baber/WOPTO huggingface dataset:
Patent JP-S56142383-A (JP)
Title: Vacuum withdrawing apparatus for condenser
Inventor: OONO YOSHIICHI
IPC: F28B11/00
Filed: 1980-04-07
Abstract: PURPOSE: To enable automatic control of vacuum in a condenser by controlling the amount of recirculating working water with a vacuum withdrawing pump in the steam condenser for steam turbines or the like.  
     CONSTITUTION: Electrically opening/closing valves 27 and 22 are separately provided on a piping 28 for recirculating a working water with a water-sealed vacuum pump 2 to a cooler 3 and a piping 21 for recirculating water separated with a water separator 4 and are operated with a vacuum detection switch 23 in a condenser. In this case, it is so arranged that the flowing volume through the valves 22 and 27 is decreased if the vacuum is high while increased if it is low. This enables the adjustment of inducing performance of the vacuum pump 2 according to the vacuum thereby automatically controlling the vacuum of a condenser. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H10238526-A (JP)
Title: Support jig for plate-form fastener
Inventor: WAKAI TAKAO
IPC: F16B37/04
Filed: 1997-02-28
Abstract: PROBLEM TO BE SOLVED: To provide a support jig to drive a plate-form fastener, firmly fastening a member and an apparatus against a plaster board wall into the inner surface side of which a hand is not inserted, at an accurate inclination angle. SOLUTION: A support jig 21 for a plate-form fastener is formed such that a single sheet material being capable of bending is used, a joining hole 6 for a screw is formed, and a drive part 2 having a pointed tip and an extension part 4 connected at an angle to one surface side of the middle of a drive part 2 at an angle in a state that a drive end part 3 is left non-bent at the rear end of the drive part 2 is connected to an extension part 4 in which an insertion hole for a screw is formed. The support jig comprises a holder 22 and a plate 23. By driving a drive part 2, held by the holder 22 in a wall, driving is effected at an accurate angle. After driving, the drive part 2 is pulled back and by bending the extension part 4, a wall is nipped in a U-shape and the tensile strength of a screw joined in a screwed-in state is improved.
Patent JP-H04265093-A (JP)
Title: Video signal storage method
Inventor: KUSAO HIROSHI
IPC: H04N9/80
Filed: 1991-02-20
Abstract: PURPOSE:To store a video picture signal consisting of a luminance signal and a color difference signal on two-faces dual port memories. CONSTITUTION:Luminance data Y and color difference data IQ are written in an area Y1 of a dual port memory 4A and an area IQ1 of a dual port memory 4B respectively through an input switching part 3. Color difference data IQ written in the preceding period and luminance data Y written in the preceding period are read out from an area IQ2 of the dual port memory 4A and an area Y2 of the dual port memory 4B respectively through an output switching part 5. In the next period, luminance data and color difference data are read out from and written in dual port memories 4A and 4B.
Patent JP-S60193915-A (JP)
Inventor: HAABEI TEI KORINZU
IPC: A61P17/00
Filed: 1984-03-12
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-S63260410-A (JP)
Title: Molding device of rotary tank
Inventor: SUNAKAWA AKIRA
IPC: B29C39/26
Filed: 1987-02-27
Abstract: PURPOSE:To contrive to reduce cost by neither exposing a connector on the inside of a rotary tank body at all nor necessitating high corrosion resistance as the connector, by a method wherein the connector, where a shaft is supported and fixed at the central part and a collar part is possessed on the circumferential part at a position corresponding to the bottom of the rotary tank body, is held by a female mold by floating the collar part, under a state of which the rotary tank body is molded by casting synthetic resin into a molding part. CONSTITUTION:A connector 20 possesses a collar part 21 on its circumferential part and a recessed part 22 is formed on a sideward position of the central part by hollowing lower than the same. While the connector 20 holding a dehydrating shaft 25 is held by a female mold 11 under a state where the connector 20 is moved most to a female mold 11 side, a male mold 12 and the female mold 11 are clamped by inserting the male mold 12 into the female mold 11, and molding of a dehydrating tank body is performed by casting synthetic resin into a molding part 13 through a gate 16 under this state. A gap 26 between the outside 21a of the collar part and male mold is sufficiently larger than a gap 27 between the outside 21b of the collar part and the female mold, Therefore, as the synthetic resin flows into the gap 26 previously to the gap 27, the connector 20 is pressed against the female mold 11 side through pressure of the resin and held under a state where a movement of the same to a male mold 12 side is prevented, and the molding is performed under this state.
