baber/WOPTO huggingface dataset:
Patent JP-H0776371-A (JP)
Title: Packing structure
Inventor: NAGAHIRO KUNIMITSU
IPC: B65D81/113
Filed: 1993-06-18
Abstract: PURPOSE:To make it not bulky when piled up in a great number, requiring less space for storage and make the transportation thereof easy by making a packing case collapsible and by producing cushioning materials for packing and a pressing cover out of single-sheet materials with engaging projections and engaging holes provided thereto. CONSTITUTION:A packing case 1, cushioning materials 2 for packing that are provided to each of corners of an article 9 to be packed and inserted into the packing case 1 together with the article 9 to be packed, and a pressing cover 3 for pressing the article 9 to be packed are prepared. Each of the cushioning materials 2 for packing is in such structure that can be built up, out of single-sheet corrugated board paper in the unfolded state having at least a bottom part and laterals on the right and the left that are connected through creases to the bottom part, by bending the laterals on the right and the left along the creases against the bottom part. The pressing cover 3 is in a structure wherein bending pieces 38, equipped with engaging projection at their front ends with creases provided thereto, are formed out of corrugated board paper on which engaging holes are provided, and spacers S doubling as cushioning parts are built by bending the bending pieces 38 into chevroned shape at their creases and by putting the engaging projections into the engaging holes for engagement.
Patent JP-2000002453-A (JP)
Title: Humidifying device and air transporting device employing the same
Inventor: DOI MAKOTO
IPC: F24F6/14
Filed: 1998-06-18
Abstract: PROBLEM TO BE SOLVED: To permit the evaporation of sprayed water efficiently by a method wherein air is blown into a conical cyclone, and water is sprayed from an injection nozzle to humidify the air by elevating the same through the sprayed water while being whirled. SOLUTION: A humidifying device 10 is provided with a hollow conical cyclone 12, and a collecting chamber 14 installed below the cyclone to reserve excessive water dropped from the cyclone 12. The lower part of the cyclone 12 is provided with an air introducing port 16 introducing gas into the cyclone 12, and an injection nozzle 20 spraying water downward on the central line of the cyclone 12 from the air introducing port. The top of the cyclone 12 is provided with an air send-out port 18 sending air out of the inside of the cyclone 12, and a temperature sensor 36 or the like for controlling the temperature of exhausted air at a predetermined temperature.  Air, introduced from an air introducing port 16 as high-speed air is whirled at a high speed and is contacted with sprayed water from the injection nozzle 20, whereby the water is evaporated rapidly and humidified air can be obtained.
Patent JP-H111644-A (JP)
Title: Heat history indication ink composition
Inventor: FUKUO HIDETOSHI
IPC: B41J2/01
Filed: 1997-06-11
Abstract: PROBLEM TO BE SOLVED: To obtain an ink composition which can indicate the elapsed time of heat history under constant temperature conditions and can form a clear image. SOLUTION: This composition comprises an electron-donating compound, an electron-accepting compound, a solvent and a silicone oil. The silicone oil used is exemplified by an amino-modified silicone oil, a carboxyl-modified silicone oil or a polyether-modified silicone oil. The silicone oil is used in an amount of 0.01-10 wt.% based on the entire weight of the composition. The composition may further contain an oil-soluble resin. It can be used as an ink for e.g. ink jet recording system.
Patent JP-S5961137-A (JP)
Title: Manufacture of semiconductor device
Inventor: SASAKI NOBUO
IPC: H01L21/20
Filed: 1982-09-30
Abstract: PURPOSE:To uniformly heat up wafers as well as to increase the annealing temperature by a method wherein the wafers are pre-heated before performing an annealing on the semiconductor device using an electron beam without heating a stage and the like. CONSTITUTION:The focus of an electron beam 4 is shifted to depth 10 and then to depth 11 in the depthwise direction of a substrate 1 in defocused state, the driving device of the stage is shifted to the X-axis or Y-axis direction, and a pre-heating is performed on the wide area of a semiconductor, namely, a wafer 5 by changing the energy of the electron beam, thereby enabling to maintain the prescribed temperature on the whole for the wide area of the wafer 5. Thus, under the state wherein the water is maintained at the specific temperature, the focus position 9 of the electron beam is brought into the focus condition at the position of the wafer 5 where an annealing is to be performed, and an annealing is performed by bringing the irradiation energy of the electron beam to a fixed value of 30keV, for example. Thus, the temperature of the position to be annealed is turned to the temperature distribution wherein the wafer is maintained at a fixed temperature by the performance of pre-heating, thereby enabling to bring up the wafer temperature to 1,500 deg.C or above.
