baber/WOPTO huggingface dataset:
Patent JP-H11314697-A (JP)
Title: Folding simple liquid-tank
Inventor: KANAKUBO MINORU
IPC: B65D90/02
Filed: 1998-05-07
Abstract: PROBLEM TO BE SOLVED: To make a foling simple liquid-tank high and a large amount of liquid storable by a method wherein plastic reinforcing members being strong in tensile strength are stretched at specified intervals between opposite side walls in the direction for bearing liquid pressure applied to the side walls. SOLUTION: A folding simple water tank 1 made of waterproof cloth is formed in a cube wherein two pairs of side walls 2 and 3 each being opposite each other and a bottom part 4 are connected with one another by sewing with its upside being opened. Pieces of cloth sheets 5 each in a shape of rectangular strip and being strong in tensile strength are connected with one another lengthwise and crosswise with sewing reinforcement members 6 each in L-shaped section at the inside, and connected to the inside of each of paired opposite side walls 2 and 3 forming the external walls of the folding simple water tank 1 with the sewing reinforcement members 6 each in L-shaped section. the paired opposite side walls 2 and 3 of the folding simple water tank 1 are reinforced with the cloth sheets 5 so that the section of the tank becomes a lattice shape.  Thereby, the height becomes high in the structure while a large amount of liquid becomes storable in the structure.
Patent JP-2000335790-A (JP)
Title: Sheet carrying device
Inventor: KATO SHINICHI
IPC: B65H9/06
Filed: 1999-05-20
Abstract: PROBLEM TO BE SOLVED: To provide a sheet carrying device capable of preventing carrying performance from degrading. SOLUTION: This sheet carrying device 1 is equipped with first paired carrying rollers 3 carrying a sheet S, second paired carrying rollers 5 carrying the sheet S from the first paired carrying rollers 3 to the direction different from that of the first paired carrying rollers 3, and with a guiding means 7 guiding the sheet S delivered out of the first paired carrying rollers 3 to the second paired carrying rollers 5, the guiding means 7 is provided with a guide member 21 having a locking part 21a by which the sheet S delivered out of the first paired carrying rollers 3 is locked at its tip end part, and the guide member 21 can be revolved to a first position where the tip end part of the sheet S is locked at the locking part 21a,  and to a second position where the tip end part of the sheet S is located to a place close to the second paired carrying rollers 5 while being revolved around a revolving shaft 17, and when the guide member 21 is positioned at the second position, the locking condition of the sheet S to the locking part is released.
Patent JP-H07321511-A (JP)
Title: Band pass filter employing dielectric resonator
Inventor: KAZAMA SATOSHI
IPC: H01P1/205
Filed: 1994-05-30
Abstract: PURPOSE:To provide the band pass filter by which the frequency characteristic is simply improved. CONSTITUTION:Coupling capacitors 12, 13, 14 are connected in series between an input terminal conductor layer 8 and an output terminal conductor layer 9 sequentially. A 1st dielectric resonator 2 is connected between the capacitors 12, 13 and a ground conductor layer 5 and a 2nd dielectric resonator 3 is connected between the capacitors 13, 14 and a ground conductor layer 7. An inductor 10(11) is connected in parallel with the 1st capacitor 13(3rd capacitor 14). The parallel circuit comprising the 1st coupling capacitor 12 and the inductor 10 is formed to suppress a 3rd harmonic. The parallel circuit comprising the 3rd coupling capacitor 14 and the indutctor 11 is formed to suppress a 5th harmonic.
Patent JP-S5929945-A (JP)
Title: Warm-air room heater
Inventor: NAKAJIMA TOSHINORI
IPC: F23N1/02
Filed: 1982-08-10
Abstract: PURPOSE:To prevent the reduction of thermal efficiency upon even a low load by a method wherein a branched pipeline is provided between a fan and a governor. CONSTITUTION:The branched pipeline 20 from the fan 13 is connected to the pressure chamber of the governor 16, therefore, the governor 16 controls the opening degree of a valve port 24 in accordance with the ventilating pressure of the fan 13. The opening degree of the valve port 24 of the governor 16 becomes larg upon a high-power operation of the fan 13 in accordance with the increase of the amount of ventilation thereof in order to increase the supplying amount of fuel from a fuel supplying source 11. The opening degree of the valve port 24 of the governor 16 is decreased upon a low-power operation in accordance with the decreasing of the ventilating amount of the fan 13 and, further, a solenoid valve 17 is closed, therefore, the supplying amount of the fuel is decreased. Accordingly, a constant ratio corresponding properly to the supplying amounts of combustion air as well as the fuel may be maintained upon both of the high- power and low-power operations.
