baber/WOPTO huggingface dataset:
Patent JP-H09309320-A (JP)
Title: Air-conditioning unit
Inventor: NAGANO HIDEKI
IPC: B60H1/00
Filed: 1996-05-21
Abstract: PROBLEM TO BE SOLVED: To prevent a difference of temperature of air passing a heat exchanger and blown out while allowing lack of balance of air capacity and wind speed distribution on the side of a blower of the heat exchanger and the opposite side of the blower in the case when the air blowing direction from the blower and an upstream side surface of the heat exchanger are arranged so as to be roughly orthogonal with each other. SOLUTION: An upstream side surface of an evaporator 11 stored in a temperature control part 9 is arranged so as to be roughly orthogonal with the air blowing direction from a blower 2. Additionally, this evaporator 11 is structured in a four pass structure by communicating tank groups I and II positioned at an opposite blower side and tank groups III and IV positioned at a blower side to each other by a heat exchanging passage 16, communicating the tank group II and the tank group III by an opening part but not communicating the tank group I and the tank group III by a blind tank, a heat exchanging medium flows in the tank group I, and it flows out from the tank group IV. Consequently, the opposite blower side where wind pressure of the evaporator 11 is large is increased in heat exchanging capacity rather than the blower side.
Patent JP-H097767-A (JP)
Title: Driving circuit of distributed el element
Inventor: MORIOKA DAIGO
IPC: H05B44/00
Filed: 1995-06-16
Abstract: PURPOSE: To obtain a distributed EL element which can realize an IC, a small size, and a low cost easily. CONSTITUTION: A DC power source voltage Vin is converted to a surge pulse line with a high voltage rectified by a booster circuit 30, and charged to a distributed EL element 35 to be a load. It is detected that the partial voltage Va of a voltage appeared to the EL 35 reaches to a standard voltage Vref set beforehand by a voltage comparator 39, a gate output pulse for a specific time is outputted by a dividing circuit combining a flipflop circuit reset by the above detecting output, and a gate circuit, and a booster circuit is stopped for a specific time by the output of the gate circuit to stop the charging operation, while a discharge switch is operated to discharge the charge charged to the EL 35 by operating a discharge switch.  When the voltage appeared at both ends of the EL element 35 is not raised to the voltage Vref, the signal from an oscillator for boosting is processed by the dividing circuit combining the flipflop circuit, and the gate circuit, so as to generate a gate output pulse for a specific time, and it is inputted to the discharge switch so as to discharge the charge charged to the EL element 35. By repeating the above operation, the EL 35 is lighted and driven.
Patent JP-H05344894-A (JP)
Title: Hybrid-plasmid for expression of 38k dalton antigen of mycobacterium tuberculosis, escherichia coli as a host of hybrid plasmid, 38 kda antigen and about 33 kda protein
Inventor: MAHABIYA SHIN
IPC: C07K14/35
Filed: 1992-05-18
Abstract: The invention relates to a hybrid plasmid for the expression of an unfused 38 kDa antigen of Mycobacterium tuberculosis in E. coli, to E. coli as host of the hybrid plasmid and to the 38 kDa antigen. <IMAGE>
Patent JP-H0818958-A (JP)
Title: Encoder/decoder for video signal
Inventor: HARAGUCHI HIDEO
IPC: H04N19/00
Filed: 1994-06-30
Abstract: PURPOSE:To provide an encoding signal capable of interpolating defective data without using a specific means when an error occurs in the case an image signal is transmitted after applying encoding processing. CONSTITUTION:A video signal inputted from a video signal input terminal 1 is separated to even-numbered and odd-numbered field strings by an even/odd numbered field separation part 2. Each field string receives the encoding processing independently by an even-numbered field encoder part 3 or an odd- numbered field encoder part 4, respectively and forms a GOP, and it is sent to video multiplexer 5. The video multiplexer 5 unifies the GOPs in one signal for transmission, and outputs it from a composite signal output terminal 6, and the signal is transmitted via, for example, a digital network, etc. Also, in the case the error occurs in the transmission, it is detected by a decoder, and after decoding processing is applied to it, interpolation processing is performed, then, it can be restored to an original image signal.
