baber/WOPTO huggingface dataset:
Patent JP-H09300019-A (JP)
Title: Method for detecting residual length of coiled plate on unwind side in plate rolling
Inventor: IWASHITA TETSUYUKI
IPC: G01B11/08
Filed: 1996-05-17
Abstract: PROBLEM TO BE SOLVED: To easily control a rolling speed, and to improve productivity by measuring the inside and the outside diameters of a coil on the unwind side during rolling the plate by a noncontact system displacement gage, and correctly operating the residual length of the coil according to its area and the plate thickness of the coil. SOLUTION: When successively unwinding a rolled plate 2 from the coil 3 held by an unwind spool 30 and rolling it by a rolling device 1, the noncontact system displacement gages 7 and 70 are installed at a certain distance near the coil 3 on the unwind side, and (the change of) the outside diameter of the coil 3 is measured by the displacement gage 7 on one side, and (the change of) the inside diameter of the coil 3 is measured by the displacement gage 70 on the other side. After processing the detected outputs of the respective displacement gages 7, 70 to signals with prescribed levels, they are inputted into an arithmetic unit 8, operated outputs are inputted into a controller 9, and also they are outputted to an output device such as a display device, etc.  After that, the speed of a motor M, that is, the speeds of the work rolls 10 of a rolling mill are controlled by the controller 9 according to the output of the arithmetic unit 8 or a command from an input device 90.
Patent JP-S616141-A (JP)
Title: Continuous calcination for preparing granular foam glass
Inventor: ITAMI HIROSHI
IPC: C03B19/08
Filed: 1984-06-15
Abstract: PURPOSE:To prepare small-sized foam glass efficiently by generating foams from raw material pellets by the hot gas introduced from the bottom of a vertical calcination furnace and separating formed granular foam glass by taking out from the top of the furnace together with the upward flow of the hot gas. CONSTITUTION:Hot gas at about 900-1,400 deg.C (16 is a burner) is introduced forcibly into a calcination furnace 1 from an inlet 2 at the bottom by driving a high temp. blower 6. On one hand, raw material pellets 9 (e.g. fine glass powder mixed with a foaming agent such as Na2CO3) are charged continuously to the calcination furnace 1 from a charging port 8 at the top of the furnace. The raw material pellets 9 are heated and melted during falling down through the calcination furnace 1 by the hot gas to form granular foam glass 18 having small bulk density, and the granular foam glass is introduced into a cyclone 12 out of a discharging port 4 at the top of the furnace together with the rising hot gas and separated there from the hot gas, and recovered from a discharging port 13 (the hot gas is recycled by the high temp. blower 6).
Patent JP-S5248093-A (JP)
Title: Method of installing leakage coaxial cables
Inventor: MATSUMURA KAZUHIKO
IPC: H04B5/00
Filed: 1975-10-14
Abstract: PURPOSE: In laying a leakage coaxial cable having bent portion such as an electrified post, metal plates or the likes are provided spaced apart and along the leakage cable to prevent the reduction in electric field level. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-H058413-A (JP)
Title: Controller for driving inductance load
Inventor: MATSUSHITA TAKESHI
IPC: H03K17/08
Filed: 1991-05-28
Abstract: PURPOSE:To achieve security of safety against abnormalities of each component element and signal, high speed high precision control, and reduction of cost. CONSTITUTION:Though an inductance load 10 is driven to be controlled by driving a first switching element Q1 by a PWM driving signal DRV, a second switching element Q2 which is turned ON at least while the switching element Q1 is turned ON or OFF, is provided. A cable way 11 between the inductance load 10 and the switching element Q1 is connected to a power source G with a first diode D1, and a cable way 12 between the inductance load 10 and the second switching element Q2 is connected to a power source Vp with a second diode D2 and a Zener diode 2D to absorb back electromotive force. Further, the second switching element Q2 is turned ON or OFF by a driving signal ENBLA from a one shot circuit 20 and when set time has elapsed, the second switching element Q2 is certainly turned OFF.
