baber/WOPTO huggingface dataset:
Patent JP-S5589260-A (JP)
Title: Acylthiourea compound, its preparation and underwater organism-repellent comprising it
Inventor: SHINOHARA AKIRA
IPC: C07C67/00
Filed: 1978-12-28
Abstract: NEW MATERIAL:An acylthiourea compound IV (R is phenyl or chlorobenzyl; R' is H or CH 3 ; X is H or halogen; Y is H, halogen, CH 3 , lower alkoxy or NO 2 ; m and n are 1 or 2).  
     EXAMPLE: N-phenyl-N'-(α-phenylthioacetyl)thiourea.  
     USE: An underwater organism-repellent, preventing shellfishes and seaweeds from attaching to the ship's bottom, underwater structures, fishing nets, etc. It is used as  solutions, coatings, emulsions, wettable powder, etc.  
     PROCESS: A compound I is reacted with a compound II and a compound III in a solvent, e.g. benzene, at 0W120°C, preferably at 20W60°C, to give the compound IV. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S6224335-A (JP)
Title: Hang-up timer system
Inventor: MATSUZAKI SHIGEHARU
IPC: G06F11/30
Filed: 1985-07-24
Abstract: PURPOSE:To change dynamically the setting operation of a time-out detecting time in instruction unit by using a means which changes temporarily the time- out detecting time in addition to a setting means for the time-out detecting time. CONSTITUTION:When the time-out setting time is increased, the necessary data (d) is obtained and an external write signal EXTW is produced.This signal EXTW is fetched by a hang count register HCNTR serving as a counter of 4-bits. With this counter '1111' is reset to '0000'. Here '1111' is used as the micro-write data (d), and therefore the contents of the resister HCNTR are set first at '1111', at '0000' with input of a clock 1SEC and then at '0001' with the second input. Thus the contents of the HCNTR are equal to the contents of a hang comparison register HCMP. As a result, the time-out setting time is changed to 2sec. When '0010' is used as the data (d), the coincidence is secured between both registers when '0001' is set after a single round. Thus the time-out setting time is changed to 15sec.
Patent JP-H11353421-A (JP)
Title: Information processor and automatic ticket examining machine equipped with the processor
Inventor: NAMIKI MASAHITO
IPC: G07B15/00
Filed: 1998-06-11
Abstract: PROBLEM TO BE SOLVED: To provide an information processor which can record information on a conveyed medium with sufficient recording density and the automatic ticket examining machine equipped with this processor. SOLUTION: The automatic ticket examining machine is equipped with a recording unit 26 for recording magnetic information at the magnetic recording part of a thrown-in train ticket. The recording unit 26 is equipped with a main magnetic pole 71 arranged below a conveyance path 21, a subordinate magnetic pole 72 arranged above the conveyance path 21 opposite the main magnetic pole 71, and a push belt 76 which is arranged above the conveyance path 21 so as to press the train ticket conveyed along the conveyance path 21 against an end part of the main magnetic pole 71. When the magnetic information is recorded on the train ticket, the electric field from the subordinate magnetic pole 72 is concentrated on the end part of the magnetic pole 71 to magnetize the magnetic recording part of the train ticket at right angles to the conveyance direction.
Patent JP-H0215933-A (JP)
Title: Balancing mechanism for turning body
Inventor: KUZUTANI TAKAAKI
IPC: B23Q1/00
Filed: 1988-06-30
Abstract: PURPOSE:To ensure proper balance over the entire range of turning angles by applying the constitution wherein a reaction force is generated against the partial load of a burning body in motion and the reaction force is controlled with a detected output from a circuit for detecting the turning angles of the body. CONSTITUTION:Then a headstock 8 is turned, a turning angle at each moment is outputted from a detector 32 to a discriminating circuit 49 and a logic circuit 51. Then, the discriminating circuit 49 sends a signal to a solenoid valve control circuit 50 upon the start of the clockwise turn of the headstock 8 from a vertical position, and selects a solenoid valve so that hydraulic pressure can be supplied to a hydraulic cylinder 39 in the inclined direction of the headstock 8. Concurrently, the logic circuit 51 computes a value matching the partial load of the headstock 8 changing with a turning angle and outputs the value to a pressure control circuit 52. Upon receipt of the value, the pressure control circuit 52 adjusts voltage applied to a proportional solenoid relieve valve 43 so as to obtain feed pressure to the hydraulic cylinder 50 proportional to the aforesaid value, thereby adjusting the feed pressure. A reaction force corresponding to the partial load of the headstock 6 is obtained from the thrust of a piston generated due to the aforesaid feed pressure.