Patent JP-S6416092-A (JP)
Title: Optical unit for video camera
Inventor: TAKETOMI YOSHINAO
IPC: H04N9/097
Filed: 1987-07-09
Abstract: PURPOSE:To constitute a transluscent film by a dielectric substance in a state that polarization dependancy is very less by constituting the titled optical unit of three prisms, providing an air layer between a 1st prism and a 2nd prism and applying tilt angle to satisfy full reflecting conditions. CONSTITUTION:Image information light 5 from a camera lens is made incident on a prism 1, the border between the prisms 1 and 2 is tilted with respect to the optical axis and the air layer 4 is provided. The image information light 5 passes through the air layer 4 without almost causing deviation in the optical path or disturbance in the wave front and reaches the adhering face between the prisms 2, 3. The adhered face is tilted with respect to the optical axis and the dielectric transluscent film 6 where a difference in transmissivity between P and S polarized light components is 10% or less is formed. The reflected light reaches the border of the prisms 1, 2 again as the color signal light 9 and the total reflection condition is satisfied by the presence of the tilt angle and the air layer 4 this time and goes toward the solid-state image pickup element 7. Thus, the polarization dependancy is reduced.
Patent JP-H0836184-A (JP)
Title: Dispersing device for fine particle
Inventor: SUZUKI AKIHIRO
IPC: B05B17/06
Filed: 1994-07-22
Abstract: PURPOSE:To obtain a dispersing device for fine particles to disperse fine particles on a substrate with which the dispersion state is controlled, the utilizing efficiency of fine particles is increased, dispersion defects due to aggregation of fine particles is improved, and the working time and the cost is decreased. CONSTITUTION:This device is equipped with a cylindrical body 12, funnel nozzle 14 attached to the bottom of the cylindrical body, and a valve means 16 having a body to form a gap disposed to maintain a larger gap 21 between the body and the inner wall of the funnel nozzle 14 than the particle size of fine particles. Fine particles housed in the funnel nozzle 14 are passed through the gap 21 and discharged through the top end of the nozzle 14 while the funnel nozzle 14 and/or the gap forming body are vibrated.
Patent JP-S6232028-A (JP)
Title: Method for preparing polyester tube
Inventor: ISAKA TSUTOMU
IPC: B29C65/52
Filed: 1985-08-02
Abstract: PURPOSE:To obtain a tubular material used in covering a container, a bottle, a can or a rod shaped article, by applying a solvent or a swelling agent to the adhesive layer formed to the whole or a part of at least the single surface of the bonding surfaces of the film in a tube and bonding the film before the solvent or the swelling agent is dried to form a tubular body. CONSTITUTION:An an adhesive, any adhesives showing good adhesiveness to a polyester film can be used. For example, adhesives comprising a polyester copolymer, an acrylic copolymer, polyisocyanate (urethane), epoxy, synthetic rubber, cyanoacrylate, unsaturated polyester, polyvinyl alcohol or silicone capable of being adhered to the polyester film may be used but there is no limit. It order to prevent the heat-softening of a bonding part and the shift or release of the bonding part by the shrinking stress of a tube, it is recomended that a curing reactant is added to the adhesive.
Patent JP-S5796127-A (JP)
Title: Linear steel sheet pile
Inventor: KAWAI YUTAKA
IPC: E02D5/04
Filed: 1980-12-05
Abstract: PURPOSE: To raise the ridigity of the outside face of a steel sheet pile by integrally providing a rib of a height lower than the height of the sheet pile along the longitudinal direction of the sheet pile on the web face of a linear steel sheet pile.  
