baber/WOPTO huggingface dataset:
Patent JP-S60215159-A (JP)
Title: Oil gutter for transmission
Inventor: SUZUKI SATORU
IPC: F16N7/26
Filed: 1984-04-10
Abstract: PURPOSE:To make the gathering of lubricating oil sufficient enough, by setting up an oil receiving part on a casing inner wall where landing oil flows down, while installing a dripping part in position proximity to an opening part of the oil receiving part. CONSTITUTION:An oil receiving part 12 is set up on a casing inner wall 1a where landing lubricating oil flows down, while a dripping part 14 is extended toward an opening part of the oil receiving part 12 from the casing inner wall 1a. With this constitution, in time of c.w. and c.c.w. turns of a gear, the lubricating oil is gatherable in the oil receiving part 12 owing to the dripping part 14 so that sufficient oil for lubricating a bearing, or the like can be collected.
Patent JP-H01241717-A (JP)
Title: Manufacture of oxide superconductor wire
Inventor: GOTO KENJI
IPC: H01B12/04
Filed: 1988-03-24
Abstract: PURPOSE:To improve the superconductive characteristic by making a precursor of an oxide-based superconductor by press-forming and sintering two materials of specific compositional ratios mixed together, inserting the precursor into a metallic pipe to form a complex body, reducing the diameter of the complex body to make a wire and heat-treating the wire. CONSTITUTION:A material of the compositional ratio of A2B1Cu1O5 and a material of the compositional ratio of B3Cu5Oy (where y=5-15) are mixed together with the mol mixing ratio of 1:1. The mixture is press-formed to make a press-formed body. The press-formed body is sintered to make a precursor of an oxide-based superconductor. The precursor is inserted into a metallic pipe to form a composite body. The composite body is made into a wire by a diameter reducing process and heat treated. (The element A is of the group IIIa and the element B is of the group IIa). This makes it possible to obtain a superconductor wire of an excellent superconductive characteristic such as the critical current density with a high efficiency.
Patent JP-H07253205-A (JP)
Title: Middle-size incinerator for industrial waste
Inventor: YOSHIDA MASASUKE
IPC: F23G5/00
Filed: 1994-03-16
Abstract: PURPOSE:To increase combustion effect and save energy by a method wherein a screw vane and agitating auxiliary rib, provided between the screw. vanes, are attached to a water-cooled rotary shaft, provided in an incinerator, while a heat exchanging pipe is attached to a high-temperature pipe provided in a duct between the incinerator and a cyclone. CONSTITUTION:The rotating shaft of a screw vane 17 or a water-cooled tubular shaft 13 is provided horizontally in the axial direction of the cylinder of a furnace body. The rotating shaft 13, to which the screw vane 17 is attached, is turned by four times per one minute to agitate and burn charged waste. An agitating auxiliary rib 18, connected in the orthogonal direction of the rotation of the furnace body between the screw vanes 17, increases the agitating function of the burning waste together with the screw rotating shaft and assists the combustion effect of the incinerator. A heat exchanging pipe 26, connecting an air introducing port 214 and an air discharging port, which are provided in a duct, effects heat exchange between the heat of about 400 deg.C of exhaust gas in the duct, pulled out of an air discharging port and connected to the suction port 35 of an air blower 23, to blow the hot-air of about 100 deg.C into the air blower 23.
Patent JP-H08239881-A (JP)
Title: Floor pan for bathroom unit
Inventor: SASAKI KENJI
IPC: E03C1/20
Filed: 1995-03-06
Abstract: PURPOSE: To provide a floor pan easy to be molded, installed, and inspected by providing an opening part in the almost all face of a wash place, forming a reinforcing rib around its circumferential edge, and detachably mounting a floor panel provided with the reinforcing rib at its opening part. CONSTITUTION: An opening 3b is provided in the almost all face of a floor part 3a of a wash place 3 which is formed in the adjacent to a bathtub mount part 2 and a reinforcing rib 3d is provided into a ring shape around its circumferential edge. A reinforcing rib 5b is provided on a floor panel 5 to be fitted in the opening part, tiles 7, etc., are laid on its surface, and plural kinds of means in which a heat source for floor heating is embedded in its back face, etc., are prepared so as to be selected as necessity. Level adjustment in carrying and installing it or connection, maintenance, or replacement works of a drain trap is performed by removing the floor panel. The bathroom unit floor pan easy to be produced, installed, and inspected can be provided at low cost.
