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JP2004245075A |
To provide a pulse detonation engine easy to load fuel easy to generate detonation.In the pulse detonation engine 1 capable of intermittently generating the detonation of explosive combustion following shock wave, the fuel that is easy t...
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JP2004232769A |
To solve the problems of being unable to obtain sufficient output since pressure/speed of steam jetting from a turbine nozzle are small, and being large in steam specific consumption in a conventional technology.A spindle is inserted int...
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JP2004076584A |
To simplify the structure to reduce weight, and to improve fuel consumption efficiency by reducing discharge of carbon dioxide with reduction of the fuel.The high pressure compressed air is continuously generated by high speed rotary van...
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JP2003328778A |
To provide a combustion vibration controlling system and method for gas turbine capable of restraining even combustion vibration of a high frequency and a synthetic wave.The combustion vibration controlling system comprises a magnetic me...
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JP2003254087A |
To provide a gas combustion device having a vibration control device for vibrating the combustion device to control combustion vibration that reduces its life.The gas combustion device, in which fuel gas and air supplied through ducts ar...
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JP2003214185A |
To provide a gas turbine combustor cooling structure capable of damping the pressure fluctuation in a combustor, reducing the use of cooling air, and efficiently cooling a wall member of the combustor, and to provide a gas turbine applyi...
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JP2003184577A |
To provide a prediction technology for accurately predicting of NOx emission rate of a gas turbine.The gas turbine plant is provided with the gas turbine (1) and an operation unit (7). The gas turbine (1) comprises: a compressor (11) for...
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JP2003505636A |
An efficiency enhanced turbine engine and method for a turbine engine having a rotor (25) and a fluid flow path (31) that extends through compression (63), combustion (65), and expansion (67) or turbine stages with fluid flowing through ...
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JP2002106358A |
To provide a turbine engine to rectify the thermal efficiency of a turbine engine where a conventional axial flow is a primary object and its low cost hybrid turbine engine.A turbine rotor is provided with a radiation plate rotating mean...
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JP2002054457A |
To provide an internal combustion engine simultaneously having an intermittent fuel injection type and a structure to generate the direct rotation power of a gas turbine type engine by solving a defect that a reciprocation type engine ge...
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JP2001336427A |
To reduce CO2, NOX, black smoke, etc., contained in the exhaust gas of an engine or a gas turbine which burn a fossil fuel to obtain power.In place of a continuous combustion of a gas turbine depending on the fuel injection, a mixture ga...
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JP2001152870A |
To provide a small-sized, intermittent combustion gas turbine as a prime mover for, mobile or stationary use improved from a conventional engine in terms of performance, cost, fuel consumption, and exhaust gas composition, having no vibr...
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JP2000192822A |
To provide an intermittent combustion gas turbine causing no vibration, having a simple structure, facilitating start, and allowing the use of kerosene, light oil, and gasoline. This gas turbine is constituted in such a way that several ...
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JP2000161077A |
To perform stacking by a bolt jack regardless of the outer diameter of a distant piece and a space between both end flanges in stacking a gas turbine rotor.A hole coinciding in center circle diameter and phase with a stacking bolt hole 1...
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JP2000146119A |
To provide a pulse rotary engine which enables extraction of drive energy by accomplishing effective rotation of a turbo fan even in a pulse combustion as repeating a pulsating explosion. This engine comprises a pulse combustor 3, a casi...
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JP2000145409A |
To obtain a combination engine of a diesel engine, a gas turbine, and a steam turbine with the best thermal efficiency, by mounting a plurality of gas generators each in which a reciprocating type supercharger is directly connected to a ...
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JP2000064853A |
To generate power with high efficiency by providing a combustion means on the discharge side of a cylinder type compression device including a reciprocated piston and driving a turbine with combustion gas produced by burning fuel in the ...
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JPH11509293A |
PCT No. PCT/HU96/00039 Sec. 371 Date Jan. 16, 1998 Sec. 102(e) Date Jan. 16, 1998 PCT Filed Jul. 17, 1996 PCT Pub. No. WO97/04226 PCT Pub. Date Feb. 6, 1997The internal combustion rotary engine comprises a stator (1) and a rotor (2) that...
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JPH11218033A |
To provide a gas turbine which is vibration-free, simplified structure, and sasy to start, and which exceeds a reciprocating engine in the performance, cost, fuel consumption, and exhaust gas-components, as a prime mover for traveling or...
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JPH11506516A |
PCT No. PCT/EP96/02316 Sec. 371 Date Jan. 29, 1998 Sec. 102(e) Date Jan. 29, 1998 PCT Filed May 30, 1996 PCT Pub. No. WO96/38659 PCT Pub. Date Dec. 5, 1996A rotary engine has a driving shaft and a driving rotor secured in rotation to the...
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JP2887445B2 |
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JPH1182061A |
To provide a gas turbine that excels a reciprocating engine in performance, cost and exhaust components as a movable or stationary prime mover, has a simple structure causing no vibrations, needs easier maintenance and starting, and util...
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JP2820389B2 |
An engine having an annular cylinder formed about an opening which utilizes an arc-piston reciprocally positioned in the annular cylinder with a partition secured within the annular cylinder separating the annular cylinder into an air in...
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JPH10227228A |
To provide a small gas turbine which is low in cost, less in vibration, and simple in structure as a prime mover of industrial machinery. Sucked air entered by press-opening a leaf spring 7 which clogs an air intake port 6 opened in a pa...
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JPH09236022A |
To provide an internal combustion engine having such merits that can completely burn exhaust gas, has high durability, mechanical efficiency, thermal efficiency and safety, can be silently operated, with a simple structure, can completel...
