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    • 22. 发明授权
    • Multi-fuel gas burner using preheated forced draft air
    • 多燃气燃烧器采用预热强制通气
    • US4257762A
    • 1981-03-24
    • US939475
    • 1978-09-05
    • John S. ZinkRobert D. ReedHorst M. GlommKlaus E. Sawatski
    • John S. ZinkRobert D. ReedHorst M. GlommKlaus E. Sawatski
    • F23D17/00F23D14/02F23D14/12F23D14/20F23D14/34F23D14/66F23G7/06F23C5/08
    • F23D14/20F23D14/02F23D14/125F23D14/34F23D14/66F23D2900/14002Y02E20/344Y02E20/348
    • A multi-fuel gas burner using preheated forced draft air, comprising a cylindrical inner burner tube, supported by the wall of a furnace, and inserted into an opening in said wall, and including means to inject through the upstream end combustion air preheated to a selected temperature, and compressed to a selected pressure. The downstream end of the inner burner tube closed, and a plurality of longitudinal slots, circumferentially spaced, in the wall of the tube at the closed end. Means to inject rich fuel gas up to 3,500 btu/cu feet under selected pressure into the inner burner tube along its axis. An outer burner tube axially surrounding said inner burner tube and forming an annular passage therebetween. Means to pass low pressure, lean, combustible gas of as low as 50 btu/cu feet down said annular passage and outwardly through a circumferential slot at the end of said outer burner tube inside the furnace. The hot combustion air and rich gas flowing through the inner burner tube and radially outwardly and rearwardly through the plurality of slots, flow against and mix with the lean gas flowing outwardly through the circumferential slot, and burn against the surface of a tile, having a central opening, through which the burner is inserted into the furnace.
    • 一种使用预热的强制通风空气的多燃料燃气燃烧器,包括由炉壁支撑并插入所述壁的开口中的圆柱形内燃烧器管,并且包括通过上游端喷射被预热至燃烧空气的燃烧空气的装置 选定的温度,并压缩到选定的压力。 内部燃烧器管的下游端封闭,并且在闭合端处在管的壁中周向间隔开多个纵向槽。 用于在选定压力下将富燃料气体高达3,500 btu / cu英尺的注入装置沿其轴线注入内部燃烧器管道。 外部燃烧器管轴向地围绕所述内部燃烧器管并在其间形成环形通道。 意味着通过在所述环形通道下方低至50btu / cu英尺的低压,贫的可燃气体,并且通过位于炉内的所述外部燃烧器管的端部的周向狭槽向外。 流过内部燃烧器管并且径向向外和向后穿过多个狭槽的热的燃烧空气和富含气体流过与通过周向槽向外流动的贫气混合并与瓦的表面燃烧,具有 中心开口,燃烧器通过该中心开口插入炉中。
    • 23. 发明授权
    • Method of melting and apparatus therefor
    • US4097028A
    • 1978-06-27
    • US651526
    • 1976-01-22
    • Hans-Jurgen Langhammer
    • Hans-Jurgen Langhammer
    • C21C1/08C21B5/00C21B11/02F23C5/08F23D14/20F27B1/08C21B7/16
    • C21B11/02F23C5/08F23D14/20F27B1/08Y02P10/216Y10S266/90
    • A charge is admitted into a shaft furnace so as to form a charge column therein. The lower end of the column is melted with a flame and the charge moves downwardly by gravity as melting proceeds. The flame is generated by admitting one or more streams of oxygen and one or more streams of fuel into the furnace. A stream of oxygen and a stream of fuel are admitted into the furnace as a pair and in such a manner that the respective oxygen stream is surrounded by the respective fuel stream. This procedure provides the result that the fuel entering the furnace withdraws so much heat from the surroundings that water-cooling of the burners may be eliminated. Moreover, the withdrawal of heat from the surroundings serves to cool the furnace wall in the regions of the burners sufficiently for molten material flowing on the furnace wall in these regions to solidify. Consequently, protuberances are formed on the furnace wall. The charge column is supported on these protuberances which provides the advantage that the charge column does not contact the molten material at the bottom of the furnace. In addition to this effect, the protuberances serve to protect the furnace lining by forming a thermal shield therefor. The size of the protuberances can be controlled by partially pre-mixing the oxygen and the fuel and by regulating the rate of expansion and flow rate of the oxygen and fuel. In order to permit the oxygen and fuel to be admitted into the furnace in the manner outlined, the burner or burners may be constructed with plural openings which are arranged such that the opening through which the oxygen enters the furnace is at least partially surrounded by the opening or openings through which the fuel enters the furnace. One embodiment contemplates an annular burner having a central slit for the admission of oxygen into the furnace and two slits for fuel which flank the oxygen slit. Another embodiment contemplates a plurality of individual burners which are constructed in the form of double-walled conduits.
