baber/WOPTO huggingface dataset:
Patent JP-S63217893-A (JP)
Title: Incoming display system
Inventor: KOBAYASHI HANJI
IPC: H04Q3/58
Filed: 1987-03-06
Abstract: PURPOSE:To make an answer convenient by displaying visibly an incoming on all key telephone sets, when the incoming occurs, answering automatically by a telephone exchange, when a set time elapses, and displaying audibly the incoming on the telephone set designated by a dial signal. CONSTITUTION:The titled system is provided with a means ANSE for answering automatically against a trunk line incoming, and a means PBREC for receiving a dial signal from a trunk line, and when an incoming is generated in the trunk line, the incoming is displayed visually on a lamp in a trunk line selecting key of all extension telephone sets provided with the trunk line selecting key corresponding to an incoming trunk line. Subsequently, after a prescribed timing elapses, the incoming trunk line is answered automatically and the dial signal receiving means PBREC is made effective, and with respect to the trunk line which is answered automatically, a tone (what is called a dial tone) for urging to dial an extension number, or a voice message is sent out. In such a way, the extension number or an extension group number, etc., are received and translated by the dial signal receiving means PBREC and the telephone set concerned is rung.
Patent JP-H08247862-A (JP)
Title: Estimating method for mechanical characteristic of high polymer material
Inventor: YAMAMOTO TAKESHI
IPC: G01L1/00
Filed: 1995-03-10
Abstract: PURPOSE: To estimate the shearing yield stress and the craze forming stress of various sorts of high polymers, by leading in the physical properties such as the property ratio of high polymers, the flocculating energy density, the glass-transition temperature, and the van der Waals volume, to specific formulas. CONSTITUTION: The property ratio C∞ of amorphons glassy high polymers, the flocculating energy density δ<2> (J/m<2> ), the glass-trausition temperature Tg (K), the van der Waals volume Vw (m<3> ), the skeleton combining number nv , the surface free energy γ(N/m), the entanglement density νe (m<-3> ), the distance between entanglement points d (m), and the principle chain bond energy U (J), found by the actual measuring and/or the atomic group rendering method, are led into the formula: τY=AC∞ δ<2> (Tg-T) (Vw /nv )<1/3> +B, or logσC=Clog-[(γ+νedU /4)τY]+D. As a result, the shearing yield stress τY or the craze forming stress σC of the high polymer at the temperature T can be calculated.  In the formulas, the functions A to D take the value within the scope of 3.0×10<5> to 4.0×10<5> , 1.0×10<7> to 1.4×10<7> , 0.5 to 0.7, and 3.0 to 3.5, respectively, according to the measuring condition of the rate of strain and the like.
Patent JP-S62208844-A (JP)
Title: Excitation of magnetic chuck
Inventor: YOKOYAMA KOJI
IPC: B23Q3/154
Filed: 1986-03-11
Abstract: PURPOSE:To allow removal of a magnetic substance from a magnetic chuck by supplying exciting coils with reverse exciting current greater than forward exciting current required to excite the work surface of the magnetic chuck by which the magnetic substance is adsorbed. CONSTITUTION:A first reversible polar permanent magnet 22 around which a first exciting coil 32 is wound is magnetized in such a manner as the develop the south pole at a first pole piece 14 and the north pole at a second pole piece 16. Then, a second reversible polar permanent magnet 24 around which a second exciting coil 34 is wound is magnetized in such a manner as to develop the south pole at the first pole piece 14 and the north pole at the second pole piece 16. As the result, the first pole piece 14 comes in contact with the south poles of the reversible polar permanent magnets 22, 24 and the north poles of non-reversible polar permanent magnets 26, 28, 30. The second pole piece 16 comes in contact with the north poles of the reversible polar permanent magnets 22, 24 and the south poles of the non-reversible polar permanent magnets 26, 28, 30. Therefore, the permanent magnets are mutually shorted, putting the work surface 38 in the non-excited condition, so that the magnetic substance can be removed from the magnetic chuck 10.