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JPH09195794A |
To provide a small gas turbine which possesses high performance and low cost to replace a reciprocal engine as a generator for mobile industrial machine such as an automobile vehicle and which facilitate maintenance and starting thereof,...
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JPH09125985A |
To provide an inexpensive, economical, vibrationproof, and compact prime mover. An impeller 2, having a compression spring 8 integrally provided on one side and having an impulse blade 15 integrally provided on the back side, is secured ...
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JP2598385B2 |
An internal combustion engine unit has a reciprocating piston internal combustion engine with an exhaust turbocharger and a power output turbine to which, for operation of the supercharger turbine, unwanted exhaust gas can be fed by mean...
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JP2524139B2 |
An internal combustion engine apparatus and method of operation includes the monitoring of the exhaust gas temperature and air-fuel ratio on a continuing basis. The exhaust gas temperature is compared to a stored value and compression of...
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JPH0718351B2 |
PURPOSE:To secure an engine which can be used conveniently as a small power supply for houshold use and can be manufactured and assembled simply at a low cost by manufacturing an axial flow gas turbine, and a generator of combustion gas ...
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JPH06346756A |
PURPOSE: To provide a device generating longitudinal swirl flow having no recirculation area inside a low pressure air inlet passage for passing air in a pressure wave supercharger. CONSTITUTION: A plurality of swirl generators 9 guiding...
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JPH06241061A |
PURPOSE: To provide a reciprocative engine which achieves combustion efficiency with the output of similar magnitude to a gas turbine engine. CONSTITUTION: An engine concerned is equipped with a periodic mechanism for enhancement of the ...
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JPH0642500A |
PURPOSE: To obtain a dynamic pressure machine having a simple structure and reducing a high cost needed by controlled ignition means. CONSTITUTION: A cell wall 23 is provided with means for automatic ignition and combustion of a new infl...
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JPH0550572B2 |
This drive unit comprises an internal combustion engine and a waste heat turbine unit wherein the energy contents of the exhaust gas are utilized. The waste heat turbine unit is provided with a rotating cylinder fashioned as a hollow mem...
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JPH05501900A |
The invention relates to a gas generator having a plurality of vibration chambers (10) arranged in a circle, the gas which vibrates in the chambers forming nodes of gas pressure and velocity. In conjunction with the vibration chambers th...
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JPH0478824B2 |
PCT No. PCT/FR87/00270 Sec. 371 Date Mar. 4, 1988 Sec. 102(e) Date Mar. 4, 1988 PCT Filed Jul. 8, 1987 PCT Pub. No. WO88/00279 PCT Pub. Date Jan. 14, 1988.The installation comprises a compression unit and a power unit. The compression un...
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JPH04320718A |
PURPOSE: To ensure a combustion chamber capable of being assembled into a compact form between a compressor and a turbine, and promoting a combustion process in the combustion chamber with maximum efficiency and the minimum emission of h...
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JPH04298645A |
PURPOSE: To obtain an external rotor engine with high efficiency and a new structure by fitting the engine with a rotor blade serving as a fly wheel, and a gas exhaust fan arranged on an output shaft adjacently to the rotor blade. CONSTI...
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JPH04232333A |
PURPOSE: To maximize the efficiency of a generation installation including a pressure wave generator. CONSTITUTION: The air prepared by a compressor is mixed with a fuel prior to the entry of the air into a pressure wave generator. This ...
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JPH048259Y2 |
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JPH0363729U |
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JPH03100327A |
PURPOSE: To allow the adjustment of exhaust gas by forming, in a space between two adjacent recesses, a passage opening one recess and communicating with an exhaust channel and accepting the stem of an exhaust valve in the passage. CONST...
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JPH03500075A |
A self starting turbine (10) is disclosed. An auxiliary pulse combustor (23) is provided having a separate output nozzle (36) from the discharge orifice (20) of a constant pressure combustor (18) for providing pressure pulses which impin...
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JPH02196136A |
PURPOSE: To generate high output by accommodating in a cylindrical rotor chamber a rotor provided with a plurality of pocket members around its outer periphery, and injecting combustion gas generated in a combustion chamber to the pocket...
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JPH01155033A |
PURPOSE: To make the best use of combustion energy by regulating the timely changing of a current and voltage of an electric circuit of a dynamic generator and an alternator depending on the load demand of an asynchronous motor. CONSTITU...
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JPH0117625Y2 |
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JPS63268938A |
PURPOSE: To suppress the emission of exhaust NOx through utilizing an optional output from a gas turbine by providing an intake valve on the intake-port side of a combustor for the gas turbine engine, and an exhaust valve on the exhaust-...
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JPS63255530A |
PURPOSE: To diminish the shock caused when a burner is connected with a shaft by connecting one of a torque converter shaft to a burner that turns by the reaction of an explosion pressure in a combustion chamber while the other is made t...
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JPS63502768A |
PCT No. PCT/GB87/00025 Sec. 371 Date Sep. 16, 1987 Sec. 102(e) Date Sep. 16, 1987 PCT Filed Jan. 16, 1987 PCT Pub. No. WO87/04491 PCT Pub. Date Jul. 30, 1987.The cylinder head (401) of a turbocompounded 2-stroke piston engine incorporate...
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JPS63502201A |
PCT No. PCT/GB87/00025 Sec. 371 Date Sep. 16, 1987 Sec. 102(e) Date Sep. 16, 1987 PCT Filed Jan. 16, 1987 PCT Pub. No. WO87/04491 PCT Pub. Date Jul. 30, 1987.The cylinder head (401) of a turbocompounded 2-stroke piston engine incorporate...
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