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    • 2. 发明授权
    • Wood and gas fired furnace
    • 木柴燃气炉
    • US4557248A
    • 1985-12-10
    • US689439
    • 1985-01-07
    • James A. Richards
    • James A. Richards
    • F23K3/00F24H1/26F24H9/18
    • F23K3/22F23B1/16F23K3/00F24H1/26F24H2230/00
    • A furnace for wood log fuel having apparatus which automatically inserts the logs into the furnace combustion chamber. The log fuel is retained in a sloping ramp storage compartment. Electrical circuitry controlled by a thermostat operates to move a log into an elongated chamber from which a motor driven injector pushes the log into the combustion chamber through a doorway covered by a flexible, segmented flap covering and also a door which is pushed open by the advancing log. The presence of the log on a spring mounted grate operates certain switches to return the injection mechanism to its ready condition and also to operate a fan which provides combustion air to the combustion chamber. The reduced weight on the grate by the consumption of the log by the fire permits the grate to move to a position to re-initiate the log injection cycle. A standby gas fuel burner system is also provided and is controlled by the thermostat to operate when the log fuel heat is insufficient, such as upon the supply of log fuel becoming exhausted. An optional auger conveyor which operates under the control of dual timers for automatic discharge of ashes from the furnace is also disclosed.
    • 一种用于木材燃料的炉子,其具有将原木自动插入炉燃烧室的装置。 原木燃料保留在倾斜的坡道储藏室中。 由恒温器控制的电路操作以将原木移动到细长的室中,电动机驱动的喷射器从该腔室通过由柔性分段的挡板覆盖物覆盖的门口推动原木进入燃烧室,并且还通过前进推开的门 日志 在弹簧安装的格栅上存在木材操作某些开关以将注入机构返回到其就绪状态,并且还操作向燃烧室提供燃烧空气的风扇。 通过火灾消耗木材减轻炉排的重量使炉排移动到一个位置以重新启动对数注入循环。 备用气体燃料燃烧器系统也被设置并由恒温器控制,以便在对数燃料热量不足时,例如在原料燃料供应耗尽时进行操作。 还公开了一种可选择的螺旋输送机,其在双重定时器的控制下操作,用于从炉中自动排出灰分。
    • 3. 发明授权
    • Particle fuel diversion structure
    • 颗粒燃料分流结构
    • US4531464A
    • 1985-07-30
    • US632998
    • 1984-07-20
    • Roger D. Eshleman
    • Roger D. Eshleman
    • F23G5/16F23G5/44F23K3/16F23K3/22F23G3/00
    • F23K3/22F23B1/38F23B5/04F23B7/005F23K3/16
    • A particle fuel burning furnace has an upper combustion chamber for holding a pile of particle fuel and burning the same from the bottom thereof. The furnace also includes a lower combustion chamber for afterburning combustible gases given off by the burning of solid fuel in the upper chamber and a series of spaced apart vertically-extending passageways arranged in a row and interconnecting the upper and lower chambers for communicating the combustible gases from the upper to the lower chamber. A first improved feature relates to a particle fuel delivery control device which operates an auger for filling the upper chamber with particle fuel to a desired level. A beam of light is transmitted and reflected between a photoelectric cell and reflector respectively of the device. When the particle fuel pile has grown in height during filling to the desired level the light beam is interrupted and filling is terminated. A second improved feature relates to a particle fuel diversion structure positioned in spaced relationship above and overlying the row of passageways. The structure forms a horizontal slot which extends laterally from the passageways which prevents particles of fuel from falling through the passsageways and relocates the flame which burns the particle fuel pile from the bottom to a region away from the passageways.
