baber/WOPTO huggingface dataset:
Patent JP-H1088857-A (JP)
Title: Vibration isolation construction of structure
Inventor: YATSUHASHI MOTOHARU
IPC: E04B1/36
Filed: 1996-09-13
Abstract: PROBLEM TO BE SOLVED: To widen range of selection of lubricant, miniaturize a bearing plate for bearing a ball and to reduce a material cost. SOLUTION: This vibration isolation construction of a structure is equipped with a vibration isolation bearing body 6 provided between footing 2 and structure 4 and bearing the structure 4 in the horizontal direction in a movable manner. In that case, the vibration isolation bearing body 6 is equipped with a bearing plate 8 fixed to the structure 4, a ball 10 held on the footing 2 side and, at the same time, rolling on a slope 8a of the bearing plate 8 when displacement of the footing 2 and structure 4 is relatively made, and a ball holding body 12 fixed to the footing 2 and holding the ball 10 in a rotatable manner. A spherical recess section 12b1 is opened upward and is provided to the ball holding body 12, the ball 10 is borne on the recess section 12b1 in a rotational manner and, at the same time, lubricant 18 is poured into a gap between the ball 10 and recess section 12b1.
Patent JP-H1183864-A (JP)
Title: Automatic analyzer
Inventor: KAI SUSUMU
IPC: G01N35/04
Filed: 1997-09-09
Abstract: PROBLEM TO BE SOLVED: To enable a specimen rack carrying direction to be changed by providing belt lines corresponding to an analysis module, and arranging a curved carrying unit having a curved carrying line for the specimen rack so as to connect the belt lines. SOLUTION: The taking-in and discharge positions for a pecimen rack is fixed and the lengths of analysis modules 7, 19 are constant. An upstream and a downstream belt lines 3a, 3b are provided in correspondence with the modules 7, 19, and a curved carrying unit 27 is arranged between the lines 3a, 3b. With the unit 27 provided therebetween the carrying path of the rack can be changed at the angle of 90 degrees substantially in its direction. Accordingly, the layout of automatic analyzer can be easily changed by inserting the unit 27 therebetween such that the placement position of the analysis modules 7, 19 may be changed in correspondence with the installation space of an inspection room and the using purpose of a user.
Patent JP-H08113283-A (JP)
Title: Carrier tape
Inventor: SHIHO MASAHIKO
IPC: B65D85/86
Filed: 1994-10-07
Abstract: PURPOSE: To obtain a carrier tape which can be stably wound even if a continuous-length carrier tape is wound on a reel. CONSTITUTION: In a resin-made carrier tape 10, electronic component parts are each inserted and transported in each of a plurality of recessed parts 16 formed at specific intervals along a center axis of a base tape 12, thin plate parts 22 are formed into such a thin plate as to be distorted in the longitudinal direction of the base tape 12, and small-width parts 20 are formed to have such a small width as to be distorted crosswise with respect to the center axis of the base tape 12. The thin plate parts 22 and the small-width parts 20 are alternately provided with the recessed parts 16 in between.
Patent JP-2001063973-A (JP)
Title: Booming vehicle for high lift work
Inventor: ANZAI KOICHI
IPC: B66F9/06
Filed: 1999-08-30
Abstract: PROBLEM TO BE SOLVED: To increase a tool storage capacity without increasing the height of a tool box and without having influence on the stability and working area of a working vehicle. SOLUTION: A booming vehicle 1 for high lift work comprises a body 10 having a chassis 12 behind a driver's seat 11, a swivel base 20 provided at the rear of the chassis 12, a boom mounted on the swivel base 20 and a working table provided at the end of the boom. Front tool boxes (first to third tool boxes 61, 62, 63) are provided in an area between the driver's seat 11 and the swivel base 20 on the chassis 12 and rear tool boxes (fourth to fifth tool boxes 64, 65) are provided in a side area of the swivel base 20 on the chassis 12. The right-to-left size of the rear tool boxes 64, 65 is smaller than the right-to-left size of the front tool boxes 61, 62, 63 located in front of the rear tool boxes 64, 65.
