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    • 4. 发明授权
    • Continuous chain caster and method
    • 连续连铸机和方法
    • US5979538A
    • 1999-11-09
    • US051750
    • 1998-10-05
    • Curt BraunChristopher A. RomanowskiBobby Bruce SpeedPieter F. Post
    • Curt BraunChristopher A. RomanowskiBobby Bruce SpeedPieter F. Post
    • B22D11/06
    • B22D11/0608
    • A continuous chain caster has upper and lower mold assemblies comprising endless belts and chains traveling at synchronized speeds. The mold assemblies meet to form a mold channel which is filled with molten metal from a headbox and feed tip. As the molten metal passes through the mold channel, the metal solidifies into the shape of the mold channel. Each belt is positioned outside the corresponding chain so that the smooth surface of the belt defines the surface of the mold channel thereby preventing the formation of fins between mold blocks which make up the chain, protecting the chain blocks, and neutralizing deformations in the chain blocks. The upper and lower blocks of the chains have protrusions at opposite ends which engage the opposing blocks to form the sides of the mold channel. By sliding the chains relative to each other, the width of the mold channel is adjustable. Further, the gauge of the mold channel is adjustable over the length of the channel by tilting one mold assembly relative to the other, so that the gauge at one end of the caster is greater than at the other end of the caster. In this embodiment, the protrusions are replaced with retractable legs which are held against the opposing block with a resilient member. The legs move in and out of slots in the blocks as the gauge of the channel mold is decreased and increased respectively.
    • PCT No.PCT / US96 / 18492 Sec。 371日期:1998年10月5日 102(e)日期1998年10月5日PCT 1996年11月13日PCT PCT。 第WO97 / 18049号公报 日期1997年5月22日连续链轮脚轮具有上下模具组件,包括以同步速度行进的环形皮带和链条。 模具组件相遇以形成从流浆箱和进料尖端填充熔融金属的模具通道。 当熔融金属穿过模具通道时,金属固化成模具通道的形状。 每个皮带位于相应的链条的外侧,使得皮带的光滑表面限定模具通道的表面,从而防止在构成链条的模具块之间形成翅片,保护链条块,并中和链条中的变形 。 链的上部和下部块在相对的端部处具有接合相对的块的突起,以形成模具通道的侧面。 通过相对于彼此滑动链条,模具通道的宽度是可调节的。 此外,通过相对于另一个模具组件倾斜一个模具组件,模具通道的尺寸在通道的长度上是可调节的,使得脚轮一端的量规大于脚轮的另一端。 在该实施例中,突起被替换为可伸缩的腿,该伸缩腿用弹性构件抵靠在相对的块上。 当通道模具的规格分别减小并分别增加时,腿部移动进入块中的槽中。
    • 5. 发明授权
    • System for a crown control roll casting machine
    • 皇冠控制辊铸造机系统
    • US5626183A
    • 1997-05-06
    • US95761
    • 1993-07-20
    • Christopher A. RomanowskiBruno Amateis
    • Christopher A. RomanowskiBruno Amateis
    • B22D11/06B22D11/124
    • B22D11/0682B22D11/0622
    • The local thickness across the width of a cast sheet is regulated by controlling the crown of the work rolls in a twin roll continuous casting machine producing the sheet. The work roll crowns are controlled by providing differential cooling in a plurality of cooling subsystems along the length of the rolls. The work rolls contain inlet and outlet water plenums which are connected to peripheral cooling channels between a core and an outer shell of each roll. Water flow to the cooling subsystems is controlled by a movable sleeve within the outlet plenum. In a first position of the sleeve, water is permitted to flow through all areas of the work rolls providing an even heat removal. In a second position, a greater portion of water flows through cooling subsystems in the center portion of the work rolls resulting in increased removal of heat from the center area of the core, reducing the temperature in this area, and thus reducing the crown of the work roll. The sleeve in each roll may be moved incrementally between the first and second positions to provide incremental control over the size of the work roll crowns and the resulting crown of the sheet produced by the rolls. A water manager diverts inlet water to the off-center inlet plenums in the core while removing discharge water from the central outlet plenum. The water manager provides a fluid-tight bearing for a linear actuator acting on the sleeve.
