the printed board of a terminal base 12. A terminal 14 inserted into the base 12 is projected from the side of the base 12, only the terminal connected with the capacitor 13 is long, bent along the base, and then soldered at 15 to the electrode of the capacitor 13. One end of the terminal is connected with the capacitor 13, and the other portion is disposed vertically on the surface of the board. Then, solder dipping type can be used. Since the coil terminal and the chip capacitor are connected with the same terminal in this manner, the size and the weight can be readily reduced.
Patent JP-H0754477-A (JP)
Title: Wall face structure
Inventor: MACHIDA MAKOTO
IPC: E04F21/165
Filed: 1993-08-17
Abstract: PURPOSE:To facilitate the fixation of a backer. CONSTITUTION:An auxiliary member 3 (4) having a projected part from the fitting end is provided at o protrusive corner side. The corner is constituted by a first plane member 1 and a second plane member 2 beveled within a specified scope at the recessed corner side. A receiving member for a sealing material at the corner, so-called backer 5, is prevented from slipping off by the protruded part of the auxiliary member 3 (4) from the end. Accordingly, the structure of backer 5 can be simplified and the backer can be charged from the recessive corner side. And hence, the charging accuracy can be increased.
Patent JP-S6468630-A (JP)
Title: Load detector
Inventor: TAKADA RYUJI
IPC: G01L5/16
Filed: 1987-09-10
Abstract: PURPOSE:To prevent a thin part from deforming plastically and breaking owing to an excessive load, by inserting a pin which projects from a rigid body block into th hole of a rigid body part and constituting a stopper so that the gap between both differs in the longitudinal direction. CONSTITUTION:When force F shown by an arrow operates between an upper ring body 16a and a lower ring body 16b, the thin part deforms to displace a columnar body 22 and projection parts 22a and 22c downward and as the force F increases enough to vary the size between pins 33a and 33c and the internal surfaces of through holes 32a and 32c, said displacement increases in proportion, so that the pins 33a and 33c contact the internal surfaces of the through holes 32a and 32c. The contacting is caused at the end parts of the through holes 32a and 32c on the side of the rigid body block because the pins 33a and 33c are tapered. Even if excessive force F larger than it operates thereafter, the thin parts do not deform any more and are protected.
Patent JP-H0547883-A (JP)
Title: Method and apparatus for testing integrated circuit
Inventor: NAGATSUMA TADAO
IPC: G01R31/302
Filed: 1991-08-12
Abstract: PURPOSE:To detect signals with high sensitivity without influences on action of a circuit under test itself by measuring an intensity o laser light of a modulation frequency component which modulates an intensity of laser light and varies with the magnitude of an electric signal of the circuit under test. CONSTITUTION:A laser light pulse of a laser light source 1 is entered into an intensity modulator 5. Next, laser light modulated in intensity is made into straight polarized light by a polarizer 6 and given a phase bias by a compensator 7. A measurement head 8 undergoes a polarization change corresponding to the magnitude of an electric signal on a circuit under test by 8. This polarization change is converted into two electric signals by an analyzer 9, a first photodetector 12, and a second photodetector 11. Further, a differential amplifier 12 detects a difference, and a narrow band amplifier 13 extracts only signal components tuned to a modulation frequency fm and filters noise components present in other frequency to increase sensitivity, so that a display device 15 monitors an electric signal on a circuit under test. This process enables high- sensitivity measurement with no modulation signals applied to a circuit under test.
Patent JP-H04107800-A (JP)
Title: Simplified data input method
Inventor: SAKAMOTO TOSHIYUKI
IPC: G08G1/123
Filed: 1990-08-29
Abstract: PURPOSE:To easily input a destination even during driving by displaying received information on a display, selecting the destination out of destinations in the data by an operation part and inputting it by keys as it is. CONSTITUTION:A vehicle is equipped with a beacon antenna 1, receiver 2, microcomputer 5, display 7 and operation part 8 and when entering the communication area of an on-road antenna, a receiving operation is started. Data are successively transmitted, and out of the data, the microcomputer 5 selects crossings, branching point information and the destination or the like. A storage device 6 previously stores the crossings and the shapes of branching points, and drawing coordinates on a screen are calculated and displayed on the display 7. When there is the key input of the operation part 8 during the display, a cursor 9 is moved. The destination is inputted by pushing a decision key while selecting the destination by the cursor 9. Thus, a driver can safely input the destination even during driving.