Patent JP-H10257057-A (JP)
Title: Repeater
Inventor: YOSHIDA YUICHI
IPC: H04L12/28
Filed: 1997-03-06
Abstract: PROBLEM TO BE SOLVED: To provide a repeater in which an installation of a storage means by transmission port is unnecessitated. SOLUTION: Receiving data is received and temporarily stored in a storage means 10, the stored receiving data is read and transmitted from plural transmission ports 11 to 1n by the repeater and transmission clocks are independently generated by the respective transmission ports 11 to 1n . In this case, the repeater is provided with a synchronization circuit to receive the transmission clocks of the respective transmission ports 11 to 1n , to synchronize them and to provide synchronization clocks to the storage means as reading clocks and data read from the storate means is transmitted by the respective transmission ports 11 to 1n .  In addition, when a clock with a phase shift of 180 degrees exists between the transmission clocks, the phases are matched by stopping the transmission clocks received from the respective transmission ports 11 to 1n for one clock and the synchronization clocks are generated by the synchronization circuit 11.
Patent JP-H02231644-A (JP)
Title: Read control circuit and lsi for register
Inventor: NAGAE YUKARI
IPC: H01L27/04
Filed: 1989-03-06
Abstract: PURPOSE:To prevent a malfunction due to the change of data in a read mode and to reduce the software load by adding a latch circuit to an output stage of a register and holding automatically the value of the register in the latch circuit in accordance with the read signal received from a microprocessor. CONSTITUTION:The address signal received from a microprocessor 2 selects a register 3 and the read strobe received from the microprocessor 2 is activated. Thus a read signal 43 is activated in the timing different from the timing where the register 3 is changed. On the other hand, a latch control signal 42 is inactivated and the signal produced right before the signal 43 is activated is stored in a latch circuit 6. An output gate 7 is kept in an ON state as long as the signal 43 is active. Thus the unfixed data is never outputted to the microprocessor 2 since the value of the circuit 6 is held. Thus it is possible to prevent a malfunction due to the change of data in a read mode and to reduce the software load.
Patent JP-H02231736-A (JP)
Title: Wire bonding method
Inventor: OHASHI YUJI
IPC: B23K20/10
Filed: 1989-03-06
Abstract: PURPOSE:To improve bonding characteristic by changing the load into the bonding load before a tool contacts with the bonding point, and bringing the tool into contact with the bonding point with this bonding load so as to do bonding. CONSTITUTION:The load is changed into one which is smaller than the bonding load before a tool 8 contacts with a bonding point, and it is changed into the bonding load after the tool 8 contacts with the bonding point so as to do bonding. Accordingly, when the tool 8 contacts with the bonding point, it is under the bonding load, so shock load becomes very small. Hereby, sample breakdown such as cracks, cratering, etc., in a sample 16 are prevented, and generation of vibration in a transducer 6 is prevented, so it can be bonded by giving ultrasonic wave oscillating output under stable bonding load, and bonding characteristic improves.
Patent JP-H069647-A (JP)
Title: New cephalosporin intermediate
Inventor: TEIISEN CHIYOU
IPC: A61K31/565
Filed: 1993-03-12
Abstract: PURPOSE: To economically obtain ceftazidime in a high yield which is useful as an intermediate for the synthesis of cephalosporin antibiotics by deblocking an N,N-dimethylacetamide solvate.  
     CONSTITUTION: Ceftazidime or its salt is obtd. by removing a protecting group of a compd. expressed by the formula (DMAC is N,N-dimethylacetamide; (x) is 0.5 to 3.0). The compd. of the formula is obtd. by the reaction of a (Z)-2-(2-t- butoxycarbonylprop-2-oxyimino)-2-(2-triphenylmethylaminothiazol-4-yl)acetylhalide and (6R,7R)-7-amino-3-(1-pyridiniummethyl)-3-cephem-4-carboxylate in N,N- dimethylacetamide. The obtd. dimethylacetamide solvate is directly isolated as a crystal solid from the reaction liquid. Since a succeeding refining process is not required, the production cost of ceftazidime can be decreased. 
     COPYRIGHT: (C)1994,JPO
Patent JP-H06261913-A (JP)
Title: Three-dimensional imaging device of microscope for operation
Inventor: KINUKAWA MASAHIKO
IPC: G02B21/22
Filed: 1993-03-12
Abstract: PURPOSE:To provide a low cost three-dimensional imaging device of a microscope for surgical operation with which a dislocation of the observing direction of an operator with the assisting direction of an assistant can be acknowledged quickly and accurately. CONSTITUTION:With possibility of rotating three-dimensionally, a mirror body 10 is pivoted on a frame 2 through the first and second arms 4, 6 and a mirror body arm 8. and the first and second TV cameras 16, 18 are mounted on this mirror body 10 through the first and second TV camera adapters 12, 14. These TV cameras are connected with a three-dimensional converter 24 through the first and second camera control units 20, 22, and the image of the affected zone photographed by the first and second TV cameras is cast as a reflection on a three-dimensional monitor 28 through the three-dimensional converter. The converter is controllable for a circular polarization type liquid crystal polarizing plate 32 through a liquid crystal driver 30 and is arranged with possibility of superimposing the cursor display to exhibit the assisting direction on the three-dimensional monitor through a superimposing circuit 26.