Patent JP-H07328788-A (JP)
Title: Mitigating method of welding residual stress
Inventor: SHIGENAKA NAOTO
IPC: B23K31/00
Filed: 1994-06-06
Abstract: PURPOSE:To reduce resultant force of residual stress as compared to that of grooved so as to reduce hardened quantity of material surface and not to lower corrosion resistance by dispersing applying direction of the stress generated at welding heat affected zone with circular groove arranged in welding heat affected zone. CONSTITUTION:By cutting a welding heat affected zone 2 in a circular shape after welding and then as necessary grinding the cut part, one or plural grooves are provided. Because the stress generated in the welding heat affected zone 2 is exerted along surface, the residual stress 4 after cutting is of dispersed applying direction. As a result, a resultant force of the residual stress 4 is reduced due to dispersion of applying direction. Accordingly, residual stress is mitigated by providing such a groove, in any case, it is unlikely to harden or rough surface of cutting and to reduce corrosion resistance.
Patent JP-S5912794-A (JP)
Title: Preparation of filter mediom for water disposal
Inventor: YOSHIDA AKIHIKO
IPC: C02F1/74
Filed: 1982-07-14
Abstract: PURPOSE:To uniformly form an oxidizing catalyst layer of high performance, by introducing a carrier into a thermal decomposing over wherein a pressurized atmosphere is held in the interior of an oven chamber and having a radiant heat source so as to thermally decompose a manganese salt on the surface of said carrier therein into the state that manganese oxide is supported on the carrier. CONSTITUTION:The thermal decomposing oven is constituted with an oven body 10 comprising a heat-transmitting body such as a stainless steel block, an oven cover 11, a heater 12, an exhaust hole 13 and a heat-sensitive sensor 14. Porous silica sand 16 impregnated with a manganese salt is poured in a ceramic pan 15 and thermally decomposed in an oven chamber 17. Said thermal decomposition is performed in a pressurized atmosphere or similar atmosphere and a radiant heat source is used as a heat source during the thermal decomposition. Although NO2 gas is formed in case of the thermal decomposition of manganese nitrate, for instance, the progress of the thermal decomposition is suppressed to gradually advance the reaction. The forcible introduction of steam or the like into the closed thermal decomposing oven chamber from the outside may be adopted as the method for pressurizing the reaction atmosphere.
Patent JP-S62282707-A (JP)
Title: Rolling device train for flanged shapes
Inventor: INAGAKI AKIRA
IPC: B21B1/08
Filed: 1986-05-30
Abstract: PURPOSE:To produce shapes of various kinds and sizes by disposing a rolling mill having cross helical rolls between intermediate rolling and finish rolling and providing notches to the outside corner parts of the horizontal rolls of an intermediate universal finishing mill at the time of rolling of the shapes by rough rolling, intermediate rolling and finish rolling. CONSTITUTION:A beam blank 4 from a breakdown mill l is molded down to the sectional shape of an intermediate material 25 by the intermediate universal mill 2. The notches for forming the excess metal of the web are provided to the outside corners of the upper and lower horizontal rolls 21 of the intermediate universal rolling mill where the rolls contact the neck parts of the flanges and web of the intermediate material 25. The intermediate material 25 is then rolled by the cross helical roll type rolling mill 14. The roll shafts of the cross helical rolls 15, 15', 16, 16' are set to form an anglethetaH with the rolling direction and the angle with the horizontal shafts is set at thetaV. The intermediate material 27 subjected to the width expansion in the transverse direction is successively finished by the universal finishing mill of the web. 3 to the product size of the prescribed inside width.
Patent JP-H11314432-A (JP)
Title: Mounting surface variable type printer
Inventor: KOBAYASHI MASAHIKO
IPC: B41J29/13
Filed: 1998-05-06
Abstract: PROBLEM TO BE SOLVED: To improve the workability at the time of a layout, and in addition, facilitate the maintenance such as a repair, and also, move the printer to a narrow place when not being used, and effectively use the space of a place where the printer has been set. SOLUTION: A printer main body is constituted in such a manner that a second mounting surface B being different from a bottom surface 2 under a normal using state, is made a bottom surface, and is made mountable on a flat surface 3, and works such as a layout and repairs are facilitated. Also, under a state wherein the printer is placed with the second mounting surface B as the bottom surface, the printer is made mountable on a smaller space than the time of a usage, and when not being used, the printer is made storable in a narrow space such as a bookcase. Also, the appearance structure is made a hard cover type book shape, and in addition, a housing is formed of a paper material.