Patent JP-H09310709-A (JP)
Title: Wall part locking device using hardend material
Inventor: TOSHISHIGE YOSHIAKI
IPC: F16B13/14
Filed: 1996-05-21
Abstract: PROBLEM TO BE SOLVED: To enable the screwing of a bolt to a wall by forming a back surface part of a jacket of a wall, which is fixed to the periphery of an end of a cylindrical body in the inserting direction, of a cloth, which is hard to be drawn, and forming a front surface part of the jacket with a cloth, which is easy to be drawn, and using the hardend material for fitting. SOLUTION: A hardening material 27 is supplied from a hardening material filling port 18 into a jacket 8 through an opening and closing port 20, an opening and closing port 15 and a filling port 9 so as to expand the jacket 8. At this stage, since a back surface part 8b of the jacket 8 is formed of a cloth hard to be drawn, and a front surface part 8a thereof is formed of a cloth easy to be drawn, the front surface part 8a is drawn with the expansion of the jacket 8 so as to push the back surface part 8b of the jacket 8 to a back surface of a wall part for lock. Furthermore, when a hardening material cylinder and a hardening material nozzle 17 or a shutter nozzle 19 are removed and a claw parts 14 is rotated by a finger so that the filing port 9 is closed by the opening and closing port 15, the hardening material 27 is hardened.  With this structure, an engaging bolt can be strongly screwed, an annular member can be strongly fitted, and the rotation prevention can be easily performed.
Patent JP-H11345861-A (JP)
Title: Method and equipment for substrate transfer
Inventor: MAEKAWA NAOTADA
IPC: H01L21/677
Filed: 1998-05-29
Abstract: PROBLEM TO BE SOLVED: To provide, with a simple equipment constitution, a substrate transfer method and substrate transfer equipment which is able to transfer substrates from a plurality of cassettes to substrate carrying equipment. SOLUTION: A pusher head 81 of a pushing-up part arranged below a substrate transfer region R is elevated. Substrates W1 are pushed upwards from a cassette C1 mounted on a rotary table 61, and held by holding posts 35R, 35L of a substrate carrying robot. After a cassette C2 is moved to the substrate transfer region R, substrates 2 are pushed upwards from the cassette C2, in a state such that the substrates W1 are held and are held by the substrate carrying robot.
Patent JP-S5482024-A (JP)
Title: Static electricity supervisory unit for transformers
Inventor: KISHI AKIO
IPC: G01R31/00
Filed: 1977-12-13
Abstract: PURPOSE: To prevent an occurrence of fault due to an interference of static electricity, by making a ganerating quantity of static electricity, in equipments that generates a static electricity caused by a drift charge, presumable from outside at any time.  
     CONSTITUTION: In case of an insulating oil flowing in a characteristic measuring unit 2, when it flows in an area between electrodes 10, 12 and an electrode 11, a measurement will be made for specific resistance by an ammeter 16 and for tan δ by a dridge circuit 18, with presumable date provided for a generating quantity of static electricity in the transformer together with a measurement result in a static electricity generating quantity measuring unit 1, causing a capability to operate a diagnosis in high precision from outside at any time. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H0758324-A (JP)
Title: Integrated device having mos transistor for making positive and negative voltage swings possible
Inventor: MOHAMADO EMU MOJIYARADEI
IPC: H01L27/092
Filed: 1994-07-01
Abstract: PURPOSE: To obtain an integrated circuit applicable to negative voltage swing in which a output transistor can withstand an ESD impact by connecting the drain of a p-channel metal oxide silicon field effect transistor with a voltage lower than the ground potential of a substrate and connecting the source thereof with a voltage higher than the ground potential of the substrate. CONSTITUTION: A PMOS transistor 52 has a source 56 connected with a positive voltage +VSS, a gate 58 connected with an input voltage Vi and a drain 60 connected with the source 62 of a PMOS transistor 54. In order to provide the transistor 54 with functions as an active resistor, the gate 64 is connected with a drain 66 which is connected with a negative voltage -VDD. According to the arrangement, the output transistor can withstand ESD impacts, and the integrated circuit is useable in the application to negative voltage swing.
Patent JP-S63314865-A (JP)
Title: Semiconductor device
Inventor: IIDA MAKIO
IPC: H01L29/73
Filed: 1987-06-18
Abstract: PURPOSE:To eliminate the influence of the thickness of an N-type epitaxial layer on the current amplification factor of a PNP Tr by forming an N-type buried layer similar to an N-type buried layer for forming the NPN type transistor Tr on a boundary between a P-type substrate and the N-type epitaxial layer. CONSTITUTION:N-type buried layers 121, 122 are formed corresponding to a region A on a P-type substrate 11, and an N-type buried layer 13 is formed on a region B. Then, an N-type epitaxial layer 14 is formed on the substrate 11. Thereafter, N-type base diffused layers 16, 17 are formed on the regions corresponding to the regions A, B of the layer 14. An N-type emitter diffused layer 18 is formed in the layer 14, and an N-type emitter diffused layer 19 is formed in the layer 17 of the region B simultaneously with the layer 18. In this case, an N-type collector contact diffused layer 20 is further formed in the layer 14 of the region B. The current amplification factor of the PNP Tr of the substrate of the region A formed in this manner is controlled by layers 121, 123. Thus, the current amplification factor of the PNP Tr or the substrate is so controlled as not to be affected by the influence of the thickness of the layer 14.
