baber/WOPTO huggingface dataset:
Patent JP-H07102889-A (JP)
Title: Tail seal change method and its device of shield excavator
Inventor: KAINUMA NORIO
IPC: E21D11/00
Filed: 1993-10-07
Abstract: PURPOSE:To change a tail seal in an excavator without extending the length of the excavator. CONSTITUTION:While a water cut-off filler injection pipe 12 to transfer a water cut-off filler B to the rear side in the excavating direction is provided on the outer periphery of a tail frame 6, a tail seal installing ring 14 having tail seals 7 and 8 is provided slidable on the front side and the rear side in the excavating direction is provided on the inner periphery of the tail frame 6. The installing ring 14 is connected to the rear side of a shield jack 4, and it is pulled in to the front side in the excavating direction so as to release the tail seals in the excavator 22 at the front side of a segment 5a. In the advancing time of the installing ring 14, the water cut-off filler B is injected into the rear part of the tail seals, a seal member 18 is placed between the tail frame and the segment, and after the tail seals are changed, the installing ring 14 is cut off from the shield jack 4 and locked to the segment. After the tail frame 6 is advanced, a spacer 21 is placed at the inner peripheral surface of the rear side of the tail frame, so as to hold the installing ring 14.
Patent JP-H04132546-A (JP)
Title: Shock wave therapeutic apparatus
Inventor: FUJII NAOKO
IPC: A61B17/22
Filed: 1990-09-25
Abstract: PURPOSE:To enable the positioning of a shock wave generating section easily and in a short time by including a recording means to record a position and an attitude of the shock wave generating section into a recording medium when it is positioned with respect to an object to be inspected and an attitude reconstructing means to position the shock wave generating section at the position and attitude specified with respect to the object to be inspected. CONSTITUTION:When a vital object A is placed on a table 4 and a memory card 12 for the vital object A is inserted into an shock wave controller 11, the device 11 reads out a data of an object to be inspected of the vital object A recorded on the card 12 to determine the position and attitude of the shock wave generating section 1 and sends a position control signal to a moving mechanism 2 to control a motor for frames 7, 8 and 9 and a finely adjusting mechanism 10. As a result, the shock wave generating section 1 is positioned at the position and attitude specified. At this point, the position and attitude of the generating section 1 are recorded into the memory card 12. Then, the controller 11 reads the position and attitude of the generating section 1 and sends a position control signal to a moving mechanism 2. Thus, the generating section 1 is positioned accurately in the position and attitude for an affected part and the controller 11 issues a generation command to the generating section 1.
Patent JP-S63106508-A (JP)
Title: Method and apparatus for inspecting mounting state
Inventor: UNO SHINICHI
IPC: G01B11/24
Filed: 1986-10-24
Abstract: PURPOSE:To certainly inspect the mounting state of an object to be detected, by a method wherein the predetermined object containing the object to be detected is irradiated with light from a diagonally upward side and the side opposite to the object to be detected to generate shades on the side surface of the object to be detected and the side surface thereof on the opposite side thereof and unnecessary information is removed from the image informations obtained by said irradiation to perform the matching of shaded patterns with a standard pattern. CONSTITUTION:A plurality of circuit parts 3a-3d are mounted to the required places of a circuit substrate 1 having a required pattern 2 formed thereon. An image pickup camera 6 is arranged above the board 1 and the predetermined region of the board 1 present within the visual field of the camera 6 is separately irradiated with the lights from light irradiation devices 7a, 7b arranged at diagonally upward parts on both sides of the camera 6. The image informations picked up by the camera 6 are converted by an A/D converter circuit 9 to be respectively recorded on the first and second image memories 10a, 10b. The difference between the image informations of the memories 10a, 10b on the same coordinates is calculated by a subtractor circuit 11 and the matching of the shaded patterns of the image informations with a preset standard pattern is taken by a pattern matching circuit 13 inputting the output from a binarization circuit 12 to inspect the mounting state of the parts 3a-3d.