Patent JP-S61282318-A (JP)
Title: Peptide
Inventor: NAKANISHI SHIGETADA
IPC: A61K35/74
Filed: 1985-06-07
Abstract: NEW MATERIAL:A cardiodilatin or cardiodilatin-mimic peptide having at least a part of the amino acid sequence of formula I. USE:Hypotensor. It differs from the swine-originated cardiodilatin at 4pts. in the sequence of 30 amino acids at the N-terminal. PREPARATION:RNA is separated and purified from the slice of human heat, and a cDNA library is produced from the obtained m-RNA raw material. The cDNA library is screened by using the nucleotide of formula II or formula III which is complementary to the DNA sequence coding Met-Asp-Arg-Ile-Gly of cardionatrin and a cDNA fragment is obtained from the selected hybridizing clone. A plasmid capable of expressing the objective polypeptide is produced by using said DNA fragment, the plasmid is introduced into a host and the transformed host is cultured to obtain the objective polypeptide.
Patent JP-S5456905-A (JP)
Title: Method of continuously producing compressed powder
Inventor: DEIITORITSUHI EERUSHIYUREEGERU
IPC: B22F3/18
Filed: 1977-10-15
Abstract: PURPOSE: To provide the subject method comprising supplying pulverulent bodies to a shaped passageway whose sectional area becomes smaller from the inlet formed between the movable wheel provided at its peripheral surface with a groove and the concave bent engaged surface of a fixed shoe block toward the outlet theerof, thereby to produce linear or plate-like compressed powders continuously at a high speed.  
     CONSTITUTION: A movable wheel 1 having at its peripheral end surface an endless groove 2 and the concave bent engaged surface 9 of a fixed shoe block 3 form a thin and long shaped passageway 5 whose sectional area gradually reduces from the inlet toward the outlet. To said passageway 5 there are supplied pulverulent bodies 4 of Zn, Al and the like to rotate the movable wheel 1. The pulverulent bodies 4 are transported to the outlet side of the passageway 5 by the frictional force between the pulverulent bodies and the endless groove 2, generated by the rotation of the movable wheel 1. Since the sectional area of the passageway 5 becomes smaller during this movement, the pulverulent bodies 4 are compressed and shaped to form compressed bodies 6, and get out of the outlet. Thus, linear or plate- like compressed bodies are continulusly obtained 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H02304103-A (JP)
Title: Elastic colored composite paving material
Inventor: OZAKI TOMIO
IPC: E01C13/06
Filed: 1989-05-17
Abstract: PURPOSE:To give smoothness, elasticity and frictional resistance in addition to the own characteristic of a paving material using acrylic group water emulsion by adding rubber powder having a specified particle size distribution to a specified acrylic group polymer emulsion. CONSTITUTION:One or more kinds of acrylic group crosslinked reactive monomers and two or more kinds of other monomers are combined to prepare two kinds of monomers. Acrylic group polymer emulsion is synthesized by multistage polymerization of these monomers, I and II, respectively having glass transition points below 20 deg.C and above 40 deg.C. 50-400wt. parts rubber powder having such a particle size distribution that particles with a size of 1.2mm or more is 0-10wt.%, particles with a size of 1.2-0.3mm is 30-80wt.% and particles with a size of 0.3mm or less is 20-70wt.%, 1-30wt. parts film formation assisting agent, 2-60wt. parts coloring pigment, 5-100wt. parts aggregate and 0.3-30wt. parts dispersant are added to 100wt. parts solid content of emulsion to form aqueous elastic color paving material composite.
Patent JP-H06334785-A (JP)
Title: Communication power supply equipment
Inventor: TANAKA TERUNOBU
IPC: H04M19/08
Filed: 1993-05-26
Abstract: PURPOSE:To reduce an installation space of the equipment, to improve the maintenance performance and to reduce the cost by accommodating each section of the communication power supply equipment into one case. CONSTITUTION:The communication power supply equipment 21 is formed by separating an equipment main body 23 into some partitions in vertical/horizontal directions. Then a battery(BATT) 24 is accommodated to rooms up to about 1/3 from the lower part of the equipment main body 23. An inverter(INV) 25 is arranged to convert a DC power supply into an AC power supply just above the batteries 24 at the right half. The AC power supply obtained through the configuration is supplied to a personal computer 26 located just above the INV 25 and to a printer 27 arranged at the uppermost position. Furthermore, then a rectifier(RECT) 28 rectifying an AC power supply supplied from a generator or the like and supplied to an exchange 22 above the rooms accommodating left half of the battery 24.
