baber/WOPTO huggingface dataset:
Patent JP-H07235967-A (JP)
Title: Line wire incoming call control method
Inventor: OTSUKA YOICHI
IPC: H04M1/00
Filed: 1994-02-23
Abstract: PURPOSE:To form a line wire incoming call control method capable of issuing an incoming call tone only to a telephone set in accordance with an incoming telephone number when an incoming call is received by allowing the telephone number to correspond to the telephone set in advance. CONSTITUTION:Different incoming call tone patterns are registered on the storage means of plural telephone sets connected to one line, and a registration pattern judging means 5 of each telephone set judges whether or not an incoming call tone pattern coincides with a registration pattern when the incoming call is received, and only the incoming call control means 1 of the telephone set for which coincidence is obtained issues the incoming call tone by driving an incoming call tone issuing means 4. In this way, operability can be improved.
Patent JP-H03229983-A (JP)
Title: Scroll fluid machine
Inventor: KOIWA JUNICHIRO
IPC: F04C18/02
Filed: 1990-02-05
Abstract: PURPOSE:To precisely secure oiling quantity fed to each scroll by providing a communicating passage for communicating the bottom of a boss cylinder with the low pressure side of the outer circumference of each swirl body on the end plate of a scroll. CONSTITUTION:There are provided a first and a second scroll 1, 2 having swirl bodies (a), (b) projected from end plates A, B respectively. A boss cylinder 21 is provided at the central portion of the back of the end plate B of the second scroll 2. The pin portion 51 of a driving shaft 5 having an oiling passage 6 at the inside thereof is fitted into the boss cylinder 21. A communicating passage 7 for communicating the bottom of the boss cylinder 21 with the low pressure side of the outer circumference of each swirl body (a), (b) at the end plate B of the second scroll 2 is provided. Oil which is sucked to the oiling passage 6 via the communicating passage 7 and which is flowed out through the pin portion 51 is fed to the first and the second scroll 1, 2. Thus, precise quantity of the oil can be fed to each scroll.
Patent JP-S58144240-A (JP)
Title: Simulator device
Inventor: TAKENOUCHI TAKEJI
IPC: G06F1/00
Filed: 1982-02-19
Abstract: PURPOSE:To compare and evaluate training and repeat review training under the same condition as the past training process to improve the operating technique by displaying the information of training performed in the past on a display device and also displaying training information after interruption under the same condition as the past one. CONSTITUTION:When a reproducing command is applied from a controlling device 1 to a computer 3, the computer 3 reads out the information of training  executed in the past from a storage device 5 and displays the information on a  display device 4. During the reproducing, an interruption command is applied  from the device 1 to the computer to interrupt the reproducing on the display  device temporally. When a training device 2 is ready, a restart command is applied from the device 1 to the computer 3. Consequently the computer 3 reads  out the past training information from the device 5, displays the readout information on the display 4 and then starts calculation for simulation on the basis of  the information of operation executed by a trained person in the device 2 regarding the past training information after temporary interruption as the initial  value to display the training information after restart on the display 4.
Patent JP-S63193566-A (JP)
Title: Manufacture of semiconductor device
Inventor: SHIBATA HIDEKI
IPC: H01L21/336
Filed: 1987-02-06
Abstract: PURPOSE:To form the entire element region in a small configuration, by forming a contact electrode without mask aligning allowances between a gate electrode and a contact hole and between the contact hole and an element isolating region. CONSTITUTION:After an element isolating region 12 is formed on a P-type silicon substrate 11, a gate oxide film 13 is formed. Then, a polycrystalline silicon layer 14 is formed, and a first silicon nitride film 15 is further formed. Then these layers are etched, and a gate electrode part is formed. Thereafter, a second silicon nitride film 16 is deposited and formed. Then, a CVD oxide film 17 and a DPSG film 18 are deposited and formed, and interlayer insulating films are formed. The films are selectively etched, and a contact hole is formed. Then contact electrodes 19 and 20 are formed in the contact hole. Aluminum wirings 23 and 24 are formed on the contact electrodes 19 and 20.