Patent JP-H0585227-A (JP)
Title: Positioning structure of instrument panel for vehicle
Inventor: OGAKI SHIRO
IPC: B60K37/00
Filed: 1991-09-30
Abstract: PURPOSE:To fit a positioning leg in a location hole properly even in the case where this hole is more or less shifted by installing this positioning leg in a connecting member, guiding both upper and lower legs to respective call-in inclines and, after they are deformed with each other and fitted and inserted into each location hole, engaging the lower leg in each engaged part and then regulating the insertional motion. CONSTITUTION:A panel connecting member 11 is provided with a positioning leg 12 at the front and a setting part 13 at the rear, respectively. The positioning leg 12 forms each of lead-in inclines 14a, 15a on the front topside of an upper leg part 14 and the front underside of a lower leg part 15, shifting both these leg parts 14, 15 with each other to a location hole 17a so as not to interfere with each other at time of deformation of these leg parts. In addition, the lower end of a front end of the load-in incline 14a and the upper end of a front end of the incline 15a are accorded with each other on a virtual plane halving them in the extension direction of the positioning leg 12. Subsequently, two engaged parts 14b, 15b, regulating each insertional motion of respective legs 14 and 15 from the location hole 17a, are installed in each rear end of these load-in inclines 14a and 15a.
Patent JP-H0586615-A (JP)
Title: Steel continuous underground wall and its construction
Inventor: KAWAMOTO HIDEKAZU
IPC: E02D5/18
Filed: 1991-09-30
Abstract: PURPOSE:To shorten the period of construction as well as reduce the cost of construction by greatly reducing the thickness of wall. CONSTITUTION:A preceding unit steel material 1 inserted into soil-cement line wall 2 continued by partly lapping soil piles 2a and a following unit steel material 1' inserted into the adjacent soil-cement column line wall 2' are connected at their butted ends by a slide coupler 3, Studs 4 and reinforcing bars 5 are set in Cite closed portion formed when connecting the butted ends of the materials 1 and 1' and concrete 6 is placed. The underground wall can thus be utilized as underground outer wall, earthquake-proof wall, or bearing wall because strong resistance can be offered for outer and inner shearing forces. This method can contribute to the construction of buildings having great-scale, great-depth underground structures.
Patent JP-S62111761-A (JP)
Title: Wire drive device for wire dot head
Inventor: TOMINAGA HIDEKAZU
IPC: B41J2/275
Filed: 1985-11-12
Abstract: PURPOSE:To reduce power consumption and enable high-speed recording to be performed by allowing an armature to be attracted to a retracting side yoke through sagging of a leaf spring during non-recording time and allowing the armature to approach a striking side yoke through the elastic force of the leaf spring, and attracting the armature with an increased magnetic flux of the striking side yoke. CONSTITUTION:A magnetic flux PHI2 running through a retracting side yoke constitutes a closed loop heading for an opposite direction to a magnetic flux PHI1. The magnetic fluxes PHI1, PHI2 cancel each other in a common core 16. Therefore, no restraint by the magnetic flux rests on the armature 17 during non-recording time, so that it is afloat in the air through a leaf spring 18. Under this state, if an electric current is applied into a direction where the magnetic flux PHI2 is increased for a coil 20 for recording, the armature 17 moves to the retracting side yoke 13 side, resulting in the minimization of a gap between the armature and the yoke. Under this state, the current supplied to the coil 20 is reversed, the elastic force of the leaf spring 18 becomes stronger than the attractive force of the magnetic flux PHI2, and the armature 17 is quickly attracted toward the striking side yoke 10 by the attractive force of the magnetic flux PHI1 and an additional attractive force of magnetic field generated by the coil 20.
Patent JP-S61126761-A (JP)
Inventor: YAN ARUFUONSU KASARINA MEUITSU
IPC: H01K1/58
Filed: 1985-11-12
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-H0299830-A (JP)
Title: Method and device for measuring flow rate in tube therefor
Inventor: HOCHIDO YUKO
IPC: G01F1/66
Filed: 1988-10-06
Abstract: PURPOSE:To enable measurement of a flow rate irrespective of the temperature and pressure of a fluid by measuring a phase of an acoustic wave propagated through the fluid in a conduit through with the fluid flows. CONSTITUTION:A vibrator 6 is provided on a measuring tube 7, and also two vibration sensors 4 and 5 are provided thereon at equal distances in the opposite directions from the vibrator 6. When a fluid is let to flow through the measuring tube and an acoustic wave is generated from the vibrator 6, a phase is formed in the acoustic wave caught by the vibration sensor 5 positioned on the upstream side of the fluid as a medium for propagating the acoustic wave and in the acoustic wave caught by the vibration sensor 4 positioned on the downstream side. Since this phase is proportional to the velocity of the fluid, a flow rate can be measured precisely by measuring the phase. Thereby the flow rate can be measured irrespective of the kind, temperature, pressure, heat capacity, viscosity and velocity distribution of the fluid. Since the phase of the acoustic wave is detected, is addition, the precision is measurement and the sensitivity of measurement are excellent, and thus a minute flow rate can be measured.