Patent JP-H01226625-A (JP)
Title: Device for loading concrete block laterally
Inventor: OMATSU SHIYOUJI
IPC: B65G57/20
Filed: 1988-03-01
Abstract: PURPOSE:To simplify arrangement and loading program of the title device and make the device smaller by setting first and second transferring means for transfer of a whole set, which comprises a means for direction change as well as vertical transfer of a concrete block and a turning means, in the direction of an intermittently driving-type conveyor and in the direction of width. CONSTITUTION:A concrete block b, which is led right under a means A for direction change as well as vertical transfer, is clampingly held by autohands 1 of a chucking means 4. Then pistons are extended from cylinders on both sides of the means 4. When raised by a cylinder 7, the block b changes from vertical state to lateral state and rises to be transferred onto an intermittently driving-type conveyor C by a cylinder 10 of a first transferring means D, then the cylinder 10 stops. Next, the block b is lowered by the vertically moving cylinder 7 so that, when the block b contacts the conveyor C, the hands 1 and opened by the chucking means 4 to unlock the clamping of the block b to thereby lead the block b to x row of a lower stage. Also, after deposition of the block b on the conveyor C, the means A is returned by the cylinders 7 and 10, and the block b is led to y row of a lower stage.
Patent JP-H10248198-A (JP)
Title: Motor integrated with inverter
Inventor: NAKAMURA YOSHINOBU
IPC: H02K11/00
Filed: 1997-02-28
Abstract: PROBLEM TO BE SOLVED: To provide a motor integrated with an inverter, which can be downsized as a whole and cools the inverter efficiently. SOLUTION: An inverter 14 is stored inside a motor mounting base 13 on which a motor body 12 is placed on the top plane 13a. When the motor is operated, switching elements and diodes generate heat and the heat generated accordingly on the inverter 14 is radiated from the entire body of the motor mounting base 13 and also conducted to a base plate 19 through its bottom surface part 13b and dissipated. This structure makes the conventional radiating fin unnecessary, which enables the motor to become small-sized and makes it possible to cool the inverter 14 efficiently.
Patent JP-H05215079-A (JP)
Title: Internal gear pump
Inventor: MOTOOKA YOSHIHIKO
IPC: F04C2/10
Filed: 1992-01-31
Abstract: PURPOSE:To provide a smooth pump operation in a wide range of use of an internal gear pump for suppressing an increase in discharge quantity of liquid accompanying rotating speed rise in the high-speed rotating area of both inscribed and engaged gears. CONSTITUTION:The space between adjacent contracting chambers 14A, 14B whose volumes are reduced in accordance with the rotation of both gears 5, 6, and the space between the contracting chamber 14B and a discharge chamber 12 are throttled with a clearance H formed between the opposed teeth 5A, 6A of both the gears 5, 6 one of which teeth has an asymmetrical tooth form, and allowed to communicate with each other. Thus, a part of the liquid charged in the contracting chamber is gradually released on a discharge port 13 side in the low-speed rotating area of the gears. Further, an excessive pressure rise of the liquid in the contracting chamber is prevented, and in high-speed rotating area, the bubbles formed in the liquid in the contracting chamber which are resulted from a throttle 11 provided in an intake passage 2 is smoothly extinguished in the contracting chamber by its volume reduction without releasing the bubbles on the discharge port 13 side to prevent a cavitation in a discharge passage 3.
Patent JP-H05212754-A (JP)
Title: Simultaneous molding and patterning mold
Inventor: YAMAZAKI SEIICHI
IPC: B29C45/34
Filed: 1992-01-31
Abstract: PURPOSE:To provide the subject mold hard to generate wrinkles, having a simple internal mechanism and free in the shape of a cavity forming part. CONSTITUTION:The movable mold of a simultaneous molding and patterning mold is equipped with the frame body slidable and movable in the opening and closing direction of the mold and the recessed part receiving the frame body 2 is provided to a parting surface 3 so as not to come into contact with a cavity forming part 4 but to surround the periphery thereof and a plurality of suction holes 6 are provided to the receiving recessed part 5 and a vent hole 7 is formed between the inside surface of the frame body 2 and the receiving recessed part 5.