Patent JP-2000054922-A (JP)
Title: Oxygen enrichment device, oxygen enrichment method and internal combustion engine
Inventor: ITO AKINARI
IPC: F02M33/00
Filed: 1998-08-10
Abstract: PROBLEM TO BE SOLVED: To provide an oxygen enrichment device for increasing combustion efficiency or output energy of combustion equipment with simple constitution, and for reducing content of a toxic substance in exhaust gas. SOLUTION: An oxygen enrichment device comprises an air supply duct 7. One end portion 5 of the air supply duct 7 is connected to outside air, and the other end portion 6 of that is connected an air intake portion 3 of combustion equipment 2. On a part of the air supply duct 7, an air treatment portion 9 having an electromagnetic coil 8 surrounding the air supply duct 7, and an air dividing portion 10 are disposed. The air dividing portion 10 divides air passed through the air treatment portion 9 into an air layer on a side near an inner wall portion in the air supply duct 7 and an air layer on a side near a center axis of the air supply duct 7 and introduce them to individual air passage portions 11, 12. The air layer on the side near the center axis is flowed into a first air passage portion 11 through which the air layer passes.  An outlet portion of the first air passage portion 11 is directly connected to the combustion equipment 2. The air layer on the side near the inner wall portion in the supply duct 7 at the air dividing portion 10 is flowed into a second air passage portion 12 through which the air layer passes. An outlet portion 13 of the second air passage portion 12 is opened in the atmosphere.
Patent JP-H0860113-A (JP)
Title: Adhesive and electronic parts using the same
Inventor: YOSHIZAWA KIYOJI
IPC: H03H9/02
Filed: 1994-08-26
Abstract: PURPOSE: To provide an adhesive compound which comprises a plurality of adhesives different in setting time, thus can soak into the inside of the electronic parts and tightly seal the openings and gaps suitably without adverse effect on their electric characteristics. CONSTITUTION: This adhesive compound 60 comprises the first thermosetting adhesive preferably having one minute curing time and the second thermosetting adhesive having one hour curing time at 1/5 ratio. This adhesive compound 60 is used to seal an electronic part which is composed of a case having an opening on one end 10, a fame 23 equipped with a piezoelectric oscillator where the frame 23 is set in the case and the opening is tightly sealed with the adhesive compound 60. In this process, an auxiliary sheet for sealing is unneeded and the electronic parts can be produced in a high productivity.
Patent JP-H0781202-A (JP)
Title: Stencil type plate making perfector
Inventor: SATO MITSUO
IPC: B41L13/04
Filed: 1993-09-10
Abstract: PURPOSE:To automate perfect printing by a method wherein printing is made on one side of paper fed from a paper supply part to a printing part in a single- side printing process, a paper discharge tray is moved to be opposed to a second paper supply part, and printing is made on the other side of the paper in a perfecting process. CONSTITUTION:A plate making printer provided with a plate making part 2, a plate supply part 3, a plate discharge part 8, and a printing part 10 comprises a first paper supply part 4 for feeding unprinted paper 42 toward the printing part 10, a first paper discharge tray 61 on which paper 42f subjected to single-side printing is stacked, a second paper discharge tray 71 on which paper 42b subjected to perfecting is stacked, a second paper supply part 9 for feeding the paper 42f on the first paper discharge tray 61 toward the printing part 10 when the first paper discharge tray 61 movable by a paper discharge tray moving means is positioned on a second position P2, and a paper discharge feed device 50 shakable by a feed path change-over means between a first paper discharge position HP1 to the first paper discharge tray 61 and a second paper discharge position PH2 to the second paper discharge tray 71.
