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    • 7. 发明授权
    • Plug seal discharge system for distillation apparatus
    • 用于蒸馏装置的塞密封排放系统
    • US5871619A
    • 1999-02-16
    • US527865
    • 1995-09-14
    • Dana J. FinleyJeffrey D. Wilder
    • Dana J. FinleyJeffrey D. Wilder
    • C10B33/02F27D3/00F27D3/08C10B35/00
    • C10B33/02F27D3/0033F27D3/08
    • A discharge system for a destructive distillation apparatus wherein the discharge solids act as plug to avoid the unwanted flow of product gas or ambient air therethrough while effectively discharging finely divided, disperse solids material from a continuously operating distillation apparatus. The use of a positive displacement two-stage auger having close clearance between the auger and auger cylinder wall, combined with an open section within the auger cylinder where a sealing material plug forms, results in improved sealing of the inventive system from unwanted transfer of gases. The hot, disperse, and finely divided solids exiting a distillation apparatus, such as carbon black formed from the distillation of automobile tire chips, is effective in the formation of a seal plug. The solid material sealing plug feature of the present invention is primarily intended as an additional sealing feature useful in conjunction with conventional drop or lock hoppers, but in some circumstances the use of these additional mechanical systems can be eliminated when using the sealing plug technology of the present invention. Also, the provision of inert gas systems as part of the discharge system may be eliminated by the employment of the inventive sealing plug system. The provision of a sealing plug section within the auger conveyor apparatus, along with the provision of small clearances between the outer edge of the auger flight and the auger cylindrical casing, allows the continuous operation of the distillation system without unwanted passage of ambient air into the system, or the passage of distillation product gases through the discharge system, and inhibits the passage of gas surges from the distillation apparatus through the auger conveyor to the solids disposition area.
    • 用于破坏性蒸馏装置的排放系统,其中排出固体充当塞子,以避免产物气体或环境空气不期望地流过其中,同时有效地从连续运行的蒸馏装置排出细分散的固体物质。 使用在螺旋推运器和螺旋钻缸壁之间具有紧密间隙的正排量两级螺旋钻与密封材料塞形成的螺旋钻缸内的开口部分结合,导致本发明系统的改进的密封不利于气体的不期望的转移 。 离开蒸馏装置的热,分散和细分的固体,例如由汽车轮胎碎片的蒸馏形成的炭黑,在形成密封塞时是有效的。 本发明的固体材料密封塞特征主要意在作为与传统的液滴或锁定料斗结合使用的附加密封特征,但是在某些情况下,当使用这些附加机械系统的密封塞技术时,可以消除这些附加机械系统的使用 本发明。 此外,通过使用本发明的密封塞系统,可以消除作为排放系统的一部分的惰性气体系统的提供。 在螺旋传送装置内设置密封塞部分以及在螺旋推进器的外边缘与螺旋钻柱形壳体之间提供小的间隙,允许蒸馏系统的连续操作,而不会有环境空气不经常地进入 系统或蒸馏产物气体通过排放系统,并且阻止气体浪涌从蒸馏装置通过螺旋输送器通过到固体处置区域。
    • 8. 发明授权
    • Control system and method for removal of coke from a coke oven
    • 从焦炉中除去焦炭的控制系统和方法
    • US4072885A
    • 1978-02-07
    • US628441
    • 1975-11-03
    • Lawrence W. Emark, Jr.
    • Lawrence W. Emark, Jr.
    • C10B41/04C10B41/00C10B35/00
    • C10B41/00
    • A method and control apparatus are disclosed for providing incremental position regulation of industrial apparatus, and for synchronizing movement of the apparatus, where an illustration of such industrial apparatus could be a coke transfer hot car, moving along a track at the coke side of a coke oven chamber, in conjunction with the forward advancement of a pusher ram, in the direction of proceeding through a coking chamber from the pusher machine side thereof. The present method and control apparatus are characterized by generating pulses that are encoded to represent actual incremental position displacements of the pusher ram. These pulses are used in a feedback control loop for positioning and speed control for the ram, and the pulses are used by a central controller to produce signal pulses representing the desired displacement for the associated hot coke transfer car. The signal pulses are transmitted to control a drive system for the car, which is additionally controlled by a feedback control loop using car position pulses generated to represent the actual displacement of the car. The car position pulses are also transmitted to the central controller, where the signal pulses to the drive for the car are modified to establish and then maintain a steady-state position lag error and constant speed relationship between the ram and the car. The car position pulses are used in the central controller as a feedback control for permissive continued position advancement of the pusher ram.
    • 公开了一种方法和控制装置,用于提供工业设备的增量位置调节,并且用于同步该设备的运动,其中这种工业设备的图示可以是焦炭转移热的汽车,沿焦炭的焦炭侧的轨道移动 烤箱室与推杆的向前推进一起沿着从其推动机侧进入焦化室的方向。 本方法和控制装置的特征在于产生被编码以表示推动器推杆的实际增量位置位移的脉冲。 这些脉冲用于用于冲头的定位和速度控制的反馈控制回路中,并且脉冲被中央控制器用于产生表示相关联的焦炭转移车的期望位移的信号脉冲。 信号脉冲被传输以控制用于汽车的驱动系统,该驱动系统由反馈控制回路另外控制,使用产生的汽车位置脉冲来表示轿厢的实际位移。 轿厢位置脉冲也被发送到中央控制器,其中对车辆的驱动器的信号脉冲被修改以建立并且然后保持压头和轿厢之间的稳态位置滞后误差和恒定的速度关系。 汽车位置脉冲在中央控制器中用作反馈控制,用于推动推杆的允许的持续位置提前。
    • 10. 发明授权
    • Collection device for coke oven gases
    • 焦炉气体收集装置
    • US3968014A
    • 1976-07-06
    • US456056
    • 1974-03-29
    • Frank K. Armour
    • Frank K. Armour
    • C10B27/04C10B31/00C10B31/04C10B35/00
    • C10B27/04
    • A system for preventing effluents containing coal dust from being emitted from a coke oven upon charging the coke oven with coal. A U-tube mounted on a larry car interconnects the charging oven with a coking oven and an air valve mixes air with the effluents being transferred from the charging oven to the coking oven. A venturi tube is in communication with the coking oven on the side thereof away from the U-tube and has a steam jet therein to provide sufficient draft across the coking oven to draw the effluents. The restriction in the venturi tube accelerates the effluents through the venturi tube to accommodate all of the effluents produced during the charging of the coke oven.
    • 一种用于在用焦炭炉装煤的情况下防止含有煤尘的废气从焦炉中排出的系统。 安装在幼儿车上的U形管将充电炉与焦化炉互连,空气阀将空气与从充电炉转移到焦化炉的废水混合。 文丘里管与其一侧的焦化炉远离U型管连通,并且在其中具有蒸汽射流,以提供足够的通过焦化炉的抽吸流以排出流出物。 文丘里管中的限制加速了通过文氏管的流出物,以容纳在焦炉装料期间产生的所有流出物。