Patent JP-S63193588-A (JP)
Inventor: KINOSHITA MASAKI
IPC: H05K1/16
Filed: 1987-02-06
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S60168676-A (JP)
Title: Rule image generator
Inventor: KATOU MUNEHISA
IPC: B41J21/00
Filed: 1984-02-14
Abstract: PURPOSE:To enable to reduce memory capacity and to enhance processing speed, by synthesizing an output character pattern with rule image data sequentially generated by a rule image generator, with one dot as a unit, in a printer for a word-processor. CONSTITUTION:In the case of printing a rule, when a command signal CM and a printing data signal DT are externally supplied, a printing-controlling part 1 controls a raster image forming part 2 so as to print the printing data DT in the manner based on the signal CM containing the rule command, and switches line buffers L1, L2, thereby driving a printing part 3. A character pattern stored in a font memory in the part 2 and a rule pattern generated in the part 2 are sequentially synthesized with each other with one dot as a unit, and the synthesized information is sequentially outputted to the line buffers L1, L2 as raster information RD for each scanning line. When one of the line buffers L1, L2 is inputted with the information RD, the other outputs the information RD to the printing part 3.
Patent JP-S59151753-A (JP)
Title: Separator for storage battery
Inventor: ASHIDA KATSUJI
IPC: H01M50/463
Filed: 1983-02-17
Abstract: PURPOSE:To form elastic ribs or projections on an acid-proof oxidation-resistant separator for a storage battery by either applying a heat-expanded substance to the separator or mixing the substance to make the separator, then expanding the substance by heating. CONSTITUTION:A dispersion liquid prepared by dispersing 35 parts of polyacryronitrile fiber, 35 parts of synthetic pulp and 30 parts of silica diatomaceous earth in water, is formed into an acid-proof oxidation-resistant separator sheet 1. Next, a resin solution 2 prepared by mixing into an acid-proof synthetic resin emulsion 15% of a heat-expanded substance used as a blowing agent and consisting of capsulated hollow micro baloons made of shells of vinylidene chloride- acrylonitrile copolymer containing isobutane, is applied to the separator sheet 1 in linear form. After that, the separator sheet 1 and the resin solution 2 are heated to 120 deg.C by means of a hot roller 3 to fuse the synthetic pulp fixing the silica diatomaceous earth and to expand the heat-expanded substance forming linear ribs 4, thereby obtaining a separator 5 for a storage battery.
Patent JP-H01133943-A (JP)
Title: Method and apparatus for liquefying heat-meltable material
Inventor: FURANSHISU ANDORIYUU RADETSUKI
IPC: C03B3/00
Filed: 1987-02-06
Abstract: PURPOSE: To liquefy a hot meltable material with a small energy, by supplying a powdery hot meltable batch material into the cavity of a vessel lined with refractory on the inside, thermally melting the exposed part and allowing the molten material to flow out.  
     CONSTITUTION: The aperture of a bottomed cylindrical vessel 10 lined with refractory 35 supported by tabs 36 on the wall on the inner side and liners 21 of the powder batch material inclined to a parabolic surface shape is covered with a dome-shaped cap 11 in an upward direction. Next, the powdery hot meltable batch material is supplied into the cavity of the vessel 10 via a water cooling chute 20 and the batch material on the surfaces of the liners 21 are thermally melted by the flames from plural burners 22 extending through the cap 11. The liquefied batch material 27 is passed downward on the liners 21 and is dropped from a drain outlet 25 provided with a refractory ceramic bushing 26 onto a receiver 28. 
     COPYRIGHT: (C)1989,JPO
Patent JP-H06213804-A (JP)
Title: Method and apparatus for measuring percentage sugar content
Inventor: NAKANISHI YUTAKA
IPC: G01N21/59
Filed: 1993-01-20
Abstract: PURPOSE:To measure the percentage sugar content of all vegetables, through which light can be transmitted, instantaneously and highly accurately. CONSTITUTION:A sample chamber 1 has a simple shield. The light having the wavelength including a near infrared region, which is emitted from a light source 2, is transmitted through a material to be measured A. The transmitted light passes a condenser lens 7 and a slit 8 and reaches a flat-field concave diffraction grating 10. The focal point of the light having the wavelength of 700-1,000nm, which undergoes spectroscope action in the diffraction grating 10, is all focused on line sensor 11. In the line sensor 11, the spectroscopic light in the entire region is measured at the same time. The measured value is sent into a signal processor 12, and the sugar content value is obtained. Reference is performed by using an ND filter 9.
