baber/WOPTO huggingface dataset:
Patent JP-H09302068-A (JP)
Title: Urethane-modified polyisocyanurate foam
Inventor: NAKAMURA YOSHIO
IPC: C08G18/76
Filed: 1996-05-14
Abstract: PROBLEM TO BE SOLVED: To obtain a low-density urethane-modified polyisocyanurate foam having a low brittleness and an excellent adhesion to various facing materials by reacting a specific polyisocyanate component with a specific polyol component. SOLUTION: This foam is obtd. by reacting a polyisocyanate component with a polyol component. The polyisocyanate component contains at least two diisocyanate compds., 2,4'-diphenylmethane diisocyanate and 4,4'-diphenylmethane diisocyanate, and the concn. of the former compd. (x wt.%) and that of the latter compd. (y wt.%) satisfy the relations: 100>=(x+y)>=50 and x>=y. The polyol component comprises a polyol, water, and formic acid, the sun of the amts. of water and formic acid being 0.5-6wt.% of the polyol and the wt. ratio of water to formic acid being (1:5)-(5:1).
Patent JP-H071712-A (JP)
Title: Method for marking electronic part
Inventor: INOUE KEIICHI
IPC: B41M1/02
Filed: 1993-06-16
Abstract: PURPOSE:To print a mark favorable on an electronic part at all times irrespective of its dimensional scattering. CONSTITUTION:A pusher 14, the seating surface 13 of which is held by being energized with a spring 17 to the direction so as to be projected beyond a base 15, is arranged under the condition that the tip 13 faces to the printing surface 12 of a press plate 11. An electronic part 19 is arranged on the seating surface 13 of the pusher 14 under the state that the surface 20 of the electronic part faces to the printing surface 12. Under the above-mentioned condition, the base 15 is brought close to the press plate 11 so as to abut the surface 20 of the electronic part 19 against a stopper 18, which is registered to the printing surface 12, and, at the same time, bring into contact with the printing surface 12 in order to print marks on the surface 20.
Patent JP-S63309702-A (JP)
Title: Temperature control device of lubricant oil for turbine bearing
Inventor: ARASE HIROSHI
IPC: F01D25/18
Filed: 1987-06-12
Abstract: PURPOSE:To make extreme reduction of a starting time of a plant by providing such a system as supplying the water discharged from the booster pump of a water supply pump for a boiler to a heat exchanger as a heating medium, in the case of such a device as providing the heat exchanger in which lubricant of a turbine bearing is cooled down by low temperature fluid. CONSTITUTION:Circulation system 1 for turbine lubricant is formed by connecting a turbine bearing part 2 to a lubricant cooler 3 with piping in a closed circuit. A cooling water supply system 4 provided with a temperature control valve 6 etc. interposed therein is connected to the lubricant cooler 3 and cooling water exit system 8 is also connected thereto. In this case, a heating water supply system 16 is separated from the discharge pipe 17 of a booster pump 15 in the water supply system 12 of a steam power plant and its other end is connected to a pipe line located between the reverse stop valve 7 and the lubricant cooler 3 of the cooling water supply system 4. When the temperature of supplying lubricant oil is lower than the required value at the time of starting the turbine, cooling water supply to the cooler 3 is controlled to be stopped and the heating water from the heating water supply system 16 is controlled to be supplied.
Patent JP-H10335407-A (JP)
Title: Substrate treating device
Inventor: IZUMI AKIRA
IPC: H01L21/00
Filed: 1997-06-03
Abstract: PROBLEM TO BE SOLVED: To shorten purging time at a low cost by adjusting the pressures in chambers caused by an inert gas in such a way that the pressure in a carrying chamber is made lower than that in a delivery chamber and higher than those in a plurality of treating chambers and a receiving chamber. SOLUTION: The aperture of an exhaust port is made larger than those of a loader L and an unloader UL and smaller than those of first to fourth treating chambers PC1 to PC4. Therefore, the pressure in a transfer module TM is set at P3 immediately before a sealing shutter 130 is opened for delivering substrates between the loader L and unloader UL and first to fourth treating chambers PC1-PC4. The internal pressures P1-P3 are adjusted to satisfy the relation, P1>P2>P3. The pressure in each chamber becomes to satisfy the following relation: (Unloader UL)=(Loader L)>(Transfer Module TM)> (First to Fourth Treating Chambers PC1-PC4).
