baber/WOPTO huggingface dataset:
Patent JP-H07220329-A (JP)
Title: Revolution detecting device
Inventor: MORISADA KATSUHIRO
IPC: G11B15/093
Filed: 1994-01-25
Abstract: PURPOSE:To provide a device which can be easily obtain by an amateur and is expensive and in which productivity is improved by providing a gear having plural windows on a circle and a light emitting element and a light receiving element facing each other across the windows of the gear. CONSTITUTION:A reel stand 15 has a driven gear 15b arranged side by side at the under surface of a disk shaped rotating plate 15a on which a reel in a cassette is loaded, the driven gear 15b is supported by a rotating shaft 21, and is meshed with an idler gear 19B by which it is driven. Rectangular shaped plural windows 22 for sensing are provided on the idler gear 19B separating by an equal interval in the direction of circumference on a disk around the rotating shaft 21. At a position corresponding to a rotation locus of the windows 22, a light emitting diode 23a being a light emitting element constituting a revolution detecting device 23 of this device together with the windows 22 and a photo-transistor 23b being a light receiving element are arranged facing each other across the windows of the idler gear 19B.
Patent JP-S60259495-A (JP)
Title: Thermal transfer material
Inventor: TANAKA KAZUSANE
IPC: B41M5/44
Filed: 1984-02-10
Abstract: PURPOSE:To obtain a heat-resistant protective layer having good adhesiveness to a base film, a proper heat resistance, and a proper flexibility easily by using an acrylic polymer layer as the heat-resistant protective layer. CONSTITUTION:In a thermal transfer material 1, a thermally transferrable ink layer 3 is formed on one side of a supporter 2 of plastic film, and a heat-resistant protective layer 4 of an acrylic polymer is formed on the back side of the supporter 2. As the plastic film constituting the supporter 2, a plastic film, e.g., cellophane film, etc., having a comparatively good heat resistance, is preferably used. The layer 3 is formed by dispersing a colorant in a hot metable binder, and the layer 4 is made of an acrylic polymer, including homopolymer of an alkyl acrylate and/or alkyl methacrylate having a 1-8C alkyl group and copolymer of the alkyl acrylate and/or alkyl methacrylate with a copolymerizable vinyl monomer.
Patent JP-H09272904-A (JP)
Title: Blast furnace simulation method and equipment for evaluating descending raw material in blast furnace using the same
Inventor: KIMURA RYOSUKE
IPC: C21B5/00
Filed: 1997-02-06
Abstract: PROBLEM TO BE SOLVED: To provide a blast furnace, simulation method by which unsteady simulation of the descending raw materials in a blast furnace can accurately and quickly be executed. SOLUTION: In the simulation method of the blast furnace, the movement of individual raw material in the blast furnace is tracked to simulate the condition of descending raw material. In this case, a simulation range is divided into plural cells depending on whether the individual raw material exists or not and judgement whether the raw material in a cell is descended to the lower cell or not, is executed only based on the relation between this cell and the circumferential cells. The relation between the circumferential cells is made into such a relation decided by a force containing friction force exerting between the raw material in the cell and the raw material in the circumferential cell.
Patent JP-H01201805-A (JP)
Title: Cosine equalization circuit
Inventor: FURUBAYASHI NORIO
IPC: H03H15/00
Filed: 1988-02-05
Abstract: PURPOSE:To obtain a waveform equalization circuit to obtain a solitary wave with a high equalization effect by controlling the fractionization of the rear edge part of a cylinder corresponding to the number of cylinders for recording/reproduction, and fractionating an input solitary wave stably extending from the inner periphery to the outer periphery of the cylinder. CONSTITUTION:A termination resistance circuit 11 with variable impedance ZL is connected to the non-inversion input point A of a differential amplifier 4, and a cylinder number detection circuit 13 which detects the number of cylinders (not shown in figure) of a magnetic disk is connected to the circuit 11 via a control circuit 12 which outputs a command. Also, the control circuit 12 is connected mutually to a memory 14 in which the preset value of a termination resistor corresponding to the cylinder is stored. The matching between the impedance Zi of a matching resistor 2 and the impedance Zd of a delay line 3 can be taken, which is expressed as Zi=Zd. At the time of performing recording/reproduction, the detection circuit 13 detects the number of cylinders corresponding to the change of the inner and outer peripheries of the magnetic disk, and sends a detection signal to the control circuit 12, and the control circuit 12 refers to the memory 14 storing the value of the impedance ZL of the termination resistor of the termination resistance circuit 11, and issues the command to change the Z to the circuit 11, then, the fractionization of the rear edge can be obtained.
