baber/WOPTO huggingface dataset:
Patent JP-H0556993-A (JP)
Title: Method and device for retaining crystalline lens
Inventor: OTOMAA KANAATO
IPC: A61F2/14
Filed: 1991-12-04
Abstract: PURPOSE: To enable operation of accurately holding a crystal body by deforming the lens into a form reduced through slightly from an internal contour of a tube for a transplanting device to move first and second advancing pressing members in the direction of approaching attuned to each other to hold the crystal body. CONSTITUTION: A lens fixing member 1 pressing a lens 7 is moved downward and previously adjusted to a proper position by a nut 16 as contacting or lightly pressing the lens 7 so that the end face of the fixing member 1 is separated from a support surface 3 at a specified interval. The lens 7 is placed on the support surface 3 and when pressing members 2 and 2' are moved to contact an end part 10 of the lens 7, the end part 10 is curved as the end parts of the pressing members 2 and 2' are curved in a circular arc. With further movement of the pressing members 2 and 2', the lens fixing member 1 is held by grooves 13 and 14 formed in the holding members 2a and 2a' to fix the crystal body 7. Subsequently, the deformed lens 7 is pushed inward to a tube 4 for a transplanting device by an insertion pressing member.
Patent JP-2001144154-A (JP)
Title: Method and device for measuring intra-film ion quantity measuring method
Inventor: KONO MOTOHIRO
IPC: G01N27/22
Filed: 1999-11-11
Abstract: PROBLEM TO BE SOLVED: To provide a technology for efficiently measuring the quantity of intra-ions existing in the insulating film of a semiconductor wafer. SOLUTION: First electric characteristic value of a semiconductor wafer is measured, in accordance with a prescribed measuring method using a measuring electrode in an initial state where the intra-ions are included in the insulating film. The intra-film ions in the insulating film are neutralized in the insulating film, by irradiating a light of a first wavelength range in a state where an electric field is given to the semiconductor wafer. Second electrical characteristic value of the semiconductor wafer is measured by the prescribed measuring method in a state, where the intra-film ions are neutralized. The quality of intra-film ions existing in the insulating film of the initial state can be decided from the first and second electrical characteristic values.
Patent JP-H09102591-A (JP)
Title: Semiconductor device and manufacture thereof
Inventor: AOYAMA TOMONORI
IPC: H01L21/822
Filed: 1995-12-08
Abstract: PROBLEM TO BE SOLVED: To realize a high dielectric capacitor which makes is possible to omit a diffusion preventive film in the structure using metal oxide at a capacitor insulating film, to prevent the silicifying of a capacitor electrode and has high reliability. SOLUTION: The semiconductor device comprises a DRAM cell made of a MOS transistor and a capacitor on a silicon substrate, wherein the insulating film 9 of the capacitor is a high dielectric Bax Sr1-x TiO3 film, and the lower electrode 8 of a capacitor in contact with an n<+> type polycrystal silicon film 7 is a ruthenium film containing oxygen of 0.004 to 5%.
Patent JP-H10148342-A (JP)
Title: Panel heater for floor heating
Inventor: SHINDO SHIGERU
IPC: F24D13/04
Filed: 1996-11-15
Abstract: PROBLEM TO BE SOLVED: To permit floor heating, excellent in thermal efficiency and reduced in the temperature fluctuation of a floor panel, by a method wherein a heat radiation panel, provided with an electric heating wire, passed through a tubular body formed integrally on the lower surface of the heat radiating panel, and heat storage body, filled so as to surround the electric heating wire, is pushed against the lower surface of the floor panel employing a spring. SOLUTION: Tubular bodies 13 are formed integrally with one side of a heat radiating panel 10 with a shape projected downward. A covered electric heating wire 15 is passed through the tubular bodies 13 and heat storage body 16 is filled into the circumferential space of the electric wire. The heat radiating panel 10 is preferably made of a metal in order to reduce heat resistance. Supporting fittings 19 are attached to a joist 12 while the heat radiating panel 10 is placed on the springs 23 of respective supporting fittings 19. Then, a floor panel 11 is abutted against the joists and is fixed to the joists 12 so as to compress the springs 23. Then, the electric heating wire is excited whereby the heat storage body 16 is heated by joule heat and, further, the tubular bodies 13 and the heat radiating panel 10 are heated.  The heat radiating panel 10 is contacted with the floor panel 11 closely whereby heat is transferred to the floor panel 11 efficiently.