Patent JP-H09322638-A (JP)
Title: Discharged straw treating apparatus of combine-harvester
Inventor: OCHI SHOJI
IPC: A01F12/00
Filed: 1996-06-07
Abstract: PROBLEM TO BE SOLVED: To reduce a turbulence in an attitude of discharged straws when a quantity of the discharged straws in threshing decreases in a discharged straw treating apparatus of a combine-harvester. SOLUTION: This combine-harvester is constituted in such a way that grain straws transferred and fed from a reaping apparatus are transferred to a threshing chamber by feed chainbelts in a nipped state and threshed there, and threshed and discharged straws are fed into a discharged straw treating apparatus 5 through a straw ejecting apparatus and is subject to unloading treatment there.  This combine-harvester has a straw sensor 6 detecting a change in a quantity of discharged straws fed into the treating apparatus 5 and a stubble properly arranging board 7 truing up the thicker edges of the straws fed into the treating apparatus 5, and is equipped with a drive speed controller 8 changing and controlling the drive speed of the stubble properly arranging board 7 between a high speed and a low one according to a feeding quantity of discharged straws detected by the discharged-straw sensor 6.
Patent JP-S5846438-A (JP)
Title: Addition carry signal generating circuit using josephson effect
Inventor: SONE JIYUNICHI
IPC: G06F7/38
Filed: 1981-09-14
Abstract: PURPOSE:To obtain large margins of device design and device manufacture by an addition carry signal generating circuit which uses Josephson effect. CONSTITUTION:Signals An and Bn of the product of input signals An and Bn flow through the output line 46 of an interferometer gate circuit 30. Further, a signal An+Bn flows through the output line 38 of gate circuit 33. It is an input signal to a gate circuit 39. When one of the gates 30 and 39 has transition to a voltage state, an output current flows through said resistance 47. The current is applied to the other gate circuit, which has transition to a voltage state. At this time, the gate 30 has transition to a voltage state in an input state of An=1 and Bn=1. Therefore, the input signal An+Bn to the other gate 39 has logic 1. Then, the gate 39 allows an input current to flow to an input current path 40. When the gate 39 has transition to a voltage state, on the other hand, either of input signals An and Bn to the other gate 30 has logic 1.
Patent JP-S5769058-A (JP)
Title: Ink drop injector
Inventor: ANDOU SADASHIGE
IPC: B41J2/14
Filed: 1980-10-16
Abstract: PURPOSE:To improve the quality of a recording picture by a method wherein the oscillatory diameter and the thickness of an oscillatory part to the opening diameter of an orifice in a desired range are set to a specific range and ink drops are injected faithfully from the orifice in response to the main oscillation. CONSTITUTION:In order to inject ink drops from an orifice 8 of opening diameters 40-60mu, electrical signals in the form of sine wave of one cycle are supplied to a piezo-electrical oscillator 1 to generate the main oscillation and the remaining oscillation on a thin plate 4. The relation between the thickness and the breadth of the thin plate 4 when oscillatory diameters D of the thin plate 4 are 1-3mm. is indicated by a curve A for the main oscillation and by a curve B for the remaining oscillation. Seen from the threshold value at which the ink drops are injected, the ink drops are injected only by the main oscillation from the orifice 8 when the thin plate 4 is 30- 80mu in thickness.
Patent JP-S6124465-A (JP)
Title: Thermal transfer recorder
Inventor: HASEGAWA ATSUO
IPC: B41J25/304
Filed: 1984-07-13
Abstract: PURPOSE:To avoid the occurrence of density difference and also of wrinkles in an ink film during the transfer recording period by holding a thermal head in a bending manner along a platen roller deformed by pressing forces. CONSTITUTION:Under the condition that a thermal head 1 is combined with a base 4, the center is supported and the bending stiffness of the base 4 is set up in such a way as to equalize the flexion curve between the head 1 and the base 4 when applied with uniformly distributed loads with the flexion curve when uniformly distributed loads (F totally) are applied to the platen roller 2 when the push-up force of a spring 9 is F. Even when the roller 2 is flexed by pressing forces, the thermal head 1 can be flexed similarly along the roller 2.
Patent JP-H06330817-A (JP)
Title: Choke valve for carburetor
Inventor: ARAKI SATORU
IPC: F02M1/02
Filed: 1993-05-25
Abstract: PURPOSE:To enable a choke valve with an auxiliary valve to be fitted into a small sized carburetor, so as to perform appropriate choking action and secure a required air quantity. CONSTITUTION:An auxiliary valve plate 14 to open/close an auxiliary valve hole 12 is rotatively movably supported with a choke valve shaft 3 fixedly securing a choke valve plate 9 having the auxiliary valve hole 12, the auxiliary valve plate 14 is actuated by means of a return spring 16 in the direction of closing the auxiliary valve hole 12, and the auxiliary valve plate 14 is rotatively moved by the intake pipe negative pressure after first explosion of the engine so that the auxiliary valve plate 14 does not project than the choke valve shaft 3 at full opening of the choke.