Patent JP-S52152994-A (JP)
Title: Preparation of phenolic resin
Inventor: SAKAMOTO TAKAAKI
IPC: C08G8/00
Filed: 1976-06-15
Abstract: PURPOSE: To prepare a phenolic resin containing little unreacted phenols by the use of a ferric salt of a specific organic acid as main catalyst, and a specific acid as cocatalyst. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-S545707-A (JP)
Title: Sheet holding face adjuster of sheet type recorder-reproducer
Inventor: ITOU TADANAO
IPC: G11B25/04
Filed: 1977-06-15
Abstract: PURPOSE:To enable the level of sheet holding face to be readily adjusted by adjusting a sheet holding member with adjusting screws.
Patent JP-S54162476-A (JP)
Title: Semiconductor device and its manufacture
Inventor: TANI KEIZOU
IPC: H01L29/73
Filed: 1978-06-14
Abstract: PURPOSE:To establish the power transistor high in the reliability and greater in the current amplification factor by coating the mesa surface of the transistor with continuous thermal oxidation film. CONSTITUTION:The N<->type layer 51 being the collector region and the P type layer 54 being the base region are grown with lamination on the N<+> type Si substrate 52, they are covered with the SiO2 film 55, the opening 56 is provided to diffuse the N<+> type emitter region 57 in the layer 54. Further, the film 55 is removed, the BSG film 58 is coated on the entire surface, the depth of the region 57 is made deeper with heat treatment to form the shallow P<+> type emitter region 64 in the layer 54 at the both sides. After that, the film 58 is removed, and on the regions 57 and 64, respectively the SiO2 film 68' and the Si3N4 film 78', for the contact forming mask are provided, they are covered with the resist film 88, and the concave is made on the region covering the regions 57 and 64 with etching. Further, the entire surface is protected with the resist 88', and after mesa etching for the both ends, the entire device is covered with the SiO2 film 98 in continuity itself with heat treatment under oxidized atomosphere. Then, the films 78' and 68' are removed attach the electrode 64.
Patent JP-H11263297-A (JP)
Title: Automatic maneuvering device
Inventor: KOBAYASHI KEIJI
IPC: B64C13/22
Filed: 1998-03-19
Abstract: PROBLEM TO BE SOLVED: To provide an automatic maneuvering device with high operability in conducting shifting between manual maneuver and automatic maneuver. SOLUTION: An actuator 12 displaces the neutral position of a maneuvering rod 11 so that it may agree with a target value Sa. A position detector 13 detects the position of the maneuvering rod 11 and outputs a detected value Sb. A subtracter 14 computes a deviation obtained by subtracting the detected value Sb from the target value Sa. An override detector 15 fixes the target value Sa if the deviation is a threshold value L or higher, and varies the target value Sa if the deviation is less than the threshold value. A limiter 16 outputs the threshold value L if the deviation in a threshold value L or higher and outputs the deviation if the deviation is less than the threshold value L. An adder 17 adds an outputted value from the limiter 16 to the detected value Sb. It is thus possible to conduct switching between manual maneuver and automatic maneuver.
Patent JP-S54162579-A (JP)
Title: Measuring method of internal equivalent circuit constant of primary batteries
Inventor: SAITOU MASAMITSU
IPC: G01R27/16
Filed: 1978-06-13
Abstract: PURPOSE: To obtain the method of using respectively changing drop voltages of a primary battery  and measuring the internal equivalent circuit constant of primary battery by making the frequency of current variable while making the current flowed to the primary battery constant.   