     CONSTITUTION: Claws 13 are provided on both side edges of the web 12 of a linear steel sheet pile body 14, and a vertical rib 15 is provided on the central parts of both sides of the web 12 to form a linear steel sheet pile 11. The vertical rib 15 is projectionally provided on both sides of the web 12 and its heights hR 1  and hR 2  are regulated to ones below the height hG 1  of the outside claw 16. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H09315035-A (JP)
Title: Storage cover for page corner
Inventor: SHIMOYAMA TOSHIO
IPC: B42D9/00
Filed: 1996-05-29
Abstract: PROBLEM TO BE SOLVED: To maintain an opened page to be stably as it is and enable pleasant book reading to be enjoyed comfortably by forming a page corner which is fitted to the corner part of a book for use and maintains the opened page to be as it is, with a fold provided for adjusting a thickness on the thick part and at the same time, with an adhering part provided on the front cover contact face side. SOLUTION: When setting a storage cover 1 for a page corner on a book, the cover (release paper) of a double coated tape 5 attached to the inside of a diagonal face part 2 on a front cover side, is peeled, and is attached to the front cover face by fitting the double coated tape 5 to the upper end angular part of the book. When turning the page of the book, the page is slided into the page side diagonal corner face part 3 of the storage cover 1 of the page corner while the book is held by one hand and the page is turned by the other hand. In this case, the page side diagonal face part 3 is folded in a rounded and projecting form, so that the page can be easily slided into the diagonal face part 3. The page introduced into the storage cover 1 of the page corner is maintained in a stable state as the page is set in place under the page side diagonal face part 3.  Thus it is possible to prevent the page from being turned.
Patent JP-S6150062-A (JP)
Title: Method and apparatus for measuring osmotic pressure
Inventor: IDEMOTO MORIHITO
IPC: G01N29/00
Filed: 1984-08-20
Abstract: PURPOSE:To measure the osmotic pressure of a sample solution simply and quickly, by directly measuring the propagation speed of ultrasonic waves in the sample solution and the temperature of the sample solution. CONSTITUTION:A sensor section 2 is emmersed into a sample solution, an ultrasonic wave is transmitted from an ultrasonic transducer 4 and reflected waves from a passive reflector 3 received with the transducer 4 again. When the distance between the passive reflector and the transducer 4 is represented by L0 and the time to the transmission of the subsequent ultrasonic pulse after the reception of the reflected wave T0, the propagation speed V of ultrasonic waves in the sample solution can be calculated by the formula by measuring the time (t) spent in the repetition of the transmission by n+1 times. This information is inputted into a CPU12. On the other hand, changes in the voltage of a temperature sensor 5 are converted into temperature information with a temperature measuring circuit 9 to be inputted into the CPU12. The constant of a multi- degree polynomial for determining osmotic pressure of a sample solution with the temperature and propagation speed as variables is memorized in a memory circuit 13 and it is used to determine the osmotic pressure in the sample solution.
Patent JP-S5961176-A (JP)
Title: Ohmic electrode
Inventor: KOTADO SETSUO
IPC: H01L29/45
Filed: 1982-09-30
Abstract: PURPOSE:To form a stable ohmic electrode by depositing an amorphous silicon thin-film layer as a high concentration layer on a compound semiconductor substrate and coating the amorphous silicon thin-film layer wit metals of several kinds. CONSTITUTION:The substrate consisting of a III family-V family compound semiconductor, a II family-VI family compound semiconductor or these compound mixed-crystal semiconductor such as a P type InP substrate 1 is washed sufficiently, and entered in a glow discharge device and the P type amorphous silicon thin-film 2 is deposited by using a glow discharge method. The decomposition of the InP substrate 1, a separation from the P substrate, etc. being at issue when forming the high concentration layer by using an alloying method, etc. can be removed because a substrate temperatue during the formation of the thin-film extends over 250-440 deg.C. A metallic thin-film layer 3 in NiCr and Au is formed to the high-concentration amorphous silicon thin-film layer being formed. Germanium may be used as said amorphous silicon thin-film 2.