Patent JP-2000350654-A (JP)
Title: Grain cleaning device
Inventor: SHIRAISHI HIROAKI
IPC: A47J27/00
Filed: 1999-06-10
Abstract: PROBLEM TO BE SOLVED: To remove foreign matter such as a residue and refuse sticking to an inner wall of a cleaning tank, prevent an offensive smell by untrebaction, and prevent the deterioration of a food taste by internally installing a cleaning device rotatably driven by an electric motor in the cleaning tank, and arranging nozzles capable of automatically changing the water sprinkling direction in an upper part of the cleaning tank. SOLUTION: A rice cooking condition is set by an operation panel 26, and when turning on a start switch, a rice supply body 12 rotates to start to supply storage rice in a hopper 10 to a cleaning tank 3. Since a CPU opens respective solenoid valves 35, 37 and normally rotates an electric motor 1, water is supplied to respective nozzles 4 by passing through a water supply pipe 36, and is supplied to a space part 39 of double walls by passing through the other water supply pipe 38. Thus, the water is sprinkled in the cleaning tank 3 from the respective nozzles 4 on the upper side, and the water is supplied in the tank by passing through a hole 14 of a wall 13 from the water supply pipe 38 on the lower side. An agitating body 19 is rotated via an agitating shaft 18 by the electric motor 1 to agitate the water and rice in the cleaning tank 3 to be cleaned.
Patent JP-H054007-A (JP)
Title: Production of filter medium
Inventor: TSURU SUMIAKI
IPC: B01J20/04
Filed: 1991-06-06
Abstract: PURPOSE:To rationalize production process so that the filter medium can be efficiently produced in the process for production of the filter which sticks the powder of glucan and porous apatite to a blank medium sheet. CONSTITUTION:A treating liquid is prepd. by dispersing and dissolving 0.5 to 40wt.% porous apatite and 0.5 to 15wt.% water soluble glucan in water. This treating liquid 2 is packed into a treating liquid tank 1. On the other hand, a roller 4 which has a horizontal revolving shaft 3 and is partly immersed into the treating liquid 2 is revolved. The blank medium sheet 5 is brought into contact with this revolving roller 4 to stick the treating liquid to the blank medium sheet. The blank medium sheet stuck with the treating liquid is dried by a heater 7.
Patent JP-H05331768-A (JP)
Title: Production of printing sheet
Inventor: MIYOSHI TOMOJI
IPC: D06C15/02
Filed: 1992-05-28
Abstract: PURPOSE:To obtain the subject sheet improved in printing workability by providing one side or both sides of a nonwoven fabric comprising hollow continuous filaments with coating layer(s) followed by calendering to regulate the optical surface roughness of the nonwoven fabric. CONSTITUTION:One side or both sides of a nonwoven fabric comprising polyolefin, polyester, polyamide, or polyacrylic hollow continuous filaments each having at least one hollow region on the cross section is (are) coated with 1-50 (pref. 20-30)g/m<2>, on a solid basis, of a coating containing an adhesive such as styrene-butadiene rubber latex or acrylic emulsion, followed by drying to provide coated surface(s). Thence, the surface(s) is (are) calendered to bring the optical surface roughness Rp value to <=20mum.
Patent JP-S5867324-A (JP)
Title: Gas separator
Inventor: TSUNODA YORIO
IPC: B01D59/20
Filed: 1981-10-16
Abstract: PURPOSE:To greatly shorten a time required for exhaustion, by using one of process headers for constituting separation in stages connected in a cascade system also for an exhausting header, and connecting this process header with another process header through a valve. CONSTITUTION:A light oil gas discharge pipe B is connected through a stop valve 34 to the common header 24 of 3 neighboring terminal separation steps N2-N4. A header 32 connecting to the light gas extraction pipe is connected to a header connecting to a heavy gas extraction pipe through a valve VN2 in the separation stages N2 and a header 25 connecting to a light gas extraction pipe is connected with a header connected with the feed pipe of the gas to be separated through a valve VN3 in the separation stage N3, thus permitting the reduction of the exhaustion time of the apparatus.