Patent JP-2000142898-A (JP)
Title: Fuel service nozzle
Inventor: YAMAGUCHI TAKESHI
IPC: B67D7/42
Filed: 1998-11-11
Abstract: PROBLEM TO BE SOLVED: To hold a valve-open lever in a pulled state with slight force and perform stable fueling with a discharge amount where an automatic valve closing mechanism works. SOLUTION: The fuel service nozzle 1 comprises a valve-open lever 14 for opening a main valve 9, a latch 17 for holding the valve-open lever 14 in a pulled state, and an automatic valve closing mechanism 30 connected to an opening 11 provided at a tip of a discharge pipe 3 and a negative pressure generating part 12 via an air path 13 for closing the main valve 9 while the valve-open lever 14 is pulled with a negative pressure applied from the negative pressure generating part 12 when the opening 11 is closed by liquid. In this case, an angle made by a line passing through a fulcrum 18 of the latch 17 and a side of a notch 17a formed on the latch 17 is made to be 15 to 85 degrees, wherein unless the latch 17 is pressed by a finger, the valve-open lever 14 may be unlocked to have the main valve 9 closed.
Patent JP-2000146094-A (JP)
Title: Bog compressor
Inventor: FURUMI YOSHIO
IPC: F17C13/00
Filed: 1998-11-11
Abstract: PROBLEM TO BE SOLVED: To reduce a cost of equipment in liquefied gas facilities, by providing a BOG cooling means for cooling BOG by using liquefied gas, in a BOG compressor compressing natural gas (BOG) generated by natural vaporization of LNG in a very low temperature condition in an LNG tank and various pipes. SOLUTION: In an LNG tank, BOG is always generated by natural vaporization of LNG. BOG is adiabatically compressed in cylinders 2A, 2B by a BOG compressor, and further adiabatically compressed in cylinders 5A, 5B. In this way, since increasing temperature of BOG supplied to an intercooler 7 from a delivery snapper tank 6 is increased, an opening of a control valve 7c is controlled based on the temperature of BOG in the upstream by an intercooler control part 7f constituting the intercooler 7. BOG flowing in a suction snapper tank 8 from the delivery snapper tank 6 is cooled to a target temperature by blowing out LNG of very low temperature toward the downstream from a nozzle 7b.
Patent JP-2001143835-A (JP)
Title: Joint connector
Inventor: ANPO TSUGIO
IPC: H01R31/08
Filed: 1999-11-11
Abstract: PROBLEM TO BE SOLVED: To provide a joint connector for stably maintaining electrical connection between a bus bar and connection terminals. SOLUTION: A tabular bus bar is formed by overlapping the first portion body 31a and the second portion body 31b. A surface of the portion body 31a is drawn from the plated conductive metal. A plurality of inserting windows 32a, 32b, terminal receiving recesses 33a, 33b, and holder locking recesses 34a, 34b are formed on the portion bodies 31a, 31b. In the first portion body 31a, contacting pieces 35a, 36a contacting to connection terminals is bent in the direction along receiving direction of the connection terminals. In the second portion body 31b, holding recesses 35b, 36b are formed for pressing and holding the contacting pieces 35a, 36a of the first portion body 31a. The portion body 31a comes into contact with the connection terminals through the plated surface.
Patent JP-H07176739-A (JP)
Title: Semiconductor device and its manufacture
Inventor: AOKI MASAMI
IPC: H01L21/336
Filed: 1993-12-21
Abstract: PURPOSE:To provide a semiconductor device which restrains a drop in a breakdown strength due to the approach of a source to a drain while a short-channel effect is being restrained and which can enhance the reliability of a MOSFET even when it is made fine. CONSTITUTION:The semiconductor device is provided with a p-type semiconductor substrate 1, with a barrier part 6 which is erected and installed so as to be buried partly in the substrate 1 and which is composed of a flat boardlike insulating film, with a p-type semiconductor layer 9 which is formed so as to cover the surface of the substrate 1 and the barrier part 6 and which is curved so as to be a protrusion shape, with LDD-structure n-type source-drain diffused layers 2 which are formed in opposite positions so as to sandwich the barrier part 6 in the semiconductor layer 9 and with a gate electrode 5 which is installed so as to cover the protrusion part of the semiconductor layer 9 via a gate insulating film 4.
