baber/WOPTO huggingface dataset:
Patent JP-H08151062-A (JP)
Title: Cap device with delivery plug
Inventor: YOSHIDA HITOAKI
IPC: B65D47/06
Filed: 1994-11-25
Abstract: PURPOSE: To pour out a proper amount of contents, preventing the occurrence of poor sealing by a method wherein a throttle is provided in a delivery plug to regulate flow of contents in such a manner that a large number of notched grooves extending downwardly from the base of the throttle are formed along the inner circumferential surface thereof so as to be properly spaced apart from one another. CONSTITUTION: A delivery plug 2 in screw-threaded engagement with a cover body 3 is forced (driving a plug) from above into a port A of a container filled with contents to seal the container. And if the cover body 3 is removed and the container is tilted, the contents can be poured out. Since the body 3 is screwed onto the plug 2, the plug 2 is prevented from falling down from the body 3 so that poor sealing due to falling of the plug can be surely avoided. Even if the inner diameter of the plug 2 is large, amount of delivery of the contents can be set at a small amount by means of a throttle 8 so that a large amount of the contents can be prevented from flowing out when the container is tilted and a proper amount of the contents can be delivered.  And air is allowed to flow into the container through notched grooves 9, and hence a proper amount of the contents can be smoothly poured out.
Patent JP-2001119918-A (JP)
Title: Linear motor, stage using the same, aligner
Inventor: TANAKA TOSHIHISA
IPC: H02K41/03
Filed: 1999-10-13
Abstract: PROBLEM TO BE SOLVED: To provide a linear motor where the coils provided in its stator are suppressed from their consumption of excess power, their heat generations, and the heat transfers generated from them to the base-body sides of its stator. SOLUTION: Coils 111, 112 of a stator 110 are fastened to base bodies 161, 162 by fastening members 181, 182, 183. Joining areas (sectional areas) S of the fastening members 181, 182, 183 to the base bodies 161, 162 are determined, correspondingly to the heat distribution states of the coils 111, 112. The fastening members 181, 182, 183 are made of polycarbonate and are fitted into irregularities (spaces K1-K3) generated in a coil unit 150 to be bonded thereto.
Patent JP-2000123910-A (JP)
Title: Waterproof plug for connector
Inventor: MATSUMOTO YASUSHI
IPC: H01R13/52
Filed: 1998-10-14
Abstract: PROBLEM TO BE SOLVED: To prevent a waterproof plug from standing in a particular direction. SOLUTION: A waterproof plug 1 is in a shape that a sealing part 4 and a connecting part 5 are continuously disposed each other; in the case of feeding by a part-feeder, the waterproof plug 1 is fed upright with the sealing part 4 downward. At the end surface of the connecting part 5, a protrusion 21 is formed halfway around an electric wire-communicating hole 2. While the waterproof plug 1 goes on the introducing path of the part-feeder, if the waterproof plug 1 intends to stand in the inverted posture with the connecting part 5 downward, it loses its balance and fall so that its upstanding state cannot be maintained because of the protrusion 21 being asymmetrically formed on the end surface on the side of the connecting part 5.
Patent JP-H10134652-A (JP)
Title: Cooling container for oxide superconductor
Inventor: ASHIZAWA TORANOSUKE
IPC: H01B12/16
Filed: 1996-11-01
Abstract: PROBLEM TO BE SOLVED: To provide a cooling container for an oxide superconductor for reducing a temperature gradient inside the oxide superconductor by preventing the oxide superconductor from being abruptly cooled when a refrigerant is introduced, and preventing a temperature difference between the upper and lower portions of the oxide superconductor from being enlarged. SOLUTION: A cooling container comprises a refrigerant tank 1 and vacuum tanks 2, 2' surrounding the refrigerant tank 1. A refrigerant introducing port 3 and a refrigerant gas exhaust port 4 are formed at the upper portions of the refrigerant tank 1 and the vacuum layer 2', respectively. A refrigerant flowing path 5 for introducing a refrigerant through the refrigerant introducing port 3 is formed inside the refrigerant tank 1. An oxide superconductor 7 is placed at a position out of contact with the refrigerant flowing path 5 and a bottom 8 of the refrigerant tank 1.