Patent JP-H08243671-A (JP)
Title: Winding device
Inventor: OHASHI MASAAKI
IPC: B21F3/04
Filed: 1995-03-06
Abstract: PURPOSE: To accurately and automatically execute the wiring to a prescribed position with respect to a core by rotating the core and wiring a wire rod around the core while pushing the wire rod with front end part fixed by a pushing part. CONSTITUTION: The core C is laid on a supporting table 12. Core rotating means 15, 18 are ascended and descended to interpose the core C. The front end part of the wire rod is fixed by a front end fixing means 23. The core C is rotated by driving the rotating means 15, 18 to wire the wire rod around the core C. The wire rod pushing part 30a arranged in a traverse device 27 pushes the wire rod in the reverse direction to the traverse direction, and the wire rod is wired without any gap. At the time of completing a prescribed wiring, a jump wire guide 34 jumps the wire rod at a prescribed size to execute the wiring in the second layer. A synthetic resin-made insulating body of the wire rod is heat-sealed by working a heat sealing mechanism 37. By this method. since the work can be automated, the productivity is improved.
Patent JP-S56141873-A (JP)
Title: Laminator and coater provided with hot air drying type device and electron beam curing device in combination
Inventor: SHIMOYAMADA MASAHIRO
IPC: B05C9/14
Filed: 1980-04-08
Abstract: PURPOSE: To enable to perform lamination and coating selectively by providing a drying hood at a high position between an unwinding part and a winding part, and moving and retreating an electron beam curing device to and from the space thereof right under the hood.  
     CONSTITUTION: In lamination, the material 8 to be laminated such as paper which is being led off from an unwinding part A goes to nip rolls 11. The laminating material 9 let off from a winding roll part is coated with an adhesive with a coater 3 and is joined to the material 8 in the part of the nip rolls 11. This laminated film 10 is sent to the electron beam curing device E right under a drying hood 4, and is thereby cured and bonded, after which it is wound in a winding part D. In coating, the paper 8 or the like is coated with a coating agent in the coater 3, after which it is sent to the electron beam curing device E. At the time of employing tho hot wind drying type, the electron beam curing device E is easily retreated on rails. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S57161007-A (JP)
Title: Relining method for wall of blast furnace
Inventor: KUTSUWA HIDETOSHI
IPC: C21B7/06
Filed: 1981-03-31
Abstract: PURPOSE: To support and fix damaged parts rigidly and to extend the life of a blast furnace by removing the cooling plate of the damaged part of the furnace wall, inserting a refractory reinforcing body through the opening into the furnace, and suspending and securing the reinforcing body to the damaged part then spraying shapeless refractories thereto.  
     CONSTITUTION: The cooling plate of the damaged part of the wall of a blast furnace is removed to provide an opening 23 in the wall. A refractory reinforcing body 22 is inserted into the furnace with a wire a wire 29 by utilizing the opening 23. It is then suspended and fixed into the furnace with a frame 31. Thereafter, the bod  22 is welded and secured to the shell 30 of the opening 23 by using a welding machine. Next, the cooling plate is mounted again, the relining part is then relined from the inner side by means of a granular refractory spraying nozzle of a relining device provided into the furnace through the opening of the blast furnace. At this time, the cooling plate on the side opposite to  the part to be sprayed is removed and said part is relined by the spraying while  it is observed through the opening made by this. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H03248369-A (JP)
Title: System for preventing destruction of disk write information
Inventor: SENTODA JITSUO
IPC: G11B19/00
Filed: 1990-02-26
Abstract: PURPOSE:To eliminate the need for the periodical exchange work of a battery by employing such constitution that information whose write is interrupted is written according to write information stored in a write information storage means with a control means when the abnormality of the DC output of a power unit is recovered and the operation of an information processing system is restarted. CONSTITUTION:When an abnormality detecting report is issued from a DC output abnormality detection circuit 21 while a disk control circuit 20 performs data write on a disk device 3, the control circuit 20 interrupts a write operation on the device 3, and transfers the write information such as an address, data, etc., to a write information memory 22. A disk controller 2 continue the supply of an operating current from a backup power source circuit 5 until the above-mentioned transfer operation is completed. The write information memory 22 continues to receive the supply of a power from a memory power source circuit 23 having the battery and to store the information even when the transfer operation is completed and feed from the power source circuit 5 is stopped. In such a manner, it is possible to eliminate the need for the periodical exchange of the battery.
