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    • 1. 发明授权
    • Immersion nozzle formed of separate members
    • 浸入式喷嘴由单独的构件形成
    • US5429283A
    • 1995-07-04
    • US251313
    • 1994-05-31
    • Ernst LuhrsenSiegfried PohlKarl BaumErich Galle
    • Ernst LuhrsenSiegfried PohlKarl BaumErich Galle
    • B22D11/10B22D41/50
    • B22D41/502
    • An immersion nozzle is employed for discharging material from a vessel to a mold and includes an upper section to be connected to the vessel and a lower section having a region to be immersed in material in the mold. The upper and lower sections have extending therethrough respective discharge channels that communicate and that enable material to be discharged from the vessel to the mold. The discharge channel of the upper section converges downwardly in a first vertical plane to join the discharge channel of the lower section. The discharge channel of the upper section also expands downwardly in a second vertical plane transverse to the first vertical plane to join the discharge channel of the lower section. Each of the upper and lower sections is formed by at least one respective separate member. The members have adjacent ends having mutually facing and fitting surfaces, and each pair of facing and fitting end surfaces has therebetween a seal.
    • 使用浸入式喷嘴将材料从容器排放到模具中,并且包括要连接到容器的上部部分和具有要浸入模具中的材料的区域的下部分。 上部和下部具有延伸通过其各自的排出通道,其连通并且使材料能够从容器排出到模具。 上部的排出通道在第一垂直平面中向下收敛以连接下部的排出通道。 上部的排放通道也在垂直于第一垂直平面的第二垂直平面中向下膨胀以连接下部的排放通道。 上部和下部中的每一个由至少一个相应的分离构件形成。 这些构件具有相邻的端部和相互面对的配合表面,并且每对相对的和装配的端面之间具有密封。
    • 7. 发明授权
    • Control system for a coal gasification plant
    • 煤气化设备控制系统
    • US4049394A
    • 1977-09-20
    • US746244
    • 1976-12-01
    • Paul GernhardtWolfgang GramsWilhelm DanguillierSiegfried Pohl
    • Paul GernhardtWolfgang GramsWilhelm DanguillierSiegfried Pohl
    • C10J3/54B01J4/00C09B29/36C10J3/50B01J3/00
    • C10J3/723C10J3/00C10J3/57C10J3/78C10J2300/093C10J2300/0959
    • A control system maintains a predetermined volumetric ratio between fine-particle fuel and a gasification agent which are fed separately into a reactor wherein the fuel is gasified under pressure. The control system includes a first measuring means responsive to the absorption of electromagnetic radiation by the fine-particle fuel in a fuel-feed line for producing a fuel-feed signal corresponding to the volumetric amount of fuel conducted by the line. A vehicle gas-feed signal is produced by a second measuring means in response to the volumetric amount of vehicle gas conducted by a line into the fuel-feed line for admixture with the fuel therein. Computing means is responsive to the fuel-feed signal and the vehicle gas-feed signal to produce a control signal according the expression:U.sub.1 . (U.sub.2 - U.sub.v)for all values of U.sub.2 greater than U.sub.v where U.sub.1 corresponds to the reciprocal of the fuel-feed signal, U.sub.2 corresponds to the vehicle gas-feed signal and U.sub.v is a predetermined comparison signal constant. Control valves respond to the control signal to vary the volumetric amount of fuel and gasification agent introduced into the reactor.
    • 控制系统将细颗粒燃料和气化剂之间的预定体积比维持在单独进料到反应器中,其中燃料在压力下气化。 控制系统包括第一测量装置,其响应于燃料供给管线中的微粒燃料对电磁辐射的吸收,用于产生对应于由管线传导的燃料的体积量的燃料供给信号。 车辆气体供给信号由第二测量装置响应于通过燃料供给管线进入燃料供给管线的车辆气体的体积量而与其中的燃料混合而产生。 计算装置响应于燃料供给信号和车辆气体供给信号,以根据以下表达式产生控制信号:
    • 10. 发明授权
    • Apparatus for discharging hot liquid material from a pressure vessel
    • 用于从压力容器排放热液体材料的装置
    • US3990820A
    • 1976-11-09
    • US636359
    • 1975-12-01
    • Wilhelm DanguillierSiegfried Pohl
    • Wilhelm DanguillierSiegfried Pohl
    • C21B3/06B22D23/08
    • C21B3/06Y02W30/543
    • Liquid slag passes from an overflow in a pressure vessel into an underlying collecting vessel where the liquid slag is transformed into solid granular material by quenching in a liquid coolant. A desired coolant level is maintained within the collecting vessel by control valves under a pressure above atmospheric pressure. Two slide valves in the bottom of the collecting vessel are opened to discharge the granular material after accumulating to a predetermined measured level which is below the liquid coolant in the collecting vessel. A discharge vessel, beneath the collecting vessel, receives the discharged granular material. The discharge vessel is filled with a liquid coolant under either atmospheric pressure or under the same elevated pressure as the pressure within the collecting vessel. When the pressure in the discharge vessel is at atmospheric pressure, two slide valves in the bottom of the discharge vessel are opened to discharge the solid granular material into an underlying container which includes a scraper conveyor to transport the solid granular material.
    • 液态矿渣从压力容器中的溢流口流入下面的收集容器中,在液体冷却剂中通过淬火将液态炉渣转变成固体颗粒材料。 通过控制阀在高于大气压的压力下,在收集容器内保持期望的冷却剂液位。 打开收集容器底部的两个滑阀,将颗粒材料累积到预定的测量水平,该预定测量水平低于收集容器中的液体冷却剂。 在收集容器下面的放电容器接收排出的颗粒材料。 放电容器在大气压或与收集容器内的压力相同的高压下填充液体冷却剂。 当放电容器中的压力处于大气压时,放电容器底部的两个滑阀被打开,以将固体颗粒材料排放到下面的容器中,该容器包括用于输送固体颗粒材料的刮板输送机。