Patent JP-H0710782-A (JP)
Title: Production of isobutylene and methacrolein
Inventor: MIURA NAOTERU
IPC: B01J27/057
Filed: 1993-06-22
Abstract: PURPOSE:To obtain the subject compounds from isobutane in high selectivity by combinedly using an oxidative dehydrogenation catalyst and a specific complex oxide catalyst in subjecting isobutane to vapor phase catalytic reaction with molecular oxygen. CONSTITUTION:Isobutane is subjected to vapor phase catalytic reaction with a molecular oxygen in the presence of (A) an oxidative dehydrogenation catalyst and (B) a complex oxide catalyst consisting essentially of molybdenum and bismuth, preferably at 250-600 deg.C and 1-3 bar to provide the objective isobutylene and methacrolein. The catalyst A includes preferably a catalyst consisting of an oxide of phosphorus and oxides of elements selected from Li, Ti, etc., and this catalyst is preferably obtained by mixing solutions of phosphoric acid and the metal compounds, evaporating and/or filtering the mixture and then baking the mixture. The catalyst B includes e.g. a catalyst containing iron, Co, silicon, etc., in addition to Mo and Bi as components.
Patent JP-S6210628-A (JP)
Title: Liquid crystal electrooptic device
Inventor: ARIGA SHUJI
IPC: G09F9/35
Filed: 1985-07-09
Abstract: PURPOSE:To attain a monostable TSM mode by using a liquid crystal composition where a ferrodielectric liquid crystal consists of a quiral smectic liquid crystal and a cholestric liquid crystal or an optical activator. CONSTITUTION:Transparent conductive films are formed on two glass substrates, and organic high polymer films are coated on them and are subjected to rubbing treatment, and a spacer is interposed between them to form a cell having 25mu thickness, and the mixture composition of the ferrodielectric liquid crystal and the cholestric liquid crystal is sealed in the cell in vacuum. The area to which an AC signal 3 is applied is in the scattering state and has a low transmittance, and the area for no electric field is returned to the transmission state. There is a threshold characteristic in the transmittance change to a voltage Vd of the AC signal, and the light is not scattered and the transmission state is held for the AC signal of a voltage V1 or lower, and the light is not transmitted by light scattering for the AC signal of a voltage V2 or higher. Half-tone display is possible for the intermediate area between voltages V1 and V2 because the light scattering effect is dependent upon the voltage value. Thus, monostable scattering type optical switching is possible.
Patent JP-H0715282-A (JP)
Title: Filtering device
Inventor: MIURA MASAMI
IPC: H03H17/02
Filed: 1993-06-22
Abstract: PURPOSE:To provide a filtering device which can satisfactorily extract only the desired component such as noise removal. CONSTITUTION:In the filtering device, an input signal is successively delayed by plural delay means 11a, 11b, 11c...11n, coefficients are multiplied to the input signal and the outputs of the respective delay means by respectively different coefficient multipliers 12a, 12b, 12c...12n+1, the outputs of these respective coefficient multipliers 12a-12n+1 are added, and the desired component of the input signal is extracted. Concerning such a filtering device, the difference of the input signal is detected by a difference detection circuit 2, the coefficients of the respective coefficients multipliers 12a-12n+1 are set based on this detected difference, and the setting of coefficients based on this difference is performed by using linearly approximated functions.
Patent JP-H10323446-A (JP)
Title: Ball elevating device for pachinko machine
Inventor: KANEKO MASATOSHI
IPC: A63F7/02
Filed: 1997-05-23
Abstract: PROBLEM TO BE SOLVED: To prevent PACHINKO balls to be stopped in the discharge port of a lower part tank by surely discharging the PACHINKO balls one by one from the discharge port of the base part in the lower part tank where the multiple PACHINKO balls are contained. SOLUTION: The PACHINKO balls inside the lower tank 6 fall one by one from the discharge port 22 to a ball aligning guide passage 24, guided by the outer peripheral part of a ball elevating wheel 26 and forcibly carried to an upper part in a ball elevating pipe 12 by the rotation of the ball elevaring wheel 26. A ball stirring wheel 48 where projections 52 are formed in an outer peripheral part is arranged in the discharge port of the lower part tank 6 and rotated in a direction for elevating the PACHINKO balls near the discharge port 22 so that the PACHINKO balls near the discharge port 22 are prevented from stopping. The ball stirring wheel 48 is linked with the ball elevating wheel 26 so as to be rotated.