Patent JP-H06348741-A (JP)
Title: United processing method for banking system
Inventor: ISHII YOSHINORI
IPC: G06F17/30
Filed: 1993-06-11
Abstract: PURPOSE:To unnecessitate the change of information to be held by huge data before uniting, to facilitate preparation work before the uniting and to considerably shorten working time. CONSTITUTION:A banking system is composed of a banking external code conversion processing part 4, banking external code conversion table 5, shop internal code conversion processing part 7, shop internal code conversion table 8, data work processing part 9, data base access control part 10, and data base access control code table 11 and since a banking code and a shop code are handled while dividing codes outside and inside for the system, the system is prevented from being affected by any system external environment change (union processing).
Patent JP-S5665915-A (JP)
Title: Driving device of walking beam furnace
Inventor: TAKEUCHI OSAMU
IPC: F27B9/24
Filed: 1979-10-30
Abstract: PURPOSE: To rationally perform elevating, forward and backward movements of pistons in a walking beam furnace, by using electrohydraulic stepping cylinders for elevating, forward and backward movements and controlling the movement extents and moving speeds of the pistons.  
     CONSTITUTION: At the time of conveying steel material by the elevating, forward and backward movements of walking beams, the carriage 4 of a walking beam 3 is elevated and forward and backward moved by means of electrohydraulic stepping cylinders. A plurality of levers 8 are connected to the driving rods 10 disposed to the carriage 4 to drive rollers 9 and move the carriage upward, downward, forward backward. At this time, the driving rods 10 are connected at one end to the pistons of elevating cylinders 11, 11' and the carriage 4 is connected at one end to the piston of a forward-backward cylinder 12. Each of these electrohydraulic stepping cylinders is provided with a change-over valve in its hollow piston and the movement extent and moving speed of the piston are controlled by driving an electric pulse motor 24 by means of a pulse transmission setter 28. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S63303249-A (JP)
Title: Control device for transmission with stage of vehicle
Inventor: WATANABE TOMOYUKI
IPC: B60W10/10
Filed: 1987-06-04
Abstract: PURPOSE:To prevent engine speed from exceeding its maximum allowable engine speed by providing a target gear stage varying means which varies a target gear stage to a gear stage on the higher side than the target gear stage when an expected input shaft rotating speed exceeds a previously determined defined judging reference value. CONSTITUTION:When a new target gear stage is determined in relation to the operation of a traveling range selection operating means, an expected input shaft rotating speed of a transmission with stages which is obtained when the target gear stage is established is calculated based on actual output shaft rotating speed by an expected input shaft rotating speed calculating means. And, when the input shaft rotating speed thus calculated becomes above a previously determined defined judging reference value, a target gear stage is varied to a gear stage on the higher speed side than that by a target gear stage varying means. Thereby, if the judging reference value is set to the maximum allowable engine speed, even when the transmission with stages is switched over to the target gear stage with its input shaft rotating speed being increased, the maximum allowable engine speed will not be exceeded.