Patent JP-H06238142-A (JP)
Title: Pressure device for regulating particle size and production of suspended lipid particle
Inventor: HOSHIO AKINORI
IPC: A61K9/107
Filed: 1992-08-25
Abstract: PURPOSE:To make suspended lipid particles fine and to regulate their size with ease and in a mass production manner by providing a filter unit equipped with a pressure withstanding support plate for supporting a porous support body having through-holes with steps and a membrane filter body having fine pores so that it may separate and divide the 1st pressure withstanding housing region and the 2nd pressure withstanding housing region. CONSTITUTION:A filter unit 3 which separates and divides the 1st pressure withstanding housing region 1a and the 2nd pressure withstanding housing region 2a is constituted of a pressure withstanding support plate 3a having through-holes in a dispersed manner, a porous support body 3b which is supported on the pressure withstanding support plate 3a and which has through-holes with steps that are open in large diameter on one main surface side and are open in small diameter on the other main surface side, a membrane filter body 3d, which is arranged on the large diameter opening surface of the porous support body 3b through a mesh screen 3c and which has fine narrow pores made through it in the thickness direction and a mesh screen 3e which is arranged on the surface of the body 3d. And the filter unit 3 is installed and arranged with the membrane filter body 3d side being made the 1st pressure withstanding housing region 1a side.
Patent JP-2000052880-A (JP)
Title: Glove compartment structure for instrument panel
Inventor: NANBA TAKANORI
IPC: B60R7/06
Filed: 1998-08-10
Abstract: PROBLEM TO BE SOLVED: To provide a glove compartment structure, in which a tray screen member can be easily removed in maintenance of a steering column, a storage volume for the glove compartment can be increased, and the tray screen member hardly comes off even if a stored article collides against the screen member, for an instrument panel. SOLUTION: When a recess part is formed by dimpling a column hole cover 4 arranged in an instrument panel toward the back face side and a tray screen member 21 is installed on the front face of the column hole cover 4, a housing space serving as a glove compartment is formed in the instrument panel. In this article container structure in the instrument panel, the upper end part of the tray screen member 21 is bent to the back face side so that a folded part is formed. A projection part 11 fitted in the folded part is arranged in the instrument panel, clip holes 7d, 7e are bored in the lower part of the projection part 11, and fixing clips 27d, 27e engaged in the clip holes 7d, 7e are arranged in the tray screen member 21.
Patent JP-S59115344-A (JP)
Title: Thermosetting casting material composition
Inventor: KAMICHIKA KOUJI
IPC: C08L9/00
Filed: 1982-12-22
Abstract: PURPOSE:To provide the titled intermediate temp. setting casting material compsn. which is excellent in electrical insulating properties after immersion in water, has excellent thermal shock resistance and is suitable for use in the production of electrical parts, by mixing a polybutadiene prepolymer, styrene monomer and a specified polymn. initiator. CONSTITUTION:(A) 40-60 PHR polybutadiene prepolymer having maleic anhydride groups at both terminals, (B) 40-60 PHR styrene monomer, (C) 0-7 PHR trimethylol propane triacrylate, (D) 0.2-1 PHR t-butylperoxybenzoate as a polymn. initiator, and (E) 0-1 PHR manganese naphthenate as a polymn. promotor, are mixed together to obtain the desired thermosetting casting material compsn. The resulting compsn. has a viscosity of 1,000-2,000cp so that it can be used as a casting material for electrical parts, with excellent shelf stability and its odor is not diffused into food, etc.
Patent JP-S6287765-A (JP)
Inventor: ITO MASAHIKO
IPC: F25B9/00
Filed: 1985-10-09
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-H0776798-A (JP)
Title: Work dissipation preventive mechanism of chip work transfer device
Inventor: KIYOKAWA TADASHI
IPC: C25D17/06
Filed: 1993-09-10
Abstract: PURPOSE:To provide the work dissipation preventive mechanism capable of preventing the dissipation of the chip works generated at the time of transferring the microworks, such as chip resistors, from an electroplating barrel to a drying cage. CONSTITUTION:The lower mouth part of a funnel body 2 for guiding the chip works dropping underwater from the barrel A to the drying cage B is provided with a flange 12a stuck with a gasket 12b on the rear surface. A drying cage placing section 13 is provided with a stage 13a supported by spring members 13b. The rising of the stage 13a is stopped at a prescribed level position by pawl members 21 fixed to the upper part of a water tank 2 when the drying cage placing section 13 rises from the water tank 2 and arrives at the uppermost position. As a result, the lower mouth part of the funnel body and the mouth part of the drying cage come into close and tight contact with each other in the water where the works are liable to splash and, therefore, the dissipation of the works outside the drying cage is completely prevented.
