baber/WOPTO huggingface dataset:
Patent JP-S56141376-A (JP)
Title: Antistatic composition
Inventor: KAERIYAMA KENICHI
IPC: D06M13/244
Filed: 1980-04-08
Abstract: PURPOSE: The titled composition for fibers that contains a reaction product from guanidine carbonate and a quaternizing agent such as alkyl sulfate, thus showing high performance, when it is combined with a finishing agent, because it has high antistatic property and causes no rusting and no reduction in dye fastness.  
     CONSTITUTION: (A) Guanidine carbonate is dissolved in water or a mixed solvent thereof with a lower alcohol and quartenized by adding (B) a quaternizing agent such as dimethyl sulfate, diethyl sulfate or epichlorohydrin, preferably at 40W60°C and the product is used as a major component to give the objective composition. In the reaction product, the molar ratio of A:B is 1:2, the pH is neutral and the amine value is less than 5 preferably. The resultant antistatic agent is dissolved in water or a solvent and used in a concentration of 0.01W1% preferably. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H02266000-A (JP)
Title: Storage-stable brightening agent composition
Inventor: WAANAA FURINGERI
IPC: C09B67/46
Filed: 1990-02-28
Abstract: The brightener compositions contain an anionic optic brightener which preferably contains at least one sulpho radical in an amount of 10-60% by weight, relative to the total weight of the composition, an anionic polysaccharide and water and, if desired, auxiliaries; these compositions are used for the preparation of detergents.
Patent JP-S63214560-A (JP)
Title: Speed change device
Inventor: ISHIKAWA MICHIO
IPC: F16H61/42
Filed: 1987-02-27
Abstract: PURPOSE:To make it possible to perform speed control in accordance with the operator' s will through simple speed change operation by providing such an arrangement that a hydraulic motor is associated and coupled for speed change by means of a hydraulic telescopic cylinder which is operated by changing over a hydraulic valve through a manipulating mechanism. CONSTITUTION:A trunnion shaft 6 fitted in a hydraulic motor 1 is rotated by means of an actuating arm 6 journalled to one end of the shaft 5 so that the speed of a hydraulic motor is steplessly changed. During this speed change, a manipulating mechanism such as a manual lever, an automatic control drive device or the like, is coupled with a spool 9 in a hydraulic valve 3 so as to be integrally associated together, and therefore, the spool 9 in the hydraulic valve 3 follows the operation of the manipulating mechanism 2 in synchronization therewith. With this arrangement, the control of the amount of oil feed is carried out in accordance with the operator's will so as to feed oil from the hydraulic valve 3 into a hydraulic telescopic cylinder 4 which is therefore extended and retracted so as to be optionally adjusted, thereby the rotational position of the trunnion shaft 5 of the hydraulic motor 1 may be set in accordance with the operator's will through the intermediary of the actuating arm 6.
Patent JP-H01269096-A (JP)
Title: Radioactive waste material dewatering separation system
Inventor: RESURII ESU RABIN
IPC: G21F9/00
Filed: 1989-02-27
Abstract: PURPOSE: To reduce the content of free water sufficiently by providing an inner structure having a cover member and a filter structure, an outer structure having an annular seal and the like, a rotary means for producing a flow channel and a centrifugal force, and the like. CONSTITUTION: A container assembly comprises an outer structural part 12 having circumferential side wall 14 and the like where the circumferential side wall is made of an inner polyethylene layer 18, and the like. The side wall 14 is provided, at the upper end thereof, with a seal surface part 26 and an annular flange part 24 receiving the lip part 30 of an inner component 32. The component 32 comprises a cover member 34 including an inner polyethylene layer 36 and an outer glass fiber reinforced polyester layer 38. A seal surface 40 is formed around the cover 34 and a filter structure 44 droops droops on the inner surface of layer 36. A heating element 62 is energized to fuse the layer 36 thus forming a heat seal of the structure 44 for the cover 34.  The container assembly of such structure is received in a centrifugal assembly and rotary driven at a speed generating a centrifugal force of 300-500G, for example. A radioactive waste slurry is subjected to centrifugal force and flows through a structure 46, an outlet channel, etc. into a collection trough.