Patent JP-H03182361-A (JP)
Title: Ink jet recording apparatus
Inventor: YAMAMORI SEIJI
IPC: B41J2/175
Filed: 1989-12-11
Abstract: PURPOSE:To speedily remove air bubbles by a method whereby a communicating pipe communicating with a pressure chamber is heated by a heater when the air bubbles are sucked into the pressure chamber, so that the ink within the communicating pipe is melted or reduced in viscosity, and an air vent of a cap formed in a first ink reservoir is pressed in the sealed state thereby to pressurize the ink within the first ink reservoir by the air pressure. CONSTITUTION:When an air bubble 34 is sucked into a pressure chamber 4, a switch 24 is turned ON to heat a communicating pipe 19 by a heater 22. An ink 33 within the communicating pipe 19 is melted or turned low in viscosity. Then, an air vent 17 of a cap 16 at the top of a first ink reservoir 5 is sealed and pressed by the thick of a finger 18. As a result, the air pressure within the first ink reservoir 5 is raised, and the ink 33 inside the ink reservoir is pressurized as shown by an arrow P. The pressurized ink 33 presses up a reversing valve body 21 via a filter 9, an ink feed passage 8, the pressure chamber 4 and a bubble escaping passage 12. The ink 33 passes through the communicating pipe 19 into a second ink reservoir and, is stored in the second ink reservoir. The air bubble 34 in the pressure chamber 4 is removed along with the ink 33.
Patent JP-H07174404-A (JP)
Title: Method for mounting floor type fan coil unit
Inventor: KASAHARA MAKOTO
IPC: F24F13/32
Filed: 1993-12-21
Abstract: PURPOSE:To securely lift a fan coil to a predetermined location of a predetermined floor by tentatively suspending the floor type fan coil unit of the lower surface of a floor member, mounting the fan coil unit to the predetermined location of the predetermined floor by lifting a floor material with a lifter, and mounting the fan coil unit to the predetermined location by releasing the tentative suspension of the fan coil unit. CONSTITUTION:There are tentatively suspended on the lower surface of a floor member 1 peripheral apparatus such as a fan coil unit 5 and a fan coil unit cover 10 mounted on a just under floor concrete 2. Thereafter, the floor member 1 is lifted to a predetermined location of a predetermined floor with a lifter, and a small beam 8 is joined therewith, and further the floor member 1 is anchored on a large beam 7 and a working floor for the floor concrete 2 is formed. The floor concrete 2 is established and an outer wall 4 is formed along an outer peripheral part thereof is formed, and thereafter the tentative suspension of the peripheral apparatuses such as the fan coil unit 5 is released, lowered, and mounted at the predetermined location. Hereby, the mounting of the fan coil unit 5, etc., is ensured easily and rapidly.
Patent JP-H05155123-A (JP)
Title: Ink ribbon cassette and printer
Inventor: MAEKAWA TOMOHIRO
IPC: B41J17/32
Filed: 1991-12-05
Abstract: PURPOSE:To identify information regarding a large number of ink ribbons recorded in an ink ribbon cassette in a small occupying space with a small number of mark detecting sensors. CONSTITUTION:When an ink ribbon cassette 9 is mounted to a printer, the ink ribbon cassette is moved along guide members 8. A reference mark row and a identification mark row displaying ink ribbon information are formed to the case 4 of the ink ribbon cassette 9 along the direction of the movement of the ink ribbon cassette. On the other hand, sensors 7a, 7b are arranged at positions, where the ink ribbon cassette is passed, on the printer side, and the marks of the reference mark row and the identification mark row are detected in a time series manner by utilizing shifting at the time of the mounting of the ink ribbon cassette. Accordingly, the identification marks are identified while using the reference marks detected as the reference of time series, thus identification information regarding a large number of ink ribbons by the two sensors 7a, 7b for the marks for the reference mark row and the identification mark row.
Patent JP-H01162943-A (JP)
Title: Selecting/switching system for printed board
Inventor: NAGASAKI SATOSHI
IPC: G06F11/20
Filed: 1987-12-18
Abstract: PURPOSE:To select one of multiplexed printed boards regardless of the change of a slot identifier by using the sum value of the slot identifier and a base slot identifier to specify a printed board that is actually actuated out of those printed boards which are multiplexed and inserted. CONSTITUTION:A base slot identifier SIDB is set in addition to a slot identifier SID. Then a printed board that is actually actuated is specified out of those printed boards which are multiplexed and inserted based on the sum address of both identifiers SID and SIDB. Therefore the sum output is always kept constant to the selected printed board and the logical address is always kept constant to the printed board where an action SID is defined as a part of a logical address. As a result, no consciousness of the SID itself is required at all even in case the SIDB is changed for switch of multiplexed printed boards.