Patent JP-H07233850-A (JP)
Title: Control type vibration proof device
Inventor: KAWAMOTO YOICHI
IPC: F16F13/26
Filed: 1994-02-22
Abstract: PURPOSE:To sufficiently secure the vibration operating force of a vibrating plate and the vibration operating stroke independently of the constitution of an actuator. CONSTITUTION:A pair of installation members 3 and 4 are connected each other by an elastic supporting body 5, and an inside liquid chamber 7 is partitioned into a pressure receiving chamber 7a and an equillibrium chamber 7b by a partitioning body 9. The partitioning body 9 is elastically supported so as to be displacement- enabled form in the cylinder axis X direction, and connected with an actuator through an operation characteristic varying means 15. The operation characteristics varying means is constituted of a cylinder 16 charged with the noncompressible fluid 8, piston member 17 on the drive side whose one end is connected with the actuator and the pressurizing surface 17a at the other end is arranged in an advancive and retreative manner on the cylinder, and a driven side piston member 18 whose one end is connected with the partitioning body and the pressure receiving surface 18a at the other end is arranged so as to be advance/retreat-enabled form. The actuator is constituted of a permanent magnet 13 and an electromagnetic coil 14 which secure the sufficient stroke, and the operation force shortage is compensated by amplification-converting the operating force characteristics by reducing the area of the pressurizing surface than the area of the pressure receiving surface.
Patent JP-S56123317-A (JP)
Title: Closing method for gas blowing tuyere of metal refining vessel
Inventor: KINAKA RIYOUJI
IPC: C21C7/072
Filed: 1980-02-29
Abstract: PURPOSE:To surely close tuyeres by inserting pipes of thermoplastic resins or the like tightly packed with amorphous refractories in the inside into the predetermined tuyeres of a metal refining vessel. CONSTITUTION:Beforehand amorphous refractories (e.g.; magnesia mortar phosphoric acid bond) 9 are tightly packed in a pipe 8 consisting of a thermoplastic synthetic resin (e.g.; polyethylene, etc.) or the like. Next, the pipe 8 in this state is inserted into the gas blowing tuyere 5 provided to refractory brickes 2 in furnace. As a result, the pipe 8 is softened and contracted or thoroughly burned by the heat retained by the tuyere 5, whereby a gap is produced. However, owing to the thermal expansion of the refractories 9, the tuyere 5 is closed by the refractories 9 despite burn or the like of the pipe 8. Namely, the steam generated is effectively escaped by allowing the thermoplastic and easy-to-thermocollapse pipe 8 to burn, whereby the tuyere 5 is surely closed. In the figure, 3 denotes a blowing lance, 4 molten steel, and 6 a lead-in pipe, respectively.
Patent JP-H10218016-A (JP)
Title: Body structure for vehicle
Inventor: TAGUCHI MASASHIGE
IPC: B62D25/02
Filed: 1997-02-06
Abstract: PROBLEM TO BE SOLVED: To provide a body structure for a vehicle which can make high/low roof specification separately with a low cost. SOLUTION: A body side panel 3 formed as a body side surface part of a vehicle is divided vertically into two parts, a lower part side thereof serves as a common lower part side panel 3a at the time of high/low roof specification, an upper part side is left as used at the time of high roof specification, to be formed as an upper part side panel 3b having a cut line 4 cut at the time of low roof specification. By whether the cut line 4 is cut or not, since the high/low roof specification can be made separately, in the case of make sorting, preparing only the upper part side panel 3b having the cut line 4 is required, in the upper part side panel 3b, a common metal mold for both the specifications can be used, a cost of manufacture is reduced.