Patent JP-S6467397-A (JP)
Title: Decorative bead array device
Inventor: TAKAHASHI MINORU
IPC: B44B9/00
Filed: 1987-09-08
Abstract: PURPOSE: To obtain decoration beads arranging machine that arranges and adheres decoration beads by mounting a bead attraction nozzle on a transfer table, disposing touch sensor composed of upper and lower stages on beads adhesion part, and providing spacer made of insulator between conducting films adhered on facing faces of upper and lower basses. CONSTITUTION: Suction nozzle 5 moves onto adhesive tape 6 on transfer table 2 and goes down, and makes surface of the bead B adhere to the adhesive face of the adhesive tape 6, returns onto the arrangement table 3 immediately after adhesion of the bead B, again attracts bead B and moves onto the adhesive tape 6. On the other hand, whenever single bead B is adhered to the adhesive tape 6 by the suction nozzle 5, upper and lower conductive films 72 and 73 of touch sensor 69 are pressed and made contact to issue signal, with which the transfer table 2 moves in every direction responding to a decoration beads pattern and this procedure is repeated to form the decoration pattern with beads B on the adhesive tape 6.
Patent JP-H0673998-A (JP)
Title: Retaining device of form of segment in shielding machine
Inventor: SENDA SHOHEI
IPC: E21D11/40
Filed: 1992-08-25
Abstract: PURPOSE:To well retain the form of a segment, especially vertically longitudinal form, without hindering the assembling work of segments. CONSTITUTION:A retaining member 36 of a segment form is mounted on a supplying carrier 20 of segments so as to close or apart position it. The retaining member 36 of the segment form is provided with a pair of right and left segment-pressing members 38L, 38R. The mutual upper horizontal parts 392 are connected to each other at the upper position of the supplying carrier 20 of segments by a jack 40H supporting the upper side. And the mutual lower horizontal parts 393 are connected to each other between the lower lateral frame 27 of the supplying carrier 20 of segments and rails 18 by a jack 40L supporting the lower side.
Patent JP-S61103599-A (JP)
Title: Method for recovering and returning methane fermentation accelerator
Inventor: NUKINA YASUYUKI
IPC: C02F11/04
Filed: 1984-10-26
Abstract: PURPOSE:To maintain high fermentation performance by recovering a powdery fermentation accelerator from a fermenting liq. discharged from a methane fermenter, and returning the accelerator into the methane fermenter to maintain the concn. of the fermentation accelerator in the fermenting liq. in the methane fermenter. CONSTITUTION:A powdery fermentation accelerator having a dissociated radical on the surface is added into a methane fermenting liq. in a methane fermenter 5. The methane fermenting liq. after the completion of fermentation is introduced into a biological aeration vessel 6, and the fermenting liq. after biological aeration is introduced into a settling vessel 7. The fermentation accelerator, settled and separated in the settling vessel 7, is taken out, and returned into the fermenting liq. in the methane fermenter 5. Namely, the fermentation accelerator, added into the fermenting liq., can be efficiently recovered and returned, the concn. of the fermentation accelerator in the fermenting liq. is maintained, and high fermentation capacity can be kept.
Patent JP-H0547412-A (JP)
Title: Beta-alumina solid electrolyte
Inventor: KATO MAKOTO
IPC: C04B35/113
Filed: 1991-08-12
Abstract: PURPOSE:To increase the strength and lower the resistance by confining the average particle sizes, size distribution, and the maximum particle sizes of beta- and beta''-alumina crystals to within specified ranges. CONSTITUTION:Regarding a beta-alumina solid electrolyte, the average particle sizes calculated as circle diameters of beta- and beta''-alumina crystals are made to be 1-4mum and the percentage of the crystals with 5mum or less diameter is made to be 85-98%, and the maximum particle size is made to be within a range of 300mum or less. Consequently, both the strength and the resistance become satisfactory at the same time.