Patent JP-H0330320-A (JP)
Title: Load lock mechanism of gas phase chemical reaction forming device
Inventor: SUGINO MASAO
IPC: C23C16/54
Filed: 1989-06-27
Abstract: PURPOSE:To avoid generation of particles and the like due to air oxidation by adopting a three-chamber structure, i.e. each front, intermediate, and reaction chamber and avoiding air from entering into the reaction chamber after allowing the intermediate chamber always to be kept at a high vacuum. CONSTITUTION:A three-chamber structure is adopted so that an intermediate chamber 32 is formed between a front chamber that is constructed to perform the attaching and detaching of a substrate 36 and a reactive formation chamber 34 that is constructed to form a thin film on the surface of the substrate 36. Even though an atmosphere in the front chamber is released so as to attach and detach the substrate 36, the intermediate chamber 32 functions as a buffer chamber which makes the chamber 34 air-tight so that its chamber 34 is completely separated from the atmosphere side. Then, the intermediate chamber 32 is always kept at a high vacuum to avoid air from being mixed into the reaction chamber 34. Contamination on the surface of the substrate resulting from particles and the like generated by a mechanical drive part is suppressed to a minimum.
Patent JP-H108024-A (JP)
Title: Static crushing agent
Inventor: HIRAI MINORU
IPC: B02C19/18
Filed: 1996-06-25
Abstract: PROBLEM TO BE SOLVED: To obtain a static crushing agent, comprising a chloride added to quick lime as a principal component, hardly affected by temperatures without causing a phenomenon such as sleeping, capable of accurately controlling the crushing time, excellent in rapid-acting properties and useful for rocks, etc. SOLUTION: This static crushing agent is obtained by adding preferably 0.1-5wt.% chloride which is any one of calcium chloride, magnesium chloride or iron chloride or a mixture thereof to quick lime as a principal component. Furthermore, the static crushing agent, as necessary, preferably contains an alumina cement and a boric acidbased compound therein.
Patent JP-H065821-A (JP)
Title: Semiconductor integrated circuit device
Inventor: YOSHIDA KATSUYA
IPC: H01L27/10
Filed: 1992-06-23
Abstract: PURPOSE:To stabilize the potential level of the bias power supply of a bias circuit without increasing a chip area. CONSTITUTION:A memory cell array 2 which is composed of a plurality of memory cells (mc) which are connected to word lines W and a low potential power supply line L and arranged into a matrix and a bias circuit 3 which supplies a bias power to the internal circuit of a semiconductor integrated circuit device 1 are provided to constitute the semiconductor integrated circuit device 1. In the semiconductor integrated circuit device, the memory cell (mc) which is connected to the word line W which is in a non-selective state can be connected to a bias circuit 3 through the low potential power supply line L so as to serve as a static capacitor for stabilization of the bias circuit 3.
Patent JP-S55132305-A (JP)
Title: Tire
Inventor: FUJII YOSHIHIRO
IPC: C08K3/18
Filed: 1979-12-17
Abstract: PURPOSE: To improve an endurance capacity for a tire by bringing a weight ratio of an organic vulcanizing accelerator and sulfur in components to a required extent and by producing tread and carcass from products with a weight ratio of a metallic oxide and a fatty acids within a required extent.  
     CONSTITUTION: A weight ratio of an organic vulcanizing accelerator containing a vulcanizing accelerator of sulphenic amide family being added to a rubber component produced by adding compounds of one or two kinds of rubber of diene-family to a natural rubber as a main body, and sulfur is brought to an extent exceeding 1.0 and below 2.4. And a product is made and used, having a weight ratio of a metallic oxide or a metallic salt and a fetty acid resting within an extent of 1.5W2.5 for tread and 2.0W5.0 for carcass. With these compositions, chipping resistant capacity, cutting resistant capacity, tiering resistant capacity, resistivity against heat generation and others are increased, so that an endurance characteristic is improved. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H0571145-A (JP)
Title: Pumping system for multistoried building
Inventor: TAKEBAYASHI YOSHIHISA
IPC: E03B3/28
Filed: 1991-07-04
Abstract: PURPOSE:To reduce pumping cost by providing a low level waste heat recovery heat exchanger to evaporate water in a closed space, and leading steam to a condensing section provided at the top of a multistoried building for condensing the steam. CONSTITUTION:A jetting section 6 to jet city water in showerlike pattern is formed in a low pressure tank 1 provided on the lower part of a multistoried building. A heat exchanger tube 10 is provided below the jetting section 6, and the exhaust heat hot-water of cogeneration facilities is circulated through the tube 10 to evaporate the city water. A transferring pipe 2 extending upward in the building is connected to the tank 1 to transfer steam upward. The upper end of the pipe 2 is provided with a condensing section 3 composed of a steam filling chamber and a radiating plate 12 provided on the ceiling of the chamber 11. The drop of condensed water is collected in a storage bath 13, and fed into the building through a water supply pipe 15. In addition, as occasion demands, air pressure in the whole of a closed space can be reduced below atmospheric pressure to accelerate evaporating speed, or a small type generator 17 may be provided for the power source of an emergency door lamp or the like. Thus the multistoried building can dispense with a pumping pump, and utilize low level exhaust heat.
