baber/WOPTO huggingface dataset:
Patent JP-H0887725-A (JP)
Title: Rotating head cylinder device
Inventor: KANCHIKU YOJI
IPC: G11B5/52
Filed: 1994-09-20
Abstract: PURPOSE: To provide a rotating cylinder device generating PG signals which are space-saving and hardly affected by the eccentricity. CONSTITUTION: A signal coil 66 opposing the partially magnetized section 62 and a cancel coil 70 disposed to shift in the radial direction constitute a PG coil 60 to cancel the counter electromotive force of the rotor magnet 52 and extract the PG waveform alone. The signal coil 66 and the cancel coil 70 are durable to eccentricity since they are placed on the almost same position, and can be arranged on the same plane as the stator coil 54.
Patent JP-2000057249-A (JP)
Title: Optical information reader
Inventor: OGAWA GENTA
IPC: G06T1/00
Filed: 1998-08-07
Abstract: PROBLEM TO BE SOLVED: To make small-sized the optical information reader which reads out fluorescent information of transparent fluorescent ink printed on postal matter, etc., and visible information of normal ink reflected with visible light. SOLUTION: This device is equipped with a visible light source 6, an ultraviolet-ray light source 7 and a light source control part 5 which performs ON/OFF control over those light sources 6 and 7. The light source control part 5 blinks the irradiation by the visible-light source 6 while ultraviolet-ray irradiation by the ultraviolet-ray light source 7 is continued (ON) to input reflected light of the visible light from the postal matter to a photoelectric converter 2 in the ON state of the visible light and reflected light of the ultraviolet rays from the postal matter 11 to the photoelectric converter 2 in the OFF state of the visible light. Consequently, the photoelectric converter processes two different pieces of image data by itself to read the visible information and fluorescent information out.
Patent JP-H0274217-A (JP)
Title: Automatic rice-cooking device
Inventor: FUKUDA TOSHIKATSU
IPC: A47J27/00
Filed: 1988-09-09
Abstract: PURPOSE:To lower the level of a device main-body and make compact a device by moving the rice-cooking device itself horizontally to a position for enabling rice and water to be received, for preparation, when the rice and the water are received from a rice-washing device. CONSTITUTION:In a main body 1, a rice-washing device 5 and the upper cover 20 of a rice-cooking device 16 are respectively arranged, and a rice-cooking pot 15 is contained in the rice-cooking device 16. Besides, by a driving means 46, the rice-cooking device 16 is controlled on the horizontal movement to a position for enabling the upper cover 20 to be fitted and rice to be cooked, and to a rice-washing position for enabling the rice and water to be received from the rice-washing device 5. Besides, when the rice-cooking device 16 is taken out of the main body 1, then the device 16 is contrived to be taken out by covering the upper surface opening of the rice- cooking pot 15 with an internal cover 19. As this result, a great force is not required for opening or closing the cover of the rice-cooking device, and its opening or closing space is reduced, and the whole main body can be compacted, and the cover is set on the side of the main body, and so when the rice-cooking device is taken out, even if the whole rice-cooking device is not moved, a device excellent in using convenience for helping themselves to rice on removing the section of the internal cover is set.
Patent JP-S61101847-A (JP)
Title: Program debugging system
Inventor: YAJIMA SEIICHI
IPC: G06F11/28
Filed: 1984-10-25
Abstract: PURPOSE:To prevent occurrence of miscalculation and to improve the efficiency of program debugging by inputting the name of program module and relative address in the module, and making address calculation of necessary part of necessary modules automatically. CONSTITUTION:Names of program modules P1-Pn and relative addresses in the module are inputted to the input analyzing section 2 of a program debugging system for an external inputting mechanism 1. Names of modules P1-Pn are controlled by a module name controlling section 21 and relative addresses are controlled by a relative address in the module controlling section 22. Module names P1-Pn of all program modules 51-5n and module head addresses A1-An are registered in a module head address controlling section 3 as controlling information, and the information is applied to the controlling section 21. Head addresses of inputted module names P1-Pn are found by the controlling section 21, and the address of necessary part is calculated automatically by an address calculating section 4 from the head address and inputted relative address, and program debugging is made easy.
