baber/WOPTO huggingface dataset:
Patent JP-H0718899-A (JP)
Title: Parking device
Inventor: TOMINAGA HIROYUKI
IPC: E04H6/12
Filed: 1993-07-01
Abstract: PURPOSE:To enhance carry-out/carry-in efficiency by dispensing with call of a vacant pallet from a parking shelf and return thereof to the parking shelf. CONSTITUTION:Storage chambers 11 for storing vacant pallets P are equipped respectively under a carry-in port 2 and a carry-out port 3. After a carry-in vehicle C is carried in, by means of a pallet delivery/storing device 12 equipped in the storage chamber 11 and a belt conveyor 15, a vacant pallet P in the storage chamber 11 is moved to the carry-in port 2 in preparation for carry-in of a next vehicle C. After a carry-out vehicle C is carried out, a vacated pallet P is moved to the storage chamber 11.
Patent JP-H0213168-A (JP)
Title: Uninterruptible power supply system
Inventor: NAKANO YOSHIO
IPC: H04M19/08
Filed: 1988-06-30
Abstract: PURPOSE:To supply power from a commercial power supply and to avoid the power consumption for a station power supply by controlling an output voltage of a station power supply circuit into a specified voltage so as to supply a prescribed voltage all the time if power supply from a commercial supply circuit is disabled. CONSTITUTION:With a commercial power line 4 connected at a time T1, a voltage 52 of an output 12 of a commercial supply circuit 5 is fed to a diode 9 and the result is fed to a voltage control circuit 3 as a voltage control signal 10, then a voltage 51 of an output 11 of a station power supply circuit 2 is decreased at a time T1 as shown in figure. Thus, power is supplied to the 1st circuit 6 from an output 12 of the commercial supply circuit 5 via a diode 9. A voltage 53 of a power terminal 13 of the 1st circuit 6 is always kept to a specified voltage. The voltage at the output 11 of the commercial supply circuit 2 is lower than the specified voltage for a period between the times T1 and T2 and since no station power is consumed for the period, the power consumption of the 1st circuit 6 is not limited due to the feeding power capability.
Patent JP-H10338909-A (JP)
Title: Snow fence
Inventor: MASUI TOSHIAKI
IPC: E01F7/02
Filed: 1997-06-06
Abstract: PROBLEM TO BE SOLVED: To prevent snow on a road by forming a snow fence having an approximately joukowsky wing type sectional form in the direction at right angles to the horizontal direction of a plurality of panel members horizontally built in the vertical direction with every space between posts erected by the side of the road at specific intervals. SOLUTION: Panel members 1 having a joukowsky wing type sectional form are borne on posts 2a and 2b fixing their lower ends to a foundation 3 installed by the side of a road in an upper part. An interval between both of them is in a reduced state with partial bending in a lower part, and size in the direction of the interval between posts of the foundation 3 is reduced to simplify execution. In that case, arm sections 4 bearing the panel members 1 on the same height are projected to the posts 2a and 2b in the direction of the road side. The rear sides of the panel members 1 are fixed with the arm sections 4, a chord direction of each of the members 1 can obtain the blowing-off effect higher than that of the conventional snow fence by an angle of inclination larger than 30 deg. to the vertical direction.  In the case the chord direction of each of the members 1 is within range of an angle of inclination over 50 deg. up to and including 70 deg. to the vertical direction, the highest blowing-off effect can be expected.
Patent JP-H0911354-A (JP)
Title: Manufacture of fiber reinforced thermoplastic resin composite tube
Inventor: IKEDA HISAO
IPC: B32B1/08
Filed: 1995-06-29
Abstract: PURPOSE: To provide a manufacturing method for a fiber reinforced thermoplastic resin composite tube in which bonding force on interfaces is kept strong without lowering productivity and no interface releases nor cracks are generated even when used under the severe conditions or used for a long time. CONSTITUTION: A manufacturing method comprises the processes of forming a multilayer tubular body of two layers or more by laminating a fiber reinforced thermoplastic resin layer B composed of fiber reinforced resin belts on the outer peripheral face of a thermoplastic resin tube A, and then guiding the multilayer tubular body into a heating oven, and exposing the multilayer tubular body under the condition of either heating the inner side atmosphere of the multilayer tubular body or reducing the pressure of the outer side atmosphere, or under the condition of both atmospheres and heating and fusion bonding and integrating the thermoplastic resin tube A with the fiber reinforced thermoplastic resin layer B. As for the fiber reinforced thermoplastic layer resin belts, the belts with a number of through-holes are used.
