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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
61	HEATING SYSTEM	EP15757835	2015-03-05	EP3126748A4	2017-12-27	MURILLO LUIS
This invention materially enhances the quality of the environment and mankind by contributing to the restoration or maintenance of the basic life-sustaining natural elements, by reducing the amount of carbon monoxide introduced to the atmosphere from a combustion system, achieved by furnishing a system's approach to optimize the amount of oxygen to be chemically combined with fuel upon ignition of both allowing the correct amount of carbon to combine with the correct amount of oxygen thus fully release the thermal energy stored therein.
62	MULTI-FUEL BURNER WITH ADJUSTABLE METERING VALVE	EP97921558.9	1997-05-23	EP0904511B1	2001-07-18	ROBINSON, Edgar, C.; FLEMING, Leonard
A powered multi-fuel burner has a burner assembly which utilizes an air aspirated nozzle and an infrared configuration. An air compressor provides air to the air aspirated nozzle and a fuel tank holds fuel supplied to the air aspirated nozzle by operation of the suction created at the nozzle. A metering valve is interposed between the fuel tank and the air aspirated nozzle. The metering valve is manually adjustable to increase or decrease the fuel supplied to the nozzle thereby to increase or decrease the heat output of the burner.
63	MULTI-FUEL BURNER WITH ADJUSTABLE METERING VALVE	EP97921558.0	1997-05-23	EP0904511A1	1999-03-31	ROBINSON, Edgar, C.; FLEMING, Leonard
A powered multi-fuel burner has a burner assembly which utilizes an air aspirated nozzle and an infrared configuration. An air compressor provides air to the air aspirated nozzle and a fuel tank holds fuel supplied to the air aspirated nozzle by operation of the suction created at the nozzle. A metering valve is interposed between the fuel tank and the air aspirated nozzle. The metering valve is manually adjustable to increase or decrease the fuel supplied to the nozzle thereby to increase or decrease the heat output of the burner.
64	Oxy/Oil swirl burner	EP98302205.4	1998-03-24	EP0877202A2	1998-11-11	Feldermann, Christian Juan
A liquid fuel burner (10) is provided with a central fuel outlet (18) having a generally divergent conical inner surface, formed of two contiguous divergent conical surfaces (20a, 20b) of different angles of divergence, and a plurality of oxygen outlets (22) shaped and positioned for creating a converging, rotating stream of oxygen which intersects with any liquid fuel issuing from the fuel outlet (18). Such oxygen/fuel interaction results in two zones of combustion and a recirculation effect which assists in the complete or substantially complete combustion of undesirable exhaust gas components. The oxygen and fuel are preferably supplied such that their velocities are approximately equal at the point at which the two zones of combustion meet.
65	Mixing using a fluid jet	EP88303422.5	1988-04-15	EP0287392B2	1997-02-12	Luxton, Russell Estcourt; Nathan, Graham Jerrold

66	Mixing using a fluid jet	EP88303422.5	1988-04-15	EP0287392B1	1994-03-09	Luxton, Russell Estcourt; Nathan, Graham Jerrold

