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    • 1. 发明授权
    • Coil tube heater for a used-oil fired furnace
    • 二次燃油炉用线管加热器
    • US6085701A
    • 2000-07-11
    • US289732
    • 1999-04-12
    • Norman M. StaufferEmanuel S. BeilerFrederick W. PhillipsBenuel F. SmokerGlenn A. Musser
    • Norman M. StaufferEmanuel S. BeilerFrederick W. PhillipsBenuel F. SmokerGlenn A. Musser
    • F24H1/43F24H1/00
    • F24H1/43F24D2200/043
    • A coil tube heater for a multi-oil burner in a used-oil fired furnace utilizing an air to liquid heat exchanger and being fabricated from tubing formed into a tightly coiled cylinder having a plurality of coil loops that are not fixed to any of the adjacent loops to allow for unfettered heat expansion. The coil tube heater is provided with a ceramic sleeve interposed between the burner assembly and the coiled heat exchanger to focus the flame into a tight configuration toward the target positioned at the rear of the combustion chamber. The coil tube heater is provided with a circulation system that has a first circulation loop having a first circulator that moves a liquid transfer medium through the coiled heat exchanger to a buffer tank or directly to the load. A second load loop has a second circulator that draws heated transfer medium from the outlet line leading from the coiled heat exchanger to a load cell before injecting the cooled transfer medium into the inlet line leading back into the coiled heat exchanger.
    • 一种用于使用空气 - 液体热交换器的废油燃烧炉中的多油燃烧器的线圈管加热器,并且由形成为紧密盘绕的圆柱体的管制成,所述螺旋圆筒具有多个线圈环,所述多个线圈环未固定到任何相邻的 循环以允许不受约束的热膨胀。 线圈管加热器设置有插入在燃烧器组件和卷绕的热交换器之间的陶瓷套筒,以将火焰聚焦成朝向位于燃烧室后部的靶的紧密构型。 线圈管加热器设置有循环系统,该循环系统具有第一循环回路,其具有第一循环器,其将液体转移介质通过盘绕换热器移动到缓冲罐或直接到负载。 第二负载回路具有第二循环器,其在将冷却的转移介质注入进入线圈换热器的入口管线之前,将加热的转移介质从线圈换热器引出的出口管线吸入负载单元。
    • 3. 发明授权
    • Multi oil furnace service doors
    • 多油炉维修门
    • US5408941A
    • 1995-04-25
    • US227258
    • 1994-04-14
    • Emanuel S. BeilerBenuel F. SmokerDavid J. Yoder
    • Emanuel S. BeilerBenuel F. SmokerDavid J. Yoder
    • F23C5/02F23D11/00F23M7/00F23B7/00
    • F23C5/02F23D11/001F23M7/00F23G2209/102
    • Service doors for a multi oil furnace to improve serviceability are disclosed wherein the multi oil furnace is provided with a hinged front door to provide access to the burner chamber and heat exchanger, while a burner housing is pivotally mounted to the front door to permit movement thereof to gain access to the burner assembly without requiring dismantling of the burner assembly, the burner housing or the front door. A connecting line delivering a flow of used oil to the burner assembly is provided with a rotatable coupling mounted in line with the pivot axis of the burner assembly so that the burner assembly can be accessed for service with a minimum of inconvenience. A power cable delivering electrical power to the burner assembly is mounted such that disconnection of the power cable is required when either the burner housing or the front door is pivotally moved for service of the various components of the multi oil furnace.
