发明授权
US5542466A Method and device for the casting of molten material to nearly final intended dimensions by commencing solidification of molten material in a casting nozzle passage while moving the solidifying material through the passage by ultrasonic vibrations 失效
通过在铸造喷嘴通道中开始凝固熔融材料同时通过超声振动使固化材料通过通道而将熔融材料浇铸到几乎最终的预期尺寸的方法和装置

  • 专利标题: Method and device for the casting of molten material to nearly final intended dimensions by commencing solidification of molten material in a casting nozzle passage while moving the solidifying material through the passage by ultrasonic vibrations
  • 专利标题(中): 通过在铸造喷嘴通道中开始凝固熔融材料同时通过超声振动使固化材料通过通道而将熔融材料浇铸到几乎最终的预期尺寸的方法和装置
  • 申请号: US412191
    申请日: 1995-03-28
  • 公开(公告)号: US5542466A
    公开(公告)日: 1996-08-06
  • 发明人: Raimund BrucknerRudiger Grau
  • 申请人: Raimund BrucknerRudiger Grau
  • 申请人地址: DEX Wiesbaden
  • 专利权人: Didier-Werke AG
  • 当前专利权人: Didier-Werke AG
  • 当前专利权人地址: DEX Wiesbaden
  • 优先权: DEX4410511.8 19940328
  • 主分类号: B22D11/04
  • IPC分类号: B22D11/04 B22D11/053 B22D11/055 B22D11/059 B22D11/06 B22D11/14 B22D27/08
Method and device for the casting of molten material to nearly final
intended dimensions by commencing solidification of molten material in
a casting nozzle passage while moving the solidifying material through
the passage by ultrasonic vibrations
摘要:
A method of casting molten material into a strip-shaped product having substantially intended final dimensions that first supplies molten material into the interior of a vessel having a casting nozzle connected thereto. The nozzle is formed of a refractory ceramic material and has a passage extending therethrough from an inlet opening connected directly to the interior of the vessel to an outlet opening. The nozzle is oriented relative to the vessel so that the outlet opening is positioned at a location higher than the inlet opening. Molten material passes from the vessel interior directly through the inlet opening and into the passage until an upper level of molten material in the passage is the same as an upper level of molten material in the vessel interior and below the outlet opening. Solidification of the molten material is commenced in the passage, thereby forming solidifying material. The solidifying material is moved through the passage in a direction toward the outlet opening, during which the material further solidifies. The thus further solidified material is discharged from the outlet opening by imparting to the nozzle, and thereby to the material, ultrasonic vibrations including at least one vibration component in the direction toward the outlet opening.
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