Patent JP-H09240963-A (JP)
Title: Elevator cage lighting system
Inventor: KURIHARA HIROSHI
IPC: B66B11/02
Filed: 1996-03-08
Abstract: PROBLEM TO BE SOLVED: To cut off an entrance of radiation heat into a cage by light sources, and reduce a cooling load by arranging a duct housing a light source outside the cage of an elevator as a first light source, arranging an unheated second light source in the cage, and illuminating the inside of the cage by connecting both light sources to each other by an optical cable. SOLUTION: A light source such as an electric lamp is covered with a duct 4, and is installed outside the car ceiling 2, and an optical cable 5 is pulled in up to an illuminating case 3, and the light is introduced into a cage as the illuminating light. A ventilating device 6, an air flowing passage 7 and a heat radiating plate 8 are installed outside the duct 4, and an inside heat reserve is restrained, and a heat insulating material 9 is also put in between a bottom part of the duct 4 and the car ceiling 2 by keeping an interval of about 50mm, and propagation of heat from the duct 4 becoming a high temperature by a light source 1 is prevented.  An end part on the cage side of this optical cable 5 is fixed to a socket 12, and a thing on which a rubber-like guide 14 to guide a core 11 and a screw part 15 fixed to the outside are installed, is fixed to the port side inside of an outer shell 13 similar to a general electric lamp, and is formed as an unheated second light source 10.
Patent JP-H11251306-A (JP)
Title: Method and device for forming thin film and semiconductor device manufactured by this method
Inventor: MIKATA YUICHI
IPC: H01L21/8246
Filed: 1998-03-04
Abstract: PROBLEM TO BE SOLVED: To accumulate effectively on a substrate, by a method wherein a resisual region of a raw material gas of a thin film is formed on a surface of a semiconductor substrate, a film formation reaction is caused containing a decomposition of the raw material gas by heating, and a new raw material gas is supplied from a supply source existing inside the residual region. SOLUTION: A wafer 32 is set on a susceptor 36, and an oxygen gas is introduced into a reaction furnace 31 to adjust a pressure and close a cover 33 and make a closed space by the susceptor 36 and the cover 33, so that a flow rate of a mass flow controller 34 is reduced and an inert gas N2 is introduced to hold the current pressure. Next, if the susceptor 36 is heated and a temperature of a wafer in the closed space is raised, a BaSrTi oxide is made gaseous in the closed space, and the gas is filled up and mixed with oxygen and decomposed on the wafer 32 so that a BSTO is accumulated. Thus, as the raw material gas can readily be supplied and the entire closed space becomes a residual space, the raw material gas is all used in the residual region to attain a large film forming speed.
Patent JP-H04288223-A (JP)
Title: Folding apparatus for packing box
Inventor: TSUKAMOTO TERUYOSHI
IPC: B31B50/50
Filed: 1991-03-18
Abstract: PURPOSE:To provide a folding apparatus for a packing box for making a packing box by means of an automatic machine. CONSTITUTION:The title apparatus provides a chuck 15 for holding the outside of a packing box 1 positioned so as to give a gap of 1-2cm from the outside of the packing box, a suction pad 14 for pulling back a bottom face flap and a suction pad 16 for sloping and vibration and it makes possible to prevent each flap from interference each other and to assemble mechanically by sucking the packing box 1 in the oblique direction and giving it vibration when folding action of the flap is performed.