Patent JP-H06260513-A (JP)
Title: Electric charge detecting device
Inventor: KIMURA TETSUJI
IPC: H01L29/762
Filed: 1993-03-08
Abstract: PURPOSE:To reduce capacitance between a gate and a drain of an active MOS transistor of an initial step source follower amplifier and enhance sensitivity in a floating diode amplifier type electric charge detecting device. CONSTITUTION:An auxiliary electrode 17 is provided adjacent to a gate electrode 11 and ions are implanted from a semiconductor substrate surface with the use of the auxiliary electrode 17 as a mask, and the gate electrode 11 and a drain 14 have certainly an offset if the drain expands to a P well region 15 by about 1mum due to heat diffusion.
Patent JP-S59171465-A (JP)
Title: Manufacture of positive pole active substance for organic electrolyte battery
Inventor: MORITA TERUYOSHI
IPC: H01M4/58
Filed: 1983-03-18
Abstract: PURPOSE:To obtain an active substance chalco-pyrite giving a good battery characteristic by removing free sulphur by heating chalco-pyrites in an inactive gas flow up to the specific temperature. CONSTITUTION:The adsorbed free sulphur is removed by using inactive gas such as nitric gas or the like as a ventilation medium while heating chalco-pyrites at 150-450 deg.C. For instance, CuFeS2 is composed by mixing the cuprous sulfide Cu2S and the ferric sulfide FeS2 in the mol ratio of 1:2 and heating up to 600- 750 deg.C while using nitric gas or inactive gas as a ventilation medium. Thereby, free sulphur remains in the generated chalco-pyrite. This is powdered and left as it is in an argon flow at 300 deg.C for 3hr followed by cooling for obtaining an active substance deprived of free sulphur.
Patent JP-S62205747-A (JP)
Title: Production of decorated japanese cake
Inventor: NAGASAKI KOSUKE
IPC: A23G3/20
Filed: 1986-03-05
Abstract: PURPOSE:A band of pasta for making Japanese cake is extruded on a conveyer, laminated with another band of pasta, and they are adhered and patterned on its surface by pressing with a roller to enable continuous production of uniformly patterned Japanese cake. CONSTITUTION:A band of pasta for Japanese cake is kneaded and extruded with a couple of rollers 2 on the upperstream side onto the conveyer 1 moving in the arrow direction, then another pasta is extruded into a band 5 onto the band 4 to form a laminate 6. The laminate 6 is pressed with a roller 7a covered with a patterning cylinder having a carved pattern 8 to form the pattern on the pasta and adhere both of the pastas to each other.
Patent JP-H09327433-A (JP)
Title: Imaging system to detect affected tissue using specific fluorescence in gastrointestine and respiratory tract
Inventor: HAISHIYAN ZEN
IPC: G01N21/76
Filed: 1997-02-28
Abstract: PROBLEM TO BE SOLVED: To provide a detecting system capable of easily detecting existence of tissue in a cancer or precancer symptom. SOLUTION: This imaging system to detect affected tissue is equipped with an endoscope 102, a monochromatic light source 100 to produce excitation light with an excitation wavelength to produce light of inner fluorescence at tissue 100 to be inspected, and light collecting means 108 and 114 to collect reflected excitation light and light of produced inner fluorescence.  Further, a dichroic mirror 120 to divide the collected light into a first beam with the light intensity of inner fluorescence to abnormal tissue substantially different wavelength (green) from that of normal tissue and a second beam with the light intensity of inner fluorescence to abnormal tissue substantially the same wavelength (red) as that of normal tissue, a first camera 130 to receive the first beam, a second camera 126 to receive the second beam, and a color monitor 150 to produce a pseudo-color display in which the normal tissue and the abnormal tissue are viewed in different colors in contrast.