Patent JP-H07332716-A (JP)
Title: Humidifier
Inventor: IMAGAWA KAZUO
IPC: F24F6/00
Filed: 1994-06-06
Abstract: PURPOSE:To provide a humidifier, capable of unnecessitating the feed-water- piping work from a water service to a humidifying unit. CONSTITUTION:The humidifying device B of this invention is mounted on a fan-coil unit type air-conditioning machine A and supplies water from the cold and hot-water coil 3 of the air-conditioning machine A into a humidifying unit 10 through a filtrating unit 20. Liquid absorbing agent L, capable of humidifying and dehumidifying, is received in a humidifying unit 10. The humidifying unit 10 is provided with a humidifying pipe 12 consisting of a hydrophobic porous membrane capable of preventing the passage of water and permitting the passage of water vapor. The filtrating unit 20 is provided with filtrating pipes 22 consisting of a non-porous gas separating membrane, permitting the passage of water and precluding the passage of said liquid absorbing agent L.
Patent JP-2000316069-A (JP)
Title: Manufacture of lens array and lens array
Inventor: FUJIMOTO HISAYOSHI
IPC: H04N1/028
Filed: 1999-04-30
Abstract: PROBLEM TO BE SOLVED: To efficiently and inexpensively provide lens arrays superior in an optical characteristic by forming a resin molded good where plural lenses are arranged in plural columns and are integrally connected with synthetic resin having translucency and dividing the resin molded good as plural lens arrays where the plural lenses are arranged in columnar forms. SOLUTION: A resin molded good 1' is made into a plate form or a sheet form whose outline form is rectangular and it is formed by synthetic resin having translucency. Plural lenses 11 are constituted so that confronted concave curve faces are formed in plural parts on the surface and the rear face of the resin molded good 1' and are the double convex lenses where the concave curve faces are set to be faces for light incident/ejection. The cutting work of such resin molded good 1' is executed. The cutting work can be executed by sequentially or simultaneously cutting the resin molded good 1' along the virtual lines of codes Nb-Nb, which are equivalent to the band-like areas 1e of plural rows between lens columns. The plural lens arrays 1 of long block forms can be obtained with such cutting work.
Patent JP-H04351561-A (JP)
Title: Thermal printer
Inventor: YONEYAMA OSAMU
IPC: B41J2/36
Filed: 1991-05-29
Abstract: PURPOSE:To provide a thermal printer which can perform gradated thermal transfer recording with a plurality of densities at high speed without verying power supply by making a pulse width of a current to be applied to a thermal printing head constant and by making an intensity of voltage to be impressed to the thermal printing head constant. CONSTITUTION:The title thermal printer is constructed so that a thermal printing head which has a plurality of sets by taking the first heating element 12 of a low resistance value and the second heating element 14 of a high resistance value as the set, a means which selects the set abovementioned, a means which selects commonly the first heating element 12 in respective sets abovementioned, and a means which selects commonly the second heating element 14 in respective sets abovementioned are provided.
Patent JP-H02305327-A (JP)
Title: Auxiliary driving device with acceleration control function
Inventor: KATSUMOTO TAKEHIKO
IPC: F02D29/06
Filed: 1989-05-19
Abstract: PURPOSE:To use effectively engine power spent by their inertial energy at the time of acceleration by shutting off power transmission to a generator, a compressor for air conditioner and so on from an engine at the time of acceleration, and at the time, cutting off the energization to the generator, the compressor for air conditioner and so on. CONSTITUTION:The power from an engine 12 is transmitted to a generator 14 and a compressor 24 for cooler from the output pulley of an auxiliary driving device 10 through a belt, and the auxiliary driving device 10 is provided with a function for changing the rotational speed of the engine around a prescribed rotational speed and transmitting it to the auxiliary, and a function for shutting off power transfer in the inside so as to give no transmission of engine rotation to an output pulley at the time of acceleration. In an engine control device 62, power transmission is shut down in an auxiliary driving device 10 when the acceleration of the engine 12 is detected, and the regulator 58 of the generator 14 is turned off through an opening and closing circuit 59 and the electromagnetic clutch 17 of a compressor 16 is turned off.