Patent JP-S60193237-A (JP)
Title: Cathode structure of magnetron
Inventor: OGURO TOMOKATSU
IPC: H01J23/05
Filed: 1985-02-15
Abstract: PURPOSE:To make accurate and easy processing of magnetron cathode structure possible by forming a step portion by powder pressing at the fit portion of an upper shield for holding a supporting metal rod of the magnetron cathod structure. CONSTITUTION:An upper shield 12 for holding a cathod 11 made by winding a thin wire to a spiral shape has a circular flange 12a and a boss 12b and is also provided at its center portion with a through hole portion consisting of a large diameter portion 13a, a small diameter portion 13b, and a step portion 13c, and the top end of a center support 14 for holding the upper and shield 12 is inserted to the large diameter portion 13a until it bumps against the step portion 13c of the through portion to ensure keeping the positional relationship between the upper end shield 12 and the center support 14. The construction eliminates the necessity of providing a step portion to the center support 14, so that the center support 14 can be manufactured with high mass productivity and low cost, and the upper end shield 12 can be made of Mo power by press molding and burning thereafter, so that the two step holes with different diameters can be easily processed.
Patent JP-H08308633-A (JP)
Title: Cosmetic sampler with integral applicator
Inventor: GUNDERMAN ANTHONY J
IPC: A61Q3/02
Filed: 1996-01-22
Abstract: PROBLEM TO BE SOLVED: To obtain samplers which are nice in form and hygienic in use economically, by arranging an integral applicator or an applicator which is one-piece with the paper base in a second position different from a first position on the paper base. SOLUTION: On a portion of a paper base 21, e.g. a lipstick sample 20 is arranged, around which is also arranged an eye shadow sample 30. An applicator 40 is arranged by making use of a part of the paper base. The applicator may take the shape of a brush or a spatula, with its surface flock-finished so that cosmetic materials are easy to be attached. The applicator may also be so processed as to be capable of scooping. The applicator 40 is integral with the base, i.e., a part of the paper base is made as the applicator, or a separately prepared applicator is strippably attached to the base. If the applicator 40 is part of the base, it can be taken out by breaking the dotted line. The paper base, cosmetic samples and the applicator are strippably overlaid by a protective cover 24.
Patent JP-S57139922-A (JP)
Title: Manufacture of semiconductor device
Inventor: IKEGAMI GOROU
IPC: H01L21/28
Filed: 1981-02-24
Abstract: PURPOSE:To manufacture a semiconductor device having good characteristics by emitting an electron beam only on a metallic film exposed from a window of an insulating film, thereby alloying a semiconductor substrate and the metallic film. CONSTITUTION:A P type base region 3, a collector-base junction 4 and N type emitter region 5, a base-emitter junction 6 are formed in an N<-> type collector region 2 on an N<+> type region 1, a metallic film 12 of aluminum is formed on the entire surface of a semiconductor substrate 11 formed with a window at an insulating film 7, an electron beam 13 is emitted only on the regions 3 and 5 exposed through the window of the film 7, thereby alloying the substrate 11 and the film 12. Since the alloying is performed in vacuum, no danger of contamination occurs. Since no spike is produced, the linearity of a DC current amplification factor hFE is improved.
Patent JP-H11211711-A (JP)
Title: Stabilization reagent and method for stabilizing reagent
Inventor: NAITO MASAHIRO
IPC: B65D1/00
Filed: 1998-01-22
Abstract: PROBLEM TO BE SOLVED: To limit a contact area of the outside air thereby preventing evaporation of contained components and dissolution into a reagent from the other evaporated reagent in the vicinity by storing the reagent in a container in which a cylinder extends from a mouth part in a direction to a bottom face inside the container and is open inside the container. SOLUTION: A reagent is one that contains a component to evaporate such as a reduction substance, sodium azide, hydrogen azide or the like azide, etc., and deteriorates a function of a neighbouring reagent when the evaporating component dissolves in the other neighbouring reagent. The reagent deteriorated in function is, for instance, thorinder reagent containing an aniline derivative such as N-(2-hydroxy-3-sulfopropyl)-3 or the like, etc. The reagent is stored in a container in which a cylinder extends from a mouth part in a direction to a bottom face in the container and is open in the container. The cylinder and mouth part of the container hold a small gap or are kept in tight contact, so that the outside air is prevented from entering the interior of the container. The container is formed of, e.g. synthetic resin or the like material.