Patent JP-H0884761-A (JP)
Title: Intake port structure of air bubble bathtub
Inventor: IWAKAWA YUKIO
IPC: A61H33/00
Filed: 1994-09-20
Abstract: PURPOSE: To prevent that hair is sucked into the openings of a cover while enabling pleasant bathing by specifying the diameter and water passing speed of a large number of the openings formed on the cover covering the jet water intake port formed in a bathtub. CONSTITUTION: The jet water intake ports covered with a cover is formed on the bottom surface of an air bubble bathtub and the side surface in the vicinity of the bottom part thereof. The cover 2 has a flat surface at the central part 2a thereof and the side peripheral surface 2b thereof is curved in an upwardly protruding state and provided with a large number of openings 4. Four small conical recessed parts 5 are formed to the central part 2a and rivet insertion holes 6 are formed on the bottom surface parts of the small recessed parts 5. In this case, the diameter of the openings 4 is set to 3-4mm and the water passing speed at the openings 4 is set to 37-49m/sec. By this constitution, the hair of a bathing person is made hard to be sucked in the openings 4 of the cover 2 to enable pleasant bathing.
Patent JP-S58113837-A (JP)
Inventor: BURUUSU ENU PERII
IPC: G01N21/39
Filed: 1982-12-21
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-S6286738-A (JP)
Title: Measurement of characteristics of semiconductor device and device thereof
Inventor: MATSUMOTO KUNIO
IPC: G01R31/26
Filed: 1985-10-11
Abstract: PURPOSE:To measure the characteristics of semiconductor devices at high speed with no idle time even though the number of parallel measurements of the devices is large by a method wherein the semiconductor devices in one wafer are measured in their characteristics independent of those in other wafer and the handling is so contrived as to be executed. CONSTITUTION:The measurements of semiconductor devices 52a and 52b begin with an inspection item C1 and ends with an inspection item C1-1. In the parallel measure ment of semiconductor elements 53a and 53b, the measurements of the elements 53a and 53b simultaneously begin with the inspection item C1, but in the measurement of the element 53a, the measurement ends with the inspection item C1-1. Contrary to that, in the measurement of the element 53b, the element 53b is decided, based on a fail-stop system to be defective by an inspection item preceding that and the measurement ends. By this decision, a prober 3b is made to handle the following semiductor device 54b to be measured independent of other prober 3a and start with the measurement of the element 54b. Accordingly, from this point on, semiconductor devices, which are to be measured in parallel, are subjected to independent, repeated measurement and handling.
Patent JP-2000053080-A (JP)
Title: Small planing boat
Inventor: KOYANAGI TOMOYOSHI
IPC: B63B35/73
Filed: 1998-08-07
Abstract: PROBLEM TO BE SOLVED: To facilitate checking on the oil remaining quantity of an oil tank. SOLUTION: At least one portion of an oil tank 25 is supported on the front upper part of a fuel tank 23 disposed in a front side inside a boat, and at least one portion of this oil tank 25 is placed to face an opening 12a formed in the front upper part of a boat body 10. When an opening/closing lid body 31 covering the opening 12a is opened, checking is performed for the oil remaining quantity of the oil tank 25 through the opening 12a.
Patent JP-S6467906-A (JP)
Title: Alignment device of pellet with lead
Inventor: HOSOKAWA YOSHIO
IPC: H01G13/00
Filed: 1987-09-08
Abstract: PURPOSE:To make the direction of pellet leads align surely in the prescribed direction, by providing covering plates corresponding to shake-down plates where pellets with leads are received and inserting aligning jigs in the above plates. CONSTITUTION:Numerous pellets A are received at the first recessed part 2 which is formed at each shake-down plate 1 by causing each lead (a) to turn upward. Then each aligning plate 5 among aligning jigs 9 is placed at a stepped part 6 which is formed at each covering plate 3 and the aligning jigs 9 are fixed tentatively and are put over the shake-down plate 1 by causing the upper and lower sides of the covering plate to reverse. In such a case, their positions are determined so that slanting surfaces 2a and 4a face each other. When the upper and lower sides reverse, each pellet A drops from the first recessed part 2 to the second recessed part 4 and as soon as a lead (a) is inserted into a slit 8, a pellet body is supported by a pellet body support plate 7. When the side of aligning plate 5 is then tilted slightly so that its side become lower to some extent and simultaneously it vibrates slightly, the pellet body abuts on the aligning plate 5 and a number of the pellets A are placed at the aligning jig 9 after being aligned in one straight line.