Patent JP-H08221867-A (JP)
Title: Md player
Inventor: ASAKAWA YOSHIYUKI
IPC: G11B27/10
Filed: 1995-02-10
Abstract: PURPOSE: To enable the starting of a reproducing before completions of a disk changing, etc., by allowing a control part to output the digital data in a disk head memory corresponding to an MD to be reproduced to a shock-proof memory and allowing the control part to drive and control the MD from a housing part so as to be loaded on a turn table in parallel with this. CONSTITUTION: When reproducing respective MDs stored in a housing part 60, a control part 1 executes a control allowing a transfer device 61 to take out the MD to be reproduced from a housing part 60 and also is provided with a changer function outputting the digital data in a disk head memory 2 corresponding to an MD 50 to be reproduced to a shock-proof memory 56. Then, plural MDs are stored in the housing part 60, the transfer device 61 drives and controls the MD 50 stored in the housing part 60 so as to be loaded on a turn table 62. Thus, the reproducing is started without waiting completions of a disk change and a disk access.
Patent JP-H08219187-A (JP)
Title: Method and equipment for determining point of contact of clutch
Inventor: OOCHISU JIYON ORUSON
IPC: F16D48/06
Filed: 1995-02-10
Abstract: PURPOSE: To determine a clutch contact point to surely obtain low torque during initial clutch connection in an automatic clutch mechanism for connecting an engine and a transmission input shaft. CONSTITUTION: When a transmission 14 is put in a neutral position, a clutch of a clutch mechanism 16 is moved at a fixed speed from a disconnect position to the connect position by a clutch operating mechanism 20. When the input shaft speed of the transmission 14 detected by an input shaft speed sensor 28 reaches a first and a second designated speeds NT1 , NT2 , the first and second positions PT1 , PT2 of the clutch are respectively detected by a clutch position sensor 26. By a computer 22, the distance between the first and the second positions PT1 , PT2 is multiplied by the square root of the ratio (NT1 /NT2 ) of the first designated speed NT1 to the second designated speed NT2 to calculate an offset. The offset is subtracted from the first position PT1 to determine the clutch contact point position.
Patent JP-S51121237-A (JP)
Title: A transistor protection circuit against overload
Inventor: YAMADA GENICHI
IPC: H03F1/52
Filed: 1975-04-17
Abstract: PURPOSE: To protect the transistor composing an amplification circuit against overload, with a simple constitution. 
     COPYRIGHT: (C)1976,JPO&Japio
Patent JP-H01152574-A (JP)
Title: Optical disc image filing system
Inventor: IKEDAIRA KIMIMASA
IPC: G06F17/30
Filed: 1987-03-03
Abstract: PURPOSE: To revise retrieval information freely by providing an image processing unit and a host omputer and recording and managing the retrieval information of the image. CONSTITUTION: A main board 101 of an IPU 1 is made up of a CPU 1O1a managing the entire IPU 1, and a MEM 101b and a KYIF101c storing programs and data for the purpose. Furthermore, a HOST 6 manages an image stored in an optical disk by the IPU 1 and retrieves an image corresponding to the item designated by the operation of a key board 7. Then the IPU 1 synthesizes the image read from an optical disk and retrieval information read from a magnetic disk by the HOST 6 into one image and displays it on an image display device. Furthermore, commands and data are transferred between the IPU 1 and the HOST 6 and the HOST 6 controls the IPU 1. Thus, revision or addition of the retrieval information is made freely, and the HOST 6 controls the entire system to facilitate the operation.
Patent JP-H08240546-A (JP)
Title: Method for measuring linear expansion coefficient
Inventor: KASHIWA YASUSUKE
IPC: G01N25/16
Filed: 1995-03-07
Abstract: PURPOSE: To provide a method for measuring a linear expansion coefficient for reducing its error by reliably measuring the expansion length of a sample piece. CONSTITUTION: After a sample piece 1 of a material to be measured is retained in upright position at a sample piece retention part A for retaining the sample piece 1 while holding it up and down, the test piece 1 is heated, the expansion length in height direction of the sample piece 1 is measured, and the expansion length is converted in to the linear expansion coefficient.  When retaining the sample piece 1 at the sample piece retention part A, three parts C1, C2, and C3 for forming a triangle when viewed from the bottom surface out of the bottom parts of the sample piece 1 are retained by placing the sample piece 1 while the lower edge part is in contact with the sample piece retention part and bringing the an upper edge part 1a located among three bottom part contacting parts b1, b2, and b3 for the sample piece retention part A viewed from the top into the sample piece retention part A.
Patent JP-S54139091-A (JP)
Title: Formation of insulated connection of power cable
Inventor: ONO MIKIYUKI
IPC: H02G15/08
Filed: 1978-04-20
Abstract: PURPOSE: To simplify the work of connection making without a special technique and to obtain a reliable connection with no scattering of characteristic by burying the insulated electrode block in the insulation-reinforced layer and by connecting each electrode to the cover layer.  