    • 通过在生产该片材的双辊连续铸造机中控制工作辊的顶部来调节铸片宽度的局部厚度。 通过沿着辊的长度在多个冷却子系统中提供差分冷却来控制工作辊冠。 工作辊包含入口和出口水室,其连接到每个辊的芯和外壳之间的周边冷却通道。 到冷却子系统的水流由出口增压室内的可移动套管控制。 在套筒的第一位置,允许水流过工作辊的所有区域,提供均匀的散热。 在第二位置,较大部分的水流过工作辊中心部分的冷却子系统,导致从芯的中心区域增加热量的去除,从而降低了该区域的温度,从而减少了 工作卷。 每个辊中的套筒可以在第一和第二位置之间递增地移动,以提供对工作辊冠的尺寸的增量控制以及由辊产生的片的所得冠部。 水管理员将入口水转移到核心的偏心入口集气室,同时从中央出口集气室排出排放水。 水管理员为作用在套筒上的线性致动器提供流体密封的轴承。
    • 6. 发明授权
    • System for a crown control roll casting machine
    • US5592987A
    • 1997-01-14
    • US478460
    • 1995-06-07
    • Christopher A. RomanowskiBruno Amateis
    • Christopher A. RomanowskiBruno Amateis
    • B22D11/06B22D11/124
    • B22D11/0682B22D11/0622
    • The local thickness across the width of a cast sheet is regulated by controlling the crown of the work rolls in a twin roll continuous casting machine producing the sheet. The work roll crowns are controlled by providing differential cooling in a plurality of cooling subsystems along the length of the rolls. The work rolls contain inlet and outlet water plenums which are connected to peripheral cooling channels between a core and an outer shell of each roll. Water flow to the cooling subsystems is controlled by a movable sleeve within the outlet plenum. In a first position of the sleeve, water is permitted to flow through all areas of the work rolls providing an even heat removal. In a second position, a greater portion of water flows through cooling subsystems in the center portion of the work rolls resulting in increased removal of heat from the center area of the core, reducing the temperature in this area, and thus reducing the crown of the work roll. The sleeve in each roll may be moved incrementally between the first and second positions to provide incremental control over the size of the work roll crowns and the resulting crown of the sheet produced by the rolls. A water manager diverts inlet water to the off-center inlet plenums in the core while removing discharge water from the central outlet plenum. The water manager provides a fluid-tight bearing for a linear actuator acting on the sleeve.
    • 8. 发明授权
    • Roll casting machine crown control
    • 辊铸机表冠控制
    • US5228497A
    • 1993-07-20
    • US670497
    • 1991-06-06
    • Christopher A. Romanowski
    • Christopher A. Romanowski
    • B22D11/06
    • B22D11/0622B22D11/0682
    • The crown of roll cast sheet is regulated by controlling the crown of the work rolls in a roll casting machine producing the sheet. The work roll crowns are controlled by providing differential cooling between the center and the ends of the rolls. The work rolls contain inlet and outlet water plenums which are connected to channels within the perimeter of the rolls. Water flow to the center and ends of the work rolls is controlled by movable sleeves within the plenums. In a first position of the sleeves, water is permitted to flow proportionally through all areas to the work rolls providing an even removal of heat from the rolls. In a second position, a greater portion of water flows through the center portion of the work rolls resulting in increased removal of heat from the center areas, reducing the temperature of these areas and the crowning of the of the work rolls. The sleeves may be moved incrementally between the first and second positions providing control over the size of the work roll crowns and the resulting crown of the sheet produced by the rolls.
    • 通过在制造该片材的辊压机中控制工作辊的顶部来调节辊压片的冠部。 通过在辊的中心和端部之间提供差分冷却来控制工作辊冠。 工作辊包含入口和出口水室,其连接到辊的周边内的通道。 工作辊中心和端部的水流由气室内的活动套管控制。 在套筒的第一位置,允许水成比例地流过所有区域到工作辊,从而平均地从辊中除去热量。 在第二位置,大部分水流过工作辊的中心部分,导致从中心区域增加热量的去除,降低了这些区域的温度和工作辊的隆起。 套筒可以在第一和第二位置之间递增地移动,从而提供对工作辊冠的尺寸的控制以及由辊产生的片材的所得冠部。
    • 10. 发明授权
    • Method for twin roll casting of aluminum clad magnesium
    • 铝包覆镁双辊铸造方法
    • US08122940B2
    • 2012-02-28
    • US12174560
    • 2008-07-16
    • Christopher A. Romanowski
    • Christopher A. Romanowski
    • B22D11/06B22D19/00
    • B22D11/008B32B15/017Y10T428/12729
    • A method for twin roll casting aluminum clad magnesium by joining one or more sheets of aluminum cladding to molten magnesium during twin roll casting. The method includes feeding aluminum cladding to at least one roll of a pair of rotating rolls, feeding a core of molten magnesium into a continuous casting mold formed by the roll, solidifying the magnesium core by heat extraction to the rolls and through the aluminum cladding, surface treating the aluminum cladding and the magnesium core to prevent inter-diffusion between the aluminum cladding and the magnesium core, bonding the aluminum cladding with the magnesium core and extruding the composite core and aluminum cladding out of the continuous casting mold by a casting load exerted by the rolls.
    • 一种通过在双辊铸造期间将一个或多个铝包层与熔融镁接合的双辊铸铝包覆镁的方法。 该方法包括将铝包层送入一对旋转辊的至少一个辊中,将熔融镁芯供给到由该辊形成的连续铸造模具中,通过热提取至镁和通过铝包层固化镁芯, 表面处理铝包层和镁芯,以防止铝包层和镁芯之间的相互扩散,将铝包层与镁芯接合,并通过施加的铸造载荷将复合芯和铝包层挤出连续铸造模具 由卷。