Patent JP-H07146310-A (JP)
Title: Cross-coil type indicating instrument and method for assembling the same
Inventor: MURAMATSU TORU
IPC: G01R3/00
Filed: 1993-11-22
Abstract: PURPOSE:To easily and accurately mount a movement on a wiring board and to appropriately cope with the automation of the assembly of the movement. CONSTITUTION:A movement 1 is constituted by housing a coil bobbin 3 in a case body 2 and winding a coil 12 around the bobbin 3 and, at the same time, forming a flange section 5 which is protruded from the case body 2 on the periphery of the bobbin 3 and arranging a terminal 6 connected to one end section of the coil 12. Then a guide hole 15 into which the guide jig 14 of an assembling device is inserted is bored into the flange section 5 of the bobbin 3 and forming a positioning projection 19 on the bobbin 3. In addition, a guide hole 10 into which the front end section of the jig 14 is inserted is bored into a wiring board 9 at the position which comes to correspond to the guide hole 15 of the flange section 5 when the movement 1 is assembled on the board 9 and a positioning hole 20 is bored into the board 9 at the position corresponding to the projection 19. Moreover, a terminal holes 11 is bored into the board 9 at the position corresponding to the terminal 6.
Patent JP-H09108992-A (JP)
Title: Compensating method for thermal displacement of machine tool and its device
Inventor: SAKURABA HAJIME
IPC: G05B19/18
Filed: 1995-10-13
Abstract: PROBLEM TO BE SOLVED: To precisely carry out compensation to a machining error due to thermal displacement by compensating the machining error on the thermal displacement to vary correspondingly to the variation of computing temperature. SOLUTION: A thermal displacement compensating device 12 has the first delay temperature computing means 34a for computing temperature variation at an imaginary position P1 where the same behavior as the thermal behavior of the thermal displacement of a machine tool is made using the variation of temperature detected by temperature sensors S1 , S2 . A thermal displacement computing means 32 computes the thermal displacement to vary correspondingly to temperature variation computed by the first delay temperature computing means 34a. A compensating means 33 compensates a machining error on the thermal displacement computed by the thermal displacement computing means 32. The output signal of the compensating means 33 is sent to a numerically controlled device 16 through a programmable controller 15, and fed back to a servo-system for compensating its position.
Patent JP-H05105360-A (JP)
Title: Elevator main rope replacing method
Inventor: TAKAHASHI YASUHIRO
IPC: B66B7/06
Filed: 1991-10-14
Abstract: PURPOSE:To perform work efficiently by a small number of workers by suspending a cage and a balance weight by a shortened main rope in a first group, then connecting a loosened main rope in a second group to a new main rope by a gripper for replacement, and replacing the main rope in the first group in the same way afterwards. CONSTITUTION:Plural main ropes 14 are divided into at least two groups, and the main rope l4a in the first group is shortened to suspend a cage 9 and a balance weight 16 by this shortened main rope. The loosened main ropes 14b, 14c in the second group and a new main rope 22 are connected using a gripper 26, and while winding the existing main rope 14b in the second group, this existing main rope 14b is replaced with the new main rope 22. The cage 9 and balance weight 16 are then suspended by the new main rope 22 in the second group. In this state, the new main rope 22 is connected to the main rope 14a in the first group, and while winding the existing main rope in the first group, the existing main rope is replaced with the new main rope.
Patent JP-H03152702-A (JP)
Title: Bias magnetic field generating device
Inventor: SUGIYAMA SUNAO
IPC: G11B5/02
Filed: 1989-11-09
Abstract: PURPOSE:To make the size of components small and to facilitate the control for reverse by using a permanent magnet for generating a bias magnetic field in common for a drive system for magnetic field inversion. CONSTITUTION:A permanent magnet 301 is contained in a groove part of a holder 306, adhered thereto, a cylindrical projection is provided at both ends and engaged with an inner race of a bearing 304. Moreover, the bearing 304 is coupled with a hole made to a case 307 containing the entire base magnetic field generating device and the case and the bearing constitute a rotary support device with a small load torque. Then the permanent magnet 301 is driven around a rotary center 305 with a small torque. Moreover, a drive coil 302 is fixed to the inner face of the case 307 and designed as close as possible to the permanent magnet in a contactless range when the permanent magnet is driven. Thus, the high speed and stable reversing is attained.