Patent JP-H09323986-A (JP)
Title: Sesquiterpene compound and antifungal agent
Inventor: NOZOE SHIGEO
IPC: A61P31/04
Filed: 1996-06-04
Abstract: PROBLEM TO BE SOLVED: To obtain a new sesquiterpene compound which is a physiologically active ingredient contained in a mushroom, has a strong antifungal force against fungi causing opportunistic visceral mycosis and is useful as an active ingredient for bactericides and fungicides. SOLUTION: This sesquiterpene compound is represented by formula I (R is H, a lower alkyl), e.g. a compound of formula II. The compound of formula II has the following physicochemical properties. The nature: colorless columnar crystal; mol.wt.: 394; molecular formula: C22 H34 O6 ; coloring reactions: positive to Ehrlich reagent (reddish violet color), positive to anisaldehyde reagent (bluish violet color), positive to 50% sulfuric acid reagent (blown color), etc. The compound of formula I is obtained by extracting the fruit body of Roseofomes subflexibilis (Berk. et Curt.) Aoshi, a mushroom belonging to the family Myriangiaceae, with a lower alcohol, ethyl acetate, acetone, etc., and subsequently isolating the compound of formula I from the extract.
Patent JP-H11349050-A (JP)
Title: Liquid chemical vaporization container
Inventor: INOUE MASAKAZU
IPC: B65D77/20
Filed: 1998-06-11
Abstract: PROBLEM TO BE SOLVED: To reduce the number of parts of a liquid chemical vaporization container, to facilitate the use, to simplify the manufacture, and to reduce the manufacturing cost by covering an upper opening part with a peelable sheet film in a condition where the upper opening part of a container body with water-absorbing inner side is covered with an vaporization member. SOLUTION: A container body 1 of a liquid chemical vaporization container 1 comprises a container body 3 and a cloth 4. When in use, a liquid chemical 13 such as an aromatic with aromatic property is stored inside the container body 2, and then, a filter paper 7 forming a vaporization member is arranged on a peripheral edge of an opening part of the container body 2, and integratedly and thermally deposited (a) with the cloth 4. The container body 2 is carried in this condition and exhibited. A seal film 8 is drawn to peel, and the filter paper 7 is exposed to the atmosphere to immediately vaporize the liquid chemical 13. The seal film 8 is formed of a seal material 9 and a barrier material 10, and the filter paper 7 is arranged on the seal material 9 side. Vaporization can thus be started only by peeling the seal film 8.
Patent JP-H06222037-A (JP)
Title: Method for cleaning electrochemical detector
Inventor: TERII EE BAAGAA
IPC: G01N27/38
Filed: 1993-06-08
Abstract: PURPOSE: To provide a highly precise detector with a long life which carries out oxidation of a work electrode and then reduction, and measures the current caused by electrochemical reaction on the electrode. CONSTITUTION: A holder 150 of a work electrode WE and a reference electrode RE is installed in a jet pipe holder 160 and an extended capillary tube 410 is inserted through an inlet hole 420. A metal counter electrode CE is inserted while penetrating a counter electrode hole 460 of the holder 160. A potentiostat applies the potential necessary for operating the electrode CE and the electrochemical cell 100 to the electrode WE. That is, pulse voltage high enough to oxidize the electrode WE and a solution within a short time is applied to the electrode WE and then inverse reduction voltage is applied to carry out reduction within a short time. Next, the voltage is set at a prescribed work voltage for a prescribed period and Faraday current of an object to be measured is measured and these processes are repeated cyclically.  By this method, cleaning is carried out within a short time, so that the stain concentration of the surface is lowered and the detection sensitivity is heightened even though the produced surface reaction is seemingly fierce.
Patent JP-H109161-A (JP)
Title: Scroll type variable displacement compressor
Inventor: HIGASHIYAMA AKIYOSHI
IPC: F04B49/00
Filed: 1996-06-25
Abstract: PROBLEM TO BE SOLVED: To reduce a size of a scroll type variable displacement compressor and increase its variable range of a compressive volume. SOLUTION: A movable scroll member 26 performs rotation while varying volume of a fluid pocket formed between a fixed spiral body 252 and a movable spiral body. It moves the pocket to the center. Fluid taken from a suction chamber 40 to the fluid pocket is compressed while moving thereof to the control portion and discharged to a discharge chamber. A plurality of bypass ports 51a and 51b are formed on a side plate 251 of a fixed scroll member 25 for bypassing gas inside the fluid pocket along the fixed spiral body. The bypass ports are faced to a low pressure space formed in a compressor housing 10 and communicated with the suction chamber. A piston valve mechanism 52a controls opening and closing of the bypass ports for feeding the bypassed gas from the bypass ports to the suction chamber through the low pressure chamber.