Patent JP-S5365212-A (JP)
Title: Ingot case additive for continuous casting of steel
Inventor: ISHIGURO MORIYUKI
IPC: B22D11/111
Filed: 1976-11-24
Abstract: PURPOSE: To provide the title additive which can prevent solidification of the surface of molten steel, form a slag film, and give a good ingot by blending slag of a specified compsn. contg. CaO, SiO 2 , MgO and Al 2 O 3  with regulators for m.p., viscosity and melting speed. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H10328706-A (JP)
Title: Method for hot rolling of metallic plate
Inventor: YAMAGUCHI HARUO
IPC: B21B1/26
Filed: 1997-05-29
Abstract: PROBLEM TO BE SOLVED: To enable the reduction of a cutting-away quantity for moving linear flaws occurring at the side tip part of a product plate by bringing a plate width after width rolling down by the vertical rolling mill of a hot rolling mill group composed of the vertical rolling mill and a horizontal rolling mill to a specific dimension range with respect to a slab for hot rolling, which has been subjected to the width rolling down to the specific dimension range by a horizontal opposite system press. SOLUTION: For the width rolling down of the slab for the hot rolling, when the plate width of the product plate is expressed by W, it must be (W-5) to (W+5) mm, and for the plate width after the width rolling down by the vertical rolling mill, it must be (W-15) to (W-5) mm. When the width of the hot rolling slab is larger than (W+5) mm, the cutting-away quantity to obtain a desired plate width is increased and a yield is lowered. On the other hand, when it is smaller than (W-5) mm, since the width rolling down by the vertical rolling mill is suppressed small, width fluctuation in the longitudinal direction is not dissolved. When the width rolling down by the vertical rolling mill is smaller than (W-15) mm, the width at the time of rolling is widened, and the cutting-away quantity is increased.  When it exceeds (W-5) mm, since the width rolling down by the vertical rolling mill is suppressed small, the width fluctuation in the longitudinal direction is not dissolved.
Patent JP-S6297366-A (JP)
Title: Gaas integrated circuit device
Inventor: YAMASHITA HIROKI
IPC: H01L29/47
Filed: 1985-06-28
Abstract: PURPOSE:To decrease parasitic capacitance, by providing an electrode or a wiring, which is connected to the cathode electrode of a diode, between the anode of the diode and an element or a wiring, which is arranged in the vicinity of the diode. CONSTITUTION:This device is composed of a GaAs substrate 510, an interlayer insulating film 509, a cathode electrode 501 of a diode, which is used as a coupling capacitor, and a metal wiring 506, which is connected to the electrode 501. A numeral 502 indicates the anode electrode of the diode, a numeral 504 an N-type active layer and a numeral 503 an N<+> high concentration active layer. The electrode 501 is ohmic-contacted with the active layers 503 and 504. The electrode 502 forms a Schottky junction together with the active layer 503. A numeral 505 indicates a metal wiring, which is arranged in the vicinity of the diode. The shielding wiring 506 is contacted with the electrode 501 through a contact hole 507 and contacted with the GaAs substrate 510 through a contact hole 508. In this structure, parasitic capacitance between the metal wiring 505 and the anode electrode 502 of the diode can be decreased, and the area of the diode can be decreased.
Patent JP-S6121799-A (JP)
Title: Dehydration treatment of water-containing sludge
Inventor: KOBAYASHI KORENORI
IPC: C02F11/16
Filed: 1984-07-09
Abstract: PURPOSE:To allow dehydration treatment to advance within a short time, to prevent the lowering in drainage capacity while enabling re-use indefinite times, by using a nonwoven fabric, to which embossing processing is applied so as to prevent soil particles from passing through the surface thereof, a vertical drainage promoting material. CONSTITUTION:Vertical drainage promoting materials 3 are vertically arranged so that the lower ends thereof are connected to or contacted with the horizontal drainage promoting material 2 layed to the bottom surface of water-containing sludge dehydration installation 6 and guides moisture in water containing sludge so as to flow the same downwardly. In the dehydration treatment method of water-containing sludge, a nonwoven fabric, to which embossing processing is applied so as to prevent soil particles from passing through the surface thereof, is used as each other the vertical drainage promoting materials 3. As a result, dehydration treatment advances within a short time and the lowering in drainage capacity is prevented and, in addition, because the soil particle layer adhered to the surface of the nonwoven fabric can be easily peeled off after use, the reuse of said nonwoven fabric is enabled indefinite times. Of course, the emboss processed nonwoven fabric may be adapted to the horizontal drainage promoting material.
Patent JP-S62296491-A (JP)
Inventor: ENOMOTO TOSHIO
IPC: H05K1/02
Filed: 1986-06-16
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-S5842805-A (JP)
Title: Solenoid-controlled pilot operating valve
Inventor: YAMAUCHI MASAHISA
IPC: F16K31/40
Filed: 1981-09-07
Abstract: PURPOSE:To increase the return speed of a main spool and to improve the response performance by providing a shuttle valve between a pilot operating valve and solenoid operating valve. CONSTITUTION:When a solenoid operating valve 26 is operated, the pilot pressure activates a shuttle spool 54, moving a main spool 28. When the solenoid is de-energized, the oil in pilot pressure chambers 55, 56 of a shuttle valve 25 returns into a tank 7 through a passage Y. The shuttle spool 54 resumes a neutral position by means of springs 57, 58, connecting a pilot port 68 to a tank port 70, thereby the oil in the pilot pressure chamber 30 of a pilot operating valve 24 returns directly into the tank through the tank port 70. Accordingly, the return speed of the main spool 28 is increased.