Patent JP-S61101739-A (JP)
Title: Method of cooling fluid
Inventor: FURUSHIRO NOBUYUKI
IPC: F24F11/02
Filed: 1984-10-24
Abstract: PURPOSE:To save the energy by operating a refrigerating machine only when the wet-bulb temperature of air is higher than the cooling target temperature of fluid, and cooling the fluid directly by air and stopping the refrigerating machine in the case where the wet-bulb temperature of air is low. CONSTITUTION:When the wet-bulb temperature of ambient air detected by a temperature sensor S1 is lower than the set temperature, a control section 7 is actuated to cause the refrigerating fluid returning from a cooling coil 4 to the high-temperature side 3 of a fluid tank to be pumped by a pump P2 to enter a cooling tower 6 where it is cooled directly by the ambient air to a temperature lower than the set temperature, and then it returns to the low-temperature side 2 of the fluid tank. If there is a lack of cooling in the cooling tower 6 due to atmospheric conditions, change of load etc., and the temperature of the low-temperature side 2 of the tank or ambient air temperature exceeds the set value E1, E2, a pump P1 and the refrigerating machine 1 are started and the fluid supplied to the cooling coil 4 is cooled by the refrigerating machine 1 to be recirculated through the low-temperature side 2 of the tank, pump P3, cooling coil 4, high-temperature side 3 of the tank and back to the refrigerating machine 1. Therefore the cooling fluid at a desired temperature is supplied to the cooling coil 4 without an interruption.
Patent JP-S63190465-A (JP)
Title: Portable copying machine
Inventor: SAKAMOTO HIROSHI
IPC: H04N1/04
Filed: 1986-09-24
Abstract: PURPOSE:To suppress the thickness of a print section to a small value without requiring a large space in removing a thermal head and a platen in case of replacement of copying paper by providing a platen retainer member, a lock member keeping the platen from being parted from the thermal head and a lock release member. CONSTITUTION:When a button part 13 is pushed in a direction of the arrow A, the platen retainer member 7 is moved and the lower end of a side wall 9 is pressed into contact with pedestals 11, 12 at both ends of the platen 4 to part the platen 4 from the head 3. When a gap capable of accommodating thermosensitive paper is formed between the platen 4 and the head 3, a pin 17 and a hook 16 are engaged and the platen 14 is locked to the position. When the loading of the thermosensitive paper is finished, the lock release member 18 is slided in the direction of the arrow B, the lock member 14 is turned while being pushed by the lock release member 18, the engagement between the hook 16 and the pin 17 is released and when the platen retainer 7 is restored to the home position, the platen 4 is restored to the home position by springs 5, 6 and pressed into contact with the thermosensitive paper.
Patent JP-H0541974-A (JP)
Title: Refined sake (japanese rice wine) having removed old smell and its production method
Inventor: HIRANO KENJI
IPC: C12G3/02
Filed: 1991-08-12
Abstract: PURPOSE:To eliminate only an old smell emitting during preservation of refined SAKE selectively, efficiently and in a short time and to obtain high-quality refined SAKE free from from the old smell by treating refined SAKE having a feeling of old smell with a cyclodextrin polymer. CONSTITUTION:Refined SAKE having a feeling of old smell is treated with a cyclodextrin polymer (CDP). In the case of treatment by a batch method, refined SAKE is mixed and brought into contact with 1-8% CDP at room temperature for 30 minutes to 3 hours while stirring. CDP, for example, is obtained by crosslinking cyclodextrin with a polyfunctional compound such as epichlorohydrin, etc.
Patent JP-H1063495-A (JP)
Title: Software component storage device
Inventor: YAGYU MASAKO
IPC: G06F17/30
Filed: 1996-08-27
Abstract: PROBLEM TO BE SOLVED: To make it possible to flexibly obtain total information regarding the use of a framework and retrieve flexible component storage information complying with the purpose, standpoint, etc., of a user by storing component storage information including framework use information and retrieving a retrieval object from the stored component storage information. SOLUTION: A component storage information input part 6 is used to register the component storage information consisting of the framework use information in a component storage information storage part 5. A component retrieval part 9 retrieves specific component storage information or other retrieval view from the data stored in this component storage information storage part 5 on the basis of retrieval view, etc., that the user has inputted. Then the retrieval result of the component storage information is displayed at a retrieval result display part 10. Namely, the framework use information as a collection of arbitrary information regarding the use of the framework is usable as component storage information which can be retrieved and outputted.  Therefore, the total information regarding the framework can flexibly be obtained by retrieving and outputting the framework use information.
