baber/WOPTO huggingface dataset:
Patent JP-H08163749-A (JP)
Title: Wire supporter having protrusions
Inventor: YAMAMOTO MASATAKE
IPC: H02G3/02
Filed: 1994-12-02
Abstract: PURPOSE: To reduce the working time by a method wherein folding lines are provided in a base plate and fixing holes and protrusions are alternately formed between the respective folding lines. CONSTITUTION: In accordance with the width of a wiring place or with the number of wires to be installed, necessary number of base plate pieces are cut off by utilizing folding lines 2 and are fixed to the wiring place by using fixing holes 3. After the base plate pieces are fixed, a wire is laid through three protrusions 4 provided in a zigzag and fixed. If the first wire is installed, the other wires are simply laid by utilizing the fixed base plate pieces. As the wire laid through the three protrusions 4 provided in a zigzag is not moved by pulling and does not sag, a wiring with a good outside view can be obtained. Further, as the wire is simply laid through the protrusions 4, the wire can be removed more easily compared with the conventional constitution.
Patent JP-H02174054-A (JP)
Title: Battery case
Inventor: YODA MASAMI
IPC: H01M2/10
Filed: 1988-12-27
Abstract: PURPOSE:To cope with various usage and make a battery case convenient for storage or the like by providing a removable battery case holding tool wound with a power wire on a battery case. CONSTITUTION:Holding tool fitting holes 11 and 12 are provided on a battery case main body 7, a coupling rib 15 is inserted into the hole 11, and a drop preventing dowel 16 is inserted into the hole 12. The dowel 16 is provided on an elastic tongue piece 18, it is removed from the hole 12 when bent in the direction B, and a holding tool 9 can be pulled from the hole 11 in the arrow C direction. The pinching tongue piece 14 of the holding tool 9 has elasticity in the arrow C direction, and it is returned to the original state after a belt 19 or a power wire passes, and it is hardly removed due to a projection 17. The holding tool can be removed from the battery main body, and the holding tool is not protruded and made easy to use. The power wire is held by the holding tool, and the length of the power wire can be adjusted.
Patent JP-H10158163-A (JP)
Title: Digestive tract disturbance alleviating agent
Inventor: KUROBE HIROSHI
IPC: A61K31/22
Filed: 1996-11-27
Abstract: PROBLEM TO BE SOLVED: To obtain the subject alleviating agent capable of alleviating digestive tract disturbances caused by the administration of a fluoropyrimidine-based antitumor agent by containing a specific dithiobis(dimethylpropionamide) derivative as an active ingredient. SOLUTION: This digestive tract disturbance alleviating agent contains a 3,3-dithio bis(2,2'-dimethylpropionamide) derivative (isomer, salt) of the formula  R<1> is H, amino, OH or a [amino, OH, an alkoxy(carbonyl), carboxyl, an aryl and a carbamoyl-substituted] linear or branched alkyl; R<2> is H or a lower alkyl} as an active ingredient. The derivative of the formula is obtained by converting 3, 3'-dithiobis(2,2'-dimethylpropionic acid) to a reactive derivative of the carboxylic acid by using an activating agent, and then reacting with an amine compound of the formula: H-NR<1> R<2> . The above alleviating agent can alleviate the digestive tract disturbances such as nausea, vomiting and diarrhea caused by the administration of a fluoropyrimidine-based antitumor agent to a living body.
Patent JP-H09172043-A (JP)
Title: Tab tape carrier and semiconductor device
Inventor: MATSUTOMO MITSUHIRO
IPC: H05K3/28
Filed: 1995-12-21
Abstract: PROBLEM TO BE SOLVED: To prevent disconnection of traces and short-circuiting even if a gap is produced in the boundary between a TAB tape and sealing resin due to thermal stress during mounting, by covering the TAB tape carrier, except the ends of the wiring, with a protective film the surface of which is flattened. SOLUTION: Rolled copper foil is laminated on an insulating film 2 with adhesive 3 in-between, and wiring 4 is formed by photoetching or the like. A protective film 5 is applied to the wiring 4, and the application surface is flattened with a sheet or the like in-between using a roller or the like. The protective film 5 is cured to form a TAB tape carrier 10. The insulating film 2 uses a film made of polyimide or the like having a device hole 1 and LB holes 13 formed thereon. The protective film 5, having a flat surface, is formed so that the wiring, except for their ends, will be covered therewith, and phenol resin or the like identical with the adhesive 3 is used for the material of the protective film.