Patent JP-S5872257-A (JP)
Title: Signal recorder
Inventor: SUGA HIDEFUSA
IPC: G06F11/00
Filed: 1981-10-27
Abstract: PURPOSE:To improve usability and flexibility by comparing an observation signal from a moving probe with the contents of a probe signal pattern register in a signal recorder incorporated in a data processing device. CONSTITUTION:A signal recorder incorporated in a data processing device is provided with plural moving probes 15 and an optional signal pattern obserbed by a moving probe 15 is compared with the contents of a probe signal pattern register 21. At the generation of a defective event, a signal recorder storage 11 is immediately commanded to stop storing through stop signal 31. In addition a means delaying the stop of recording after the generation of the defective event makes it possible to record also the internal status of data processing after the generation of the event.
Patent JP-S5794769-A (JP)
Title: Heated roll device
Inventor: NAMIKI RIYOUICHI
IPC: G03G15/20
Filed: 1980-12-05
Abstract: PURPOSE:To obtain a heat roll device having an even distribution of temperature, by putting a disk-shaped heat insulating member between a shaft fixed to a side plate and the roll body and securing a free sliding state between the shaft and the heat insulating member or between the said member. CONSTITUTION:A shaft 14 having a hollow inside structure is stuck to a side plate 13 via a flange 15. A projected streak 17 is formed at the inner end of the shaft 14, and a disk-shaped heat insulating member 18 is fixed to the steak 17. A low-friction member 19 is attached to the outer circumference surface of the member 18. A roll body 20 formed into a cylinder is fitted to the member 18 via a hollow part 21 formed across the body 20. A heater 23 is provided into the body 20 via a hollow part of the shaft 14, and a heat insulating wheel 22 is preferably provided on the inner circumference surface of the body 20. The low-friction member is formed not only on the outer circumference surface but the inner circumference surface of the member 18. Thus it is possible to secure a free rotating state between the member 18 and the shaft 14 or the body 20.
Patent JP-2001005653-A (JP)
Title: Device for aiding development of distributed object system
Inventor: KUMETA AKIFUMI
IPC: G06F9/06
Filed: 1999-06-18
Abstract: PROBLEM TO BE SOLVED: To efficiently aid the determination of sufficient interfaces required for server objects in a distributed object system at the time of shifting processes from an analytical process to a design process and from the design process to a,packaging process in the development processes of the distributed object system. SOLUTION: An analytical model 104 including a class diagram in the distributed object system and an interaction diagram between objects are inputted and an annotated analytical model 105 consisting of an annotated class diagram to which annotation whether each class or each object in the model 104 is specified as the server side or the client side is attached and an annotated interaction diagram is generated. Then access relation between annotated classes in the model 105 is analyzed and an initial design model 107 for the system is formed from the analytical result 106 and the model 105 and outputted.
Patent JP-H0221995-A (JP)
Title: Treatment of waste solution
Inventor: ITO KIYOSHI
IPC: C02F1/62
Filed: 1988-07-12
Abstract: PURPOSE:To inexpensively treat a waste soln. contg. a metallic complex without contaminating the work environment by regulating a waste copper plating soln. to >=11.0pH, then adding a hydrosulfite to obtain the precipitates of copper and copper sulfide, adding the precipitates to the waste soln. to cause a reaction, and separating the formed precipitates. CONSTITUTION:The waste copper plating soln. is regulated to >=11pH with a caustic alkali, and then a hydrosulfite is added to obtain the precipitates of copper and copper sulfide. The waste soln. generated from a plating works and contg. the complex of the copper, nickel, cobalt, silver, gold, etc., with a chelating agent is regulated to >=11.0pH, then 0.1-1 pts.vol. of the precipitates is added to 1000 pts.vol. of the waste soln. to decompose the complex contained in the waste soln. into elementary metals or metallic salts which are precipitated. The precipitate is separated by filtration, and the heavy metal concn. is reduced to the effluent standard value of the works.
Patent JP-H05344036-A (JP)
Title: Simultaneous command reply collection system
Inventor: NAKAMURA NOBORU
IPC: H04B7/24
Filed: 1992-06-05
Abstract: PURPOSE:To collect a correct order of a reply station signal by generating a clock pulse of the same period as a polling period synchronously with polling and a clock pulse synchronously with the first polling signal and using a period for circulation of polling as a period and using the clock pulses as the reference pulses. CONSTITUTION:A reply signal 6 is received sequentially in time division by a channel section 1, the sequence is discriminated and the result is sent to a system control section 2. In this case, two kinds of clock pulses are sent to the channel section 1 from the system control section 2. The one pulse is generated synchronously with polling and has a same period as the polling as an A clock 4 and the other pulse is a B clock 5 synchronously with the initial polling whose period is equal to a period between the first polling and the last polling. That is, The reply sequence is normally recognized by the A clock 4 and the count of reply sequence is initialized by using the B clock 5. Thus, no discrepancy relating to a reply station between channels is caused.