Patent JP-S626393-A (JP)
Inventor: JIYOSEFU AARU BEEKAA
IPC: G07B15/00
Filed: 1986-06-26
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-S63314555-A (JP)
Title: Electrophotographic organic sensitive body
Inventor: TSUKUDA ICHIZO
IPC: G03G5/02
Filed: 1987-06-17
Abstract: PURPOSE:To enhance close adhesion between a photoconductive layer and a conductive supporting body and electric characteristics by forming as an undercoat insulating layer an anodized oxide film specified in the thickness of a barrier layer. CONSTITUTION:The photoconductive layer 3 made of an organic material is formed on the undercoat insulating layer formed on the conductive supporting body 1 made of aluminum, and the anodized oxide film 2 to be formed as this undercoat insulating layer is composed of a porous surface layer 2a rich in surface adsorptivity and the barrier layer 2b regulated to a thickness to <=1,000Angstrom , thus permitting good intimate adhesion to the photoconductive layer 3 to be executed by the layer 2a and insulation at the time of high voltage charging of the layer 3 to be ensured by the layer 2b.
Patent JP-H07142679-A (JP)
Title: Semiconductor memory device
Inventor: HAGITANI KOKI
IPC: H01L27/04
Filed: 1993-06-22
Abstract: PURPOSE:To enable a semiconductor memory device to cope with the shutoff of a power supply due to a power failure by a method wherein a memory means is provided to the same chip to back up data stored in a main memory. CONSTITUTION:An EEPROM is formed on a first, semiconductor element forming region 11A of a semiconductor substrate 11, and a RAM is formed thereon through the intermediary of an insulating film 12. A signal conductor is provided between the FEPROM and the RAM, and data are transmitted between them. Data stored in the RAM are periodically written in the EEPROM as backup data, whereby a single chip is capable of having a backup function besides its primary function.
Patent JP-S6212696-A (JP)
Title: Multi-component thin film
Inventor: ADACHI HIDEAKI
IPC: G02F1/05
Filed: 1985-07-09
Abstract: PURPOSE:To form a multi-layer thin film composed of plural oxide components and having desired characteristics, by providing a growth-promotion layer at the initial stage of the growth of thin film and forming the main thin film layer having desired composition by continuously changing the composition. CONSTITUTION:A thin film 14 of PLZT-type compound oxide Pb0.92La0.08(Zr0.65 Ti0.55)0.98O3 [0.6<Zr/(Zr+Ti)<0.7; 0.07<La/(Pb+La)<0.1] useful as an electro- optical material containing Pb, La, Zr and Ti is deposited on the sapphire C-plane substrate by reactive sputtering. In the above process, a growth- promotion layer 12 having the composition of Pb0.72La0.28Ti0.93O3 [Zr/(Zr+ Ti)<0.05; 0.1<La(Pb+La)<0.4] is formed first on the substrate and the thin film 14 having the objective composition is deposited on the promotion layer interposing a layer having gradually varying composition therebetween. A multi- component compound oxide layer having the objective composition, crystal structure and characteristics can be produced without fail.
Patent JP-H05339506-A (JP)
Title: Functional composite material
Inventor: DOMAE TAKASHI
IPC: C08L89/00
Filed: 1992-06-10
Abstract: PURPOSE:To obtain a semiconductive composite material which can easily be molded into any shape by mixing a gluten, gliadin, or glutenin with a polyhydric alcohol. CONSTITUTION:A gluten, gliadin, or glutenin is mixed with a polyhydric alcohol (e.g. ethylene glycol) to obtain the title material. The amount of the alcohol is preferably 20-50, 5-50, or 20-50 pts.wt. per 100 pts.wt. gluten, gliadin, or glutenin, respectively. Since this material can easily be molded into any shape, it can be utilized as a functional material when molded into a desired shape and connected to adequate electrodes. Examples of its application include a sensor for detecting something as a mean for a large area, e.g. a planar or linear area, and a sensor fitted to a curved or movable surface. Dissolving or dispersing the material into a solvent gives a coating composition, adhesive, etc., from which a film can be formed.