Patent JP-H07142166-A (JP)
Title: Organic dispersion el panel
Inventor: NAKAMURA MITSUO
IPC: G09F9/30
Filed: 1993-11-22
Abstract: PURPOSE:To suppress the decrease of the effective luminescence section area by a lead fitting section, make the lead fitting section thin in thickness, improve the reliability of the lead fitting section, and reduce the manufacturing cost. CONSTITUTION:A transparent electrode layer 14 is integrally laminated and arranged on one principal plane of a luminescence body layer 11 dispersively containing phosphor grains. The transparent electrode layer 14 has a lead connection section 14a protruded from the luminescence body layer 11. A back electrode layer 13 is laminated and arranged on the other principal plane of the luminescence body layer 11 via a reflective insulating layer 12. A laminated body 16 is sealed by packaging films 17, 18, the packaging film 17 (18) has a protruded lead forming section 17a (18a), and this lead forming section 17a is provided with a lead electrode section 20 for the transparent electrode layer 14 made of a printed layer of a conductor paste and a lead electrode section 19 for the back electrode layer 13.
Patent JP-H09109790-A (JP)
Title: Telephone console for automobile
Inventor: SHIMODA MASAYUKI
IPC: B60R11/02
Filed: 1995-10-13
Abstract: PROBLEM TO BE SOLVED: To improve use convenience of a portable telephone and its charger, by providing a holding part of a telephone main unit in a console box, also providing a charging socket in the periphery of this holding part. SOLUTION: An upper surface of a subconsole 1B is formed to serve as a holding part 16 of a telephone main unit 10, a charging socket 20 is provided a little downward from this holding part, a feed power line is arranged from the charging socket 20 to a battery. Normally the telephone main unit 10 is held to the upper surface of the subconsole 1B by an adapter 17 in the holding part 16. In the case of charging, a plug 11A of a charger 11 is inserted to the charging socket 20, further a connector in a tip end of a connection chord 11B is inserted to a connection part 10C of the telephone main unit 10, so as to charge a power supply battery 10B. As a result, the charger 11 can be surely connected, further a charging connection wire is prevented from being unreasonably connected in a car.
Patent JP-S63144226-A (JP)
Title: Optical waveguide type pressure transducer
Inventor: TONO YASUSHI
IPC: G01L9/00
Filed: 1986-12-08
Abstract: PURPOSE:To obtain a high-accuracy pressure transducer which is not affected by pressure by making coherent light on an optical waveguide, straining one branching optical waveguide, and making the light interfere with light passed through the other optical waveguide. CONSTITUTION:Optical waveguides 1-3 made of SiO2 layers nearby the surface of an Si substrate 30 branch to 1a and 1b, 2a and 2b, and 3a and 3b in the middles and come together again to reach the other substrate and part. Holes 5a-5c are formed in the reverse surface on the opposite side from the optical waveguides and are positioned on the sides of one branching waveguide respectively, and diaphragms 6a-6c are formed of their bottom parts and the surface of the substrate. Light from a laser light source 10 which oscillates the coherent light is made incident from end parts of the waveguides 1-3 through an optical coupler 11 and an optical fiber 12. When pressure is applied to the substrate 30 while the light is incident on the waveguides 1-3, the diaphragms 6a-6c are strained by the pressure, but they differ in thickness, so when the same pressure is applied, optical path differences are generated between the holes 5a and 5b, diaphragms 6a and 6b, etc., and interference light is obtained at the confluence points of the optical waveguides.
Patent JP-H09233463-A (JP)
Title: System, method for controlling camera and storage medium
Inventor: SUZUKI KAZUKO
IPC: H04N7/18
Filed: 1996-11-05
Abstract: PROBLEM TO BE SOLVED: To easily discriminate the state of a camera. SOLUTION: Camera icons 66-1 to 66-12 showing the installing positions and azimuths of respective cameras are displayed on a map window 60 while being superimposed. A video display window 62 has six video display areas 62a-62f. The camera icons 66-9 and 66-12 show that the correspondent cameras can not be controlled. The cameras shown by the camera icons 66-1 to 66-4 are connected to the same host and when any one of camera icons 66-1 to 66-4 is selected, all the icons 66-1 to 66-4 are changed into peculiar graphic in yellowish green. When the image of the camera corresponding to the selected camera icon is displayed in one of video display areas 62a-62f of the video display window 62, the frame of that video display area is changed into yellowish green as well.