Patent JP-H0299909-A (JP)
Title: Optical scanner
Inventor: HADAMA HIDETOSHI
IPC: G02B26/10
Filed: 1988-10-06
Abstract: PURPOSE:To shorten the optical scanning time on a scanning image formation surface by interposing an optical branch device between a light source and the scanning image formation surface, and scanning on the image formation surface with plural divided pieces of luminous flux at the same time. CONSTITUTION:The optical branch device 3 formed by combining a Wollaston prism and a 1/4-wavelength plate together is interposed in the optical path between the light source 1 and scanning image formation surface T. The Wollaston prism splits circular polarized light from the light source into two linear polarized light beams, which are converted by the 1/4-wavelength plate into circular polarized light beams and further split into two by the Wollaston prism. Thus, the plural light beams split by the optical branch device 3 are scanned on the scanning image formation surface T at the same time. Thus, the luminous flux is split into plural pieces and scanned to increase the scanning speed substantially to shorten the time required for scanning of constant area.
Patent JP-S62113255-A (JP)
Title: Off-line information transfer system
Inventor: FURUHASHI TORU
IPC: H04L29/10
Filed: 1985-11-13
Abstract: PURPOSE:To transmit and receive off-line information such as maintenance operation information by providing an information transmitter receiver with a memory which is stored temporarily with information to be sent to and received from a high-priority device and a circuit which transmits and receives a command or status regarding the transmission and reception of information. CONSTITUTION:When information is transmitted from the high-priority device 20 of one system to the high-priority device L3 of another system, the high- priority device 20 informs the CPU 12 in an information transmitter receiver 10a by using an event circuit Q1. When receiving this command, the CPU 12 hunts an unused page memory among PM0-PMn to inform the high-priority device 20 of that by using an event circuit Q2 and a request to send is sent to the CPU 12 by using the even circuit Q1. The CPU 12 starts an SDI 11 on knowing the request to send and sends out information to the high-priority device in the other system. When the information is received, said operation is performed reversely. Consequently, off-line information is transmitted and received without providing any exclusive hardware and normal information by the same procedure as a normal information transmission and reception procedure.
Patent JP-H0987076-A (JP)
Title: Treatment of crude refuse
Inventor: UEDA NOBUO
IPC: C05F9/04
Filed: 1995-09-29
Abstract: PROBLEM TO BE SOLVED: To provide a method for treatment of crude refuse which effectively utilizes resources and does not drift smells about the peripheries of facilities by recycling the crude refuse as compost and recycling the sewage discharged together with the crude refuse, thereby, effectively using a resource. SOLUTION: This method includes a stage for pulverizing the charged crude refuse, then transferring the crude refuse to an adjusting tank 21, successively transferring the crude refuse therefrom to a dehydrating machine 22, separating the crude refuse to solid and sewage, subjecting the solid to a fermentation treatment with a fermentation treating machine, maturing the fermented crude refuse and reutilizing the crude refuse as the compost and a stage for transferring the sewage from the dehydrating machine 22 to a biological treating machine 23, injecting air thereto to purify the sewage, separating the sewage to treated water and sludge, reutilizing the treated water as regenerated water and charging the sludge to the fermentation treating machine 3.  A deodorizing device 4 provided with a dehydrator for dehyrating moisture from the smells generated in the fermentation treating machine, a liquid deodorant and a solid deodorant is installed to the fermentation treating machine 3 for composting the crude refuse. The smells generated by the fermentation treating machine 3 are removed by the deodorizing device 4 and, thereafter, the air is released to the outdoor air.