Patent JP-H10162024-A (JP)
Title: Electronic filing method and electronic filing device
Inventor: SHIMIZU TAKAYUKI
IPC: G06T1/00
Filed: 1996-11-29
Abstract: PROBLEM TO BE SOLVED: To provide an electronic filing device that can display characters at every character string matching with a retrieval character string in appropriate size in the area display of the character string of a document, which matches with the retrieval character sting. SOLUTION: A document having the character string matching with the retrieval character string is retrieved (document retrieval part 14) among stored document retrieval information. Image data and character information on the document corresponding to the retrieved document are read (document data read apt 15). Area information of the character matched with the retrieval character string is acquired from character information of the document read. Then, enlargement/reduction rates are decided (retrieval character area acquirement part 16) from acquired area information. Image data of the document read and acquired area information are displayed by enlarging/reducing them at the decided enlargement/reduction rates.
Patent JP-H09169737-A (JP)
Title: Production of n-methylimidazoles
Inventor: KISO HIROYUKI
IPC: C07D233/68
Filed: 1995-12-21
Abstract: PROBLEM TO BE SOLVED: To produce N-methylimidazoles in ultrahigh yield under mild conditions without using a catalyst and without forming quaternary imidazolium compounds as a by-product by reacting imidazoles with dimethyl carbonate under specific temperature conditions. SOLUTION: Imidazoles [preferably a compound of the formula (R<1> to R<3> are each H, a halogen, etc.) such as imidazole] are reacted with dimethyl carbonate at 120-200 deg.C. The reaction is preferably carried out in the liquid phase by using the dimethyl carbonate in a molar amount of 0.7-2 times expressed in terms of molar ratio based on the imidazoles and replacing a reactor with an inert gas such as nitrogen gas. The reactional pressure is preferably atmospheric one. Furthermore, the reaction is preferably conducted while dropping the dimethyl carbonate at a rate corresponding to the amount consumed by reaction so as not to provide an extremely large excessive amount thereof. A solvent having the boiling point of the compound of the imidazoles or higher than the reactional temperature is preferably used in the case of using the solvent.
Patent JP-H09172131-A (JP)
Title: Semiconductor device and its lead frame
Inventor: TORASAWA HIROYASU
IPC: H01L23/50
Filed: 1995-12-21
Abstract: PROBLEM TO BE SOLVED: To improve the dimensional accuracy of a lead frame (assembly) after laying one of two lead frame elements upon the other element by forming aligning sections on flat joining pieces on both sides of the semiconductor element mounting sections of the elements. SOLUTION: A semiconductor device is formed by mounting a semiconductor element on a lead frame assembled by making two lead frame elements 1 and 11 face each other and partially joining the front ends of the elements 1 and 11 to each other. In such a semiconductor device, aligning sections 8a and 8b and 18a and 18b are respectively formed on flat joining pieces 7 and 17 on both sides of the semiconductor mounting sections 2 and 13 of the elements 1 and 11. At the time of assembling the lead frame, the elements 1 and 11 are fixed to each other by laying the aligning sections 8a and 8b upon the aligning sections 18a and 18b. For example, the aligning sections 8a, 8b, 18a, and 18b are formed in holes and, at the time of joining the elements 1 and 11 to each other, the holes 8a and 18a are passed on one guide pin and the 8b and 18b are passed on another guide pin.
Patent JP-H08165712-A (JP)
Title: Mounting construction of rising wall panel
Inventor: WADA YUKIYASU
IPC: E04F11/18
Filed: 1994-12-14
Abstract: PURPOSE: To make it possible to temporarily set a rising wall panel, promote the working efficiency and, at the same time facilitate its vertical adjustment. CONSTITUTION: A projected beam 2 is equipped with a base section 10 formed of a shape steel material having an I-shaped section connecting an intermediate section between horizontal up and down flanges 6 and 7 with a web 9 and an inverted T-shape section 13 formed of a holding piece 11 extending the lower flange 7 provided to the front end thereof and a rising piece 12 extending the web 9. Adjacent rising wall panels P and P holding the rising piece 12 and mounted on the holding piece 11 are connected to the rising piece 12 and a rising piece 16 of a metal fixture 17 fixed to the front end part of the flange 6 on the base section 10.