Patent JP-H04361541-A (JP)
Title: Film carrier tape
Inventor: KIN MASAKATSU
IPC: H01L21/60
Filed: 1991-06-07
Abstract: PURPOSE:To prevent the bondability and wettability of an outer lead part from being reduced by a method wherein before a tin-lead solder alloy plating is applied to the outer lead part, this tin-lead solder alloy plating is isolated from the region of an Au plating on a test pad region adjacent to the outer lead part. CONSTITUTION:Before a tin-lead solder alloy plating 16 is applied to an outer lead part 12, an Au plating 15 is exposed on the upper surface of a test pad part 13 and moreover, the region of the plating 16 is arranged in such a way that it is not adjacent to the region of this plating 15. Thereby, even in the case that a heating treatment is executed, heat diffusion phenomenon does not occur between this gold plating 15 and the plating 16, consequently, the formation of an Au-Sn alloy layer can be avoided and deterioration in the bondability and wettability of the outer lead part is eliminated.
Patent JP-H1112786-A (JP)
Title: Conduction treating liquid
Inventor: TAKANO HISAO
IPC: H05K3/42
Filed: 1997-06-20
Abstract: PROBLEM TO BE SOLVED: To form a stable conductive film in the initial period of conduction and to rapidly complete a polymn. reaction by adhering a conductive monomer to an insulated surface, then constituting a conduction treating liquid to impart electrical conductivity by oxidation polymn. of this monomer of an org. acid or its salts and an inorg. acid and the conductive monomer. SOLUTION: The conductive monomer is composed of a monomer consisting of a 5-membered heterocyclic group contg. sulfur or nitrogen, for example, pyrrole, thiophene, furan or its deriv. The amt. thereof to be added is preferably in a range of 0.01 to 0.3 wt.%. While the inorg. acid is generally sulfuric acid, other examples thereof include hydrochloric acid, phosphoric acid, etc. The content thereof is in a range of 1 to 20 wt.%. The examples of the org. acid or its salts include p-toluenesulfonic acid or its salt, etc. The content thereof is preferably set in a range of 0.1 to 30 wt.%.
Patent JP-S6155408-A (JP)
Inventor: FURANKU JII KOSENZA
IPC: F16B37/00
Filed: 1985-07-26
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-S5867308-A (JP)
Title: Filter for washing filter medium by circulation
Inventor: KOBAYASHI KATSUYA
IPC: B01D24/06
Filed: 1981-10-16
Abstract: PURPOSE:To provide a compact and energy-saving type filter obtained by installing a washing pipe in a filter layer, in which water freely passes in the horizontal direction, and jetting a pressurized fluid from an injection nozzle to circulate granular media through the inside of a washing pipe which washing the media. CONSTITUTION:Raw water is fed from a supply pipe 24 and is passed through a flow-in chamber 17 of a filter layer 15 and a water gathering chamber 19, and clarified water is recovered to a recovery pipe 27 from a water gathering trough 25. When the need to wash granular filter media L and S occurs, a fluid is jetted from an injection nozzle 29 to blow up the media L and S, gathered along the surface of a slanted bottom 12 to the lower side of an opening port 20a of a washing pipe 20. thereby agitating and floating the media to wash them and discharging them together with waste washing water to the upper side of the layer 15 from the top end of the washing pipe 20 through a charging port 21. Thus the fine granular media S are concentrated to be stacked on the side of the chamber 19 and the coarse media L are stacked on the side of the chamber 17, respectively and then the media L and S are classified in the horizontal direction. Further the discharged waste washing water is exhausted out of a tank through an exhausting pipe 28.