    • 24. 发明授权
    • Ceramic glass burner
    • 陶瓷玻璃燃烧器
    • US4090491A
    • 1978-05-23
    • US796425
    • 1977-05-12
    • Earle W. Ballentine
    • Earle W. Ballentine
    • F23D14/20F24C3/06F24C3/04
    • F23D14/20F24C3/067
    • A burner chamber with a flat top is provided with an hexagonal array of specifically spaced apertures through which are discharged free turbulent jets into a mixing chamber in which the fuel gas is mixed by entraining heated air. Combustion occurs above the plane where the jets coalesce and a ceramic top is provided on top of the combustion chamber for heating by combustion products. These hot jets are brought in heat exchange relationship with air flowing into the mixing chamber; radiation from the ceramic top heats the burner chamber.
    • 具有平坦顶部的燃烧器室设置有具有特别间隔开的孔的六边形阵列,通过它们将自由湍流射流排放到混合室中,通过夹带加热的空气将燃料气体混合在其中。 燃烧发生在飞机结合的平面上方,陶瓷顶部设置在燃烧室的顶部,用于通过燃烧产物加热。 这些热喷射器与流入混合室的空气具有热交换关系; 来自陶瓷顶部的辐射加热燃烧室。
    • 26. 发明授权
    • Burner for heating an airstream
    • 燃烧器加热气流
    • US4023923A
    • 1977-05-17
    • US559514
    • 1975-03-18
    • Frederick A. Kramer, Jr.
    • Frederick A. Kramer, Jr.
    • F23D14/20F24H3/04F24H9/18
    • F24H9/1881F23D14/20F24H3/0488
    • A burner for heating an airstream is disposed in the airstream and has four identical walls which are secured together along their sides to form a tapered combustion chamber, the small end of which is located upstream. An axially extending gas pipe opens into the small upstream end of the combustion chamber and through this pipe a combustible gas enters the combustion chamber. Combustion air from the airstream enters the tapered chamber through apertures in the walls and the mixture so formed is ignited, resulting in a self-sustaining flame. A flame probe, which extends through the axial supply pipe and into the combustion chamber for a substantial distance, senses the flame regardless of whether it is high or low. The combustion chamber walls bulge inwardly intermediate there sides to insure that the combustion air reaches the center of the combustion chamber and mixes thoroughly with the combustible gas. A shroud surrounds the combustion chamber walls and has a metering inlet which opens upstream. The interior of the shroud is pressurized with air from the airstream, and this air enters the combustion chamber through the apertures in the walls thereof.
    • 用于加热气流的燃烧器设置在气流中并且具有四个相同的壁,它们沿其侧面固定在一起以形成锥形燃烧室,其小端位于上游。 轴向延伸的气体管道通向燃烧室的小上游端,并且通过该管道,可燃气体进入燃烧室。 来自气流的燃烧空气通过壁中的孔进入锥形室,并且如此形成的混合物被点燃,导致自维持火焰。 火焰探头,其延伸穿过轴向供应管并进入燃烧室相当长的距离,感测火焰,而不管其是高还是低。 燃烧室壁在其两侧向内膨胀,以确保燃烧空气到达燃烧室的中心并与可燃气体充分混合。 护罩围绕燃烧室壁并具有向上游开放的计量入口。 护罩的内部由空气从气流加压,并且该空气通过其壁中的孔进入燃烧室。
    • 27. 发明授权
    • Self-recuperative burners
    • 自燃式燃烧器
    • US3695816A
    • 1972-10-03
    • US3695816D
    • 1970-10-30
    • GAS COUNCIL
    • OEPPEN BRIANEDMONDSON JOHNSOURBUTTS STANLEY
    • F23D14/20F23C7/06
    • F23D14/20
    • A furnace has a self-recuperative burner mounted in a port in a wall of the furnace so as to form a products passage to conduct products of combustion from the furnace chamber to outside the furnace. The burner includes an air passage which leads to a nozzle mounted in the inlet of a combustion chamber and which is in heat-exchange relationship with the products passage. The air passage extends at first forwards beyond the inlet of the combustion chamber and then rearwards to the nozzle so that the air-heating surface area is more effective and metal in the hottest part of the products passage is cooled.
    • 炉具有安装在炉壁中的端口中的自恢复燃烧器,以便形成产物通道,以将来自炉室的燃烧产物引导到炉外。 燃烧器包括通向安装在燃烧室入口处并与产品通道处于热交换关系的喷嘴的空气通道。 空气通道首先向前延伸超​​过燃烧室的入口,然后向后延伸到喷嘴,使得空气加热表面区域更有效,并且产品通道的最热的部分中的金属被冷却。