Patent JP-S6379673-A (JP)
Inventor: IMANAGA EISUKE
IPC: A61N1/32
Filed: 1986-09-24
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-H0784072-A (JP)
Title: Mechanical unit of clock
Inventor: SUGA MASAKI
IPC: G04B37/00
Filed: 1993-09-10
Abstract: PURPOSE:To prevent damage of the mechanical unit of a clock during package transporting and to improve a containing efficiency for transportation. CONSTITUTION:A male coupler 6 is formed at one of opposed one sides of a mechanical case Aof a rectangular parallelpiped shape for constituting the mechanical unit of a watch. A female coupler 7 of a shape to be engaged with the coupler 6 is formed at the other side. When the coupler 6 is engaged with the coupler 7 formed on the other side of the unit, the units are coupled. Such coupling is repeated to couple many units in a chain state. When the units coupled in the chain state are contained in a container for transportation, collision or rubbing against each other of the units is prevented in the container to prevent damage of the units. Since the units are so contained that the units are coupled in the chain state, a containing efficiency for the transportation is improved.
Patent JP-S6468907-A (JP)
Title: Manufacture of oxide superconducting coil
Inventor: SUGIMOTO MASARU
IPC: H01F6/06
Filed: 1987-09-09
Abstract: PURPOSE:To obtain a superconducting coil with a high mechanical strength by forming a coil pattern-shaped groove on a metal base, and thermally treating the base in the oxygen atmosphere by filling a predetermined compound powder in the groove after coating the groove with pure copper whose surface is oxidized. CONSTITUTION:A spiral-shaped groove 2 is formed on a metal base 1. Copper is coated by an electroplating method on the side where the groove 2 of the base 1 is formed, a pure copper layer 3 is formed, and the surface of the pure copper layer 3 is oxidized 4 by treatments such as anodic oxidation and chemical oxidation. Then by filling a mixture 5 of compound powders of both group IIA and group IIIA elements in the periodic table and thermally treating in the oxygen atmosphere, a mixture 5 within the groove 2 is baked, while further causing the mixture 5 to react with the copper oxide layer 4 and the oxygen in the atmosphere to form a superconductive layer 6 of A-B-Cu-O (where A is a group IIA element and B is a group IIIA element in the periodic table) in the interior of the groove 2, whereby a superconductive coil 7 having a spiral pattern is obtained.
Patent JP-S59115159-A (JP)
Title: One side polishing method by both sides polishing device
Inventor: KAWAKAMI HIDEO
IPC: B24B37/28
Filed: 1982-12-22
Abstract: PURPOSE:To improve machining accuracy and efficiency of one side in two sheets of works, by fitting a pair of works, in which middle piece is inserted, into a work mounting hole of a carrier and forming the thickness of the middle piece, work and the carrier in a specific relation. CONSTITUTION:Fitting a pair of upper and bottom wafers 26, in the middle between which a middle piece 27 is inserted, in a wafer mounting hole 25 and assuming a relation t<T-S<2t to be determined between thickness T of a carrier, thickness T of a carrier, thickness S of the middle piece and thickness t of a sheet of wafer, two sheets of the wafers 26 are forcibly held and polished between surface plates 10, 12 through polishing cloths 11 and 13. The two sheets of the wafers 26 are surely held in the wafer mounting hole 25, further the lump sum of the totalized thickness 2t of the two sheets of the wafers 26 and the thickness S of the middlepiece 27 is larger than the thickness T of the carrier 23, causing surfaces of the two sheets of the wafers 26 respectively in the opposite sides to the polishing cloths 11, 13 to protrude above upper and bottom faces of the carrier 23, thus the wafers can be polished by the abrasive cloths 11, 13. That is, an abrasive agent is not used, eliminating eneven thickness and enabling the wafer to be easily mounted, removed and cleaned.