Patent JP-H0963704-A (JP)
Title: Connector
Inventor: SUZUKI KAZUYOSHI
IPC: H01R13/629
Filed: 1995-08-30
Abstract: PROBLEM TO BE SOLVED: To provide a highly flexible connector double usable regardless of whether a partner's side equipment has a connector detecting switch, movable plunger or guide groove or not by providing a lever having specified structure in a connector having the lever and a contact. SOLUTION: In a connector 2 having a lever 26 and contacts 22, 23, the lever 26 is formed in such a manner that the free end of the lever 26 can be protruded from and recessed into a housing 21 so as to be flush with at least the surface of the bottom plate of the connector 2. A lever front 26e of the lever 26 is preferably formed in such a manner as to push a movable plunger 14a for physically detecting the electric connection with a plurality of aligned contact groups 11a provided on a partner's socket 1. The lever 26 is formed of an elastic strip metal plate, and preferably formed in such a manner that one end part is fixed into the housing 21, and the other end part can be protruded and recessed as a free end through an opening provided in the housing 21, so that it is housed in the housing when not required.
Patent JP-2000074558-A (JP)
Title: Air liquefaction separating device and air liquefaction separating method
Inventor: NARITA MASATOSHI
IPC: F25J5/00
Filed: 1998-08-28
Abstract: PROBLEM TO BE SOLVED: To provide an air liquefaction separating device and a method for operating this device in which a normal operating state can be reached within a short period of time when the device is restarted. SOLUTION: There is provided an air liquefaction separating device in which a lower tower 14, an upper tower 15, and a crude argon tower 17 are installed to liquefy air, rectify it and recover oxygen, nitrogen and argon or the like. There is provided a crude argon tower condenser bypassing passage 45 for connecting an oxygen enriched liquefied air feeding passage 30 for feeding out oxygen enriched liquefied air from the lower part of the lower tower 14 and feeding it into a condenser 33 in the crude argon tower 17 with a passage 43 for feeding either non-evaporated oxygen enriched liquefied air or evaporated oxygen enriched air fed out of the condenser 33 to the upper tower and then the crude argon tower condenser bypassing passage 45 is provided with a bypass valve 46.
Patent JP-H05138170-A (JP)
Title: Water discharge structure of continuous electrolytic ionized water generator
Inventor: NAKAYAMA TAKEHISA
IPC: C02F9/00
Filed: 1991-08-30
Abstract: PURPOSE:To automatically discharge the water in the activated-carbon cartridge and electrolytic cell and to leave water in the electrolytic cell while a reverse voltage is impressed on an electrode plate in the electrolytic cell by closing the feed valve for city water, etc. CONSTITUTION:The feed water is allowed to flow through 10, an inlet passage 12, an impurity removing means 14 having a check valve to introduce air when the water supply is stopped at its top, an outlet passage 18 and an electrolytic cell 16 and introduced into an alkaline water passage 38 and an acidic water passage 40. The pipelines 12 and 18 are connected by a pipeline 34 having a check valve to allow water to flow from 12 to 18 at a specified differential pressure. A pipeline 46 having a check valve 46 to be opened at a specified differential pressure is branched from the outlet passage 18 at a position 48 below the impurity removing means 14 and electrolytic cell 16 and connected to a water discharge passage.
Patent JP-S62169359-A (JP)
Inventor: JIEEMUZU DEII ARAN
IPC: H01L21/8238
Filed: 1986-10-16
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-H0295515-A (JP)
Title: Control device of distance between electric poles for electric discharge machining
Inventor: TANEDA ATSUSHI
IPC: B23H1/02
Filed: 1988-09-30
Abstract: PURPOSE:To make the control of an optimum distance between poles possible and free from the processing condition, etc., by constituting a comparator so that is performs control of the distance between poles by actuating a processing pole based on the deviation signal that is outputted comparing the current value or the ceiling valve of the unloaded time with the pre-set unloaded time. CONSTITUTION:The unloaded voltage state is detected from the voltage wave between poles by a detector 20, its unloaded time of the unloaded voltage state is measured by an unloaded time measuring device 21, and its current value of the unloaded time is retained for every pulse by a retainer 24 and outputting is performed. Otherwise the unloaded time exceeding a fixed time is detected by a second detector 23, and the ceiling value of the unloaded time set by an unloaded time ceiling value setter 22 is retained by the retainer 24 and outputting is performed. Subsequently a comparator 26 outputs the deviation signal comparing the unloaded time previously set as a target of control with the current value of the unloaded time outputted from the retainer 24 or the ceiling value of the unloaded time, and, an electric pole actuating circuit 27 outputs the electric pole actuating signal to actuate a processing electric pole 5 from that deviation signal, and controls the distance between poles.