Patent JP-H05103562-A (JP)
Title: Nephritic and autoimmune-diseased mouse
Inventor: KANESHIRO YUKITAKE
IPC: A01K67/027
Filed: 1991-10-11
Abstract: PURPOSE:To obtain the subject mouse which is a disease model by repeating screening in which an MRL/l strain female is crossed with a BXSM strain male to provide an Fn+1 generation and the Fn+1 generation of an offspring of the most shortest-lived Fn generation is left. CONSTITUTION:An MRL/l strain female is crossed with a BXSB strain male to provide an Fn+1 generation and measure the life of the Fn generation. The Fn+1 generation which is an offspring of a male of the shortest-lived F generation is left to remove other Fn+1 generations. This screening is repeated for a prescribed number of generations. Thereby, the objective mouse nephritic and autoimmune-diseased mouse sensitive to nephritis and autoimmune diseases is obtained.
Patent JP-S63148897-A (JP)
Title: Copying machine
Inventor: YAMAZAKI SHUICHI
IPC: H02P8/00
Filed: 1986-12-10
Abstract: PURPOSE:To prevent generation of unpremeditated vibration in an optical system by keeping a stepping motor at a state where a static torque can be generated to a degree that said optical system does not move. CONSTITUTION:Stepping motors are used for a scanner-driving motor 19 and a lens-driving motor 21. Said respective stepping motors 19, 21 are kept at a state where power is applied thereto even after a rotational drive in variable step drive of said stepping motors and a static torque can be generated in the stepping motors 19, 21 to a degree that a scanner 15, a lens 7 and others do not move by said stepping motors 19, 21. Thus, it is possible to prevent not only unpremeditated vibration of said lens 7, a mirror 16 and others during scanning but also image deterioration and deficiency of magnification.
Patent JP-2001114527-A (JP)
Title: Process for production of optical fiber
Inventor: NAGAYAMA KATSUYA
IPC: C03B37/12
Filed: 1999-10-14
Abstract: PROBLEM TO BE SOLVED: To provide a production process for optical fibers that can efficiently produce the optical fibers having reduced polarization mode dispersion. SOLUTION: In this process, a partially heated preform is drawn into optical fibers, as twisting is applied to the optical fibers so that the twisting direction may be alternately switched. In this case, the optical fiber is characteristically drawn by surrounding the preform and the optical fiber therefrom with a cover in the outer diameter range from 500 μm to 126 μm and filling the inside of the cover with an inert gas.
Patent JP-H06152666-A (JP)
Title: Envelope generating circuit
Inventor: HODOHARA KIYOAKI
IPC: H04L27/20
Filed: 1992-10-30
Abstract: PURPOSE:To reduce the manufacture cost and to save space which is important for mobile body communication. CONSTITUTION:An output bit number is set to M(M<2N) bits by a 1st conversion means 2 ((I<2>+Q<2>)/A is calculated) receiving an in-phase signal I and a quadrature signal Q. Thus, the input bit number to a 2nd conversion means 4 (sq. rt. (Z.A) is calculated) is reduced by L-bits (L=2N-M) in comparison with that to an envelope arithmetic operation ROM (input bit number is 2N).
Patent JP-H09134251-A (JP)
Title: Joystick type operation mechanism for electronic parts
Inventor: TAKEDA GENYO
IPC: A63F13/24
Filed: 1995-11-10
Abstract: PROBLEM TO BE SOLVED: To surely prevent the dust from entering the inside of a case by providing a rotation prevention mechanism at the contact part between the ball part of an operation shaft and the edge of a hole part of a case. SOLUTION: An operation shaft 6 which is held in a neutral state by the force of a spring body 71 can oscillate around the shaft centers of bosses 23 and 23 against the spring force via the operation of an operation knob 8. When the shaft 6 oscillates at the optional positions around the shaft centers of both bosses 23, a ball part 62 can revolve in its parallel direction with the bosses 23 and 23 fitting in the groove parts 64 and 64 used as guides and the shaft 6 also can oscillate in its right-left direction against the front-back direction. Thus the shaft 6 can freely oscillates in all directions around its ball part 62. On the other hand, the part 62 touches the edge of a hole part 21 of a cover 2 and also the bosses 23 of the cover 2 are fit in the groove parts 64 of the ball part 62 to always touch the groove bottom parts 65 and a groove 66.  Therefore, no gap is produced between the shaft 6 projected from the part 21 and the cover 2. Thus no dust enters the inside of the cover 2.