Patent JP-H05208736-A (JP)
Title: Paper sheet loading device
Inventor: INOUE RYUKICHI
IPC: B65H1/12
Filed: 1992-01-31
Abstract: PURPOSE:To perform the constantly stable feed at paper sheets by changing an energizing force to a central plate in linkage with a paper sheet end part regulating member movable according to the size of a using sheet, in a paper sheet loading device capable of loading paper sheets having a plurality of sizes. CONSTITUTION:When two kinds of smaller paper sheet sizes out of paper sheet sizes set to four kinds are used, a leaf spring 17 is located in a position shown in a diagram and the leaf spring 17 is not in a state to press a central part 3. Meanwhile, when two kinds of larger paper sheet sizes are used, a side end regulating member 10 and a rear end regulating member 9 are mounted in a given position and the central part 3 is pressed through the force of the leaf spring 17. Namely, through operation to attach the side end regulating member 10, a spring switching plate 16 is moved and guided to a taper surface 21 to press the one end of the leaf spring 17, and the other end side of the leaf spring 17 is moved upward to press the central part 3. When using paper sheets are varied from two kinds of larger sizes to two kinds of smaller sizes, the side end regulating member 10 is pulled out and the spring switching member 16 is returned to an original position.
Patent JP-S57162339-A (JP)
Title: Manufacture of semiconductor device
Inventor: ABIRU AKIRA
IPC: H01L21/3115
Filed: 1981-03-31
Abstract: PURPOSE:To improve the withstand property of a dioxidized silicon layer by doping phosphorus to a dioxidized silicon layer interposed between a polycrystalline silicon layer and a conductive layer. CONSTITUTION:Part of a silicon wafer 1 is selectively thermally oxidized to form a field insulating layer (SiO2 layer) 2, the first gate insulating layer (SiO2 layer) 3 is adhered by thermal oxidiation further on the silicon wafer 1, and the first polycrystalline silicon layer 4 is then adhered by a CVD method thereon. The layer 4 is thermally oxidized at a low temperature to grow the dioxidized silicon layer, and phosphorus is doped, for example, by a reduced pressure CVD method. Then, the layer 4 is thermally oxidized on the overall surface to form an insulating layer (SiO2 layer) 5. Subsequently, the layers 3, 4, 5 are removed partly on the wafer 1 to form the second gate insulating layer 6. Then, the layers 5, 6 are doped with phosphorus, the second polycrystalline silicon layer 7 is formed thereon, part of the film 6 is then removed, an impurity such as phosphorus is doped to form an impurity diffused layer 8 (N type diffused layer).
Patent JP-S63213244-A (JP)
Title: Traveling wave tube
Inventor: FUKUI HAJIME
IPC: H01J23/30
Filed: 1987-02-28
Abstract: PURPOSE:To make a high frequency electric power to be absorbed in a relatively short distance and miniaturize a travelling wave tube by providing a cylindrical dielectric in which an attenuation material exists over the whole peripheral in the circumferential direction in a divided part of a slow-wave circuit. CONSTITUTION:A dielectric 8 absorbing a cylindrical high frequency electric power is provided on a divided part 6 of a slow-wave circuit of a traveling wave tube touching the inner surface of a vacuum envelope 3. When the electric power proceeds in a spiral circuit 1 which is the slow-wave circuit. the electric power is gradually attenuated by an attenuation material 7 applied on an dielectric rod 2 in the range of an attenuation region 1, and finally completely is absorbed substantially by a cylindrical dielectric 8 provided on a divided part of the circuit 1. At the same time, a backward wave also is absorbed completely by the material 7 and cylindrical dielectric 8. On the other hand, an electron beam proceeds in the inner side of the circuit 1, advances over the part 6, receives a sufficient velocity modulation during the time, guides a high frequency to the circuit 1, amplifying it to a desired value, and the high frequency is outputted to the outside via an output circuit part.
Patent JP-S57161017-A (JP)
Title: Suppressing method for forming of slag
Inventor: TAKASHIMA TADASHI
IPC: C21C5/28
Filed: 1981-03-31
Abstract: PURPOSE:To improve the antifoaming function of slag considerably as compared to conventional known methods by charging moldings which consist of refractory materials, waste pulp scum, org. materials such as woodmeal or the like and a binder and have bulk density above specific values into a converter. CONSTITUTION:Moldings of >=1.2 bulk density consisting of 30-70wt% refractory materials (e.g.; silica sand), <=20wt% waste scum of paper pulp plants, <=20wt% org. materials such as woodmeal, pulp, cereal husks or the like, and <=30wt% a binder are prepd. For example, a phenolic resin which is an org. material and water glass or the like which is an inorg. material are used for said binder. The moldings are made by mixing the above-mentioned materials uniformly, and molding the mixture to lump shapes with a tray type or cylindrical type molding machine or sequeezing the mixture and molding the same to columnar or plate shapes. Next, a foaming phenomenon is suppressed by charging such moldings into the molten metal in a converter.