     CONSTITUTION: An insulated electrode block 30, in which two cylindrical electrodes 34, 36 with different diameters from each other are buried in a cylindrical insulator 32 in such a way that these are on the same axis of insulator 32 and respective parts are overlapped, is buried in the insulation-reinforced layer 18, semiconductive tape is winded around it to form covering layers 20, 22, the ends of covering layers are connected to the ends 340, 360 of electrodes 34, 36 respectively. After this, the whole body is molded. In this way, the tape, insulator 14, insulator 32 of the electrode block 30 are melted to form one body, chemcal cross-linking proceeds simultaneously, a reliable insulated connection can be obtained. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H01220088-A (JP)
Title: Electronic cash register
Inventor: ONUMA MINORU
IPC: G07G1/00
Filed: 1988-02-29
Abstract: PURPOSE:To prevent the lowering of operability and accuracy by executing a sale registration with a simple manual operation when a scanner registration is impossible. CONSTITUTION:A sale registration processing is executed to a merchandise of which the abbreviated code of 4 digits is set by manually inputting the abbreviated code without manually inputting the merchandise code of 13 digits through a keyboard 19. Consequently, when the scanner registration is unable to execute due to the trouble of a bar-code scanner 17 or the like, the merchandise code of 13 digits is unnecessary to manually input as it is and the input of the abbreviated code of 4 digits easy to memorize is only enough. Thus, when the scanner registration is unable to execute, the deterioration of the operability and the accuracy are prevented.
Patent JP-H02225932-A (JP)
Title: Fin control device for air conditioning diffuser
Inventor: SAKAI TOSHIFUMI
IPC: F24F13/15
Filed: 1989-02-28
Abstract: PURPOSE:To make it unnecessary to adjust the air blowing direction after stopping the automatic oscillation by continuing the oscillation of fins until the noncontinuity part of the contact plate is brought in contact with the contact point by means of a control circuit at the time when the operating switch is moved to the oscillation stopping position, and adjusting the oscillation stopping position of the fins by suitably positioning the noncontinuity part. CONSTITUTION:The control switch SW2 has a contact point 6 on the second link member side, for instance, which is oscillated synchronously with the oscillation of fins 2 at the time of the automatic oscillation, while a contact plate 7 which is in contact with the contact point 6 is fitted to the louver frame 11 side. That part of the contact plate 7 which is in contact with the contact point 6 with the fins 2 stopped at the desired location is made a noncontinuity part. Because of this, even if the automatic switch SW1 is switched off, the contact plate 7 and the contact point 6 are in mutual contact unless the fins 2 comes to the designated stop position, and, as the control switch SW2 still maintains the continuity, the fins 2 continues to oscillate. When the fins 2 comes to the designated position, the contact point 6 is brought to the noncontinuity part 71 of the contact plate 7, whereupon the fins 2 stops.
Patent JP-H06168648-A (JP)
Title: Asymmetric electric-switch actuator
Inventor: ROJIYAA EMU TORANA
IPC: H01H15/16
Filed: 1992-03-04
Abstract: PURPOSE: To prevent, at a low cost, a mistake of changing over to a wrong position unconsciously by providing detent devices A, B biased elastically and by increasing force needed for changing over a switch to another position against both the devices A, B relative to force needed for changing it over to a predetermined position against the device A only. CONSTITUTION: Cam followers 80, 82 being pushed elastically by cam surfaces 40, 42 respectively, an actuator member 22, everytime it changes switch positions, moves on a ridge 48 which captures it by a recess 50. Ramps 44, 46 in the center of a base plate 30 have ramp surfaces 44a, 46a and 44b, 46b, and form ridges 44c, 46c by their intersecting each other. In this event, the surfaces 44a, 46a are steeper than the other surfaces 44b, 46b, and accordingly force needed for the member 22 to move to each position becomes greater in center-to-left movement than in left-to-center and center-to-right movement, that is to say, it becomes asymmetric. This is used in a multimeter, etc., and a mistake of erasing data in a memory by changing over from center to left unconsciously can be prevented at a low cost.