Patent JP-2001063557-A (JP)
Title: In-pipe running device
Inventor: SAKURAGI HIROTAKA
IPC: F16L55/32
Filed: 1999-08-31
Abstract: PROBLEM TO BE SOLVED: To actualize smooth running at all times regardless of the shape of a pipe body. SOLUTION: The device is provided with driving cylinders 13 and 23, paired front and rear moving bodies 1 and 2 having diaphragms 31 and 32 parted from the inner wall surface Pa of a pipe body P at the sides of the tube members 14 and 24 of the driving cylinders 13 and 23 in a contracted condition, but abutting against the inner wall surface Pa of the pipe body P in a spaced and expanded condition, and with a connecting body 3 elastically connecting the rod member themselves of the driving cylinders 13, 23 together. This constitution thereby allows an inline running device to enhance running performance by widening its velocity changing range, and subdividing the width of its adjustment.
Patent JP-H1086239-A (JP)
Title: Method and device for automatic winding of belt-shaped material
Inventor: MURAKOSHI MASAYUKI
IPC: B29D30/30
Filed: 1996-09-17
Abstract: PROBLEM TO BE SOLVED: To obtain a winding device which can wind a belt-shaped material automatically without necessitating hands, on the occasion of winding the material, and which has simple equipment and is inexpensive. SOLUTION: A timing belt 9 driven to rotate synchronously with a carrying conveyor is provided at least on one side part in the direction of carriage of the carrying conveyor, while the fore end Wa of a belt-shaped material W is clamped on the carrying conveyor, and a clamping means being movable back and forth in the horizontal direction on a forming drum 3 is provided. A belt clamping device 25 which can grasp and release the timing belt 9 is provided for the clamping means, and a sucking and holding means 31 which sucks the fore end of the belt-shaped material W and makes it held on the surface of the forming drum 3 is provided on the forming drum 3 or in the vicinity thereof.
Patent JP-S62102327-A (JP)
Title: Signal detecting device
Inventor: TOMINO TADASHI
IPC: G06F3/037
Filed: 1985-10-29
Abstract: PURPOSE:To read code information accurately and easily by providing a sensor body in a cylindrical suction cup in an axially movable state and adjusting the distance between a screen and the sensor body when the suction cup is positioned on the screen suctionally. CONSTITUTION:A screw 4 is formed in the inner wall of a cylindrical holder 3 fixed at the inner part of the suction cup 1 and a screw 7 is formed in the outer peripheral wall of a cylindrical moving body 5 which incorporates the photosensor 6; and the moving body 5 is engaged threadably in the holder 3 to connect the sensor 6 to a controller electrically by a cord 8. Then, the suction cup 1 is positioned suctionally covering bar code information display areas 10, 11, and 12 on the CRT display screen 9 of a TV and the distance l between the screen 9 and sensor 6 is adjusted with the screws 4 and 7 according to variation in the size of the areas 10, 11, and 12.
Patent JP-S6487899-A (JP)
Title: Impeller for electrically-driven blower
Inventor: YOSHIDA TAKESHI
IPC: F04D29/28
Filed: 1987-09-29
Abstract: PURPOSE:To improve the efficiency by making the claw of a blade which corresponds to the central portion of a shroud larger as well as making the caulking amount larger in integrally connecting the shroud with the blade. CONSTITUTION:The claw 8a of a blade 7 which corresponds to the central portion of a front shroud 5 is formed larger than the caulking claws 8b of other portions. The caulking force resistable to the springback of the front shroud can be thereby increased, so the clearance between the shrouds 5, 6 and the blade 7 can be removed and the blower efficiency is improved.
Patent JP-S61124065-A (JP)
Title: Manufacture of thermal-cell
Inventor: HARAGUCHI KAZUNORI
IPC: H01M6/36
Filed: 1984-11-20
Abstract: PURPOSE:To improve life of a thermal-cell while improving adsorption by a compact by adding a material to be adsorbed to an inorganic adsorbent material divided in two times for being mixed and preadsorbed after the first adding and mixing. CONSTITUTION:A 16pts.wt. of fine silica powder and an 84pts.wt. of an electro lyte are uniformly mixed. Next, in a preheating treatment process, the electro lyte is adsorbed to the surfaces of fine silica powder followed by crashing the mixture for being powdered under 60 meshes. The addition is made so that a mixing ratio of fine silica powder and the electrolyte may be 12:88 to be again mixed sufficiently. Thereafter, a compact is made for being given heat treatment and crashed followed by being regularly molded into an electro lytic layer of a thermal-cell while using said powder. The discharge life of the thermal-cell having used said pellet is sharply increased.
