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    • 1. 发明授权
    • Door for coking chamber of coke-oven battery
    • 焦炉电池焦化炉门
    • US4414072A
    • 1983-11-08
    • US332317
    • 1981-12-18
    • Dieter BreidenbachWilhelm Mosebach
    • Dieter BreidenbachWilhelm Mosebach
    • C10B25/02C10B21/20C10B25/06C10B29/04
    • C10B25/06
    • A coking chamber of a coke-oven battery, with heated longitudinal walls interconnected by a doorjamb at each end, is closed by a pair of doors sealingly fitting into these doorjambs. Each door has a vertical channel separated from the exterior by an outer wall with a heat-insulating layer and from the interior of the chamber by an upright metal plate facilitating thermal conduction therebetween. The channel is accessible at various levels or over its entire length to gases evolving from a charge inside the chamber which, in rising toward the roof of the chamber, retransmit some of their heat through the metal plate to the charge for enabling substantially uniform heating thereof from four sides.
    • 焦炉电池的焦化室由两端的门楣互相连接的加热的纵向壁由一对门密封地装配到这些门楣中。 每个门具有垂直通道,其外部由具有绝热层的外壁和通过竖立金属板从室的内部分离,从而促进其间的热传导。 通道可以在各个水平或其整个长度上到达从腔室内的进料放出的气体,其在朝向室的顶部上升的同时,通过金属板将其一部分热量重新转移到电荷以使其基本均匀的加热 从四面。
    • 3. 发明授权
    • Process for wet quenching of coal-coke
    • 煤焦油湿法淬火工艺
    • US4512850A
    • 1985-04-23
    • US333397
    • 1981-12-22
    • Wilhelm Mosebach
    • Wilhelm Mosebach
    • C10B39/08C10B41/00
    • C10B39/08
    • Process and apparatus for wet-quenching of hot-coke unloaded from a coke producing oven use water quenching from exclusive overhead tanks in two distinct consecutive phases so as to minimize the wasteful coke-dust generated and so as to limit the final maximum-water content in the produced coke. A high rate of water flow under controlled pressure head is used for a short period of time in the initial phase wherein coke-dust particles generated and rising in the water vapor cloud are washed down and prevented from entering the quenching hood; in a second and final stage, a low rate of water flow is maintained for a longer period of time wherein owing to the hot surface of coke having been already cooled in the first phase, coke-dust is not generated as much, and, the required limits for final water content can easily be maintained. Water supply is drawn from (two) overhead tanks ensuring constant head, and using rapid closing valves in conjunction with an electrically controlled valve and two separate sets of water jets for the two quenching phases respectively.
    • 从焦炭生产炉排出的热焦炭湿法淬火的方法和设备使用两种不同连续阶段的专用塔顶水箱进行水淬,以便最大程度地减少产生的焦炭的浪费,从而限制最终最大含水量 在生产的焦炭中。 在控制压头下的水流速度在初始阶段使用较短时间,其中产生并在水蒸气云中升起的焦炭颗粒被冲洗掉并防止其进入淬火罩; 在第二阶段和最后阶段,由于焦炭的热表面已经在第一阶段已被冷却,所以在较长的时间内保持低的水流量,因此不会产生焦炭灰尘,并且, 最终含水量的要求极限可以很容易地维持。 供水来自(两个)顶置油箱,确保头部恒定,并且分别使用快速关闭阀与电控阀和两组分别用于两个淬火阶段的水射流组合。
    • 5. 发明授权
    • Method of operating a coke oven
    • 操作焦炉的方法
    • US4422902A
    • 1983-12-27
    • US303609
    • 1980-09-18
    • Dieter BreidenbachWilhelm Mosebach
    • Dieter BreidenbachWilhelm Mosebach
    • C10B25/02C10B21/20C10B25/06C10B23/00C10B27/00
    • C10B25/06
    • A coke-oven door for use in combination with a coke-oven chamber having an upright doorjamb has a door panel whose periphery is complementary to the doorjamb and which is provided with a seal extending around that periphery between the same and the doorjamb. A plug with a heat-insulating outer wall is carried on this panel within the seal and projects through the doorjamb into the chamber. This plug is formed with a vertically extending and upwardly open passage bounded by a metallic inner wall having gaps by which gases produced during coking adjacent the plug enter the passage on their way to a flue, exchanging heat through the metallic wall with the charge in the oven and thereby aiding the coking operation.
    • 与具有直立门框的焦炉室结合使用的焦炉门具有门板,其周边与门框互补,并且设置有围绕其周边延伸的密封件和门框。 具有绝热外壁的塞子在密封件内的该面板上承载并通过门框突出进入腔室。 该塞子形成有垂直延伸且向上开放的通道,该通道由具有间隙的金属内壁限定,在该间隙处,邻近塞子的焦化期间产生的气体通过该间隙在通向烟道的途中进入通道,通过金属壁与电荷交换热量 烘箱,从而有助于焦化操作。