Patent JP-H05225075-A (JP)
Title: Data processor
Inventor: TAMAKOSHI YASUHIKO
IPC: G06F12/16
Filed: 1992-02-13
Abstract: PURPOSE:To make sure a duplex processing of data and to prevent the lowering of processing speed by storing and holding the data held in a memory to an external storage means when exceeding the set elapse time. CONSTITUTION:Elapsed days from the last backup day to the present time is calculated based on the date data from among the present time data obtained by a clock circuit 14 and the date data stored in a backup data area 13a provided in a RAM 13. Based on the calculated elapsed days, whether or not the elapsed days are more than one month from the last backup day is confirmed. With more than one month, the data stored in the RAM 13 is inserted in a floppy disk drive 3 for backing up (duplex processing) in the floppy disk(FD). The date data stored in the backup data area 13a is updated by means of the date data out of the present time data obtained from the clock circuit 14.
Patent JP-S62184518-A (JP)
Title: Function key input processing and starting system
Inventor: MOTOMURA YOSHIKO
IPC: H03M11/04
Filed: 1986-02-07
Abstract: PURPOSE:To effectively check the state in a device and to shorten the data processing time by providing a table memory storing a processing address for a function key and a flag, a register and a collation circuit. CONSTITUTION:When the function key 1 is depressed, the address of the corresponding key is obtained, and the table memory 2 is retrieved according to the address. The processing address and n-flags are stored at the address in the memory 2. In terms of each flag, the states 1-(n) at checking points necessary for executing a program at the processing address are stored by a signal '1' or '0'. The state at the corresponding device position is stored in the register 3 in the same format as the flag in the memory 2, and the collation circuit 4 are compared and collated with bits in the register 3, which are stored in correspondence to respective flags. The moment all the bits are collated, the read-out processing address is transmitted, and the program at the address is executed, whereby the function key can quickly process data.
Patent JP-H03231611-A (JP)
Title: Forming method for box body
Inventor: TAKUBO YOSHIICHI
IPC: A01G9/02
Filed: 1990-02-05
Abstract: PURPOSE:To easily transport a number of box bodies by foldable structure by a method wherein on an oblong rectangle plate, cut openings and continuous parts are alternately formed and arranged in a line, and a continued part on each of the lines is bent by a definite angle and a bent plate with multiple side faces is formed, following which these two bent plates are faced other and joined, and a peripheral plate of a sleeve body with the multiple side faces is formed. CONSTITUTION:An oblong rectangle plate is trisected in longitudinal direction and two faces are formed on the border lines of equal part. On each of the two faces, cut openings (a) and continuous parts (b) are alternately formed in a line, at regular intervals, and thus two lines with the openings are formed in parallel to each other, on the middle part of the rectangle plate. Both side ends of the rectangle plate are separately bent inside by the angle of 60 deg. and joining borders 6a, 6a are formed facing to each other. After that, along the two lines with the openings, the rectangle plate is bent so that three planes of the rectangle hold an interior angle of 120 deg. one another, and thus a bent plate with three side faces (side plates 6), a half of a hexagonal sleeve body, is formed. These two bent plates are made one pair, and the open sides thereof are faced each other and integrated, and the joining borders 6a, 6a are overlapped, and thus the hexagonal sleeve body is formed. After that, corner patches 7 are put at the exterior parts of both bent lines and joint lines on the hexagonal sleeve body, and an upper cover 4 is elastically fitted to an upper opening part and bottom cover 5, to a lower opening part, and thus a hexagonal sleeve body-shaped box body 1 is formed.
Patent JP-S62185414-A (JP)
Title: Decoding device for blocked transmission signal
Inventor: NISHIGUCHI MASAYUKI
IPC: G11B20/18
Filed: 1986-02-08
Abstract: PURPOSE:To simplify circuit constitution by using only a data in a block so as to interpolate a code error generated in said block, thereby preventing the adverse effect due to the interpolation using a different kind of data, and reducing the length of arithmetic word. CONSTITUTION:Input data A(W1-W8) are fed to an input terminal 51 and W1', W5', W8' in one block 8-word are defective data. An output B from a switch 53 is a data that the head word in the block (the said error word W1') is replaced by the 2nd word W2 and an output subject to post-value interpolation or, so-called, post-value holding. A mean value (W4+W6)/2 between the word W6 in the output B from the switch 53 and the word W4 in an output C from a delay circuit 55 is extracted by a mean value circuit 57 and fed to an output terminal 59. The final word W8' is interpolated (subject to pre-value hold) by the preceding word W7 and the interpolation is executed by using only the data in the block to which a word having a code error belongs.