67	ANNULAR NOZZLE BURNER AND METHOD OF OPERATION	EP87901817.0	1987-02-05	EP0294386A1	1988-12-14	TUCKER, James, R.; HANSEN, Eric, R.
Procédé et dispositif servant à brûler un combustible dans un brûleur à ajutage annulaire (11) où une flamme compacte (27) est produite en empêchant la dispersion des particules de combustible et en concentrant ces mêmes particules dans une zone de combustion primaire caractérisée par une vitesse élevée de transfert de chaleur radiante entre les particules de combustibles, et ceci en faisant se déplacer les particules à une vitesse suffisamment élevées pour qu'elles s'écoulent de manière essentiellement linéaire dans une direction parallèle à l'axe du brûleur.
68	Verfahren und Brenner zur Verfeuerung von Brennstoff	EP88106197.2	1988-04-19	EP0289851A2	1988-11-09	Bilawa, Hans; Neumann, Eberhard, Dipl.-Ing.
Die Erfindung betrifft ein Verfahren sowie einen Brenner, wobei ein Teil des Brennstoffes durch einen äußeren Ringkanal (1) zugeführt und am Austrittsende auf eine hohe Geschwindigkeit beschleunigt wird, während ein weiterer Teil des Brennstoffes durch einen zweiten, inneren Ringkanal (2) zugeführt und am Austrittsende auf eine niedrige Geschwindigkeit verzögert wird. Auf diese Weise erfolgt eine Stabilisierung und Regelung der Hauptflamme durch eine permanente Pilotflamme.
69	Brenneranordnung	EP87117450.4	1987-11-26	EP0274630A1	1988-07-20	Füglistaller, Cornel; Keller, Jakob, Dr.; Sattelmayer, Thomas, Dr.
Die vorliegende Erfindung betrifft eine Brenneranordnung, insbesondere für eine Gasturbine, mit einem in eine Brennkammer (1) mündenden Hauptzuführungskanal (2) für ein Brennstoff-Luftgemisch mit einem Drallkörper (5) und einer den Drallkörper (5) durchsetzenden Brennerlanze (3). Zur Verbesserung der Querzündungseigenschaften zwischen mehreren, gegebenenfalls an der Brennkammer (1) angeordneten, solchen Brenneranordnungen sowie zur Erhöhung der Flammenstabilität weist die Brennerlanze (3) bezüglich des Drallkörpers (5) brennkammerseitig Austrittsöffnungen (12,16) für in ihrem Innern zugeführten Brennstoff oder für ein in ihrem Innern zugeführtes oder gebildetes brennstoffreicheres Brennstoff-Luftgemisch auf.
70	Brûleur pour combustible liquide	EP79400317.8	1979-05-21	EP0006774B1	1982-11-24	Le Mer, Joseph

71	Brûleur pour combustible liquide	EP79400317.8	1979-05-21	EP0006774A2	1980-01-09	Le Mer, Joseph
L'invention concerne un procédé de combustion d'un combustible liquide, ainsi qu'un brûleur pour sa mise en oeuvre. Le brûleur selon l'invention, qui est muni d'un corps creux de vaporisation, d'un moyen d'amorçage de la combustion et de moyens de chauffage pour le démarrage est remarquable en ce qu'il comporte un corps fixe (18, 38, 58), pourvu d'un canal ou conduit tubulaire de vaporisation (12, 32, 52), dans lequel est véhiculé par un fluide vecteur, comburant ou non, un combustible liquide, ledit canal ou conduite débouchant, directement ou non, dans une chambre de mélange (111, 311, 511) distincte dudit canal et qui reçoit par ailleurs un comburant, les moyens de chauffage (17, 37) étant aménagés pour chauffer le corps fixe au démarrage, tandis que la forme dudit corps est telle, que la flamme de combustion lèche ce dernier en partie, de manière telle que le combustible liquide est vaporisé ou gazéifié à l'abri de la flamme, au moins en partie et de préférence en totalité, dans le canal ou conduit de vaporisation.
72	USE OF RECIRCULATED EXHAUST GAS IN A BURNER-BASED EXHAUST GENERATION SYSTEM FOR REDUCED FUEL CONSUMPTION AND FOR COOLING	PCT/US2006009535	2006-03-16	WO2006101987A2	2006-09-28	BURRAHM ROBERT WAYNE; ROSS MICHAEL GLENN; WEBB CYNTHIA CHAFFIN; TIMMONS SUZANNE ANNETTE; BARTLEY GORDON JAMES JOHNSTON
A burner-based exhaust gas generation system, for producing exhaust gas, typically for use in testing exhaust system devices. Post-burner exhaust gas is recirculated back to a main exhaust line, and used for purposes such as cooling or enhancing the burner output.
73	Combustion chamber system for a gas turbine	JP31245387	1987-12-11	JP2868515B2	1999-03-10	KORUNERU FUYUGURISHUTARERU; YAKOBU KEERERU; TOOMASU ZATSUTERUMAIERU

74	JPH0559323B2 -	JP22425783	1983-11-30	JPH0559323B2	1993-08-30	SASAKI MASASHI

75	JPH0343528B2 -	JP8589182	1982-05-20	JPH0343528B2	1991-07-02	SHIMODA HISANORI; SUZUKI JIRO; KODAMA HISASHI

76	JPH01500049A -	JP50131087	1987-02-05	JPH01500049A	1989-01-12

77	Combustion apparatus for gas turbine	JP31245387	1987-12-11	JPS63161317A	1988-07-05	KORUNERU FUYUGURISHIYUTARERU; YAKOBU KEERERU; TOOMASU ZATSUTERUMAIERU