Patent JP-H11151769-A (JP)
Title: Decorative material and its production
Inventor: KAMIKAWA HACHIRO
IPC: B44C1/165
Filed: 1997-11-19
Abstract: PROBLEM TO BE SOLVED: To obtain an uneven feeling more emphasized as compared with actual unevenness and a thick-walled feeling or a profound feeling more emphasized as compared with the original thickness by decorating a variable density region by light and shade generated by surface unevenness at the time of use by a decorative layer forming a variable density surface aligning with the variable density region. SOLUTION: A plurality of coating nozzles 5a, 5b take charge of a plurality of the dark parts 1a and bright parts 2a of a decorative layer corresponding to respective recessed and projected parts. A dark color coating material (a) is sprayed on base material parts having to become dark parts 1a from the coating nozzles 5a while a bright color coating material (b) is sprayed on base material parts having to become bright parts 2a from the coating nozzles 5b to apply coating. The coating of the dark parts and that of the bright parts may. be performed at the same time or separately. When the shape of variable density patterns due to light and shade generated by unevenness is complicated, a transfer sheet capable of forming even complicated variable density patterns by printing is used to form the patterns by transfer.
Patent JP-H09186359-A (JP)
Title: Croup iii-v semiconductor material and electronic member containing said material
Inventor: KURISUCHIYAN BURIRANSUKI
IPC: C30B29/40
Filed: 1996-12-13
Abstract: PROBLEM TO BE SOLVED: To reduce the defect density of a group III-V semiconductor crystal due to a unit cell mismatching between a group III-V semiconductor and a substrate by a method wherein a crystal, which is crystallized as a tinstone tetragonal phase, is used as the substrate for attaining a heteroepitaxial growth of the semiconductor. SOLUTION: A crystal, which is crystallized as a tinstone tetragonal phase, is used as a substrate for attaining a heteroepitaxial growth of a group III-V semiconductor. The tinstone type crystal is an M3 M5 O4 type crystal, M3 is an element of a valence of 3 and M5 is an element of a valence of 5. In particular, the M3 -M5 pair is AsSb, CrNb, CrSb, CrTa, FeNb, FeSb, FeTa, GaSb, RbNb, RbSb, RbTa or RbV. Thereby, the defect density of a group III-V semiconductor crystal due to a unit cell mismatching between the semiconductor and the substrate can be reduced.
Patent JP-H0388973-A (JP)
Title: Swash plate type compressor and swash plate type variable capacity compressor
Inventor: MIYAGAWA KAZUHITO
IPC: F04B27/08
Filed: 1989-12-22
Abstract: PURPOSE:To enhance the lubricating performance at slide parts of a compressor by providing a slide part which slides with a drive shaft and admits flow of oil, No.1 communication part to put the specified portion of this slide part in communication with a swash plate chamber, and No.2 communication part to put different portions of the same slide part in communication with a suction chamber. CONSTITUTION:No.1 communication part 32 leading to one end of No.1 thrust bearing 18 of No.1 slide part 30 is formed at an oil sump 103 provided in the lowermost part of a swash plate chamber 100, while No.2 communication part 33 is formed which puts one end on No.1 radial bearing 19 of the same slide part 30 in communication with No.1 suction chamber 101a, wherein the slide part 30 admits oil flow from one end of the thrust bearing 18 to one end of the radial bearing 19. Thus a continued part is formed leading from the oil sump 103 to the communication part 32, slide part 30, communication part 33, and the chamber 101a, to accomplish communication of the chamber 100 with the one 101a. Consequently the oil accumulated in the oil sump 103 flows into the communication part 32, lubricates the bearings 18, 19, and flows further to the chamber 101a via the communication part 33.