Patent JP-H11268274-A (JP)
Title: Image forming system and its method
Inventor: LEBENS JOHN A
IPC: B41J2/14
Filed: 1999-02-01
Abstract: PROBLEM TO BE SOLVED: To provide a practical image forming system for forming efficiently an image with high quality on a recording medium and its method. SOLUTION: An image forming system and method constituted by incorporating a convertor 250 which presses an ink liq. and projects meniscus 240 from the ink liq. is provided and an ink fine particle separator 270 which decreases surface tension of the meniscus and projects further the meniscus is provided. the surface tension of the neck part of the meniscus is decreased to a specified value by this separator 270 to separate the ink fine particle from the ink liq.
Patent JP-S63239364-A (JP)
Inventor: DEBUITSUDO JIYON GASUKERU
IPC: F02M45/08
Filed: 1988-02-05
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-H11222018-A (JP)
Title: Vehicle control device
Inventor: AMAMIYA AKIHITO
IPC: B60T8/30
Filed: 1998-02-05
Abstract: PROBLEM TO BE SOLVED: To enable the estimation of weight (wheel load) of a vehicle without setting up pressure sensor and intend to reduce the cost of a device executing control in accordance witch the wheel load. SOLUTION: In a vehicle control device provided with a car height sensor (a) detecting car height and a car height control means c controlling the action of a car height adjusting means (b) adjusting a car height by supplying fluid to snd discharging from a pressure chamber (f) between a car body side and a wheel side, based on a car height signal obtained from this car height sensor (a), a wheel load estimation means (d) is provided. The means (d) estimates a wheel load, when the car height adjusting means (b) is operated by the car height control means (c) based on an operating time of this car height adjusting means (b) and a car height change amount.
Patent JP-H11224111-A (JP)
Title: Programmable controller
Inventor: OOTSUKA YUMIKO
IPC: G05B19/048
Filed: 1998-02-05
Abstract: PROBLEM TO BE SOLVED: To obtain a programmable controller which simplifies the structure of its housing and can easily be assembled by storing a size-reduced printed board and is easy to maintain. SOLUTION: This programmable controller consists of a base 1 which consists of a bottom plate 11 and peripheral walls 12 and is constituted by forming engagement holes 17 in the peripheral walls 12 on both the sides, projecting fitting arms 13 for fitting to at least two panels from the peripheral walls 12, forming tapped holes 16 for printed board fixation in the front side of the bottom plate 11, and providing a fitting part 20 for fitting to a rail on the back side, a cover 6 which consists of a front plate 61 and peripheral walls 62 and is constituted by forming recessed parts 63a and 63b for exposing terminal bases at an upper and a lower part and projecting engagement pieces 64 having engagement claws projecting out atop from the internal surfaces of the peripheral walls 12 on both the sides to the opposite sides of the front plate 11, and a printed board 4 where a CPU,  an input/output circuit, etc., are constituted by mounting electric components, etc., and the terminal bases are fitted at the upper and lower parts, and the printed board 4 is fixed to the front side of the base 1, the cover 6 is mounted thereupon by engaging the engagement claws of the engagement pieces 64 with the engagement holes 17 of the base 1, and the terminal bases are exposed through the recessed parts 63a and 63b of the cover 6.
Patent JP-S55118521-A (JP)
Title: Automatic fuel volume control device for starting boiler
Inventor: UWAZUMI NOBUYOSHI
IPC: F23N5/02
Filed: 1979-03-05
Abstract: PURPOSE: To protect the main body of the boiler and shorten starting time period for the boiler by a method wherein a rate of variation of the temperature at the metal part of the boiler and the main vapor in the boiler are measured and further controlled to be set within an allowable range of thermal stress of the boiler.  