Patent JP-S6469923-A (JP)
Title: Method for measuring resonance point of resonating member
Inventor: TAKEUCHI FUMIO
IPC: G01H13/00
Filed: 1987-09-11
Abstract: PURPOSE:To measure a resonance point without attaching an acceleration detector to a body under test, by arranging a load cell between a vibrating plate and the body under test. CONSTITUTION:A load cell 22 is arranged between a vibrating plate 3 and a body under test 4. At first, the outputs of an acceleration detector 5 and the load cell 22 are amplified with a load amplifier 7 and an acceleration amplifier 8. Then, the outputs of the load amplifier 7 and the acceleration amplifier 8 are converted into digital signals with an A/D converter in an operation circuit 21. The amplitude of the signal from the load cell 22 is obtained. The amplitude of the signal from the acceleration detector 5 is also obtained. Then the absolute value of the result of the division of the output from the load cell 22 / the output of the acceleration detector 5) is operated. A frequency, which is to become the maximum frequency, i.e., a resonant frequency, can be obtained. Thus, the resonance point of a resonating member can be obtained without attaching the accelerating detector to the body under test.
Patent JP-S61105967-A (JP)
Title: Light recording device
Inventor: UEDA HARUHISA
IPC: B41J3/00
Filed: 1984-10-30
Abstract: PURPOSE:To obtain a clear picture quality reducing thickening of black parts in light recording by providing a device that changes timing of recording picture signals in a picture signal processing section. CONSTITUTION:Picture signals are inputted to the input terminal 1I of a monostable multivibrator 1 and a pulse is generated from the output terminal 1O making changing point from the black to the white of the picture signals as a trigger. The pulse width TI of the pulse outputted from the output terminal 1O determines a delay of black parts, and set to proper time width more than 1 picture element and less than 2 picture elements. A selector 4 selects cut-out pulses of delayed black parts of an output terminal 2O when the pulse outputted from an output terminal 3O is high level, and selects an ordinary pulse string inputted to an input terminal 4X when in low level, and outputs from its output terminal 4Z. A recording pulse is obtained by obtaining the logical product of signals outputted from an output terminal F and picture signals.
Patent JP-H11349709-A (JP)
Title: Polyimide film
Inventor: TANAKA SHIGERU
IPC: C08L71/02
Filed: 1998-08-11
Abstract: PROBLEM TO BE SOLVED: To obtain a polyimide film containing finely dispersed intercalation compound (thin thickness of the compound) and holding large amount of the intercalation compound and useful as electronic material by including an intercalation compound containing a specific organic onium ion as a guest. SOLUTION: The objective film contains an intercalation compound containing an organic onium ion having ethylene glycol chain expressed by (CH2 CHY-O)a -R1 (Y is H, methyl or a halogen; R1 is H, a <=18C alkyl or phenyl; (a) is an integer of >=1) as a guest. Preferably, >=90% of the intercalation compound has a layer thickness of <=20 nm and the above organic onium ion is expressed by formula (R2 to R4 are each H, a <=18C alkyl or phenyl; R5 is an organic group; (m) is >=1; (n) and (s) are each >=1; 1<m+n+s<60; X is N or P).
Patent JP-S6382096-A (JP)
Title: Optical wireless remote controller
Inventor: HARA YUJI
IPC: H04B10/11
Filed: 1986-09-25
Abstract: PURPOSE:To secure the best transmission reliability of an optical wireless remote controller which sends control code signals for controlling a load with a light signal and to prevent the power consumption from increasing unnecessarily by providing a transmitter with a format selection part which sets freely the ratio of a light emission period and a light nonemission period. CONSTITUTION:The light signal sent out of the transmitter 1 is generated by turning on and off a signal modulated at a specific carrier frequency with the control code signal. Then, the ratio of the light emission period where the light signal is emitted corresponding to '1' and '0' of the control code signal and the light nonemission period is set to a specific value. For example, when the optical wireless remote controller is constructed, the format part 16 sends out a long-format light signal in a site where there is a malfunction factor and the transmitter 1 sends a short-format light signal in a site where there is no malfunction factor. Consequently, the best transmission reliability is secured corresponding to the condition of the site.