Patent JP-2001140718-A (JP)
Title: Structure of sealing part of synthetic resin fuel tank
Inventor: NAKAMURA KAZUHIRO
IPC: F02M37/00
Filed: 1999-11-12
Abstract: PROBLEM TO BE SOLVED: To provide a structure of a sealing part of a synthetic resin fuel tank which can secure sufficient sealability, and suppress increase of a manufacturing cost. SOLUTION: This synthetic resin fuel tank, whose opening on the wall is closed by parts inserted thereinto, has the following sealing structure. A cylindrical inner peripheral surface 2 is formed continuously to the opening. A cylindrical outer peripheral surface 8 is formed on a part 7 so as to be faced to the cylindrical inner peripheral surface. A sealing member 10 is attached across the cylindrical inner peripheral surface and the cylindrical outer peripheral surface, and the part is inserted into a tank 1. Since the cylindrical surface is comparatively easily processed with high accuracy, management of fastening accuracy of the sealing member is facilitated. Force other than repulsion of the sealing member is not applied, for easily improving durability.  It is possible to provide a minimum sectional area of a sealing member, and to provide a sealing part of a small diameter compared to the case that an opening end is to be sealed.
Patent JP-H09162997-A (JP)
Title: Voice conference system
Inventor: HARUOKA MASASHI
IPC: H04M3/56
Filed: 1995-12-11
Abstract: PROBLEM TO BE SOLVED: To utilize a connected line efficiently by providing adders to each terminal equipment, an expander expanding a voice signal to a voice input side and a compressor compressing the expanded voice signal to a voice output side. SOLUTION: A CELP code whose communication speed is as small as 16kbps but by which voice addition by an adder 51 is not possible is adopted for a voice code used by lines 1-5, 2-5, 3-5, 4-5 and a terminal equipment 54. In this case, prior to input of the voice signal to the adder 51, an expander 71 is used to expand the CELP code into a μ-1 aw PCM code in 64kbps possible for voice addition and then the adder 51 adds the voice signals. Furthermore, the μ-1 aw PCM code outputted from the adder 51 is compressed again into the CELP code at a compressor 81 and the code is outputted to each corresponding line. Thus, in the case of adding the compressed voice codes at the adder 51, the codes are compressed by the compressor 81 when the added voice codes are outputted to the line, then the rate used by a voice conference in the line capacity is reduced.
Patent JP-H07180223-A (JP)
Title: Ceiling of building unit
Inventor: YOKOSATO SHIGERU
IPC: E04B1/348
Filed: 1993-12-21
Abstract: PURPOSE:To lessen flexible deformation at the time of setting even if a ceiling panel is increased in length, and to facilitate a work of setting a ceiling panel. CONSTITUTION:A ceiling panel 10 is divided into three parts: first and second small panels 11, 12 disposed on right and left sides in the direction of a long side of a building unit 1 and on the lower side of a brace receiving plate 6; and a third small panel 13 disposed between the first and second small panels 11, 12. These small panels 11-13 are arranged side by side to form a ceiling of a building unit 1.
Patent JP-H05136092-A (JP)
Title: Plasma device and dry etching method using same
Inventor: TATSUMI TETSUYA
IPC: C23F4/00
Filed: 1991-11-12
Abstract: PURPOSE:To conduct dry etching to be used for protecting stackable substance at a sidewall and removing of the substance in a continuous process without forming a device in a multichamber structure. CONSTITUTION:A cooling piping 10 is contained in a wafer stage 9 of a magnetic field microwave plasma etching device, and a detachable platelike heating element 17 is brought into pressure contact from its rear surface by a retaining plate 12. Supply of refrigerant to the piping 10 and energization of the heating element 17 are switched to control a temperature of a wafer 8 in a wide temperature range of minus several tens  deg.C - a hundred and several tens  deg.C. The temperature of the wafer is monitored by a fluorescent fiber thermometer using an optical fiber 16. This device can be applied, for example, to a process for depositing S (sulfur) by using gas such as S2F2, etc., and anisotropically processing, and a throughput, an economical efficiency, and reliability can be improved.