Patent JP-S58188202-A (JP)
Inventor: TOCHIYAMA BUNICHI
IPC: F16K3/10
Filed: 1982-12-24
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-H0777205-A (JP)
Title: Booster device
Inventor: TODA NAOSHI
IPC: E02F3/36
Filed: 1993-09-10
Abstract: PURPOSE:To provide a booster device capable of automatically obtaining boosted oil pressure when necessary, without resetting the rated pressure of a hydraulic system. CONSTITUTION:An operating valve 12 connected to a hydraulic pump 13 directional-controls pump-discharged pressure oil to control an opening and closing cylinder 4 for opening and closing a jaw of a breaker. A pilot type check valve 8 is interposed between expansion side oil passages 271, 272 between the operating valve 12 and the opening and closing cylinder 4. The checking action of the check valve 8 is released by pilot pressure guided from a contraction side oil passage 28 on the opposite side through a pilot oil passage 9. A sequence valve 7 is provided on an oil passage 26 branched from the expansion side oil passage 271 on the operating valve 12 side from the check valve 8. An electromagnetic change-over valve 6 is provided on a supply oil passage 29 supplied with pressure oil through the sequence valve 7. A double acting boosting cylinder 5 is connected to output oil passages 241, 242 of the electromagnetic change-over valve 6. The boosting cylinder 5 outputs boosted pressure oil to the expansion side oil passage 272 on the opening and closing cylinder 4 side from the check valve 8.
Patent JP-H1043528-A (JP)
Title: Filter material for ventilating fan
Inventor: EGUCHI TSUTOMU
IPC: B01D39/16
Filed: 1996-08-07
Abstract: PROBLEM TO BE SOLVED: To provide a filter material capable of easily obtain a desired sized filter by eliminating the difficult point of cutting in a straight line in a disposable filter for ventilating fan formed from a thin nonwoven fabric. SOLUTION: Grating straight line prints 3, 4 to become a guide in cutting are applied on the filter surface 2 of the filter material having width dimension and length dimension respectively larger than those of the discharge opening of a ventilating fan hood in the width direction and longitudinal direction and, when the filter material is cut into the desired dimension, scissors is operated along the print lines in the width and longitudinal directions to straight cut both lengthwise and widthwise.
Patent JP-S6384608-A (JP)
Title: Production of composite membrane
Inventor: MATSUKA NOBUYUKI
IPC: C08J5/18
Filed: 1986-09-26
Abstract: PURPOSE:To carry out adsorption treatment on the surface of a carrier with the smaller amt. of an aq. soln. than a coating method by allowing the aq. soln. contg. an adsorbent to exist between the surface of the porous carrier and a hydrophobic film in the production process of a composite semipermeable membrane by an in situ method. CONSTITUTION:In the production process of a composite membrane by an in site method, the planar porous carrier 3 is leveled within the limits of the possibility. A specified amt. of the aq. soln. 2 contg. the adsorbent in a specified concn. is then placed thereon. Hydrophobic film 1 having a specified area is further placed on the soln., and hence the soln. forms uniform liq. film which is developed. The liq. film is allowed to stand for a time enough for the adsorption, then the film 1 is removed, the soln. remaining on the surface is removed, and the porous carrier 3 having adsorbed the desired adsorbent is obtained.
Patent JP-2000051934-A (JP)
Title: Method for cooling hot rolled wire
Inventor: KUSHIDA HITOSHI
IPC: B21B41/00
Filed: 1998-08-10
Abstract: PROBLEM TO BE SOLVED: To equalize difference in the cooling rate generated in the longitudinal direction of a layer thickness coil and to control the cut-down amount of a wire by overlapping the bottom of the layer thickness coil to be a preceding lot and top of the layer thickness coil to be the succeeding lot when the hot- rolled wire is placed on a conveyer as the layer thickness coil and conveyed to a cooling zone. SOLUTION: After water-cooling the wire which is hot-rolled with a rolling mill, the wire is placed in a laid state, that is, as the layer thickness coil while winding/forming the wire on the conveyer 5 with a wire winding machine and, after conveying them to a cooling zone with the conveyer 5, wound into a coil shape with a cumulating machine. The top 11 (one turn at the forefront end) of the layer thickness coil 6B to be the succeeding lot is overlapping placed on the bottom 10 (one turn at the end) of the layer thickness coil 6A to be the preceding lot on the conveyer 5 and an overlapped part 12 (superimposed layers) is formed between these layer thickness coils 6A, 6B.