     CONSTITUTION: With a certain value of the frequency of an AC oscillator 5 being let f 1 , a  variable resistance 6 is so controlled as to provide a constant current i while observing a voltmeter  8. The drop voltage v 1  of a battery of this time is read with a voltmeter 4. Next, with the frequency being made f 2 , the drop potential v 2  of the battery is similarly obtained at the constant  current i. Thereafter f 3  and v 3 , f 4  and v 4  are obtained in the similar manner. Then, the values  R 1 N, R 2n  of resistance components R 1 , R 2  are obtained by establishing simultaneous equations of  these and dissolving the equations by making the value of capacity component CP to CPN. From  this value and f 4 , the equalizing circuit impedance fWN of the battery is obtained and from v 4 , fW 4  is  obtained. Both are then compared and whether they are within a certain error or not is observed.  If the value CPM of CP and the values of R 1 , R 2  when the errors enter a certain value are let to  be R 1 M, R 2 M, then this is the internal equivalent circuit constant of the battery. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H01244165-A (JP)
Title: Ignition timing controller
Inventor: IISUMI HIROFUMI
IPC: F02P5/15
Filed: 1988-03-25
Abstract: PURPOSE:To achieve a purpose of convergence to fundamental ignition timing or an optical ignition position quickly as well as to shorten a span of dead time for this while by selecting a timing advance rate according to a variation in the fundamental ignition timing attendant upon a variation in a driving state. CONSTITUTION:An engine control unit (computer) 8 inputs each signal of a knock sensor 13, a crank angle sensor 6, an air flow meter 5 and a water temperature sensor 7, calculating a fundamental fuel injection quantity Tp with a calculating means 84, and sets a fuel injection quantity Ti with a setting means 85 after water temperature compensation. In addition, it sets fundamental ignition timing with a setting means 88 from the fundamental furl injection quantity Tp and engine speed N. At the time of knock occurrence, a knock compensation value is calculated by a calculating means 91, and the fundamental ignition timing is compensated by a decision means 92, setting the ignition timing, while Tp and N at that time is stored in a memory means 89. Next, after knock restoration, an operational means 90 finds a timing advance rate with a deviation between Tp deg., N deg. at the time of knocking and N, Tp after restoration, and according to this rate, it is quickly converged on the fundamental ignition timing.
Patent JP-S62229948-A (JP)
Title: Cooling device for semiconductor wafer treatment device
Inventor: YANAGIDA TAKEHIKO
IPC: H01J37/317
Filed: 1986-03-31
Abstract: PURPOSE:To perform a treatment in which large heat load is obtained by a method wherein the thermal resistivity of a semiconductor wafer is reduced and it is maintained at a low temperature by filling up a cooling liquid, having a large coefficient of thermal conductivity, between the wafer and a cooling wall surface. CONSTITUTION:A valve 10 is opened, the wall surface of a cooling device is wetted by flowing a small quantity of a cooling liquid sent from a liquid outflow tube 6 on the cooling wall surface 1a having microscopic recesses and projections so that a thin liquid film can be formed easily with the cooling liquid. Pure water is used as the cooling liquid. Subsequently, a wafer 3 is transferred to the point on the surface 1a of a cooling wall, and this wafer 3 is pressed to the cooling wall surface 1a with a clamping ring 4. After the wafer 3 has been contacted and fixed to the cooling wall surface 1a, the valve 9 of a liquid exhaust tube 8 is closed, an ion-implanting chamber 17 is evacuated, and when the prescribed vacuum atmosphere is achieved, an ion-implanting process is performed. The heat generated on the wafer 3 by said ion implantation is transmitted to the cooling wall surface la with a low thermal resistivity, and the wafer 3 is cooled. As a result, the treatment of large thermal loda such as the ion implantation, for example, of high voltage and large current can be performed.
Patent JP-H06260692-A (JP)
Title: Current injection type josephson logic gate and integrated circuit thereof
Inventor: AOYANAGI MASAHIRO
IPC: H03K3/38
Filed: 1993-03-05
Abstract: PURPOSE:To simply cope with alteration in the fan-out of a preceding gate in a cascade connection of a current injection type Josephson logic gate. CONSTITUTION:A load resistor RL for a front gate 30 is inserted in series with an input of a current injection type Josephson logic gate of a rear stage. First, second input terminal patterns 12-1, 12-2 for constituting first, second input terminals Ti-1, Ti-2 for obtaining load resistances having different resistance values are provided at a load resistance pattern for constituting the resistor RL.
