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    • 5. 发明授权
    • Melting furnace for producing strand-cast ingots in a protective gas
atmosphere
    • 用于在保护气体气氛中生产铸锭的熔炉
    • US4821791A
    • 1989-04-18
    • US157910
    • 1988-02-19
    • Hans AichertHerbert StephanHermann StumppWalter DietrichMichael Kiessling
    • Hans AichertHerbert StephanHermann StumppWalter DietrichMichael Kiessling
    • B22D11/04B22D11/11B22D27/15C22B9/00B22D11/10
    • C22B9/006B22D11/0403B22D11/11B22D27/15
    • Melting furnace (1) for the production of strand-cast ingots (17, 18) in a protective gas atmosphere, has a charging apparatus (8) for feeding starting material (11) into a melting area (14). Within a melting chamber provided with a chamber floor (2d) and at least one energy source (4,5) there is situated a strand-casting mold (15) for the transformation of the melt to an ingot (17, 18) and underneath the strand-casting mold is disposed an offbearing apparatus (25) for offbearing the ingot, and an offbearing chamber enveloping the ingot and the offbearing apparatus. To solve the problem of operating such a melting furnace virtually continuously, the strand-casting mold (15) together with at least one additional strand-casting mold (16) is disposed in the chamber flow (2d) in such a manner that each of the strand-casting molds (15, 16) can be brought into the drop path of the melt by a preferably horizontal relative movement. Furthermore, one offbearing apparatus (25, 26) and one offbearing chamber (23, 24) are associated with each strand-casting mold, and at least one vacuum valve (19, 20) is disposed between each strand-casting mold (15, 16) and the offbearing chamber (23, 24) associated with it. Preferably the strand-casting molds (15, 16) are disposed in a chamber floor (2d) configured as a turning disk.
    • 在保护气体气氛中用于生产钢锭铸锭(17,18)的熔炉(1)具有用于将原料(11)进料到熔化区域(14)中的装料装置(8)。 在设置有室底板(2d)和至少一个能量源(4,5)的熔化室内设有用于将熔体转变成锭(17,18)和下面的熔池铸造模具(15) 钢绞线铸造模具设置有用于使铸锭偏心的偏心装置(25),以及包围铸块和锻造装置的止挡室。 为了解决连续地操作这种熔化炉的问题,将铸钢模具(15)与至少一个附加的铸造铸模(16)一起设置在室流(2d)中,使得每个 可以通过优选地水平的相对运动将绞合铸造模具(15,16)引入熔体的液滴路径。 此外,一个止血装置(25,26)和一个卸载室(23,24)与每个绞线铸造模具相关联,并且至少一个真空阀(19,20)设置在每个铸钢模具(15, 16)和与其相关联的离心室(23,24)。 优选地,线材铸造模具(15,16)设置在构造为转动盘的室底板(2d)中。
    • 6. 发明授权
    • Process and device for melting and remelting metals in particle form
into strands, especially into slabs
    • 用于将颗粒形式的金属熔融并重熔的方法和装置,特别是制成板坯
    • US4730661A
    • 1988-03-15
    • US890400
    • 1986-07-25
    • Herbert Stephan
    • Herbert Stephan
    • B22D11/04B22D11/041B22D11/10B22D11/106B22D11/14C22B9/22H01J37/305
    • H01J37/305B22D11/14C22B9/228
    • Metal particles are remelted in a fusion zone by electron beam bombardment and formed in a continuous casting mould. Furthermore,(a) the metal particles are evenly distributed over the horizontally positioned floor of a fusion ladle,(b) the metal particles are joined together into a plate-shaped structure by means of the electron beam, whereafter(c) the floor of the fusion ladle is moved into a position inclined in relation to the horizontal,(d) the electron beam is guided upwards over the sloping, plate-shaped particle structure so that this is firstly preheated and fused directly thereafter, while(e) the molten metal running over the lower part of the floor is simultaneously kept liquid by electron beam bombardment, whereafter(f) the electron beam is guided back downwards over the sloping floor of the fusion ladle, and(g) the floor of the fusion ladle is returned to the horizontal starting position and is once again charged with metal particles according to feature (a).
    • 金属颗粒通过电子束轰击在熔融区中重熔并在连续铸模中形成。 此外,(a)金属颗粒均匀地分布在熔融浇包的水平定位的地板上,(b)金属颗粒通过电子束连接在一起成为板状结构,之后(c) 熔融钢包移动到相对于水平面倾斜的位置,(d)电子束向上被引导到倾斜的板状颗粒结构上,使得其首先被预热并直接熔化,同时(e)熔融 运行在地板下部的金属同时通过电子束轰击保持液体,之后(f)电子束被引导回熔融浇包的倾斜地板上,并且(g)返回熔融钢包的地板 到水平起始位置,再次按照特征(a)填充金属颗粒。