Patent JP-S6470053-A (JP)
Title: Press roller type finger-pressure device and rotary silver ball of exclusive use for foot
Inventor: KIYOUNOU YOSHINORI
IPC: A61H39/04
Filed: 1987-09-01
Abstract: PURPOSE:To obtain a foot exclusive finger-pressure device usable in a seated state, by constituting the title device of a stand for supporting a part wherein the bottom part of a ball is supported by an angular ball bearing and an external support so as to make the ball freely rotatable. CONSTITUTION:This finger-pressure device is constituted of a stand 4 for supporting a part wherein the bottom part of a ball 1 is supported by an angular ball bearing 2 and an external support 3 so as to make the ball 1 freely rotatable. A shaft is passed through the center of the ball 1 and both ends thereof are fixed by ball bearings to rotate the ball 1 before and behind. The calf of a foot or a part feeling fatigue of a foot is placed on the ball of this device in a seated state and lightly moved to develop finger-pressure and massage effects to relieve fatique. When the sole of a foot is placed on the ball 1 of this device in a state sitting down on a chair and lightly pushed and moved, the finger-pressure and message effects of the effective spots of the sole of a foot are developed to relieve fatique.
Patent JP-H07103390-A (JP)
Title: Heat insulating panel and manufacture thereof
Inventor: YAMAZAKI ATSUSHI
IPC: F16L59/06
Filed: 1993-10-08
Abstract: PURPOSE:To provide a heat insulating panel which has airtightness and high heat insulating property and can be manufactured and mounted easily. CONSTITUTION:A heat insulating panel 1 consists of a resin vessel 2, a metallic film 3 which is formed on an inner wall of the resin vessel 2, and a heat insulating spacer material 4 which is filled in a space formed out of the metallic film 3. As for the manufacturing method of the heat insulating panel 1, the metallic film 3 is formed on the inner wall of the resin vessel 2, the spacer material 4 is filled in the inside of the resin vessel 2, and an opening of the resin vessel 2 is covered with unwoven fabric 6. Next, pressure inside of the resin vessel 2 is reduced, the opening of the resin vessel 2 is covered with an aluminum deposited laminated film 9 when pressure inside of the resin vessel 2 is reduced below a predetermined pressure, and the aluminum deposited laminated film 9 is welded to a flange 2a of the resin vessel 2. When the heat insulating panel 1 is mounted on, for example, a heat insulating wall of a refrigerator, it can be mounted easily by the flange 2a of the resin vessel 2.
Patent JP-S63106659-A (JP)
Title: Heat developing device
Inventor: KONO JUNICHI
IPC: G03D9/00
Filed: 1986-10-23
Abstract: PURPOSE:To efficiently execute a heat developing and to make a heat developing and transfer part compact by operating together with an electric conduction heating system and a pressure means. CONSTITUTION:Electric conduction heating means 3A, 3B are provided as heating means, and in an electric conduction area of a photosensitive element 1 and an image receiving element 2, a pressure means 12B for giving a superposition pressure of >=0.1kg/cm<2> to both the elements 1, 2 is placed. The elements 1, 2 themselves are heated directly by electric conduction heating, therefore, the heat transfer efficiency through a contact surface by atmosphere heating and a heat block, etc., is high, and also a space allocated to a heating element such as a heater, etc., and a heat transfer part is saved, thus a heat development and transfer part can be made compact. Since both the elements 1, 2 are superposed by pressure, not only a development processing speed becomes high but also a pigment picture formed on the photosensitive element 1 is transferred evenly and uniformly into the image receiving element 2.
Patent JP-H0298678-A (JP)
Title: Jig for testing printed board unit
Inventor: NOMURA YUKINOBU
IPC: G01R31/28
Filed: 1988-10-05
Abstract: PURPOSE:To simplify structure by placing a printed board unit to be tested on a seal frame member having elasticity on a fixed plate, sucking it downward by negative pressure, bringing a test point and a contact pin into contact with each other and connecting them. CONSTITUTION:In a state that a fixed plate 2 is placed on a testing table 20, and a connecting member 11 of an in-circuit tester (ICT) is connected to a connecting member 9, a printed board unit PU to be tested is placed on a seal frame member 3, and when air of a space 5 is exhausted from an air hole 6 by a vacuum pump 25, the printed board unit PU is sucked downward by negative pressure, a test point TP is brought into contact with a contact pin 4 and connected thereto, and the unit is tested by a signal from the ICT. In such a way, by attaching all members to one piece of fixed plate 2, the structure is simplified, and also, it can be attached and detached easily to and from the testing table 20.