Patent JP-H0461333-A (JP)
Title: Surface treating
Inventor: OIWA NORIHISA
IPC: H01L21/312
Filed: 1990-06-29
Abstract: PURPOSE:To make it possible to form a thin film of fluorocarbon polymer, while controlling the accumulated shape on a substrate to be treated by keeping a temperature of a substrate below the condensation temperature of polymer with length of principal chain of 6. CONSTITUTION:A silicon substrate 101 with a form of a trench 102 is installed in a thin-film forming device, and CHF3 gas is impressed to the upper electrode 30 from a gas induction port 12 with flowing quantity of 50SCCM, pressure of 40mTorr, and RF electric power 450. As a result, a thin film of fluorocarbon polymer 103 is formed. When the pressure is less than 40mTorr and a tempera ture of a substrate is below -70 deg.C, the polymer with the length of principal chain n=less than 6 can become liquid phase. When the temperature of the substrate is less than -70 deg.C, the inside of the trench is reclaimed with a thin film of fluorocarbon polymer 103, and flat accumulated shape 'a' can be obtained. When the temperature of the substrate is more than -70 deg.C and less than 90 deg.C, the thin film of fluorocarbon polymer 103 which is excellent in step coverage can be obtained. Furthermore, when the temperature of the substrate is more than 90 deg.C, the thin film of fluorocarbon polymer cannot be formed on the side wall of the trench.
Patent JP-H08131569-A (JP)
Title: Pressurizing air supply device for appendant chamber for special escape stair and emergency elevator
Inventor: FUJIMOTO MAKOTO
IPC: A62B99/00
Filed: 1993-06-18
Abstract: PURPOSE: To prevent smoke from entering an appendant chamber from a corridor as well as to hold the appendant chamber into the specified static pressure by blocking opening parts by means of air curtains when fire doors of the appendant chamber are opened in case of fire. CONSTITUTION: When a fire breaks out, operation of air curtains 16, 17 on a floor other than the fire floor and interlocking of opening and closing of fire doors 5, 6 are released on the basis of the operation of a manual switching device 11 of an appendant chamber on the fire floor and a command from a disaster prevention center 22. Moreover, a static pressure control damper 10 is fully closed. Accordingly, only air curtains 16, 17 on the fire floor can be interlocked with each other. Further, an air supply fun is also interlocked with the operation of a manual releasing device 11 or a command from the disaster prevention center 22 and started, so as to pressurize an air supply duct 9.  The static pressure control damper 10 is also interlocked with the operation of the manual releasing device 11 or a command of the disaster prevention center 22, to operate only on the fire floor, and the static pressure control dampers 10 on the floors other than the fire floor are held in the full-closed state, so as to prevent smoke from entering the appendant chamber.
Patent JP-S5795465-A (JP)
Title: Preventor for scattering of printing ink in rotary press type printer
Inventor: IDE MITSUO
IPC: B41F31/02
Filed: 1980-12-05
Abstract: PURPOSE: To eliminate the need for a receiver and the wastage of ink by suppressing the generation of ink splash by a method in which a nozzle is attached by turning it toward the bottom of an ink groove to the lower part of the ink groove and air jet stream is acted on the lower part.  
     CONSTITUTION: A printing ink P is stored in a groove 4 formed between anilox roller 1 whose surface is provided with a concaved printing pattern 2 and a throttle roller 3 each being contacted closely, and a nozzle 8 is attached by turning it toward the bottom 9 of the groove where both the rollers 1 and 3 are contacted with each other in the lower part of the groove 4. And, an air supply means is connected to the nozzle 8 to form an air jet stream 10 which is in turn acted onto the bottom of the groove 4. 
     COPYRIGHT: (C)1982,JPO&Japio