Patent JP-S57162880-A (JP)
Title: Detecting system of deteriorated fluorescent lamp
Inventor: KANAI HIROSHI
IPC: H04N1/04
Filed: 1981-04-01
Abstract: PURPOSE:To prevent picture of all black from being transmitted in advance, by providing a monitor timer and a display use light emitting diode, detecting and displaying if a fluorescent lamp is deteriorated and the storage time is longer, and stopping the transmission. CONSTITUTION:At the storage time measurement, a controller 12 starts a measuring timer 13 and a monitor timer 14. If the storage time is short, the timers 13 and 14 are reset to start reading of the line. If the storage time is longer due to deteriorated fluorescent lamp, the monitor reset timer is not reset and time over is indicated. In this case, the controller 12 illuminates a display use light emittng diode 16 via a flip-flop 15 to display the deterioration of the fluorescent lamp and drives an FAX control circuit 17 and a line control circuit 18 and stops the transmission.
Patent JP-S63214506-A (JP)
Title: Liquid pressure circuit for injection molding machine
Inventor: KAMEDA IDEO
IPC: F15B11/08
Filed: 1987-03-02
Abstract: PURPOSE:To shorten cycle time by arranging pilot seat type valves in paths for supplying a large quantity of working fluid, and employing a direction control valve for control of switching of its pilot pressure. CONSTITUTION:First, second and third pilot seat type valves 6, 7, 8 are coupled to respective paths for a liquid pressure motor 9 and a pump line 20, first port 12 of an injection cylinder 10 and a pump line 20, second port 14 and tank line 21. Opening/closing of the valves 6, 7, 8 is carried out through switching control of respective pilot pressure. A directional control valve 15 for carrying out switching control of only the pilot pressure can be constructed of a control valve having small flow and short switching time.
Patent JP-H06238536-A (JP)
Title: Multi-surface machining by general purpose machine tool and driven type turning device for working
Inventor: FUKUDA MUNEYUKI
IPC: B23Q16/02
Filed: 1993-02-12
Abstract: PURPOSE:To carry out high precision machining in high efficiency by setting up a work once on a device by combination of a general purpose machine tool and a driven type turning device for working, optionally turning it thereafter, machining it by way of acquiring required surface perpendicular cutting and drilling angle even when it is a work of a complex shape, and thereafter, machining the overall exposed surface of the work sequentially. CONSTITUTION:By finding a circular arc locus on an X-Y surface by a previously programmed linked motion of a slide motion in two axial directions of a spindle 8 and a turn table 7, that is, in the Y axial direction of the spindle 8 and the X axial direction of the turn table 7, a rotary table 4 vertical against the turn table 7 is turned in the whole 360 degrees region. Additionally, by turning the turn table 7 which is standard equipment of a general purpose machine tool in the 360 degrees overall region, an optional machining angle of a spherical surface given by a composite angle of the rotary table 4 and the turn table 7 is aquired, and this is a multi-plane machining method to carry out machining of the whole surface except for an installation surface of the work W by the general purpose machine tool without changing set-up.
Patent JP-H06239628-A (JP)
Title: Conveyor in apparatus for forming glass
Inventor: SHIROGANE TAKAHITO
IPC: C03B11/08
Filed: 1993-02-12
Abstract: PURPOSE:To locate an optical glass material placed on a conveying arm relatively to a forming mold. CONSTITUTION:A conveying arm 12 having an optical glass material 7 placed on the tip thereof is equipped with a knocking contact part 61 provided with a stopper pin protruded in the conveying direction of the conveying arm 12. On the other hand, a stopper 65 is installed oppositely to the knocking contact part 61 in a forming chamber equipped with both a top and a bottom forces 2 and 3. The stopper 65 is provided with a tapered part 67. When the stopper pin is brought into contact with the tapered part 67, the central axis of the optical glass material 7 and the axial center of the top and bottom forming forces coincide. When heating conditions of the optical glass material 7 are changed, the displacement of the length of the conveying arm 12 is offset with the displacement due to the movement of the tapered part 67 caused by the displacement of the stopper 65 according to the thermal displacement.
Patent JP-S51123288-A (JP)
Title: Process of manufacturing synthetic resin laminated sheets
Inventor: ZAITSU SADAYUKI
IPC: B29C55/00
Filed: 1975-04-21
Abstract: PURPOSE:Process of manufacturing flexible, synthetic resin laminated sheets having high tear strength in both longitudail and lateral directions.