Patent JP-S627597-A (JP)
Title: Damping water for printing
Inventor: OSAWA SADAO
IPC: B41N3/08
Filed: 1985-07-04
Abstract: PURPOSE:To enable damping water to be stably used for printing, by adding a phytic acid salt and a hexametaphosphoric acid salt to damping water. CONSTITUTION:The damping water comprises at least a phytic acid salt, preferably in a concentration of 1-50g/l, and a hexametaphosphoric acid salt, preferably in a concentration of 0.05-20g/l. The phytic acid salt may be an alkali metal salt, ammonium salt, an amine salt or the like of phytic acid, whereas the hexametaphosphoric acid salt is an alkali metal salt, ammonium salt or the like of hexametaphosphoric acid. Further, a pH adjustor, a buffering agent or the like may be added to the damping water. The hexametaphosphoric acid salt rapidly eacts with calcium ions to prevent the latter from combining with other constituents of the damping water, thereby preventing contamination, emulsification and degradation of durability in repeated printing.
Patent JP-S5570432-A (JP)
Title: Production of grating body
Inventor: TAZU HAKUNEN
IPC: B21D39/06
Filed: 1978-11-24
Abstract: PURPOSE: To make volume production of metal-made grating bodies of high durability inexpensively without performing welding by forming both end parts of middle stems to cylindrical form, forming the portions thereof to be fitted to the through- holes of crosspieces to thin-wall form and engaging the outward protruding flights produced by pressing the fitted middle stems into the through-holes.  
     CONSTITUTION: Cylindrical portions are formed by pressing to both end parts of middle stems 3, 3.... Thin-wall portions are formed to the cylindrical portions of the middle stems, in the position to be fitted to the through-holes of crosspieces. The middle stems 3, 3... are fitted into the through-holes 2, 2... of the crosspieces 1, 1 and are pressed in the axial direction. The outward protruding flights 4, 4 produced by buckling of the thin-wall portions of the mille stems 3, 3... are engaged with the through-holes 2, 2... of the crosspieces, whereby the corsspieces and middle stems are integrally fixed. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H06332946-A (JP)
Title: Machine translation device
Inventor: TOKUNAGA SHINJI
IPC: G06F17/28
Filed: 1993-05-24
Abstract: PURPOSE:To enable high-quality translation to be carried out by efficiently selecting a technical term dictionary or a field code without loading burden on a user. CONSTITUTION:An input part 4 is provided with a key for driving the device. When a source language is applied, a translation module 5 returns a target language. Under the control of a CPU 1, the source language inputted from the input part 4 is sent to the translation module 5, and the result is displayed on a CRT 3. An automatic technical term dictionary (field code) selection part is provided to judge the technical term dictionary (field code) used for translation by using the context vector of the description of a basic word dictionary while referring to the dictionary concerning the input sentence inputted from the input part 4, the translation can be more efficiently performed by automatically selecting the technical term dictionary (field code) and much higher quality translation can be performed by utilizing the technical term dictionary or the field code.
Patent JP-H04368813-A (JP)
Title: Manufacture of extrusion molding
Inventor: WATAI KAGAO
IPC: B28B23/06
Filed: 1991-06-18
Abstract: PURPOSE:To manufacture easily an inorganic extrusion molding of high strength into which prestress is introduced. CONSTITUTION:An inorganic extrusion molding 1 is extrusion-molded while a reinforcing agent 2 coated with thermoplastic resin 3 composed of modified acrylic resin is inserted into a fabric of an inorganic extrusion molding 1 composed of 45wt.% cement, 15wt.% silica sand, 24wt.% aggregate, 15wt.% asbestos and 1wt.% of a thickening agent. The extrusion molding 1 is coated at a constant temperature of RH 95% for 12 hours at 20 deg.C, and then the reinforcing material 2 is brought in tension by a pressure supporting plate 4 and a nut 5, after which the extrusion molding 1 is high temperature cured by means of autoclave for 5 hours at 180 deg.C to increase the strength of the fabric and also carry out bonding closely the fabric and the reinforcing material 2 by means of thermoplastic resin 3.