78	Combustion apparatus	JP15885186	1986-07-08	JPS6317306A	1988-01-25	KAWAMURA HIDEO
PURPOSE: To make a stable flame and provide a complete combustion of fuel by a method wherein a ceramic disk having small hoes therein is installed at a front surface of a gasification chamber and a heating plug passing through a fiber wick and the ceramic disk and projected into a combustion chamber is installed. CONSTITUTION: A gasification plate 8 of a ceramic disk is constructed such that a heater bar 4 is projected from a hole at a central part and gasification holes 3 are formed around i. A heater coil 18 of a heating plug is energized, the heater bar 4 is heated, a fuel supplying pump 21 is driven and liquid fuel is supplied to a gasification chamber 7 through a fuel supplying port 24 of a fuel supplying pipe 16. The fuel is flowed down a fiber wick 10 to become a gasified fuel and then is blown from the gasification hole 3 to the combustion chamber 6. Combustion air is fed from an air intake pipe 12, circulated around an air introducing passage 25 between an outer housing 14 and a combustion cylinder 11 and the blown into the combustion chamber 6 from air introducing holes 17 and 20. An extremity end of the heater bar 4 is set at a high temperature to cause a positive and fast ignition of mixture gas of gasified fuel and combustion air. The gasified fuel and the combustion air are uniformly mixed and completely ignited. COPYRIGHT: (C)1988,JPO&Japio
79	High speed liquid fuel burning device	JP23229883	1983-12-08	JPS60126510A	1985-07-06	OCHIAI TSUNEMI; SHIBUYA MASAO; KIRIMURA TAKUO; KUME KOUKICHI
PURPOSE:To contrive to maintain the excellent burning and reduce the NOx by a method wherein a preheating chamber is provided at the front side of a burner tip, also an air supply port is provided thereon. CONSTITUTION:A liquid fuel is vaporized in a burner tip 10a, mixed with a primary air, and injected into a preheating chamber 12. The preheating chamber 12 is formed in stretched manner to be expanded toward the front side, and formed to be small along the fuel injecting direction of the burner tip 10a. An air regulator 11 is connected to a inlet 12a of the preheating chamber 12, and an annular space is formed between the outer periphery surface of the burner tip 10a and the inner periphery surface of the inlet 12a. The secondary air is supplied in cylindrical manner into the preheating chamber 12. Further, the tertiary air supply device 20 is provided with a partition wall 22 which is located with separating a space 21 at the front side position of an outlet 12b of the preheating chamber. A gas flowing through hole 23 having a larger size than that of a burning gas flow 18 is bored on the partition wall 22. By said structure, the air from the space 21 can be injected toward rectangular direction against the gas flow 18.
80	Liquid fuel vaporization type burner	JP22419983	1983-11-30	JPS60117009A	1985-06-24	WATANABE TAKAO; YOSHIDA SADAO; OKAMOTO YOSHIO; IWAI KAZUMI; TAGUCHI YUUSUKE
PURPOSE:To reduce the thickness of a burner and a heat exchanger and to prevent overheating of the combustion chamber of the burner, by a method wherein the inner cylinder being the combustion chamber is disposed in the outer cylinder being an air passage, an opening, which intercommunicates the interior of the inner cylinder and the exterior of the outer cylinder, is formed in one side part, and a burner, which is capable of performing blue flame combustion, is mounted to the end of the cylinder. CONSTITUTION:When operation is started, the air from a blower 1 flows along an inner cylinder 13, the air flows in the inner cylinder 14 at the outer end thereof, and flows in a combustion chamber 12 through air ports 17a. Meanwhile, kerosene, sprayed through a nozzle 15, is mixed with the air through the air ports 17a, and the fuel-air mixture is ignited by means of an ignition plug 16 to start yellow flame combustion, which is immediately changed into blue combustion to continue it. The flame extends in the direction of the axis of the inner cylinder 13, and is gradually branched to a combustion chamber 3 through opening 18. Combustion is completed at least in the combustion chamber 3, the mixture flows in a heat exchanger 4 and out through an exhaust gas port 7. The flame around the inner cylinder 13 and the openings 18 is heated to a high temperature suitable for blue combustion, but since the air for combustion flows therearound, such portion is prevented against overheating.

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