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    • 45. 发明授权
    • Support for batteries of coking furnaces heated from the top
    • 支持从顶部加热的焦化炉电池
    • US4518461A
    • 1985-05-21
    • US471142
    • 1983-03-01
    • Jan Gelfand
    • Jan Gelfand
    • C10B5/00C10B29/00C10B29/08C10B45/00
    • C10B29/08Y02P20/129
    • A support for a battery of coking furnaces with regenerators has a plurality of waste heat passages formed beneath the regenerators and extending in a longitudinal direction of the battery, a foundation formed by a floor member and also by wall members of the waste heat passages, a further supporting plate slidingly supported on the walls and repeatedly subdivided transversely to the longitudinal direction of the battery so as to form a plurality of plate portions, and two longitudinal bars each located at a machine side and at a coke side of the battery and slidingly supported on consoles of the foundation, wherein each of the longitudinal bars engages the plate portions of the furnace supporting plate and fixes them in their positions.
    • 具有再生器的焦化炉电池的支撑体具有形成在再生器下方并沿电池的纵向方向延伸的多个废热通道,由地板构件以及废热通道的壁构件形成的基座, 进一步的支撑板滑动地支撑在壁上并且横向于电池的纵向方向重复细分,以便形成多个板部分,并且两个纵向杆分别位于电池的机器侧和焦炭侧,并且滑动地支撑 在基座的控制台上,其中每个纵向杆接合炉支撑板的板部分并将它们固定在其位置。
    • 48. 发明授权
    • Burner
    • 刻录机
    • US4384846A
    • 1983-05-24
    • US178710
    • 1980-08-12
    • Reinhard Waldhofer
    • Reinhard Waldhofer
    • F23D11/00F23D14/22F23D14/78F23Q9/00
    • F23D14/78F23D11/00F23D14/22F23D2211/00Y02E20/366
    • A burner for gaseous and liquid fuels includes a hollow water cooled casing and a hollow water cooled jacket surrounding the casing. Two respective channels are formed in the burner for feeding fuel and oxygen-containing medium to a nozzle of the burner. The casing and the jacket form at their proximal ends a conical annular nozzle gap which receives a plurality of circumferentially distributed spacing elements. The spacing elements form between themselves a plurality of slots for discharging a combustible mixture of fuel and oxygen-containing medium from the nozzle gap. A heat-expansion compensator is provided in the burner which connects the casing with the jacket in axially prestressed position so that the casing is always in abutment with the jacket in the area of the nozzle gap via the spacing elements.
    • 用于气体和液体燃料的燃烧器包括中空水冷套管和围绕外壳的中空水冷套管。 在燃烧器中形成两个相应的通道,用于将燃料和含氧介质供给到燃烧器的喷嘴。 壳体和护套在其近端处形成锥形环形喷嘴间隙,其接收多个周向分布的间隔元件。 间隔元件在它们之间形成多个槽,用于从喷嘴间隙排出燃料和含氧介质的可燃混合物。 在燃烧器中设置有热膨胀补偿器,其将壳体与护套连接在轴向预应力位置,使得壳体总是在经由间隔元件的喷嘴间隙区域中与护套邻接。
    • 50. 发明授权
    • Method and system for measuring temperatures in combustion chambers
    • 用于测量燃烧室温度的方法和系统
    • US4317366A
    • 1982-03-02
    • US103534
    • 1979-12-14
    • Giesbert TewesHenner Schmidt-Traub
    • Giesbert TewesHenner Schmidt-Traub
    • G01K11/26G01K3/08
    • G01K11/26G01N2291/02881
    • The interior space of a combustion chamber, boiler, or other such gas-filled chamber exhibits an acoustic response spectrum to acoustic energy excitation which includes plural maxima attributable to acoustic natural-vibration frequencies. The frequencies of these natural vibrations are dependent upon both the interior temperature of the chamber and also upon the normality or molarity of the gaseous contents of the chamber. One of these two variables, i.e., temperatures or else normality or molarity, is measured by conventional devices. The other variable is then measured using a pressure transducer generating an electrical signal indicative of the chamber interior's acoustic response spectrum, the transducer output signal being applied to a discriminator circuit which develops a measurement signal indicative of the value of the variable being measured. In this way, interior temperature can be continuously monitored by acoustic devices with high accuracy.
    • 燃烧室,锅炉或其它这种充气室的内部空间表现出声能激发的声响应谱,其包括归因于声自然振动频率的多个最大值。 这些自然振动的频率取决于室的内部温度,也取决于室的气体含量的正常或摩尔浓度。 这两个变量中的一个,即温度或正常或摩尔浓度,由传统的装置测量。 然后使用产生指示室内声响应谱的电信号的压力传感器来测量另一个变量,换能器输出信号被施加到鉴别器电路,鉴别器电路产生指示被测变量的值的测量信号。 以这种方式,可以通过声学装置以高精度连续监测室内温度。