Patent JP-H04349966-A (JP)
Title: Liquid coating apparatus
Inventor: IKETANI YUKIHIRO
IPC: G05B19/408
Filed: 1991-05-29
Abstract: PURPOSE:To relieve an operator of his work load and carry out an accurate potting, not by permitting him to macroscopically watch the potting channel of a resin and teach it to an XYZ driving gear but by teaching the potting channel calculated on the basis of an image sensed by means of an overhead image sensing camera. CONSTITUTION:In a potting apparatus 15, a syringe 6 and an image sensing camera 16 are interlocked one another. While the image from the image sensing camera 16 is macroscopically watched on a monitor display 18, the image sensing camera 16 is moved along the potting channel, then the working momentum of an XYZ driving gear 7 required to move the syringe 6 along the potting channel is calculated on the basis of the potting channel imaged by the image sensing camera 16 and the XYZ driving gear is operated according to the so obtained working momentum. Accordingly, the potting channel calculated with a vertical image sensed by the image sensing camera is taught to relieve an operator of his work load and further to carry out an accurate potting.
Patent JP-S62281191-A (JP)
Title: Magnetic bubble memory device
Inventor: KAMISHIRO KOEI
IPC: G11C11/14
Filed: 1986-05-29
Abstract: PURPOSE:To decrease the number of buses and to relieve the load of a central processing unit by using control signal buses sending signals such as TXRQ and TXAK all in common in addition to a card selection signal transmission bus formed individually from the central processing unit. CONSTITUTION:A central processing unit 1 sends a selection signal to a prescribed card via card selection signal sending lines 21..., the signal is decoded by bubble memory controllers 51..., and sends a selected signal 81 to a card selection circuit 91 when the selection of the said card 11 is recognized. The card selection circuit 91 sends a signal data pass enable to a data buffer 61 and the DMA data transfer is applied between the bubble memory device 2 and a main storage device via a data buffer 61. Then the controller 51 closes the data buffer 61 by using a TXAK signal from the central processing unit 1. Thus, the number of buses between the central processing unit and each card is reduced as less as possible.
Patent JP-H02305186-A (JP)
Title: Solid-state image pickup device
Inventor: HIROTA ISAO
IPC: H04N5/3722
Filed: 1989-05-19
Abstract: PURPOSE:To execute the sweep-out of an unnecessary electric charge not to make the unnecessary electric charge appear in an output part by executing a sweep-out transfer in a forward transfer direction and setting a reset means in a reset state during the sweep-out transfer. CONSTITUTION:When the sweep-out transfer of the unnecessary electric charge is executed in the same direction as the transfer direction of a signal charge, a precharge gate control signal phiPG goes to be a high level at timing to sweep out the unnecessary electric charge to a floating diffusion 10f. Thus, the precharge diffusion 10f is set in the reset state and there is no problem that the unnecessary electric charge is sent to an output circuit 8 and an unnecessary signal is outputted. The precharge gate control signal phiPG for resetting the output part in such a way can be obtained with the respectively same frequency of the clock as a reference at the time of the mode of a signal TN and the mode of a signal TA and burden can be decreased on circuit configuration.
Patent JP-S5458324-A (JP)
Title: Information processor
Inventor: MIYAMOTO SHIYUNSUKE
IPC: G06F12/14
Filed: 1977-10-19
Abstract: PURPOSE: To enable to execute the operation of memory protect even between the emulated progams, by operating the memory protection exception circuit, if the result of comparison between the key value from the memory protect key memory unit and that of the artificial protection ley is not in accordance with a given law.  
     CONSTITUTION: The memory protection key memory unit 1 atores the memory protection key desitnated and fed from the line 2, and the load PSW instrucion altering the program conditional word is fed to the artificial protection key register 7 through the line 6, and the information under the execution of the emulated program is fed to the latch 14 through the line 13. If the artificial protection key is detected 10 as it is not 0, the key value from the unit 1 and that of the artificial protectin key are compared 5, and if the result is not in accordance with a given law and the request to the main memory unit sores the information, the memory protect exemption circuit 16 operates a specific microprogram, enabling to perform the memory protect operation between the emulated programs for the instructions requirring to operate the memory protect key and protect keys 
     COPYRIGHT: (C)1979,JPO&Japio