Patent JP-S6126679-A (JP)
Title: Liquid forming electrically conductive transparent coating film
Inventor: TORIGOE TSUNEMITSU
IPC: H01B5/14
Filed: 1984-07-16
Abstract: PURPOSE:To provide the titled film-forming liquid containing a specific organic indium compound forming an electrically conductive transparent metal oxide by baking, an electrical resistance controlling agent and an organic solvent, and giving a coating film having long life, high mass-productivity excellent conductivity, transparency, etc. CONSTITUTION:The objective film-forming liquid contains (A) an organic indium compound capable of forming an electrically conductive transparent metal oxide by baking and represented by the formula I [X is alkyl of formula CnH2n+1 (n is 1-4), alkene of formula CnH2n (n is 3-5) or alkoxy of formula OCnH2n+1 (n is 1-4)] (e.g. trismethylacetate indium), (B) an electrical resistance controlling agent of preferably the formula II (X is beta-diketone; Y is alkyl) (e.g. dimethyltin acetope) and (C) an organic solvent dissolving the components A and B.
Patent JP-S6125074-A (JP)
Title: Quantity of electricity measuring apparatus
Inventor: SUZUKI MAKOTO
IPC: G01R19/04
Filed: 1984-07-16
Abstract: PURPOSE:To obtain the results of decision at a high speed with high accuracy with the sampling inteval set as desired, by arranging a circuit so that continuous three digital values are sampled at a specified interval to measure the quantity of AC electricity and the results are computed with a CPU. CONSTITUTION:Current data is inputted into a terminal 40 while data preceding by one sampline and two sampling is inptted into terminals 41 and 42 respectively. Then, the absolute values of the data are obtained with an absolute value circuit 43. A subtractor circuit 44 performs a computation of V[sintheta-sin(theta-2T)] and an absolute value of the results is determined with an absolute value circuit 45 by multiplication by a constant K1. A substractor 46 computes ¦Vsin(theta-T)¦- ¦K1[Ksintheta-sin(theta-2t)]¦ and an absolute value of the results is determined with an absolute value circiut 47 to be multiplied by a constant K2. An adder 48 obtains the sum of the outputs of the absolute value circuits 43, 45 and 47 individually and outputs values calculated from AC voltages at resepctive times to a terminal 49. A means circuit 50 determines the mean of three values at a time and produces an output to the terminal 51. Thus, the computation wth the CPU can follow variations in the input at a high speed thereby enabling the sampling at any interval with unchanges phase errors.
Patent JP-S5572715-A (JP)
Title: Washing of fluid medium
Inventor: KUWABARA TAKANORI
IPC: F23G7/00
Filed: 1978-11-28
Abstract: PURPOSE:To provide a fluid medium washing method which is capable of elevating the deposits removal rate when stripping off the materials adhering to the fluid media. CONSTITUTION:The fluid media drawn out from a fluidized bed furnace 1 for EP ash incineration are guided into a crusher 2 through a line 11. The crushed media and deposits are separated by a separator 3, and the separated deposits are discharged out through a line 31 and subjected to a suitable treatment. On the other hand, the media are washed by a washer 4. Water used for deposit removal is led into the washer 4 as washing water through a line 41 from an upper part of the separator 3. In order to maintain the Glauber's salt content in said washing water at less than 15%, water in the separator 3 is partly discharged out through the line 31, and pure water or low-concentration Glauber's salt-containing water of an amount sufficient to make up for said discharged water is supplied into the separator 3. The washed fluid media are resupplied into the fluidized bed furnace 1 through a line 51.
Patent JP-H0442733-A (JP)
Title: Power supply
Inventor: YANAGISAWA RYUICHI
IPC: H02J3/38
Filed: 1990-06-06
Abstract: PURPOSE:To prevent adverse influence on other DC-DC converter upon fault of DC-DC converter in a power supply by detecting the number of operable DC-DC converter and controlling the output current from the power supply according to thus detected number. CONSTITUTION:Upon fault of any converter module, an alarm signal (ALM1- ALM3) is fed to an alarm signal receiving circuit 23 in a current balance circuit. Consequently, characteristics of the current balance circuit are modified such that the output from an operational amplifier 28 is maximized for an output current from a power supply equal to 2/3 of rated value. When an operational amplifier 29 is operated so that the difference between the outputs from the operational amplifier 28 and from a current balance terminal 26 will be zero, load current can be shared between other power supply within an output current range proportional to the capacity of remaining converter modules.