Patent JP-H04306799-A (JP)
Title: Vehicle travelling state management system
Inventor: IGARASHI JUNICHI
IPC: B65G61/00
Filed: 1991-04-03
Abstract: PURPOSE:To reduce the operation burden on a crew by automatically transmitting data indicating 'arrival at store' by disconnection from and data indicating 'departure from store' by connection with data transfer controller of the information terminal equipment. CONSTITUTION:A vehicle 1 goes around to stores 3, 4, 5, and 6 and returns to a center 2 after started from the center 2. The crew of the vehicle 1 enters stores after removing information input terminal equipment 8 from a data transfer controller 7 when arrived at each store. The transfer controller 7 transmits data of this time and of 'arrival at store' automatically to the center 2 by a mobile station radio 9 when the terminal equipment 8 is removed. The crew inputs the operation result in the store to the terminal equipment 8. After the job, the crew returns to the vehicle 1, connects the terminal equipment 8 to the transfer controller 7, and goes to the next store. The transfer controller 7 automatically transmits the data of 'departure from store' and the information inputted to the terminal equipment 8 to the center 2.
Patent JP-H03271853-A (JP)
Title: Method for dynamically assigning logical address to cluster terminal
Inventor: OSAKI YOSHIKI
IPC: G06F13/14
Filed: 1990-03-20
Abstract: PURPOSE:To eliminate a need to set addition and change of an address table in the case of terminal addition by providing a cluster with the address table and dynamically assigning logical addresses to terminals in the start order to give uniform service to the communication request from any terminal. CONSTITUTION:Logical addresses are dynamically assigned to terminal equipments under the command of a cluster 2. That is, plural terminal equipments having terminal numbers 01, 02 to (n) are connected to the cluster 2, and the cluster 2 is provided with an address table 3 to assign logical addresses to terminal equipments in the start order. Consequently, logical addresses are given in the start order in the address table 3, and for example, logical address '10' is given to the terminal equipment having terminal number 03, and logical addresses '11' and '12' are assigned to terminal equipments having terminal numbers 01 and 04 respectively. Thus, it is un-necessary to set the definition of the logical address again even at the time of adding a terminal equipment, and respective terminal equipments are not different in communication to a host computer.
Patent JP-S52153546-A (JP)
Title: Door device for elevator
Inventor: ENDOU NOBORU
IPC: B66B13/14
Filed: 1976-06-17
Abstract: PURPOSE: To prevent a door device for an elevator from occurring an accident by certainly closing the door always by providing a mechanism for forcibly driving the door to fully closing position by sensing the running resistance of the door when the door of the floor meets the running resistance at the position immediately before its fully closed position. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-H11273448-A (JP)
Title: Lighting system
Inventor: MURATA KEISUKE
IPC: E04F11/18
Filed: 1998-03-20
Abstract: PROBLEM TO BE SOLVED: To efficiently illuminate a staircase by providing light emitting means on the lower face side of the handrail main body section of the staircase connected on the upper end side of stanchions. SOLUTION: A plurality of stanchions 1 are erected on horizontal face sections which are the step-by-step tread sections of a staircase, fluorescent lamps are fitted on the lower face side of a handrail main body section 2 connected to the upper end sections, and light emitting means are assembled on a handrail. One fluorescent lamp 3 is provided between the stanchions 1, and the fluorescent lamps 3 are turned on or off by a switch provided on a wall face. The fluorescent lamps 3 are covered with a transparent plastic cover for safety. A lighting system concurrently serves as the handrail, it can efficiently illuminate the foot side from nearby without becoming an obstacle for the ascent/descent of the staircase, and economic efficiency can be improved without requiring excessive-output lamps such as luminaires arranged on the wall face.
Patent JP-H06286638-A (JP)
Title: Rear wheel steering device for vehicle
Inventor: KOZUKA HAJIME
IPC: B62D7/14
Filed: 1993-03-30
Abstract: PURPOSE:To provide a rear wheel steering device for a vehicle which can protect an electronic control unit from the adverse influence due to heat and can facilitate the assembly work for a car body, thus improving productivity. CONSTITUTION:A rear wheel steering device is equipped with a housing 3 fixed on a car body side, steering shaft which extends in the car width direction, penetrating through the housing 3, and steers rear wheels through the reciprocation movement for the car body, hydraulic cylinder which is arranged in the housing 3 and reciprocatingly moves the steering shaft, and an electronic control unit 9 which controls the steering angle of the rear wheel by operating the hydraulic cylinder, and an accommodation chamber is formed by dividing the inside of the housing 3 by a seal plate 11 and accommodates the electronic control unit 9 inside the accommodation chamber.