Patent JP-H0970066-A (JP)
Title: Radio communication method
Inventor: SATOU YOSHIHARU
IPC: H04W48/16
Filed: 1995-08-31
Abstract: PROBLEM TO BE SOLVED: To improve the frequency utilizing efficiency with a small call loss by employing the communication system of a small cell when an idle channel is in existence in the small cell and using a communication system of a large cell when no idle channel is available. SOLUTION: When a terminal equipment 101 using the communication system of a small cell 102 makes a call and when no idle channel is in existence in the small cell 102, an idle channel of the communication system of a large cell 112 is used to transmit call information of the communication system of the small cell 102. Then the communication is started by the communication system of the large cell 112. When an idle channel takes place in the small cell 102 during the communication, the communication system of the small cell 102 is used to continue the communication.
Patent JP-S63100562-A (JP)
Title: File system control method
Inventor: NISHIKADO TAKASHI
IPC: G06F15/177
Filed: 1986-10-17
Abstract: PURPOSE:To define a file structure without minding the other users by allowing only the file access request from a member belonging to a group to access a part of another file. CONSTITUTION:A means is provided which validates extension of the file structure due to coupling only for specific users or programs designated as a group. A means is provided where the cancel condition of coupling relations, for example, information indicating whether all members designated as the group terminate the file processing or not is stored, and said coupling relations are automatically cancelled when the cancel condition is satisfied, thereby preventing extension of the file structure from having an influence upon following processings. Since the file structure extended by group designation is ineffective for members which do not belong to the group, the file structure can be freely defined without taking influences upon persons other than concerned persons into consideration.
Patent JP-H03111171-A (JP)
Title: Polishing device
Inventor: KOJIMA KATSUYOSHI
IPC: B24B37/04
Filed: 1989-09-22
Abstract: PURPOSE:To prevent the thermal deformation of a work holding panel and work with the heating by a contact resistance, by providing a magnetic means which bonds a spherical part magnetically in a noncontact state with a receiving part on this spherical part. CONSTITUTION:When a driving shaft 25 and polishing surface plate 13 are rotated by operating a driving motor 28, a tommy bar 16 is also rotated together with this driving shaft 25. When this tommy bar 16 is rotated, the coil 22 of each projection body 18 is fed, a work holding panel 11 is also rotated together with a receiving member 14 via the receiving part 15 bonded with the spherical part 17 of the tommy bar 16 magnetically with the excitation of these exciting parts 19 and the face brought into contact with the polishing surface plate 13 of a work 12 is polished. In this case, the receiving member 14 formed with the receiving part 15 becomes to perform a back rotation in a noncontact state with the spherical part 17, so the heating by the contact resistance can not be generated among those. Consequently, the working holding panel 11 fixed with joining to the receiving member 14 and the work 12 sticked thereto are not deformed thermally and the working accuracy is not reduced.
Patent JP-S63100737-A (JP)
Title: Die bonding process
Inventor: IZUMI MASANORI
IPC: H01L21/52
Filed: 1986-10-17
Abstract: PURPOSE:To decrease the cycle time of bonding work by a method wherein multiple bonding tools are fixed within the same radius at equivalent intervals while an arm rotatable and vertically movable intermettently is used. CONSTITUTION:A wafer ring 6 on an XY stage is shifted to position a chip 3 immediately below a collet 2a as well as a bonding point 10 on a work W immediately below another collet 2c. An arm 11 is lowered together with a lowering roller by a lever 22 oscillating centered on a fulcrum 23 driven by a rotary cam 21. The collet 2a attracts the chip 3 while the collet 2c bonds the attracted chip 3 with the work W. The shape of cam 21 is selected to accelerate the initial lowering speed while decelerating the speed immediately before the collet 2c comes into contact with the work W to make the bonding and attracting speed optimum. Through these procedures, the junction arm 11 can be rotated and vertically moved intermittently to increase the bonding frequency per time.