     CONSTITUTION: Temperature in the drum metal is sensed by the drum metal temperature sensing means 5, temperature of the main vapor to be fed to the turbine is sensed by the main vapor temperature sensor 6 and they are fed to the metal temperature variation rate calculator 9 and the main vapor temperature variation rate calculator 10 to calculate each of the rate of variations of the temperature. As a rate of variation, a high value of a safety one is selected by the selector 11, compared with the output from the temperature variation rate setter 15 by the subtractor 12, and the boiler fuel valve 19 is controlled by the output from the proportion/integration controller 13. On the other hand, the pressure of the main vapor of the boiler is sensed by the main vapor pressure sensor 8 and the program is formulated by the pressure variation rate setter 16. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H03230813-A (JP)
Title: Space paper inserting device
Inventor: MATSUOKA HIROSHI
IPC: B21C47/26
Filed: 1990-02-01
Abstract: PURPOSE:To automatically insert a top part of a space paper into a strip coil by providing a suction conveyor to such and to feed this space paper between the unwinder and the winder. CONSTITUTION:The space paper P of the one side of the reel 22a is taken out and fed to this suction conveyor 10 while pinching its top part with the pinch rolls 28, 29 by charging the space paper coils CP respectively to both reels 22a, 22b of the unwinder 20. Next, the space paper P is sucked and supplied to the down side by rotating the pulley 2, 3 and the belt 1 with the motor while sucking the suction box 5 with the vacuum pump. Next, its top part is pinched with the pinch rolls 6, 7 and supplied to the down side, the suction conveyor 10 is descended to the upper side of the winder 30 with the hydraulic cylinder 19. Next, on the winding time of the top of the strip S fed through the deflecter roll 4 to the one side mandrel reel 31 of the winder 30, when the top part of the space material P is fed with the suction conveyor 10, the space paper P can be inserted between the layers of the strip S.
Patent JP-S62181186-A (JP)
Title: Two-color type thermal transfer material
Inventor: KUSHIDA NAOKI
IPC: B41M5/337
Filed: 1986-02-06
Abstract: PURPOSE:To record an ordinary paper with clear two-color images free of mixing of colors at the time of high-temperature transferring, by incorporating a decoloring agent into a thermally transferable ink, and chemically controlling the decoloring action of the decoloring agent by varying temperature. CONSTITUTION:A thermal transfer layer 3 provided on a base 2 of a thermal transfer material 1 comprises a layer 4 of a first thermally transferable ink comprising a coloring agent 4b dispersed in a heat-fusible binder 4a having a high melting point and a layer 5 of a second thermally transferable ink comprising a leuco dye 5b, a color developer 5c for the dye and a decoloring agent 6 having a relatively high melting point for inhibiting development of the color of the leuco dye, which are dispersed in a heat-fusible binder 5a having a low melting point. At the time of low-temperature transfer, the decoloring agent 6 does not display a decoloring action because it is not melted. At the time of high-temperature transfer, though the leuco dye 5b in the second ink layer 5 is brought into contact with the color developer 5c, the development of the color of the dye 5b is inhibited by the decoloring action of the melted decoloring agent 6. Accordingly, a clear transfer-recorded image 9b free of mixing of colors can be formed.
Patent JP-S58142121-A (JP)
Title: Liquid fuel combustion apparatus
Inventor: URAKAWA YOSHIHISA
IPC: F24C5/16
Filed: 1982-02-17
Abstract: PURPOSE:To shorten the flame quenching time when the titled apparatus turned over, by providing a porous member at an opening as well as to divide a flame chamber into a plurality of chambers, in a combustor to which outer side of a wick guide cylinder a ring-form chamber is provided and the chamber is communicated to the open air by the intermediary of an opening which is opened when the wick is descended. CONSTITUTION:The titled apparatus is composed in such a manner that a cylindrical wick 4 is provided in a vertically movable manner between cylindrical inner and outer guide cylinders 2 and 3 which are provided in upright passing through the center part of a fuel tank 1. A ring-formed opening 5, which is opened when the wick 4 is descended at the time when flames are extinguished, is provided to the upper part of the outer guide cylinder 3, and a ring-formed chamber 6 is provided in the outer side of a guide cylinder 3 which is in an opposite side of the wick 4 on the side of an opening 5. In this case, a plurality of plate bodies 7 are provided to the ring-formed chamber 6 to divide the chamber 6 into a plurality of chambers, having gaps in the circumferential direction, at the same time, a ring-formed porous member 15 made by wire sheet is provided between the plate body 7 and the opening 5, having a predetermined interval. In addition, an air inlet port 8 is provided to each divided chamber 6.