Patent JP-H09153452-A (JP)
Title: Projection exposure device
Inventor: MIZUTANI HIDEO
IPC: G03F7/20
Filed: 1995-11-29
Abstract: PROBLEM TO BE SOLVED: To provide a projection exposure device, in which the offset drift between a mask stage and a wafer stage is reduced by detecting the mask stage position based on a first reference mark and a mask stage mark and detecting the wafer stage position based on a second reference mark integral with the first and a wafer stage mark. SOLUTION: Light emitted from a laser interferometer 15 for detecting the position of a wafer stage 8 passes in part through a beam splitter 18 and reaches a moving mirror 6, and the rest is reflected toward a fixed mirror 5 secured to a projection optical system 4. Beams of light reflected from the two mirrors 5 and 6 are combined and incident on the laser interferometer 15 to detect the position of the wafer stage 8. Light emitted from a laser interferometer 14 for detecting the position of a mask stage 11 is reflected in part toward a moving mirror 2 by a beam splitter 19, and the rest passes through and reaches a fixed mirror 3 secured to the projection optical system 4. Beams of light reflected from the two mirrors 2 and 3 are combined and incident on the laser interferometer 14 to detect the position of the mask stage 11.
Patent JP-H02176534-A (JP)
Title: Experimental apparatus for loading dynamic centrifugal force
Inventor: SUGANO MASAHARU
IPC: G01M99/00
Filed: 1988-12-28
Abstract: PURPOSE:To stably carry out an excitation test upto a high frequency range by mounting direct an actuator for excitation on a rotational arm. CONSTITUTION:A shaft 8 is made to revolve against a slide bearing 7 when a centrifugal force F1 is exerted, and a supporting matter 15 for test sample is swung up horizontally by the centrifugal force produced from a rotation of the rotational arm 4. The tip end part of a piston rod 6 on the actuator 9 for excitation is connected direct to the supporting matter 15 and supported to an actuator housing 10 by the slide bearing 18 which is capable of freely sliding in both directions of the revolution and the shaft; therefore, the rod 6 is also made to revolve following up to the swinging movement. If center axes 0-0 of the rod 6 and the swinging movement coincide, the relation between the rod 6 and the supporting matter 15 is same for either cases of swinging up and down, and a fluid pressure is supplied alternately to rooms at both sides divided by the rod 6 in a cylinder of the housing 10. The supporting matter 15 can be thereby excited in stable condition.
Patent JP-H02180693-A (JP)
Title: Membrane separation apparatus
Inventor: SHISHIDO MASAAKI
IPC: C02F1/44
Filed: 1988-12-28
Abstract: PURPOSE:To enhance the amount of filtered water and to enhance the quality of treated water by providing a flocculant adding means and a pH controller adding means to a recirculation tank. CONSTITUTION:Raw water is introduced into a flocculation tank 1 from piping 11 and subjected to flocculation treatment by the flocculant supplied from a flocculant tank 2 through pipings 16, 16a equipped with a chemical injection pump P1 and the pH controller supplied from a pH controller tank 3 through pipings 17, 17a equipped with a chemical injection pump P2. The water subjected to flocculation treatment is introduced into a membrane separator 5 by a recirculation pump P through piping 12, a recirculation tank 4 and piping 13 in a parallel flow system with respect to a separation membrane 5a. The condensed water in the membrane separator 5 is discharged out of the system through piping 15. The flocculant from the flocculant tank 2 and the pH controller from the pH controller tank 3 are added to the water subjected to flocculation treatment in the recirculation tank 4. By this method, a suspended substance is re-flocculated effectively.
Patent JP-H08170075-A (JP)
Title: Working fluid
Inventor: KATAOKA HISANORI
IPC: C09K5/04
Filed: 1994-12-16
Abstract: PURPOSE: To obtain a working fluid comprising specific three ingredients, having an excellent refrigerant characteristic same as that of chlorodifluoromethane without destroying the ozonosphere. CONSTITUTION: This working fluid comprises 25-60wt.% cyclopropane (RC270), 30-70wt.% 1,1,1,2-tetrafluoroethane (R134a) and the rest % 1,1,2,2- tetrafluoroethane (R134). In order to enable the use of the working fluid like chlorodifluoremethane, it is preferable to select the weight ratio of its components so as to have >=4.8 coefficient of performance, >=150KJ/kg refrigerating effect and 1300-1700kPa discharging pressure from a compressor. It is preferable to adjust the total weight % of RC270 and R134a in a range surrounded by point A(40,60), point B(70,39), point C(55,25), point D(40,30), point E(30,40) and point F(30,50) in the figure and the rest of R134.