    • 颗粒燃料燃烧炉具有用于保持一堆颗粒燃料并从其底部燃烧的上燃烧室。 该炉还包括一个下燃烧室,用于对燃烧在上部室中的固体燃料的燃烧产生的可燃气体进行后燃,以及一系列间隔开的垂直延伸的通道,其布置成一排并且互连上部和下部室,以使可燃气体 从上到下。 第一改进的特征涉及一种颗粒燃料输送控制装置,其操作用于将上部室的颗粒燃料填充到期望水平的螺旋推运器。 光束在装置的光电池和反射镜之间传输和反射。 当颗粒燃料堆在填充期间在高度上增长到期望水平时,光束被中断并且填充被终止。 第二个改进的特征涉及一种以间隔关系定位的颗粒燃料转向结构,该排列结构位于通道列的上方并且上方。 该结构形成从通道横向延伸的水平槽,其防止燃料颗粒落下通过通道并重新定位火焰,其将颗粒燃料桩从底部燃烧到远离通道的区域。
    • 4. 发明授权
    • Automatic bed level control for furnaces
    • 自动床层控制
    • US3847092A
    • 1974-11-12
    • US42364573
    • 1973-12-10
    • COMBUSTION ENG
    • GILBERT L
    • D21C11/12F23G5/50F23G7/04F23J9/00F23K3/22F23N5/08F23K3/00
    • F23N5/082F23G5/50F23G7/04F23K3/22
    • An automatic bed level control system is provided for furnaces which burn a material on a bed, such as chemical recovery furnaces and the like. Optical sensing means sense light emitted by the burning of the bed material and provide a signal which varies as a function of the intensity of the sensed light. The sensing means are structured and oriented to respond to light emanating only from a particular, vertically limited zone in the furnace, such that variations in the intensity of the sensed light are indicative of variations in bed level. The signal provided by the sensing means is then used to regulate some bed level controlling parameter, as for instance primary air flow.
    • 为在床上燃烧材料的炉子,例如化学回收炉等提供自动床层控制系统。 光学感测装置感测由床材料的燃烧发射的光,并提供作为感测光的强度的函数而变化的信号。 感测装置被构造和定向以响应仅从炉中的特定的垂直限制区域发出的光,使得所感测的光的强度的变化指示床层的变化。 然后由感测装置提供的信号用于调节一些床层控制参数,例如一次空气流。
    • 6. 发明授权
    • Particle fuel delivery control device
    • 颗粒燃料输送控制装置
    • US4513671A
    • 1985-04-30
    • US632925
    • 1984-07-20
    • Roger D. Eshleman
    • Roger D. Eshleman
    • F23K3/16F23K3/22
    • F23K3/16F23B5/04F23B7/005F23K3/22
    • A particle fuel burning furnace has an upper combustion chamber for holding a pile of particle fuel and burning the same from the bottom thereof. The furnace also includes a lower combustion chamber for afterburning combustible gases given off by the burning of solid fuel in the upper chamber and a series of spaced apart vertically-extending passageways arranged in a row and interconnecting the upper and lower chambers for communicating the combustible gases from the upper to the lower chamber. A first improved feature relates to a particle fuel delivery control device which operates an auger for filling the upper chamber with particle fuel to a desired level. A beam of light is transmitted and reflected between a photoelectric cell and reflector respectively of the device. When the particle fuel pile has grown in height during filling to the desired level the light beam is interrupted and filling is terminated. A second improved feature relates to a particle fuel diversion structure positioned in space relationship above and overlying the row of passageways. The structure forms a horizontal slot which extends laterally from the passageways which prevents particles of fuel from falling through the passageways and relocates the flame which burns the particle fuel pile from the bottom to a region away from the passageways.
    • 颗粒燃料燃烧炉具有用于保持一堆颗粒燃料并从其底部燃烧的上燃烧室。 该炉还包括一个下燃烧室,用于对燃烧在上部室中的固体燃料的燃烧产生的可燃气体进行后燃,以及一系列间隔开的垂直延伸的通道,其布置成一排并且互连上部和下部室,以使可燃气体 从上到下。 第一改进的特征涉及一种颗粒燃料输送控制装置,其操作用于将上部室的颗粒燃料填充到期望水平的螺旋推运器。 光束在装置的光电池和反射镜之间传输和反射。 当颗粒燃料堆在填充期间在高度上增长到期望水平时,光束被中断并且填充被终止。 第二个改进的特征涉及一种位于空间关系中的颗粒燃料转向结构,该颗粒燃料转向结构位于通道列的上方并且上方。 该结构形成从通道横向延伸的水平槽,其防止燃料颗粒通过通道落下并重新定位火焰,其将颗粒燃料桩从底部燃烧到远离通道的区域。