Patent JP-H03253310-A (JP)
Title: Method for mounting green tire to bladderless tire vulcanizer
Inventor: FUJIEDA YASUHIKO
IPC: B29K105/24
Filed: 1990-03-03
Abstract: PURPOSE:To eliminate poor grasping of bead parts and, at the same time, make the floor space occupied by a vulcanizer smaller by a method wherein the upper and the lower bead parts of a green tire are respectively grasped by an upper and a lower bead grasping parts after the green tire is carried between an upper and a lower molds under the state the that upper bead part of the green tire is grasped with an inner grasping loader. CONSTITUTION:At the installation of a green tire 1, firstly the upper bead part 2 of the green tire 1 is grasped from inside with an inner grasping loader 4 so as to carry the green tire 1 between an upper and a lower molds 6 and 11 in order to register the green tire 1 with the center positions of the molds. Next, by lowering the loader 4, the lower bead part 3 of the green tire 1 is grasped by the lower bead grasping part 15 of a lower center mechanism 13 so as to seal the lower bead part 3 by the lower bead grasping part 15. After that, by disengaging the chuck 5 of the loader 4 from the upper bead part 2 of the green tire 1 and then raising and revolving, the loader 4 is retreated from between the upper and the lower molds 6 and 11. In succession, by lowering the upper mold 6 and an upper center mechanism 8 to the middle of their ways, the upper bead part 2 of the green tire 1 is grasped by the upper bead grasping part 10 of the upper center mechanism 8 so as to seal the upper bead part 2 by the upper bead grasping part 10. Accordingly, the loader 4 can be used as it is, even in the doubled tire vulcanizer. Further, no fear of the development of the poor grasping of bead part and the like presents and the sure grasping of bead part can be realized.
Patent JP-H11245513-A (JP)
Title: Thermal recording body
Inventor: MORONUKI KATSUMI
IPC: B41M5/30
Filed: 1998-03-04
Abstract: PROBLEM TO BE SOLVED: To provide a thermal recording body having metal gloss or arbitrary color metal gloss. SOLUTION: The thermal recording body is manufactured by providing, on one surface of a carrier, a layer 2 consisting mainly of metal powder and an acid substance, and then providing a layer 3 consisting mainly of a leuco dye. Subsequently, a protection layer 4 consisting mainly of water soluble polymer and synthetic resin emulsion or a protection layer 4 consisting mainly of UV ray curing type resin are furnished on the layer having mainly a leuco dye. On the layer 3 consisting mainly of a leuco dye, there is provided with a protection layer 4 having mainly water soluble polymer and/or synthetic emulsion, following this, there is provided with a second protection layer consisting mainly of UV-ray curable resin 5.  In addition, a thermal recording body is manufactured by adding a dye or pigment in at least any one of the layer 2 having mainly metallic powder and organic acid, layer 3 having mainly a leuco dye, protection layer 4 having mainly water soluble polymer and/or synthetic resin emulsion, or protection layer 4 consisting mainly of UV-ray curing type resin 5.
Patent JP-H05255685-A (JP)
Title: Porous slide bearing
IPC: C10M169/02
Filed: 1992-03-11
Abstract: PURPOSE:To obtain the subject bearing capable of keeping stable frictional characteristics over a long period even under severe condition by adding a urea-based thickening agent to a base oil consisting of an alkyldiphenyl ether oil and a poly-alpha-olefin oil and impregnating the obtained grease in a formed porous bearing. CONSTITUTION:The objective bearing is produced by impregnating a formed porous bearing with a grease produced by adding (A) 0.1-5wt.% of a urea-based thickening agent consisting of preferably an aliphatic urea (e.g. the compound of formula II) to (B) a base oil produced by compounding (i) an alkyldiphenyl ether oil (an addition reaction product of 1-3mol of 10-22C alpha-olefin to 1mol of diphenyl ether) with (ii) a poly-alpha-olefin oil [the compound of formula I ((n) is 1-6)] at a weight ratio of 80:20 to 20:80.
Patent JP-H0463297-A (JP)
Title: Electrodeposition coating device
Inventor: SAKAI HIDEYUKI
IPC: B65G21/22
Filed: 1990-03-02
Abstract: PURPOSE:To perform electrodeposition coating for various works different in amount, kind and size with an excellent working efficiency by complicating the carrier line of the works due to a trolley conveyor in an electrodeposition coating device. CONSTITUTION:Firstly an electrodeposition coating device is constituted of a conveyor rail K2 with a conveyor chain penetrated thereinto, a trolley conveyor T which hangs the works W2 to this conveyor chain and intermittently carrys them and many treatment tanks D1-D14 in which the works W2 carried by the trolley conveyor T are electrodeposited according to the order of necessary stages. In this electrodeposition coating device, the carrier lines L1-L3 of the trolley conveyor T are complicated. Among these carrier lines, the conveyor rail K2 positioned to the just upper part of a series of treatment tanks D1-D14 is constituted so as to be elevated and transferred. The electrodeposition coating device is constituted so that the flexible rails F1, F2 are connected to both the front and rear end parts of this elevated rail K2 and bent.