Patent JP-H01223531-A (JP)
Title: Barrel shifter
Inventor: HORIE ATSUSHI
IPC: G06F7/00
Filed: 1988-03-02
Abstract: PURPOSE:To miniaturize and simplify the constitution of circuits and to increase the speed of operation by providing a means, which arranges and adjusts input data in accordance with respective shift operations and rotation operations by a control signal, and a shift means. CONSTITUTION:A (2N+1)-bit input is given to an arranging and adjusting circuit 11 and is arranged and adjusted in accordance with respective shift operations and rotation operations by the control signal and is given to a shifter 13 and is shifted, and high-order N bits are validated and outputted. N/2-bit and N/4-bit input data are arranged and adjusted by the circuit 11 and are supplied to the shifter 13 also, thereby simplifying the wiring on the output side of the shifter 13. Since the circuit 11 is provided on the input side of the shifter 13 to enable the control signal given to the circuit 11 to be validated before the shift operation, an unnecessary access time is eliminated and shift operations and rotation operations are quickly performed. Thus, the circuit constitution is miniaturized and simplified and the operation speed is increased.
Patent JP-S57161548-A (JP)
Title: Column for refining
Inventor: FUKUCHI NAOKI
IPC: G01N30/60
Filed: 1981-03-30
Abstract: PURPOSE:To refine intended components on an industrial scale by the technique of a liquid chromatography by using a column which is <=5 ratio between its length and inside diameter and has plural pieces of injection ports. CONSTITUTION:Raw liquid is pumped 3 out from a tank 1 and eluate from a tank 2 at a constant flow rate, and the mixed liquids thereof are forcibly fed into a refining column 10 through a transport pipe 4, a branch joint 5, and branch pipes 6, 6', 6'' then through column injection ports 7, 7', 7''. The column 10 is <=5 ratio between its length and inside diameter and has plural pieces of injection ports. While the raw liquid repeats contacting with the packing material packed in the column in accordance with the flow of the eluate, it arrives at an outlet part, and is flowed into a transport pipe 14 through an outflow port 13. The intended components are separated in accordance with the principle of a liquid chromatography and are flowed out through the port 13. The components flowing in the pipe 14 are measured with a photometer 16, and when the fluid in the pipe 14 contains the intended components, it is conducted to a storage tank 18 by valve operation.
Patent JP-H10245522-A (JP)
Title: Coating composition and optical member
Inventor: WATABE YOSHITANE
IPC: G02B1/115
Filed: 1997-03-03
Abstract: PROBLEM TO BE SOLVED: To prevent the occurrence of interference fringes and improve the marring resistance, surface hardness, wear resistance, flexibility, transparency, antistatic properties, dyeability, heat resistance, chemical resistance, tight adhesion, etc., by using a specified silylated substance and specified titanium dioxide/ tin oxide composite colloid particles as the constituents. SOLUTION: At least one silylated substance selected from (partially hydrolyzed) organosilicon compounds of formula I [wherein R<1> and R<3> are each (halogenated) alkyl, (halogenated) aryl, alkenyl, or an organic group having an epoxy, (meth)acryloyl, mercapto, amino, or cyano group and bound to an Si atom through an Si-C bond; R<2> is a 1-8C alkyl, alkoxyalkyl, or acyl; and a and b are each 0 to 2, provided that a+b=(0 to 2)] and formula II (wherein R<4> is a 1-5C alkyl; X is a 1-4C alkyl, or acyl; Y is methylene, or a 2-20C alkylene; and c is 0 or 1), in an amount of 100 pts.wt. is compounded with titanium dioxide/tin oxide composite colloid particles having a primary particle diameter of 2-20nm, in an amount of 1-500 pts.wt., preferably 100-300 pts.wt.
Patent JP-S59173571-A (JP)
Title: Transportation of terrestrial-heat two-phase flow
Inventor: YAMAOKA KEIJIROU
IPC: F01K25/02
Filed: 1983-03-24
Abstract: PURPOSE:To facilitate installation of transportation pipes for terrestrial-heat two-phase flow, by separating the terrestrial-heat two-phase flow into steam and hot water, in the vicinity of terrestrial-heat wells, by revolution separation- type two-phase flow turbines, and transporting each flow to consuming regions through each separately installed piping. CONSTITUTION:Revolution separation-type two-phase turbines 5, 6, and 7 are installed for terrestrial-heat wells 1, 2, and 3 through each piping 4. Said turbines 5, 6, and 7 separate the terrestrial-heat two-phase flow into steam and hot water, and the steam is transported to a power station 10 through a piping 8, and the hot water is transported through a piping 9. Therefore, transportation piping can be installed independently of the ups and downs of the configuration of ground, and the pipes having a small diameter can be used. Further, the necessity of installing a transportation pump separately is obviated, since the turbine itself fulfills the role of the pump.