Patent JP-H023530-A (JP)
Title: Fuel injection port
Inventor: OHASHI TAMIYOSHI
IPC: B60K15/04
Filed: 1988-06-14
Abstract: PURPOSE:To hold a seal member in a non-load state during no need for a seal and to prevent the occurrence of permanent deformation, by a method wherein when a cap is inserted in a fuel suction port, a seal member forced into resilient contact with the outer periphery of a nozzle is pressed through a guide member by means of a pusher. CONSTITUTION:A fuel injection port 21 is formed with a cylindrical body part 23 in which a fuel cap is inserted, and a seal member 31 having a seal part 35 formed into resilient contact with the outer periphery of a fuel injection nozzle 19 disposed on the inner periphery of the body part 23. In this case, when the nozzle 19 is inserted in the body part 23, a guide member 41 is moved through a nozzle support part 47, and a seal part protecting part 43 is separated away from a seal part 35 and brought into close contact with the nozzle 19. Meanwhile, when a fuel cap is inserted in the body part 23, a cap support part 101 of a pusher 100 is brought into contact with the fuel cap, the guide member 41 is pressed by a press part 110, and the seal part protecting part 43 is separated away from the seal part 35.
Patent JP-S62292879-A (JP)
Inventor: GUREGORII DEII SHIYAI
IPC: C09K3/00
Filed: 1987-06-11
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-S5937905-A (JP)
Inventor: ERUNSUTO HOTSUPU
IPC: A47F5/00
Filed: 1982-08-25
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-H11335337-A (JP)
Title: Production of amino acid salt
Inventor: NANBU NOBUYOSHI
IPC: C07C227/40
Filed: 1998-05-27
Abstract: PROBLEM TO BE SOLVED: To efficiently produce a metal salt, an ammonium salt or an organic amine salt of an amino acid having a secondary or a tertiary amino group and three or more carboxyl groups without forming by-products. SOLUTION: An amino acid having a secondary or a tertiary amino group and three or more carboxyl groups is reacted with a metal oxide, a metal hydroxide, a metal carbonate, a metal hydrogencarbonate, ammonium hydroxide, ammonium carbonate, ammonium hydrogencarbonate or an organic amine compound to produce an amino acid salt having the secondary or tertiary amino group and the three or more carboxyl groups.
Patent JP-H05311769-A (JP)
Title: Indoor waterproof method
Inventor: TAKABA YOSHIAKI
IPC: B01L1/02
Filed: 1992-05-13
Abstract: PURPOSE:To prevent inside leakage by applying pressure to a dwelling space in a house and reducing the difference between an open air pressure and an indoor air pressure through a suction/discharge device during stormy weather. CONSTITUTION:During stormy weather 11, such as typhoon, an outside air pressure P0 of open air 10 rises so that a differential pressure DELTAP may be produced between the increased outside air pressure P0 and an indoor pressure in a dwelling space 2 of a building 1. When this differential pressure DELTAP exceeds a specified value of a waterproofing performance DELTAPW of a sash window 3, a suction/discharge device 6 is operated so as to pressurize the dwelling space 2. Then, the differential pressure DELTAP between the open air and the indoor pressure is reduced by a pressurized portion of the dwelling space 2 by the suction/ discharge device 6 and adapted to be smaller than the waterproofing porfermance DELTAPW of the sash window 3. It is, therefore, possible to prevent the penetration of moisture 12 into the dwelling space 2.
Patent JP-H07740-A (JP)
Title: Method for purifying air and air purifier
Inventor: SHINOHARA HIDEAKI
IPC: B01D47/02
Filed: 1993-06-17
Abstract: PURPOSE:To provide a method for purifying air and an air purifier whose miniaturization is enabled. CONSTITUTION:An air purifier 1 consists of a water tank 3 storing water and provided with a filter 13 dividing the tank itself right and left, a pump 5 for pumping up water in the water tank 3, a nozzle 7 for jetting water pumped up by the pump 5 into the water tank 3 from in the fresh air, an ozonizer 9 for blowing ozone into the nozzle 7, and an active carbon filter part 11 provided on the upper surface on the left side of the water tank 3 like a cover. When water in the water tank 3 is pumped up by the pump 5 to blow out it into the water tank 3 from in the fresh air by the nozzle 7, the fresh air is dragged into water by its force, causing the fresh air to be taken in the water tank 3. Since the fresh air turns into bubbles and the bubbles rise to the surface of the water 3b relatively slowly while receiving the resistance of water, sufficient contact time with water is held and dirt in the fresh air is sufficiently absorbed in water. Therefore, the device allows the sufficient absorption of dirt in the fresh air with miniaturized constitution.