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    • 1. 发明授权
    • Plasma-arc melting furnace
    • 等离子弧电弧炉
    • US4263468A
    • 1981-04-21
    • US920279
    • 1978-06-29
    • Konrad PrimkePeter Papsdorf
    • Konrad PrimkePeter Papsdorf
    • F27D11/08F27B1/08F27B3/02H05B7/00H05B7/18H05H1/00
    • H05B7/00F27B1/08
    • Plasma-arc furnace for continuously melting metals, particularly for melting down recovered light-metal scrap, comprising a trough-shaped melting vessel with a substantially vertical stack thereabove, a feeding device above the stack for feeding in materials to be melted, a sump below the vessel and a charge chute between the vessel and the sump, with at least two plasma-arc burners so arranged that base points of their arcs are within an area of transition from the chute to the sump, a stirring device, removing means for molten metal, and means for scrubbing and cleaning exhausted plasma gas so that the latter can be discharged into the atmosphere.
    • 等离子电弧炉,用于连续熔化金属,特别是用于熔化回收的轻金属废料,其包括在其上方具有基本上垂直的堆叠的槽形熔化容器,在堆叠上方的进料装置,用于供入待熔化的材料, 容器和容器之间的充电斜槽,其中至少两个等离子体电弧燃烧器被布置成使得它们的弧的基点在从滑槽到贮槽的过渡区域内;搅拌装置,用于熔融的 金属,以及用于洗涤和清洁排出的等离子体气体的装置,使得后者可以排放到大气中。
    • 2. 发明授权
    • Feeder apparatus for melting furnaces, particularly for plasma melting
furnaces
    • 用于熔炉的进料器,特别是等离子体熔化炉
    • US4468008A
    • 1984-08-28
    • US503480
    • 1983-07-13
    • Konrad PrimkePeter PapsdorfGunther PohleKlaus-Peter Trautmann
    • Konrad PrimkePeter PapsdorfGunther PohleKlaus-Peter Trautmann
    • F27B3/08C21C5/52F27B3/18F27D3/00F27D3/10F27D99/00C21C5/42
    • C21C5/527F27B3/18F27D3/10F27B3/183F27D2003/0038F27D2099/0031Y02P10/216Y10S266/901
    • The invention comprises a charging apparatus for melting furnaces, especially for plasma melting furnaces, for the continuous melting of preferably prepared aluminum scrap material.With the help of the proposed solution a controlled and regulated supply of the scrap material along with the prevention of a direct application of the plasma arc or other energy sources directly to the material to be melted, can be accomplished with the simultaneous pre-warming and cleaning of the material to be melted, wherein the metal loss resulting from burning is minimized, the contents of the contaminants within the metallic smelt is reduced and, in addition, an effective environmental protection can be accomplished. This is attained by the provision of an axially movable shaft 4 arranged vertically or tilted in the opening 1 of the furnace and having on the charging side a charging funnel 6 with an exhaust ring nozzle 7. The shaft 4 is guided in a guiding bushing 8 provided with sliding strips, which is welded to the outer wall of the furnace. For the supply of the combustion air as well as for the production of the axial oscillations, the upper portion of the shaft 4 and below the charging funnel 6, a compressed air piping 10 and a mechanical shaker 14 is arranged. The regulation of the charging height is performed by means of a mechanical sensor or a mirror system which is arranged in the shaft 4 or outer of the charging apparatus.FIG. 1 serves for the best illustration of the invention.
    • 本发明包括用于熔化炉,特别是用于等离子体熔化炉的用于连续熔化优选制备的铝废料的装料装置。 在提出的解决方案的帮助下,可以控制和调节废料的供应,同时防止将等离子体电弧或其他能量源直接施加到待熔化的材料上,同时预热和 要熔化的材料的清洁,其中由燃烧引起的金属损失最小化,金属熔融物内的污染物的含量降低,此外,可以实现有效的环境保护。 这通过设置在炉的开口1中垂直或倾斜设置的轴向可动轴4并且在充电侧具有带有排气环喷嘴7的充电漏斗6来实现。轴4在导向衬套8中被引导 设置有滑动条,其被焊接到炉的外壁。 为了供应燃烧空气以及用于产生轴向振动,轴4的上部和充电漏斗6下方设置有压缩空气管道10和机械振动器14。 充电高度的调节通过设置在轴4中的机械传感器或镜子系统或充电装置的外部进行。 图。 图1用于本发明的最佳例证。