Patent JP-S6118779-A (JP)
Inventor: ANDORE FURENMAIAA
IPC: C07F9/568
Filed: 1985-06-28
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-S5929711-A (JP)
Title: Hydraulic type valve clearance adjusting device of internal combustion engine
Inventor: MOURI AKIYOSHI
IPC: F01L1/18
Filed: 1982-08-13
Abstract: PURPOSE:To reduce the equivalent inertial mass of a rocker arm by dividing it into two parts and providing a clearance adjuster between the parts. CONSTITUTION:In an overhead cam tappet valve mechanism wherein a rocker arm 4 is driven by a cam shaft 1, the rocker arm 4 which used to be conventionally one body is divided into two parts and a valve clearance adjuster 5 is disposed between those parts. The valve clearance adjuster 5 may be disposed in the position close to the pivotal shaft 3 of the rocker arm 4. As a result, the equivalent inertial mass of the rocker arm may be reduced so that dancing of a suction and exhaust valve 2 and deviation of valve timing may be prevented and stable engine performance, especially in the case of a high speed engine, can be obtained.
Patent JP-S5843693-A (JP)
Title: Remote monitor controlling method
Inventor: FURUKAWA HIROSHI
IPC: H04Q9/00
Filed: 1981-09-09
Abstract: PURPOSE:To monitor a state of each terminal equipment, at a remote place, and to easily execute the remote control, by utilizing a monitor data transmission quiescent period on a transmission line, and transmitting a control data corresponding to each terminal equipment through a collecting device from a remote monitoring device. CONSTITUTION:A monitor data indicating a state from each terminal equipment is transmitted to a collecting device at every constant interval of quiescent period, and by this collecting device, a monitor data corresponding to each terminal equipment is transmitted to a remote monitoring device through a single transmission line in order and cyclically at every interval of quiescent period. On this remote monitoring device, a terminal equipment selecting circuit 14 and a control data setting switching circuit 24 are provided, and by operating a switch of the circuit 14, each terminal equipment is selected, and a transmission start timing circuit 23 is controlled. Subsequently, a control data of each terminal equipment, which has been set by the circuit 24 is provided to a start-stop synchronization transferring circuit 12, and by an output of the circuit 23, the control data is transmitted to the collecting device from the circuit 12 at a transmission quiescent period of the monitor data.
Patent JP-S61296816-A (JP)
Title: Chopper type comparator
Inventor: KUMAMOTO TOSHIO
IPC: H03K5/08
Filed: 1985-06-25
Abstract: PURPOSE:To obtain a chopper type comparator with small power consumption while keeping high resolution and high speed operation by giving a voltage change detection function to the 1st inverter of the chopper type comparator and a gain to the 2nd inverter. CONSTITUTION:Since the input/output characteristic of a CMOS inverter 6 is made slow, the gain is small but the current drive capability is increased and the voltage change is fed to a CMOS inverter 9 via a coupling capacitor 8. The output waveform is not retarded timewise, expanded further and since the input/output characteristic between the inverter 9 and a CMOS inverter 11 is entirely the same, the signal is fed to the inverter 11 efficiently and amplified. Further, the current driving capability of the inverter 6 is increased and the current drive capability of the inverters 9, 11 is decreased, then a large through-current flows only to the inverter 6. The voltage change detection function and the gain is given to the inverter 6 and the inverters 9, 11 respectively in this way, so as to suppress power consumption while keeping high resolution and high speed operation.