Patent JP-S58143745-A (JP)
Inventor: ISHIMORI AKIRA
IPC: G02B27/00
Filed: 1982-02-19
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-S60170812-A (JP)
Title: Holding device for optical element
Inventor: YAMADA NOBORU
IPC: G02B7/02
Filed: 1984-02-15
Abstract: PURPOSE:To facilitate the attachment of a lens without spoiling its function by providing vertically at least two fixing projections which has freely elastic deformation in a radial direction of the contacting surface between a support member and the lens and forming fitting holes for the fixing projections in the contacting surface of the lens. CONSTITUTION:Respective fixing projections 16 of a lens frame 13 are fitted in fitting holes 21 of the lens 14, and lock parts 18 of the fixing projections 16 which project from the fitting holes 21 are spread until end parts of the lock parts 18 abut on the lens edge 20 of the lens 14. In this state, the lens 14 is held fixedly in the lens frame 13 so that its radial movement is restricted without any radial stress due to the elastic deformation of a shaft part 17 and the axial movement is controlled while the contacting surface 22 of the lens edge 20 contacts the contacting surface 15 of the lens frame 13 by the elastic deformation of the lock parts 18. Consequently, the lens is attached to the lens frame compactly and easily without spoiling the lens function.
Patent JP-S63195211-A (JP)
Title: Production of low phosphorus and low carbon steel with little mn loss
Inventor: AOKI NOBUHIDE
IPC: C21C5/35
Filed: 1987-02-07
Abstract: PURPOSE:To produce low P-low C-high Mn steel with little Mn loss, by using slag of a decarbonizing furnace as refining agent in a dephosphorizing furnace at the time of reining to dephosphorize and decarbonize molten iron by two sets of top and bottom blowing converters and also reducing oxygen content in the molten steel at the time of completing the blowing in the decarbonizing furnace to less than the specific value. CONSTITUTION:The molten iron 3, which is beforehand desulfurized, fine granule of the slag from the decarbonizing furnace 2, which is formed as the same type converter in the next process, and lime and fluorspar are added in the converter 1 having an oxygen top blowing lance 6 and a bottom blowing nozzles 5 to form the molten slag 4', and reined to dephosphorize by oxygen blowing from the nozzles 5 and the lance 6 at <=1,400 deg.C. The low phosphorized molten iron obtd. is charged into the decarbonizing furnace 2, and iron ore, manganese ore, lime, etc., are added to generate the molten slag 4 containing FeO and MnO, and C in the molten iron is oxidized and refined to decarbonize by the top and bottom oxygen blowing. In this case, the bottom blowing gas rate at the oxygen blowing end period, is made to >=0.10Nm<3>/min/ton of molten steel and the oxygen content in the molten steel at the time of completing the decarbonized refining is made to <=400ppm and under restraining oxidizing loss of Mn in the molten steel, it is tapped and the low phosphorus and low carbon high manganese steel is produced.
Patent JP-S59154120-A (JP)
Title: Inertial air-water separating apparatus
Inventor: NASU YOSHITOKI
IPC: B01D45/08
Filed: 1983-02-22
Abstract: PURPOSE:To increase the air-water separating efficiency and to provide a compact and lightweight separator by providing alternately a water droplet separating plate to an inner wall on the air current impingement side of a gas passage forming a continuous and smooth wavy curve so that the passage may be throttled in the gas flow direction. CONSTITUTION:The water droplets introduced into an air separating apparatus 7 together with an air current A, strike first against a droplet separating plate 12A provided at the first current bending part X, and deposit on the surface of the droplet separating plate 12A. And the deposited droplets are collected by a waterdrop collecting plate 13A. The droplets having smaller particle size after passing through the first current bending part X, passing through the gas passage throttled by the swelling of the droplet separating plate 12A, and increasing inertial force, strike against a droplet separating plate 12B in the second current bending part Y. The deposited waterdrops are collected by a droplet collecting plate 13B as before. The droplets collected by the droplet collecting plates 13A and 13B fall into a lowermost drain storage (not shown in the figure) by gravity, and are discharged to the outside.