Patent JP-S57139447-A (JP)
Title: Method and device for molding mold
Inventor: UNOSAKI TSUNETO
IPC: B22C15/08
Filed: 1981-02-20
Abstract: PURPOSE:To mold a desired mold having sufficient hardness accurately by forming compressed air flow in molding and precompressing the molding sand then  further squeezing the entire part of the molding sand by using a squeezing plate. CONSTITUTION:A pattern plate 1, a molding flask 9 and a filling flask 10 are superposed on a table 5' which is moved upward and downward by means of a cylinder 5. Molding sand is supplied through a feed port 17 into the flask 9 and the flask 10. Thence, a cover member 11 having a squeeze plate 13 in the inside is moved to the upper part of the flask 10, and said cylinder 5 is extended to clamp the cover member 11, the flask 9, etc. by means of the ceiling part 16 of a base plate 4 and the plate 1. Thence, a stop valve 8 is closed, and compressed air is supplied into a hermetic chamber 30 until the pressure attains about 5 kg/cm<2>. Thence, a stop valve 14 is closed and the valve 8 is opened to release the compressed air in the chamber 30 through the inside of the molding sand, air release holes 6, 6, a hollow chamber 3, a piping 7, etc. Further, a cylinder 12 is extended to lower the plate 13, thereby sequeezing the molding sand.
Patent JP-S52108142-A (JP)
Title: Light beam scanning system
Inventor: OONISHI MASAHIRO
IPC: G06K15/12
Filed: 1976-03-08
Abstract: PURPOSE: Output which detects light beam in every face of a polyhedral mirror is entered from end of an oscillation stop signal to an oscillating after the stated time; the output is made video clock, so that a picture image which does not have jitter in every face can be obtained. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-S55116233-A (JP)
Title: Food cooker
Inventor: KUSUKI SHIGERU
IPC: H05B6/68
Filed: 1979-03-02
Abstract: PURPOSE:To make it possible to use the cooker at normal temperature by means of the structure combining an infrared sensor and a chopper impeller made of an electrical insulator and thereby reducing induced noise and radio wave noise being synchronized with the chopping frequency. CONSTITUTION:When chopper impeller 10 is rotated in the neighborhood of sensor 15, noise component Nc due to the commercial power supply synchronized with the rotation of the impeller appears. It is considered that the motion of the impeller brings about electromagnetic variation. When consideration is focused on open hole 9, since it is possible to realize a condition that there is little variation in electromagnetic conditions between the condition of air at the time the hole is open and the case where there is impeller 10 at the time when the hole is closed, it is considered that this is due to the decrease in the amount of modulation at the noise chopper frequency. To satisfy this condition, it is effective to use an insulator. If high-frequency noise is taken into consideration, it is more effective to select one with a small dielectric constant and dielectric loss.
Patent JP-S55118379-A (JP)
Title: Solid drink
Inventor: MITSUFUJI SHIYUNJI
IPC: A23L2/00
Filed: 1979-03-01
Abstract: PURPOSE: A solid drink capable of foaming and dissolving in water on repeated rise and fall to give a refreshing drink, prepared by coating a sour component and sodium bicarbonate, mixed and molded into one piece, with a microporous fat and oil layer communicating to the open air.  
     CONSTITUTION: Powder of granular seasonings, e.g., citric acid, and sodium bicarbonate (NaHCO 3 ) as main materials are molded into one piece at a weight ratio of 1:0,5W1.5, preferably 1:0.7W1.2. The surface of at least one component in said molded article is coated with a microporous fat and oil layer communicating to the open air to give the objective solid drink. The fats and oils in the layer are preferably animal and vegetable ones melting at 20W50°C, e.g. cacao butter. The main material content in the drink is 50W90wt%, and the percentage by weight of the layer is 0.5W4 based on the materials. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H11221908-A (JP)
Title: Solvent vaporizing apparatus
Inventor: MIYAMOTO YOSHIAKI
IPC: F26B13/04
Filed: 1998-02-06
Abstract: PROBLEM TO BE SOLVED: To provide a solvent vaporizing apparatus which can improve vaporization efficiency. SOLUTION: A solvent is fed to a spray nozzle 58 through a solvent feeding pump 56 and a solvent feeding pipeline 57. The spray nozzle 58 sprays the solvent into a heat source box 50. The sprayed solvent is vaporized by hot air in the heat, source box 50. The solvent which can not be vaporized by hot air is stuck on a plate heater 59a provided in the spray direction and falls down on a plate heater 59b provided on the bottom face and sticks thereon. The plate heaters 59a and 59b heat the stuck solvent and vaporize it. In addition, a solvent feeding pipeline 57 is provided with a heater 60 for feeding the solvent for heating the solvent therein. It is possible thereby to improve vaporization efficiency.