Patent JP-H10317839-A (JP)
Title: Sliding door device of waterproofing structure
Inventor: KITAKADO TOSHIMI
IPC: E05D15/06
Filed: 1997-05-16
Abstract: PROBLEM TO BE SOLVED: To make possible not to require great force for opening and closing a sliding door, to extend the life of a waterproof material even when sufficient waterproofing properties are obtained and to facilitate installation. SOLUTION: The sliding door of a waterproofing structure device is structured so as to prevent water leaking from the lower portion of a sliding door 3 by providing a water-cutoff material 33 on the lower portion of the sliding door 3 supported on the head portion 20 of a door frame 2 and pressing the water-cutoff material 33 to the sill portion 21 of the door frame 2. Tiers lowering mechanisms 32, S1 to lower the sliding door 3 in tiers immediately before the sliding door 3 is shut, and to press the water-cutoff material 33 to the sill 21 of the sliding door 3 using the self-weight of the sliding door 2.
Patent JP-H1148905-A (JP)
Title: Situation adaptive gas generator for air bag
Inventor: LEBAUDY FRANCK
IPC: B60R21/26
Filed: 1998-05-22
Abstract: PROBLEM TO BE SOLVED: To provide such a gas generator, for which explosives are used, as being capable of adjusting an inflating speed by partly inflating an air bag with the release of only a certain amount of gas or completely inflating the air bag with the release of the maximum amount of gas, depending on status. SOLUTION: A gas generator 1 is formed with a cylindrical housing 2 having a side wall 3 closed at both ends. The housing into the upstream part 9 and the downstream part 10 with a lateral plate 6. The upstream part 9 has a tube 16 for separating two combustion chambers 17, 18 in a gas tight condition, the chambers having explosives 19, 20, respectively. An electric ignitor 5 is formed with an initiator having two heads 21, 22, the initiator being assembled in a switch bridge having four switches connected to a circuit with a diode. In this way, only one of the heads 21, 22 can be initiated as required or both heads can be initiated at a programmed time difference.
Patent JP-H08204-A (JP)
Title: Production of bread crumbs
Inventor: KOSAKA TOYOTOSHI
IPC: A23L7/157
Filed: 1994-06-23
Abstract: PURPOSE:To obtain bread crumbs having needle-like shape-rich flaky and soft texture by subjecting a bread dough comprising wheat flour, yeast, common salt, saccharides and water to first and second fermentations under specific conditions, baking, cooling and powdering the fermented dough. CONSTITUTION:In producing bread crumbs from a raw material consisting essentially of wheat flour, yeast, common salt, saccharides and water, dough after first fermentation of the raw material in the case of straight process, dough obtained by as necessary adding a part of subsidiary raw materials such as common salt, oil and fat, saccharide and yeast to the above dough and re-kneading the mixture in the case of re-mixing process or dough obtained by subjecting the dough after first fermentation to main kneading in the case of sponge process is rolled to afford band-like dough. The sheet-like dough is curled in whirling state to give rod-like dough, which is then packed into a mold so that longitudinal direction of the dough becomes parallel to short hand direction of a bread mold and subjected to second fermentation. The fermented dough is baked, cooled and powdered to provide the objective bread crumbs.
Patent JP-S5844250-A (JP)
Title: Controller for air-fuel ratio of internal-combustion engine
Inventor: NAGAI TADASHI
IPC: F02D41/14
Filed: 1981-09-08
Abstract: PURPOSE:To enlarge the detection range of an oxygen sensor and accurately control the air-fuel ratio even if the mixture is thin, by supplying a prescribed quantiry of fuel to a predetermined quantity of exhaust gas diverted from an exhaust passage and by detecting the oxygen concentration of combustion gas. CONSTITUTION:The exhaust pipe 5 of an engine is provided with a ramified passage 17. A prescribed quantity of fuel, which is conducted under pressure from a fuel tank 23 by a fuel pump 27 and regulated of pressure by a pressure control valve 24, is injected through a fuel injection valve 22 into a prescribed quantity of exhaust gas diverted through the passage 17. The fuel injection valve 22 is regulated by a control circuit 25 so that the valve is opened for the fuel injection. The exhaust gas mixed with the fuel is returned to an intake passage 1 through an oxidizer 19, an oxygen sensor mounting section 20 and a flow rate setting section 21. An oxygen sensor 6 detects the accurate oxygen concentration in an optimal range because of the addition of the fuel. The detection signal of the sensor 6 is applied to the control circuit 25 to effectuate the accurate feedback control of the period of opening time of a fuel injection valve 4 installed at an intake port 3.