Patent JP-H0328772-A (JP)
Title: Probe card storage case for semiconductor wafer measurement
Inventor: KAN GORO
IPC: G01R1/073
Filed: 1989-06-27
Abstract: PURPOSE:To prevent a probe stylus from damaging by boring a hole at the part of a probe card storage case where the probe stylus abuts. CONSTITUTION:A tray 4 is so formed that the probe card 1 is fixed at the position only by being placed, and a recessed or through hole 5 having a sufficient space is bored so that the tip of the probe stylus 2 does not contact the part of the tray 4 corresponding to the position of the probe stylus 2 when the probe card 1 is placed in the tray 4. Consequently, even when the card 1 is stored in the tray 4 while having the probe stylus 2 exposed, mutual contacting is evaded, the probe stylus 2 is prevented from damaging, and the card 1 is easily stored and taken out.
Patent JP-H0512091-A (JP)
Title: Data automatic restoring system
Inventor: NAKAYA HIDEO
IPC: G06F15/00
Filed: 1991-07-05
Abstract: PURPOSE:To largely shorten the time from the discovery of a data base abnormality to the restoring in a computer having an on-line data base system. CONSTITUTION:A data base access task 11 accesses disk data 13 and main storing data 12 as needed. At this time, when there is some access abnormality, a file access abnormality log 14 is outputted to a printer, an on-line main storing data restoring program 19 is started, and from disk data 13, the main storing data 12 are restored. On the other hand, a constant cycle starting source task 18 starts an on-line main storing data inspecting program 21 at a constant cycle, and outputs a main storing data inspected result 16 to a printer. As this result, when the destruction and abnormality of the main storing data 12 are detected, the on-line main storing data restoring program 19 is started, and from the disk data 13, the main storing data 12 are restored.
Patent JP-S647435-A (JP)
Title: Manufacture of ceramic supercondctive wire
Inventor: MIYATAKE TAKAYUKI
IPC: C04B35/00
Filed: 1987-06-30
Abstract: PURPOSE:To provide long superconductive wire of ceramic type easily by inserting mixture of 20-50% powder of LnBa2Cu3Ox and power of Ag as the reset into a metal tubing, and area reducing to turn into a wire. CONSTITUTION:20-50wt.% Ln Ba2Cu3Ox powder (Ln represents Y, Lu, Yb, Tm, Er, Ho, Dy, Se, while x oxidation number decided by manufacturing conditions) is mixed with powder of Ag as the rest. The obtained mixture, or a compressed molding thereof, is inserted in a metal tubing followed by area reduction process to turn it into a wire. The processibility is enhanced greatly by suppressing the LnBa2Cu3Ox powder below 50%, and thereby sufficient stretching can be made. Also, necessary superconductivity can be obtained by keeping the power content above 20%.
Patent JP-S6143500-A (JP)
Inventor: FUJIKAWA KEIJI
IPC: H05K13/04
Filed: 1984-08-08
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-S5788737-A (JP)
Title: Separating device for lead frame
Inventor: KUSHIMA YOSHIMITSU
IPC: H01L21/50
Filed: 1980-11-21
Abstract: PURPOSE:To enable sure separation of lead frames even when a tilt angle of piled lead frames is changed by constituting the device so that the tip of a lead frame retaining member is constantly in parallel to the sticking surface of the lead frame. CONSTITUTION:A separating arm 10 rotates with the rotation of a driving shaft 11 in the direction of an arrow C. A lead frame retaining member holder 12 rotates with the arm 10 in the state that a stopper 17 is pressed on an activating surface 16b of a coil spring by the activating power of the spring and thereby the tip 13a of the lead frame retaining member 13 is pressed on the uppermost lead frame 1. When the tilt of the uppermost frame 1 is changed with the reduction in number of the frames 1, first the tip 13a of the member 13 contacts a slant with the sticking surface of the frame 1. However, since the arm 10 rotates further from this position, the holder 12 rotates clockwise against the coil spring and thereby the tip 13a is to be pressed on the sticking surface of the frame 1 in parallel thereto. When the tip 13a is pressed on the frame 1 in this way, the member 13 catches the uppermost frame 1.