Patent JP-H04350663-A (JP)
Title: Original plate for electrophotographic planographic printing
Inventor: KATO EIICHI
IPC: G03G5/05
Filed: 1991-05-28
Abstract: PURPOSE:To improve a water retaining property and the printing resistance under severe conditions by incorporating at least one kind of specific resins and nonaq. solvent type dispersing resin particles as a binder resin into the above original plate. CONSTITUTION:Respectively at least one kind of the resins A of low mol.wt. and the nonaq. solvent type dispersing resin particles obtd. by bringing a monomer C contg. a polar group and a monomer D having a substituent contg. a silicon atom and/or fluorine atom and a dispersion stabilizing resin soluble in the nonaq. solvent into polymn. reaction are incorporated into this original plate. The resins A are the resins which have 1X10<2> to 2X10<4> weight average mol.wt., contain the repeating unit expressed by formula I as a polymer component and are formed by bonding at least one kind of the polar groups selected from -PO3H2, -SO3H, -COOH, -P(=O) (OH)R01, and cyclic acid ahydride group to one terminal of the polymer main chain. In the formula I, a1, a2 denote a hydrogen atom, halogen atom, cyano group or hydrocarbon group; R03 denotes a hydrocarbon group.
Patent JP-H0443186-A (JP)
Title: Intake device of engine of motorcycle
Inventor: SHIOBARA SHOICHI
IPC: F02B75/02
Filed: 1990-06-09
Abstract: PURPOSE:To sufficiently secure the bank angle of a car body by forming an intake pipe so as to be set upwardly to the outside from an intake port side, in the constitution in which the intake port of an engine is opened to the outside in the car width direction and the intake pipe is connected with the intake port. CONSTITUTION:The two-cycle engine 13 of a motorcycle 1 is supported by the rear part of a main frame and the lower part of a rear arm bracket, and the rear edge of an intake chamber 15 which extends nearly horizontally in the longitudinal direction is connected with the intake port of the engine 13. In this case, an intake pipe 43 which extends aslantly up to the left upper part is connected with the intake port of the engine 13. While, a branched pipe 44 extending downward to the rear part of the intake chamber 15 is installed on the intake chamber 15, and the lower edge of the branched pipe 44 is connected with the upper edge of the intake pipe 43. Accordingly, the outer wall 43a which forms the undersurface among the outer peripheral surface of the intake pipe 43 is formed into a shape set along a road surface in case of puncture, and a sufficient bank angle 45 is secured.
Patent JP-H0721204-A (JP)
Title: System for registering keyword of data base information
Inventor: TAKAYAMA MASAKI
IPC: G06F17/30
Filed: 1993-06-23
Abstract: PURPOSE:To eliminate work for selecting and registering a keyword by means of a manual operation at the time of registering information into a data base and to retrieve data by means of the keyword in KATAKANA(square form of Japanese syllabary) at the time of retrieval. CONSTITUTION:An encoding means 1 sequentially refers to a graphic character code table 2 from the first character of information registered into the data base, and encodes the characters. An inspection means 3 checks whether a KATAKANA character exists in an encoded code or not. When the codes of the KATAKANA characters are continuously outputted, a keyword selection means 4 sets the character string to be the keyword. A registration means 5 checks whether the character string is already registered in a KATAKANA keyword table 21 or not. When it is not, it is additionally registered.
Patent JP-H0443410-A (JP)
Title: Automatic travel vehicle
Inventor: ISHIKAWA YOSHIKAZU
IPC: B61B13/00
Filed: 1990-06-08
Abstract: PURPOSE:To suppress a quantity deviated from an optimum route to be a minimum and to shorten time to a target position by correcting a difference between a present position which is accurately measured through the use of measurement wheels and the target position through the use of information on a next target position. CONSTITUTION:A travel vehicle has driving wheels 6 and 7 which mainly contribute to travel and the measurement wheels 61 and 71 which mainly contribute to the moving distance of the travel vehicle in the middle of travel. A means 18 calculating the present traveling position of the travel vehicle 1 at prescribed sampling time by measurement data by the measurement vehicles 61 and 71 and a means 19 correcting the difference between the present position and the target position at prescribed sampling time based on target position information at next sampling time on the route are provided. The present position at prescribed sampling time is corrected based on target position information at sampling time prior by one. Thus, control time for correction can be shortened and deviation from the optimum route can be reduced.