    • 公开了一种用于多油炉以提高可维护性的维修门,其中多油炉设置有铰接的前门,以提供对燃烧器室和热交换器的通路,同时燃烧器壳体枢转地安装到前门以允许其移动 以便进入燃烧器组件而不需要拆卸燃烧器组件,燃烧器壳体或前门。 向燃烧器组件提供用过的油流的连接管线设置有与燃烧器组件的枢转轴线成直角安装的可旋转联接器,从而可以以最小的不便使燃烧器组件进行维修。 安装向燃烧器组件提供电力的电力电缆,使得当燃烧器壳体或前门被枢转移动以用于多油炉的各种部件时,需要断开电力电缆。
    • 4. 发明授权
    • Cleanout header for multi oil furnaces
    • 多油炉清洗头
    • US5490495A
    • 1996-02-13
    • US227334
    • 1994-04-14
    • Beneul F. SmokerDavid J. YoderBenjamin K. SmokerFrederick W. PhillipsEmanuel S. Beiler
    • Beneul F. SmokerDavid J. YoderBenjamin K. SmokerFrederick W. PhillipsEmanuel S. Beiler
    • F24H3/08F24H9/00F24H9/18F24H3/06
    • F24H9/1881F24H3/087F24H9/0042
    • A multi oil furnace is disclosed wherein the front door is sealable against the burner chamber and against a lip extending around the circumference of a front header formed in the cabinet shell to operatively interconnect an upper bank of heat exchanger conduits with a lower bank of heat exchanger conduits. The exhaust gases flow from the burner chamber into the upper bank of conduits to the front header where the exhaust gases must flow around the burner chamber to the lower bank of heat exchanger conduits. The lip extending around the periphery of the front header is recessed below the lower bank of conduits to permit an accumulation of ash precipitated from the exhaust gases. The front door carries longitudinally offset sealing surfaces to seal against both the burner chamber and the header lip. Both the upper and lower banks of conduits, the burner chamber and the front header are accessible through the opening corresponding to the front door when moved to its opened position.
    • 公开了一种多油炉,其中前门可密封抵靠燃烧器室,并且靠近形成在机柜壳体中的前集管的圆周延伸的唇缘,以可操作地将热交换器管道的上排与下部热交换器 导管。 废气从燃烧器室流入到前集管的上部管道中,其中废气必须围绕燃烧器室流动到下一组换热器管道。 围绕前集管的周边延伸的唇部凹陷在下部管道下方,以允许从排气中沉淀出的灰分积聚。 前门承载纵向偏移的密封表面,以密封燃烧器室和集管唇缘。 当移动到其打开位置时,上部和下部管道组,燃烧器室和前集管都可通过对应于前门的开口进入。
    • 5. 发明授权
    • Air flow control head for multi oil furnaces
    • 多油炉的气流控制头
    • US6048197A
    • 2000-04-11
    • US104600
    • 1998-06-24
    • Emanuel S. Beiler
    • Emanuel S. Beiler
    • F23D11/40F23Q3/00
    • F23Q3/008F23D11/408F23D2207/00
    • A retention head for the end of the burner nozzle housing on a waste oil furnace controlS the flow of combustion air relative to the flame produced by the burner nozzle. The retention head is formed as a cup-shaped member that mounts in a detachable manner on the outside of the burner nozzle housing. The retention head has an operative face having a central opening through which a portion of the combustion air can flow and support the flame passing through the opening. A solid ring defining the central opening forces air into circumferential vented slots around the perimeter of the retention head. The vented slots have angled flaps that direct the combustion air into a spiraled flow pattern circumferentially around the flame. The retention head has an inwardly curved periphery to help direct combustion air into an inward pattern surrounding the flame. Slotted openings allow an adjustable positioning of the retention head relative to the burner nozzle housing to permit the head to be properly positioned in order to keep the spiraled flow of combustion air parallel to the orientation of the flame.
    • 用于废油炉上的燃烧器喷嘴壳体端部的保持头控制燃烧空气相对于由燃烧器喷嘴产生的火焰的流动。 保持头形成为以可拆卸的方式安装在燃烧器喷嘴壳体的外侧上的杯状构件。 保持头具有操作面,其具有中心开口,燃烧空气的一部分可以通过该中心开口流动并支撑穿过开口的火焰。 限定中心开口的固体环将使空气进入围绕保持头周边的周向排出的槽中。 通风槽具有成角度的翼片,其将燃烧空气沿周向围绕火焰引导成螺旋形流动图案。 保持头具有向内弯曲的周边,以帮助将燃烧空气引导到围绕火焰的内部图案。 开槽开口允许保持头相对于燃烧器喷嘴壳体的可调节的定位,以允许头部被适当地定位,以便使燃烧空气的螺旋形流动平行于火焰的取向。