Patent JP-S6224595-A (JP)
Inventor: MAEDA TAKAYOSHI
IPC: H05B41/36
Filed: 1985-07-25
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-H1114188-A (JP)
Title: Absorption type refrigerating device
Inventor: HAYASHI YASUHEI
IPC: F25B37/00
Filed: 1997-06-20
Abstract: PROBLEM TO BE SOLVED: To lower the temperature of high concentration absorption liquid supplied to an absorber from a regenerator without enlarging a refrigerating device. SOLUTION: A high concentration absorption liquid sprayer for spraying high concentration absorption liquid supplied from a low temperature regenerator to an absorption coil 31 is provided with an absorption liquid cooling vessel 32a for cooling the liquid under evaporation. When the high concentration absorption liquid is not completely cooled by a heat exchanger H and supplied to an evaporating and absorbing case under low pressure, the high concentration absorption liquid is boiled in the absorption liquid cooling vessel 32a and cooled by its heat of evaporation. Steam is evaporated and supplied to the evaporating and absorbing case from steam outlet galleries 325.  At this time, even when the absorption liquid scatters from the steam outlet galleries 325, it does not stick to an evaporation coil so that the decrease of an effective force can be prevented i because the steam outlet galleries 325 are provided at the side opposite to the evaporation coil.
Patent JP-H1010285-A (JP)
Title: Reprocessing method for nuclear fuel
Inventor: OGAWA TORU
IPC: G21C19/48
Filed: 1996-06-25
Abstract: PROBLEM TO BE SOLVED: To simplify reprocessing process and improve the recovery of actinoid elements by dissolving spent nitride nuclear fuel in molten salt and adding lithium nitride in the molten salt. SOLUTION: In an anode basket 2 in molten salt phase 3 of LiCl-KCl-CdCl2 , a sintered body 1 of mixed nitride of uranium-cerium-neodymium-zirconium is loaded and dissolved in the molten salt phase 3. As a result, uranium, cerium, neodymium in the nitride dissolves and undissolved zirconium is separated as an undissolved component. Nitrogen discharged during dissolution is introduced to metal lithium 6P to produce lithium nitride 7. This lithium 7 is added into the molten salt phase 3 to deposit only uranium nitride 8. The deposited uranium nitride 8 is precipitated on liquid cadmium 4 at the bottom of the molten salt phase 3 to separate and recover. By heating this and evaporating and removing liquid cadmium 4, the recovery of actinoid elements such as uranium is improved and the reprocessing process can be simplified.
Patent JP-H063386-A (JP)
Title: Frequency detection circuit
Inventor: IDETA HIROSHI
IPC: H03J7/18
Filed: 1992-06-23
Abstract: PURPOSE:To improve integration of a frequency detection circuit for detecting the frequency of an input signal. CONSTITUTION:An input signal is converted to an input signal S which is sampled by a sampling signal G by a signal sampling circuit 21 and then is input to a frequency detection circuit 30. The obtained-signal K indicates a specific frequency component which the input signal has and is compared with a specified threshold by a voltage comparison circuit 25. The result is obtained as a criterion signal P, which includes unneeded components other than a sampling period. The unneeded components are eliminated by latching the criterion signal P at a sampling signal G again by an output circuit 50. The output circuit 50 is provided with a latch circuit 26 operating according to the sampling signal G. The latch circuit 26 substitutes for a conventional sample/hold circuit, thus eliminating the need for a capacitor required by the sample/hold circuit and an external terminal where it is connected.
Patent JP-H04229193-A (JP)
Title: Ethanol analysis factor
Inventor: DANIERU ESU DANIERU
IPC: G01N33/52
Filed: 1991-07-05
Abstract: PURPOSE: To provide an element for assaying ethanol without being prevented by some serum components and effective after preserving for 4 weeks.  
     CONSTITUTION: This ethanol analytical element is a multilayer analytical element for quantitatively assaying ethanol comprising a tetrazolium salt, alcohol fehydrogenase, NAD +  and an electron transfer agent characterized in that the layer comprising the electron transfer agent also includes a polymer having recurring negatively charged groups and the NAD +  is in a different layer. 