Patent JP-2000071436-A (JP)
Title: Recording device
Inventor: YANAGI HARUYUKI
IPC: B41J2/165
Filed: 1998-08-31
Abstract: PROBLEM TO BE SOLVED: To provide a recording device, simple in structure and high in space efficiency. SOLUTION: A carriage 50 is provided with a plurality of stopper units 5013, 5014 for regulating the movable range of the carriage 50 about the center of a guide shaft upon attaching and detaching an ink tank and the like for a recording head 7. Between these stopper units, an abutting surface, against which the stopper unit 5013 is abutted, is the surface of a chassis 8, in which the guide shaft is attached and a guide rail 82 is formed, while another abutting surface, against which the stopper unit 5014 is abutted, is the opposing surface 822 of sliding surface 821 of the guide rail 82.
Patent JP-H0295488-A (JP)
Title: Surface cleaning mechanism for stepped parts
Inventor: KOBAYASHI HARUKI
IPC: B08B11/00
Filed: 1988-09-29
Abstract: PURPOSE:To surely remove dust from the surfaces of parts by successively blowing air on the surfaces to be cleaned, dropping alcohol on the surfaces and wiping away the alcohol with cleaning paper. CONSTITUTION:Air is blown from an air nozzle 10 on the surfaces 51 of parts 5 on a rail 1 to blow off coarse dust, alcohol is dropped from an alcohol nozzle 9 on the surfaces 51 of the parts 5 and the parts 5 are moved onto a rail 2. A roll 7 is lowered to adhere cleaning paper 6 to the surfaces 51 of the parts 5 and the surfaces 51 are cleaned with the alcohol by moving the rail 2 several times within the range of the surfaces 51. The parts 5 are then moved onto a rail 3, a roll 8 is lowered and the rail 3 is moved several times within the range of the surfaces 51 to wipe the surfaces 51 with the dry unused cleaning paper 6. Dust is surely removed from the surfaces 51.
Patent JP-S6487423-A (JP)
Title: One side perpendicularly changeover device for conveyor
Inventor: KOBUKI MANABU
IPC: B65G47/95
Filed: 1987-09-29
Abstract: PURPOSE:To eliminate the need for providing a driving source for each changeover conveyor and reduce the space and a cost by providing the changeover conveyor having no driving device on a main conveyor in the direction perpendicular to its flow and vertically moving the changeover conveyor in accordance with the use thereof by means of a lifting up/down device. CONSTITUTION:As an article 12 which is sent on a main conveyor 1 arrives at a defined branching point, a cylinder 8 is lifted up according to a control command to lift the changeover conveyor 5 upward, and the article 12 is lifted up by means of the chain of the conveyor 5. At this time, if the speed of the conveyor 1 is relatively low, the conveyor 1 is allowed to run without being stopped, but it may be temporarily stopped at the time of running at a high speed. Since power is transmitted to the conveyor 5 from a line shaft 2 via a belt 3, the article 12 on the conveyor 5 is sent in the perpendicular direction by means of the chain 6 and translocated onto a branching conveyor 15 and conveyed. After the completion of the branching off of the article 12, the cylinder 8 is operated to lower the conveyor 5 so as to throw no hindrance to the flow of an article 12 on the conveyor 1.
Patent JP-H0666315-A (JP)
Title: Dynamic pressure bearing rotating device
Inventor: NAKASUGI MIKIO
IPC: G02B26/12
Filed: 1992-08-21
Abstract: PURPOSE:To provide a dynamic pressure bearing device preventing the performance deterioration caused when a large quantity of air is retained in relief sections. CONSTITUTION:A rotary shaft 1 and a sleeve 2 are rotatably coupled, a dynamic pressure thrust bearing is formed with a shallow groove 11 carved on a thrust plate 3 and the inner periphery face of the sleeve 2, and a dynamic pressure radial bearing is formed with two herringbone shallow grooves 12, 13 carved on the outer periphery face of a rotary shaft 1 and the inner periphery face of the sleeve 2. Relief sections 17, 18 are formed on the inner periphery face of the sleeve 2, and taper faces 20, 21 with the angle of 30 deg. or below are provided on the relief sections 17, 18. Even if air is engulfed into a lubricating fluid when the rotary shaft 1 is coupled and inserted into the sleeve 2, the air is discharged upward along the sleeve 2, air is hardly retained in the relief sections 17, 18, and the performance deterioration such as the large whirling of a dynamic pressure bearing rotating device or increased torque irregularities can be prevented.