Patent JP-H10155335-A (JP)
Title: Reaping pre-treatment device for combine
Inventor: MAEDA ICHIRO
IPC: A01D57/00
Filed: 1996-12-03
Abstract: PROBLEM TO BE SOLVED: To appropriately maintain the relative positions of an auxiliary carrying device supporting frame and a packer even in the structure of performing input to the packer from an upper part and to arrange and set an auxiliary carrying device without the inconvenience of foreign matter intrusion from the clearance of the supporting frame and a packer driving shaft. SOLUTION: The combine is provided with the packer 12a for forcibly transferring grain culms near a cutting device 11 to a vertical carrying device start end and the auxiliary carrying device 13 for locking and transferring the grain culms from the front part of the reaper device 11 to the packer 12a. In this case, the supporting frame Fa for supporting the driving pulley 40a of the auxiliary carrying device 13 and a driven wheel body at the front part is provided and the supporting frame Fa is fitted to the packer driving shaft 36 through a centering member 59 made of synthetic resin slidable with the packer driving shaft 36.
Patent JP-H02166869-A (JP)
Title: Facsimile communication system
Inventor: OKIMOTO YOSHIMICHI
IPC: H04M3/42
Filed: 1988-12-20
Abstract: PURPOSE:To inform the situation of a device of an operator who is at a remote place with a telephone number previously storing trouble information to be detected and information on a transmission completion and a voice signal by providing a telephone number storage part, a voice storage part and the like. CONSTITUTION:When the telephone number of a facsimile equipment 22 and a telephone set 32 is inputted and transmitted with a facsimile equipment 21 belonging to a telephone line network 10, the telephone number of the telephone set 32 is stored in the telephone number storage part 5 of the equipment 21 with a service control part 3. Next, when a communication information detection part 4 detects a normal transmission completion from a transmission and reception part 7, the telephone set 32 is selected from the storage part 5 through the control part 3 and simultaneously a network control part 2 is actuated. The control part 3 selects the voice information corresponding to the normal transmission completion information through a voice storage part 6 and outputs the message of the voice to the telephone set 32. The detection and information of various troubles are processed in a similar way through the detection part 4 and the storage part 5. Thus, the detected trouble information and the information on the transmission completion can be outputted to the operator who is in the remote place with the previously stored telephone number and voice signal and informed.
Patent JP-H03184919-A (JP)
Title: Preventing and treating agent of klebsiella pneumoniae infectious disease
Inventor: KOGA KIYOSHI
IPC: A61P31/04
Filed: 1989-12-14
Abstract: PURPOSE:To provide the subject preventing and treating agent having high safety and slightly permitting the generation of resistant bacteria and opportunistic infections by incorporating a specific galenical as an active ingredi ent thereinto. CONSTITUTION:The objective preventing and treating agent contains as an active ingredient at least one galenical selected from Cassiae semen and Perillae frutescens as such, in a form chopped, roughly ground or pulverized galenical raw material or in a form of the active ingredient extracted from the galenical with a solvent. The agent is suitably administered in a dose of 0.001-10g/kg/day on the oral administration or in a dose of 0.1-1g/kg/day on the parenteral admin istration over several days to several ten days, the amounts of the agent being converted into those of the galenical raw material.
Patent JP-H01198983-A (JP)
Title: Hinge device
Inventor: KOJIMA JUJI
IPC: E05F3/20
Filed: 1988-12-21
Abstract: PURPOSE:To regulate the speed of a door opening and closing action, by a method wherein two members on the rotation side and the fixed side, rotated together with a hinge, are positioned facing each other, viscous grease is located therebetween, and rotation of the fixed member is locked by the lock means of a return spring. CONSTITUTION:A return spring 4 and a pair of a shaft 5 being a member on the rotation side and a shaft 6 being a member on the fixed side are inserted in the spaces of hinges 1 and 2, a cylinder body 7 is inserted in an axial direction, and the hinge 1 is rotated relatively to the hinge 2 around the cylinder body. In the hinges 1 and 2, brackets 1a and 1b are radially extended and screw holes are respectively formed in the brackets. The shaft 6 is brought into a rotatable state by means of a lock means capable of regulating the spring force of the return spring 4 and a pair of the shafts 5 and 6 are positioned facing each other, and viscous grease is located in an opposing part therebetween and forms resistance of relative rotation. This constitution enables fine regulation of torque of the return spring.