Patent JP-S61229692-A (JP)
Title: Surfacing device for submerged body
Inventor: MURAMOTO HIROSHI
IPC: F42B19/38
Filed: 1985-04-04
Abstract: PURPOSE:To lower a temperature condition in a surfacing device for submerged body use as well as to improve a degree of heat resisting capacity, by vaporizing a liquid in a tubular part with high temperature gas to be produced with powder exploded, while feeding this to a float, inflating this float large, and making the submerged body rise to the surface. CONSTITUTION:Powder 1 is exploded by a gas generating device GM in the tubular part 2b closed by both end plates 4 and an outer tube 2a. A liquid 1a in this tubular part 2b is made into heat exchange with the powder combustion gas whereby it comes to vapor. This combustion gas, whose temperature drops due to the heat exchange, and the mixed gas of vapor remove a plug 2d, passing through an interconnecting hole 2c, and flows into a float 3 being airtightly attached to an outer circumference 2a with a setting ring 3a. This float 3 becomes inflated as shedding casings 5a-5d till it secures the specified buoyancy, making a submerged body rise to the surface. At this time, temperature in the mixed gas flowing into the float 3 drops to the extent of less than heat resisting temperature of a float material so that there is no heating damage to the float 3, thus heat resistance is improved.
Patent JP-H03277444-A (JP)
Title: Operation method and operation control device for numerical control(nc) processing machine
Inventor: ONO YASUNORI
IPC: G05B19/4067
Filed: 1990-03-23
Abstract: PURPOSE:To enable the automatic resumption of a suspended process of machining after an interruption process, on a numerical control(NC) device, by filing the state, etc., at the suspended time through pressing of a set memory key at the process suspension, and by resuming the process at the suspended place through pressing of the same key after another process. CONSTITUTION:When emergency machining is required in process of machining, the process of machining is suspended by pressing a remote control and the stop watch 39B on a operation board 39. Then a set memory key 41S and a call memory key 41C are displayed, and on pressing the key 41S, all the NC data in a NC state at the suspended place is filed in a NC state 45A at the suspended time on a hard disk 45. At the same time, each coordinate value at the suspended time is filed in a location file 45B on the disk 45. Next, the interruption process is judged to be over and, on pressing a switch 39B and a set memory point switch 39C, the coordinate value filed at the suspended time filed in the location file 45B is read into a computer 33 to make an automatic return to the suspended-process place at the suspended time.
Patent JP-H10265369-A (JP)
Title: Liquid agent for internal use having improved taste
Inventor: NUMAO MARIKO
IPC: A61K9/08
Filed: 1997-03-25
Abstract: PROBLEM TO BE SOLVED: To obtain a liquid agent for internal use, compounded with a sugar alcohol and having improved taste and flavor by including a mixed fruit-type flavor. SOLUTION: This agent is produced by compounding a liquid agent containing a sugar alcohol with a mixed fruit-type flavor selected from peach-note, grape- note, lychee-note, apricot-note and strawberry-note flavor. It is further compounded with an acid such as malic acid and citric acid, a sweetener such as trehalose, palatinose and stevia, etc. The sugar alcohol is e.g. erythritol, maltitol, sorbitol, xylitol, etc., and the amount of the mixed fruit-type flavor is 0.0045-0.045 pt.wt. based on 1 pt.wt. of the sugar alcohol. The taste of the agent is not deteriorated even by compounding an active component such as biotin having a stability problem in the presence of a reducing sugar.
Patent JP-S57187705-A (JP)
Title: Output monitoring circuit for sequencer
Inventor: HATAKAWA MAMORU
IPC: G05B19/05
Filed: 1981-05-13
Abstract: PURPOSE:To easily judge whether a faulty section is a load or power source, by monitoring even the power source by a monitoring circuit when a monitor signal output part which uses the load and power source in common is provided. CONSTITUTION:When a signal ''1'' appears at the output terminal T1 of a control circuit C, an inverter IN outputs a ''0'' and a photocoupler PC1 turns on. Then, a transistor TR1 turns on and a TR2 turns off to turn off a photocoupler PC2, so that a monitor signal S is a ''1''. Once the voltage of a load power source E2 drops, the photocoupler PC1 never turns on, so the monitor signal S falls to a ''0''. A photocoupler PC3, however, turns off as well at this time, so a power source monitor signal S' goes up to a ''1'', reporting the fault of the load power source E2.