Patent JP-2000084038-A (JP)
Title: Acupressure apparatus for foot sole
Inventor: ITOGUCHI TADASHI
IPC: A61H39/04
Filed: 1998-09-08
Abstract: PROBLEM TO BE SOLVED: To obtain an effect equivalent to treatment performed by an acupressurist by providing a handle at the upper part of a hollow shaft, and an upper support at the lower part, inserting a sliding shaft from an opening part of the hollow shaft, and fitting a handle to the upper part of the sliding shaft, and a pressing part with a protrusion to the lower part. SOLUTION: A handle 1 is fitted to the upper part of a hollow shaft 4, and an upper support 5 is fitted to the lower part of the hollow shaft 4. A sliding shaft 6 is inserted from an opening part 3 provided at the hollow shaft 4, and a handle 2 is fitted to the upper part, while a pressing part 7 is fitted to the lower part. The hollow shaft 4 and the sliding shaft 6 are formed slightly curve 9. The handle 1, 2 are opened, and after putting a foot between the upper support 5 and the pressing part 7, the handle 1, 2 are gripped. Force therefore works to narrow a space between the pressing part 7 and the upper support 5 to apply pressure like acupressure by a protrusion 8, thus obtaining an effect equivalent to treatment performed by an acupressurist.
Patent JP-H09131570-A (JP)
Title: Husking separator
Inventor: YAMANAKA TAKESHI
IPC: B07B13/02
Filed: 1995-11-10
Abstract: PROBLEM TO BE SOLVED: To facilitate the withdrawal of a separating barrel by constituting an unpolished rice receiving plate disposed to extend upward toward the inner peripheral surface of this separating barrel at the side plate existing on the rear side of both right and left side plates at an unpolished rice receiving trough in such a manner that this plate moves near and apart to and from the inner peripheral surface of the separating barrel. SOLUTION: A rotary type separating mechanism 3 is constituted by disposing the unpolished rice receiving trough 24 and a mixed rice receiving trough 27 in the separating barrel 13 horizontally installed in a cover case 12 of a box type. A finish adjusting plate 27 is mounted turnably around a supporting shaft 28 at the top end of the side plate 24a of both right and left side plates 24a, 14b of the unpolished rice receiving trough 24. The unpolished rice receiving plate 29 extending upward toward the inner peripheral surface of the separating barrel 13 is mounted freely turnably around the supporting shaft 30 at the top end of the side plate 24b on the opposite side. This unpolished rice receiving plate 29 is so constituted as to be positioned to the state apart from the inner peripheral surface of the separating barrel via a link 38 when the supply of the mixed rice into the separating barrel 13 stops and a supply sensor of the mixed rice acts to close the supply port.
Patent JP-H04165345-A (JP)
Title: Diazo copying machine
Inventor: KATO HIDEMI
IPC: G03B27/72
Filed: 1990-10-30
Abstract: PURPOSE:To perform copying of a document with constantly preset concentration by correcting a duty ratio of a drive voltage, by means of which a lamp is driven, based on the measuring result of a built wall temperature measuring part and a preset bulb wall temperature and controlling the number of revolutions of a cooling fan motor to cool the lamp. CONSTITUTION:A duty ratio of a drive voltage for a fluorescent lamp is computed based on an output from a quantity of light sensor 33. The duty ratio is corrected based on a value obtained by a bulb wall temperature sensor 35 located to an exposure part 6. An exposure speed sensitized sheet 38 obtained through computing operation is exposed in a duty ratio obtained by the correction operation. Based on an output from the bulb wall temperature sensor 35 and an output from the quantity of light sensor 33, the number of revolutions of a fan motor and the duty ratio of each fluorescent lamp 26 are controlled so that a bulb wall temperature is adjusted to a value within a given range and a quantity of light of each fluorescent lamp 26 is regulated to a set value, whereby a document 39 can be copied with constantly preset concentration.
Patent JP-H08229887-A (JP)
Title: Laminated sheet cutting method and device thereof
Inventor: KAMIJO NORIYUKI
IPC: B41J11/70
Filed: 1995-11-10
Abstract: PURPOSE: To provide a laminated sheet cutting method and a device thereof allowing a laminated sheet to be stably half-cut without the demand of high accuracy to the depth-of-cut of a cutter. CONSTITUTION: In a laminated sheet half-cutting method of cutting only the base material sheet of a laminated sheet 10, formed of a base material sheet and a peeled off sheet, into specified plane shape leaving the peeled off sheet, the laminated sheet 10 is brought into immobile close contact with the flexible material 23 serving as a receiver, with the peeled off sheet side turned onto the flexible material 23 side, and a cutter 32 with an inclined cutting edge 32a is put in relative cutting motion to the laminated sheet 10 with such depth of cut that the tip part of the cutting edge 32a reaches the flexible material 23.