Patent JP-S57167349-A (JP)
Title: Production of aqueous fortified rosin dispersion
Inventor: NISHI YASUTAKA
IPC: C08L93/04
Filed: 1981-04-07
Abstract: PURPOSE: To obtain an aq. fortified rosin dispersion having excellent stability and suitable as a sizing agent for paper making, by melting a fortified rosin material, adding a specified dispersion to said molten material to form a W/O  type emulsion, and inverting its phase to form an O/W type emulsion.  
     CONSTITUTION: A fortified rosin material and water contg. a dispersant composed of a compd. of formula (wherein R is a 4W24C branched or straight-chain alkyl; n is 6W20; X is sodium, potassium, ammonium) are mixed with stirring to form a W/O type emulsion in which said fortified rosin material forms a continuous phase and water forms a disperse phase. Water is added to said W/O type emulsion. The mixture is mixed with stirring to invert its phase and form an O/W type emulsion in which water forms a continuous phase and said fortified rosin material forms a disperse phase, whereby an aq. fortified rosin dispersion can be provided. Examples of said fortified rosins are those obtd. by reacting an α,β-unsaturated carboxylic acid or its anhydride with rosin. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H05257178-A (JP)
Title: Organic nonlinear optical material
IPC: G02F1/361
Filed: 1992-03-11
Abstract: PURPOSE:To provide a new org. nonlinear optical material having high nonlinear optical effect which is wide in transparent wavelength range. CONSTITUTION:This org. nonlinear optical material contains a compd. expressed by formula I or II. In formulae, X, Y, Z are H, (substd.) lower alkyl groups, (substd.) amino groups, etc., R is a lower alkyl group, l, m and n are 1 or 2. This compd. shows high nonlinear optical characteristics and has a wide transparent wavelength range. Since it is transparent in a wavelength region of blue color, it is extremely useful as a nonlinear optical material used for a wavelength converter element to obtain blue visible light from semiconductor laser light as the basic wave.
Patent JP-S58168594-A (JP)
Title: Apparatus for driving printing body in hot printer
Inventor: SATOU SHIYUUJI
IPC: B41F16/00
Filed: 1982-03-31
Abstract: PURPOSE:To simplify a heater wiring mechanism with respect to a printing part, by a method wherein an operation arm is contacted with an object to be printed at the point of time of printing while separated therefrom at the time of sending-in and conveying out thereof and the printing part of the operation arm is operated so as to draw a circular arc shaped or wavy orbit. CONSTITUTION:When the printing body 8 of an operation arm 7 is inclined to the left to be brought to a state floated from a receiving roller 16, a bag article A to be printed is sent onto to the receiving roller 16. When a main shaft 2 is subsequently rotated 90 deg. to a counterclockwise direction, the base end of a first arm 5 is moved downwardly while a revolvable arm 12 is revolved to a clockwise direction against the tension force of a spring 14 and the arm 7 is pushed down to press the printing body 8 onto the bag article A through a ribbon 15. In addition, when the main shaft 2 is further rotated 90 deg., the printing body 8 is floated from the roller 16 to convey out the bag article A. When the arm 7 is further rotated 90 deg., the arm 7 is moved to the left and, when it is further rotated 90 deg., the arm 7 is returned to the original position. EFFECT:It is unnecessary to provide a complicated contact circuit to a current supply circuit applied to a heater for heating the printing body.
Patent JP-S62209308-A (JP)
Title: Apparatus for detecting mounting parts
Inventor: WATANABE MASAO
IPC: H05K13/08
Filed: 1986-03-11
Abstract: PURPOSE:To enhance detection reliability and to reduce manhour, by detecting the outer shape and position of electronic parts mounted on a printed circuit board by contacting the pins arranged to a contact plate and collating the detection data with mounting data. CONSTITUTION:Pins 2 are engaged with a contact plate 1 in a slidable manner by guides 1A and springs 1B and contacted with electronic parts 4 to be pushed down in the direction of an arrow F. At this time, the rear end parts 2B of the pins 2 press the elements 1C fixed to the guides 1A to output signals S. By mounting a printed circuit board 3 to the contact plate 1, the pins 2 at a placed where the electronic parts 4 are mounted are pushed down, and the shape and position of the electronic parts are detected to generate detection data D1. Therefore, by reading mounting data D2 from a memory part 6 to collate the same with the data D1, the presence of difference is discriminated.