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MOLDING MATERIAL UNDER THE APPLICATION OF SHEAR, COMPRESSIVE AND/OR TENSILE LOADS

机译:在剪切,压缩和/或拉伸载荷作用下的成型材料

摘要

An apparatus and system for molding a flow of moldable materialunder the application of shear, compressive and/or tensile loads. The apparatusincludes a mold housing that has a flow of moldable material supplied to it.First and second boundary elements, located within the mold housing, define thefirst and second side of the flow of moldable material. A driver in contact withthe first boundary element deflects the first boundary element in a directionsubstantially perpendicular to the flow of the moldable material. The deflectionof the first boundary element imposes shear, compressive and tensile loads onthe flow. The applied shear, compressive and tensile loads produce mixing ofthe moldable flow of material and can also be controlled to effect therheological properties of the moldable material. A flexible joint is incorporatedinto the apparatus to allow the first boundary element to deflect. A system isalso disclosed which includes the steps of mixing a first material component anda second material component so as to produce a mixture. The mixture is meltedto form a moldable material. The moldable material is conveyed between firstand second boundary elements of the molding apparatus. A portion of the firstboundary element is deflected in a direction substantially perpendicular to theflow of moldable material. The deflection of the first boundary elementimposes shear, compressive and tensile loads on the flow of moldable material.The moldable material is then cured into a final product.
机译:用于模制可模制材料流的设备和系统在剪切,压缩和/或拉伸载荷的作用下。仪器包括模制壳体,该模制壳体具有向其供应的可模制材料流。位于模具外壳内的第一和第二边界元素定义了可塑材料流的第一面和第二面。与第一边界元件接触的驱动器使第一边界元件在一个方向上偏转基本上垂直于可模制材料的流动。第一个边界元素的挠度会施加剪切,压缩和拉伸载荷流。施加的剪切,压缩和拉伸载荷产生混合材料的可模制流动,也可以控制以实现可模塑材料的流变性能。结合了柔性接头进入装置以允许第一边界元件偏转。一个系统是还公开了还包括将第一材料组分和第二材料组分混合以产生混合物的步骤。混合物熔化形成可模压的材料。可模压材料首先在和成型设备的第二边界元件。第一部分边界元素在基本垂直于方向的方向上偏转可塑材料的流动。第一个边界元素的变形在可模塑材料的流动上施加剪切,压缩和拉伸载荷。然后将可模制材料固化成最终产品。

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