Patent JP-H0891263-A (JP)
Title: Lighting system of optical fiber
Inventor: TADANE TSUTOMU
IPC: B60Q1/30
Filed: 1994-09-21
Abstract: PURPOSE: To integrate the positioning relation of a light source and a condensing lens at the tip of an optical fiber constantly, and to converge the light effectively, by forming integrally or holding and fixing integrally the light source diffusing part of a case and the light condensor installed to the tip of the optical fiber. CONSTITUTION: In the front lamp of a bicycle, the inner peripheral surface of a diffusing part 2 inside a case 1 is covered by a reflection mirror. In this case, a condensing lens 4 provided close to the light source 3 is formed integrally or held and fixed integrally in the direction square to the light radiating direction of the light source 3. And the tip of an optical fiber 5 is inserted and fixed to the bottom hole 6 of the condensing lens 4. In this case, the center of the condensing lens 4, and the center axis of the filament of the light source 3 and the optical fiber 5, are provided on the same straight line, and the light quantity is collected by the condensing lens 4 as much as possible, and injected to the optical fiber 5.  Consequently, the positioning relation of the light source 3 and the condensing lens 4 at the tip of the optical fiber 5 are integrated constantly, so as to collect the light effectively.
Patent JP-H02100645-A (JP)
Title: Preparation of processed frozen rice cake suitable for heating with microwave oven
Inventor: MIYAKE MASAKO
IPC: A23L7/10
Filed: 1988-10-06
Abstract: PURPOSE:To obtain the subject rice cake heatable with a microwave oven without causing the deformation, burst, protrusion of stuffed content, etc., by wrapping a formed rice cake with a laver sheet, etc., and freezing the wrapped cake. CONSTITUTION:The objective rice cake can be prepared by wrapping a formed rice cake with a laver sheet, an edible leaf or an edible sheet food and freezing the wrapped rice cake.
Patent JP-H0997426-A (JP)
Title: Production of magnetic recording medium
Inventor: YAMAMOTO YUZO
IPC: G11B5/84
Filed: 1995-09-29
Abstract: PROBLEM TO BE SOLVED: To effectively remove abnormal projections by forming a magnetic layer on a nonmagnetic substrate and forming a protective layer on this magnetic layer, then irradiating this nonmagnetic substrate with a laser beam in parallel therewith. SOLUTION: The irradiation with the laser beam is execute by rotating a disk 1 at about 100rpm speed and irradiating the disk 1 with the laser beam converged and condensed by a lens system in parallel therewith. At this time, the abnormal projection 2 is controlled to the extent that the end of a luminous flux comes into or does not come into contact with the disk surface according to forming conditions. The disk 1 is so arranged to face outside in such a manner that the surface to be formed with the protective layer may be irradiated with the laser beam. The removal of the projection is attained by thermal energy if the laser beam L is passed near the abnormal projection even if the laser beam does not come into contact with the abnormal projection.
Patent JP-H0196283-A (JP)
Title: Fluorescent substance
Inventor: YAMAKAWA MASAHIKO
IPC: C09K11/67
Filed: 1987-10-09
Abstract: PURPOSE:To obtain a fluorescent substance consisting of a specific aluminate, activated with bivalent europium and emitting blue light with hardly any change in color of emitted light during lighting a lamp. CONSTITUTION:A fluorescent substance obtained by using a compound expressed by the formula (0.1<=x<=0.5; 0.1<=y<=0.8; 0.03<=z<=0.10; x+y+z=1; 1.5<=a<=4.5; M is Ti, Zr or Hf; 0<b<=0.05).
Patent JP-S63111514-A (JP)
Inventor: AZUMI KAYA
IPC: G05D22/00
Filed: 1987-10-09
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-H07109898-A (JP)
Title: Augmentative fastening device for segment fastening bolt
Inventor: KOJIMA TOSHIO
IPC: E21D11/08
Filed: 1993-10-12
Abstract: PURPOSE:To easily and efficiently perform the augmentative fastening work without requiring a working scaffold by arranging a travel rail and carriages, and supporting bolt fastening tools with movable tool holding balancer devices. CONSTITUTION:Driving devices 8, 38 are operated, and an upper carriage 5 and a lower carriage 35 are arranged according to segment fastening bolt installation positions. A traversing carriage 43 is operated, and upper and lower tool holding balancer devices 23, 45 are arranged. Compressed air is fed to the balancer devices 23, 45 from a compressor 30, and upper and lower bolt fastening tools 28, 46 are coupled with the segment fastening bolts to be augmentative fastened. The fastening bolts are augmentatively fastened, the traversing carriage 43 is operated after the fastening is completed, and the balancer devices 23, 45 are moved according to the adjacent next segment fastening bolts in the peripheral direction of a tunnel 1.