Patent JP-H06187535-A (JP)
Title: Automatic paper money paying device
Inventor: KOBAYASHI YOSHINARI
IPC: G01S17/88
Filed: 1992-12-15
Abstract: PURPOSE:To enable a sensor to accurately detect the presence or absence of the paper money by driving a carrying means after a shutter is opened so as to protrude the paper money from the carrying means to a position where the incident light from the external light to a light receiving element is cut and therefore preventing the external light reflected on the paper money from being received by the light receiving element. CONSTITUTION:When the paper money 21 is stuck on a stage in an amount and the number of moneys requested by a customer, the money 21 is held between a lower conveyor belt 15 and an upper conveyor belt 16 of a carrying means 22. Then a control part drives a plunger magnet to open a shutter 5 and then drives a motor after the time T1 to drive both belts 15 and 16. The means 22 is driven after the time T2 and a light emitting element 34 emits the light. The money 21 is protruded from the means 22 and up to the position where the external light 23 is cut against a light receiving element 35 during the time T2. Thus the light 20 emitted from the element 34 and the external light 23 entering directly a money output port are cut by the protruding money 21 against the element 35. Thus the presence of the money 21 is decided.
Patent JP-H04201937-A (JP)
Title: Method and device for initial winding of film and transportation
Inventor: KURUMADA MINORU
IPC: B65H5/12
Filed: 1990-11-30
Abstract: PURPOSE:To simply and certainly carry out the transportation of film by feeding the film to a packing position using a pair of drums. CONSTITUTION:When a transport drum 2 is rotated and a film (f) is put alongside of the transport drum 2, the film (f) is wrapped round it in the condition attracted to suction holes 25 provided at the periphery of the transport drum 2. When an intruding groove 26 in this transport drum comes to the position confronting a film length adjusting mechanism 5, the rotation of the transport drum stops temporarily. Now the film is intruded into the intruding groove by the film length adjusting mechanism in an amount corresponding to the length. Then the transport drum resumes rotating, and the film is cut by a cutting mechanism 4 at the position which yields the desired length. Then the transport drum further rotates to send the film to a handover position for a packing drum 60, and in the position, the film retained at the periphery of the transport drum is attracted by suction holes 62 furnished at the periphery of the packing drum 60 and is sent to the packing position.
Patent JP-H09179796-A (JP)
Title: Data transfer processor
Inventor: IKUTO KUNIO
IPC: G06F3/0484
Filed: 1995-12-22
Abstract: PROBLEM TO BE SOLVED: To improve traffic on a network by transferring the virtual object of a small data capacity. SOLUTION: When the icon of a virtual object CD is operated on a CRT 23 in a client 3 and dragging and dropping from a folder C to the folder D are performed, a transfer object (virtual object CD) and a transfer destination (folder D) are recognized by a client CPU 20. Then, the data of the virtual object CD are loaded from the hard disk 12 of a server 1 through a LAN 2 to the memory of the client 3. The loaded virtual object CD is transferred to the folder D specified by an icon operation of the hard disk 12 of the server 1. Then, by the write program of the server 1, the data of the respective objects 1 and 2 of the folder D where the virtual object CD is present are written in a CD-R by a drive 13.
Patent JP-H10159066-A (JP)
Title: Discharging method of sediment in dam storage reservoir
Inventor: KURATANI KATSUTOSHI
IPC: E02B8/02
Filed: 1996-11-28
Abstract: PROBLEM TO BE SOLVED: To provide a method, in which a sediment can be discharged surely at any time regardless of the pondage, water usage, etc., of a dam storage reservoir. SOLUTION: Soil-sand intakes 24 placed in the sediment 20 and an on-off valve 26 are opened. Consequently, the fluid or semifluid sediment 20 is flowed into a cylindrical body 12 from the soil-sand intakes 24, and the cylindrical body 12, a screw conveyor 14 and the soil-sand carry-out path 16 are filled with the sediment 20. The soil-sand intakes 24 are closed, the sediment 20 is transferred to the lower end of the soil-sand carry-out path 16 by the screw conveyor 14, and the sediment 20 in the soil-sand carry-out path 16 is transported from a lower section to an upper section by a large number of buckets 1804 for a bucket elevator 18, and discharged into a settling tank 802.  The sediment 20 remaining in the lower section of the soil-sand carry-out path 16 without being discharged by the buckets 1804 is discharged into the settling tank 802 through a pipe body 3002 by driving a pump 30 for discharging soil and sand.