Patent JP-S5688828-A (JP)
Title: Treatment of catalyst composition
Inventor: HINO MASAO
IPC: B01J23/92
Filed: 1979-12-19
Abstract: PURPOSE: A used catalyst containing titanium dioxide and divanadium pentoxide is brought into contact with oxalic acid, sulfuric acid and a sodium hydroxide solution to remove and recover the vanadium and enable the reuse of the carrier.  
     CONSTITUTION: A catalyst containing titanium dioxide, divanadium pentoxide, preferably tungsten sesquioxide that is applied to the catalytic denitrification using ammonia as a reducing agent is treated, after used, with oxalic acid to remove the divanadium pentoxide by extraction according to equations I and II. The oxalic acid remaining in the catalyst is readily decomposed by heating. Or the catalyst is treated with sulfuric acid and the vanadium is extracted according to equation III. The extract is oxidized with sodium hypochlorite or the like and adjusted in pH to give the vanadium in the form of divanadium pentoxide. When the catalyst is treated with a sodium hydroxide solution, the divanadium pentoxide and tungsten sesquioxide shift into the liquid phase according equations IV and V. In any case, titanium dioxide is inert and removed from the carrier by a physical means, thus permitting the recovery of valuable components, treatment of catalyst into a pollution-free form and reuse of the carrier. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-2000350834-A (JP)
Title: Game machine
Inventor: TAKEMOTO TAKATOSHI
IPC: A63F7/02
Filed: 1999-06-11
Abstract: PROBLEM TO BE SOLVED: To provide a game machine capable of accentually and effectively arousing the player's expectation of winning by previously announcing the appearance of the winning. SOLUTION: Light emission parts 41-44 are arranged in respective sections where the periphery of a variable display means 30 is divided into the plural sections. A screen game execution means 110 executes a screen game such as a pattern matching game or the like likened to a slot machine on the variable display means 30 based on the establishment of start conditions such as the entry of a ball to a start winning port 60. A previous announcement means 120 successively increases the number of lighting the light emission parts in a prescribed rounding direction from the first light emission part 41 while a remaining pattern still fluctuates after a reach state is generated.  At the time, all of them up to the fourth light emission part 44 are turned on at the time of previously announcing the appearance of the winning, and they are turned on up to the third light emission part 43 and the fourth light emission part is not turned on, or only the fourth light emission part 44 is turned on in a different color at the time of previously announcing losing.
Patent JP-H09327165-A (JP)
Title: Support device for printed-circuit board in stepping motor
Inventor: TANITSU MASANORI
IPC: H02K37/04
Filed: 1996-06-05
Abstract: PROBLEM TO BE SOLVED: To obtain a support device by which the mounting structure of a printed- circuit board with reference to an insulator is simplified by a method wherein a wedge- shaped protrusion is formed at the inner circumferential part of a flange at the root part of a magnetic pole and the board is supported by the wedge-shaped protrusion and by the edge of a flange at the tip part of the magnetic pole. SOLUTION: The terminal part of a stator coil 5 is housed temporarily inside a slender groove 9 at an insulator 3. Then, a printed-circuit board is fitted to, and mounted on, an opening part 11 at the insulator 3. In this case, when the printed-circuit board is pushed into the opening part 11 at the insulator 3, a flange at the root part of a magnetic pole is expanded owing to a wedge-shaped protrusion 10 which is formed in the inside of the flange at the root part of the magnetic pole in the insulator 3 while it is being curved to the outside by the edge of the printed-circuit board. As a result, the printed-circuit board is pushed to the inside from the wedge-shaped protrusion 10, and it is mounted and attached inside the opening part 11.  Then, the terminal part of the stator coil 5 which is housed temporarily inside the slender groove 9 is moved to a lead-out groove 14 which is formed in the printed-circuit board, and it is connected to the lead-wire bonding part 13 of the printed-circuit board.