     COPYRIGHT: (C)1992,JPO
Patent JP-H0331074-A (JP)
Title: Fender protector structure
Inventor: KITANO MASARU
IPC: B62D25/16
Filed: 1989-06-27
Abstract: PURPOSE:To prevent muddy water or the like from its outflow on the surface of a bumper by forming a dam, spread to the inner of a car body, in a front side location of a protector in a front fender so as to discharge the muddy water or the like, infiltrated into an upper surface of the protector, to the inner of the car body. CONSTITUTION:A lower edge flange 2 is formed in the side part lower end of a front fender 1, while an upper surface 5 of a bumper is mounted to the lower surface of a front side mounting part 3 of this flange 2, further the side part lower surface of a fender protector 6 is mounted to the upper surface of a rear side mounting part 4, respectively. In the fender protector 6, its swollen part 15 is formed by a horizontal wall 16 and a vertical wall 17, and end faces thereof are closed by a side wall 18. Here in the horizontal wall 16, a dam 19 is integrally formed over a width direction of the wall 16, that is, the direction crossing with a downflow of water. Water A, flowing on the upper surface of the horizontal wall 16 in the swollen part 15, is stopped by the dam 19, guided and discharged to the inner without outflow to the front.
Patent JP-S648201-A (JP)
Title: Continuous producing, sintering and molding device
Inventor: FUJISHIMA SHIGEMI
IPC: B22F3/14
Filed: 1987-06-30
Abstract: PURPOSE:To enable the continuation of production even if the sintering and molding devices of a continuous sintering and molding machine are disengaged from a production line and are repaired by installing a plurality of the above-mentioned devices to the upper chambers and side chambers of a main conveyor line. CONSTITUTION:Green compacts 20 are put via both side door chambers 3 into a heating chamber in a vacuum state in a conveyor line 1. The compacts 20 are then loaded into an induction electric furnace 7 in the upper chamber 7a by means of a rod 7c of a power cylinder 7b and are heated. After the green compacts are returned again to the conveyor 1, the compacts 20 are loaded into the upper chamber 8a by a power cylinder 8b and are subjected to a soaking treatment in a resistance electric furnace 8. The compacts 20 are again returned to the conveyor 1 upon ending of the soaking treatment and are loaded by a gripping and transferring machine 9b into a side chamber 9a in a position B. The compacts are molded by a hot press molding machine 9 in the position A. The compacts 20 are again returned to the position B and are moved through the both side door chambers 4 into a cooling machine 6 where the compacts are cooled. The plural induction electric furnace 7 and the hot press molding machines 9 which are the main stages in this mechanism are provided to facilitate the repairs.
Patent JP-H1017436-A (JP)
Title: Skin preparation for external use
Inventor: YOKOGAWA YOSHIHIRO
IPC: A61K8/00
Filed: 1996-06-25
Abstract: PROBLEM TO BE SOLVED: To prepare a highly safe skin preparation for external use having excellent effect without inducing any problem about toxicity, and usable as a cosmetic or a raw material of a medicine, etc. SOLUTION: This skin preparation for external use contains an extract of Eucommia ulmoides. The extract is obtained by dipping or superheat refluxing whole plant of Eucommia ulmoides containing leaves, stems and fruits together with a single or mixed solvent of water, methanol or acetone, etc., filtering and concentrating. A mixing amount of the Eucommia ulmoides extract in the skin preparation for external use may be 0.005-20.0wt.%, especially 0.01-10.0wt.% as a dried material. The skin preparation is useful as, e.g. an ointment, a cream or a lotion. The composition can protect oil and fat such as mink oil from oxidation and can effectively mix the oil and fat into a cosmetic.
Patent JP-S5591056-A (JP)
Title: Information transmission/process unit and its system metwork
Inventor: NAKAMURA KOREO
IPC: G06F9/38
Filed: 1978-12-28
Abstract: PURPOSE: To enhance the function for the system as a whole by securing performance of both process and transmission of the information in parallel via the program for each of the processors connected virtically by the optical fiber.  
     CONSTITUTION: The exchange of the digital signal data is performed between host electronic computers A and B via optical fiber single transmission lines F 1 , F 2  and so on formed by simplifying the bus line or the tag line. Then processors P 1 , P 2  and so on comprising the microprocessors are connected to lines F 1 , F 2 ... to form component elements PE 1 , PE 2  and so on for the information transmission/process unit. After this, segment-formed programs PS 1 , PS 2  and so on including data DS 1 , DS 2 ... to be processed with elements PE 1 , PE 2 ... are transmitted to PE 1 , PE 2 ... from computer A or B via lines F 1 , F 2  and so on. Thus No.i component element PEi processes data DSi received from element PE i-1  of the front step via processor Pi, and then transmits new program PS i+1  and data DS i+1  to element PE i+1  of the rear step. 
     COPYRIGHT: (C)1980,JPO&Japio