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    • 65. 发明授权
    • Servo motor-driven plastic cutter system for compression molding
    • 伺服电机驱动塑料切割机系统进行压缩成型
    • US5596251A
    • 1997-01-21
    • US482971
    • 1995-06-07
    • Peter S. Miller
    • Peter S. Miller
    • B26D1/38B29B11/02B29C31/04H02P3/08B26D5/38
    • B29B11/02B26D1/38B29C31/048
    • A system for cutting molten plastic material for compression molding includes a rotary-driven cutter mounted in operative association with an extruder which supplies molten plastic. The cutter is driven by a servo motor, the operation of which is coordinated with an associated rotary carousel on which cavities are successively presented to the cutter apparatus. In order to effect separation of each cut discrete quantity of plastic material from the cutting blade of the cutter apparatus, the servo motor is operated to create a period of distinct deceleration during each rotary cutting cycle, thereby effecting separation of the molten plastic from the surface of the cutting blade. The electronic controls of the apparatus further operate to permit the speed at which plastic cutting takes place to be controlled independently of the speed of the associated rotary carousel, while coordinating each cutting cycle with successive presentation of the cavities by the rotary carousel.
    • 用于压缩模塑的熔融塑料材料的切割系统包括与提供熔融塑料的挤出机可操作地连接的旋转驱动刀片。 切割器由伺服马达驱动,其操作与相关联的旋转传送带配合,其上空腔连续呈现给切割装置。 为了实现从剪切装置的切割刀片分离每个切割离散量的塑料材料,伺服马达被操作以在每个旋转切割循环期间产生明显的减速时间,从而使熔融塑料与表面分离 的切割刀片。 该装置的电子控制装置进一步操作以允许独立于相关联的旋转传送带的速度来控制塑料切割的速度,同时通过旋转传送带连续呈现空腔来协调每个切割循环。
    • 67. 发明授权
    • Plastic blank structure
    • 塑料空白结构
    • US4419412A
    • 1983-12-06
    • US373925
    • 1982-05-03
    • Robert M. Gross
    • Robert M. Gross
    • B26D1/38B29B11/02B29B11/10B29B11/14B29C37/00B29C51/02B32B9/04
    • B29B11/14B26D1/38B29B11/02B29B11/10B29C47/0023B29C47/003B29C47/0033B29C51/02B29C37/0057B29C47/0054B29L2009/00Y10T428/23929Y10T428/31909
    • An article and a method are disclosed for substantially removing surfaces defects that are attendant with plastic blanks formed by cutting out squares from sheet stock material that are subsequently forged by means of non-melt, high pressure or solid-phase forming of preforms and thereafter thermoforming said preforms into containers. The blank itself comprises a tabular body having a pair of major faces located substantially parallel to one another, minor faces integrally formed and extending outwardly from said major faces, said minor faces presenting a smooth surface commensurate to that of said major faces, and a vertical portion integrally formed with said minor faces and defining an outer peripheral band or line having an unsmooth surface. A method of forming said plastic blank comprises providing a sheet of polymeric material, pressing lines of demarkation upon said sheet, severing said sheet within said lines to separate and cut said sheet into individual blank, whereby each blank is formed having a smooth surface provided by said pressing step and a rough surface provided by said severing step, thereafter forging said blank to a predetermined preform and reforming said preform to a container free of any imperfection.
    • 公开了一种用于基本上去除表面缺陷的制品和方法,所述缺陷是由通过从预成型件的非熔体,高压或固相形成随后锻造的片材原料切出正方形而形成的塑料坯料,然后热成型 所述预成型件形成容器。 坯料本身包括具有一对基本上彼此平行的主面的平板体,小面整体形成并从所述主面向外延伸,所述小面具有与所述主面相当的平滑表面,垂直方向 部分与所述小面一体地形成,并且限定具有不平滑表面的外周带或线。 形成所述塑料坯料的方法包括提供聚合物材料片材,在所述片材上挤压划线,在所述线材内切断所述片材以将所述片材分离并切割成单个毛坯,由此形成每个坯料具有由 所述压制步骤和由所述切割步骤提供的粗糙表面,然后将所述坯料锻造到预定的预成型件,并将所述预成型件重整成没有任何缺陷的容器。
    • 68. 发明授权
    • Method of making unfestooned plastic containers from polygonal blanks
    • 从多边形坯料制造不带塑料的塑料容器的方法
    • US4340557A
    • 1982-07-20
    • US216747
    • 1980-12-16
    • Robert M. Gross
    • Robert M. Gross
    • B26D1/38B29B11/02B29B11/10B29B11/14B29C37/00B29C47/00B29C51/02B29C59/04B29C69/00B29D23/10
    • B29C69/001B26D1/38B29B11/02B29B11/10B29B11/14B29C51/02B29C59/04B29C2793/0063B29C37/0057B29C47/00B29C47/0019B29C47/0021B29C47/004B29C47/0054B29C47/0061B29C47/0066B29L2009/00B29L2031/104
    • A method is disclosed for substantially removing surface defects that are attendant with plastic blanks formed by cutting out squares from sheet stock material that are subsequently forged by means of non-melt, high pressure or solid-phase forming of preforms and thereafter thermoforming said preforms into containers. The blank itself comprises a tabular body having a pair of major faces located substantially parallel to one another, minor faces integrally formed and extending outwardly from said major faces, said minor faces presenting a smooth surface commensurate to that of said major faces, and a vertical portion integrally formed with said minor faces and defining an outer peripheral band or line having an unsmooth surface. A method of forming said plastic blank comprises providing a sheet of polymeric material, pressing lines of demarkation upon said sheet, severing said sheet within said lines to separate and cut said sheet into individual blank, whereby each blank is formed having a smooth surface provided by said pressing step and a rough surface provided by said severing step, thereafter forging said blank to a predetermined preform and reforming said preform to a container free of any imperfection.
    • 公开了一种用于基本上去除表面缺陷的方法,所述表面缺陷伴随着通过从片料原料切出正方形而形成的塑料坯料,所述材料随后通过预成型件的非熔体,高压或固相形成而锻造,然后将所述预成型件热成型为 容器 坯料本身包括具有一对基本上彼此平行的主面的平板体,小面整体形成并从所述主面向外延伸,所述小面具有与所述主面相当的平滑表面,垂直方向 部分与所述小面一体地形成,并且限定具有不平滑表面的外周带或线。 形成所述塑料坯料的方法包括提供聚合物材料片材,在所述片材上挤压划线,在所述线材内切断所述片材以将所述片材分离并切割成单个毛坯,由此形成每个坯料具有由 所述压制步骤和由所述切割步骤提供的粗糙表面,然后将所述坯料锻造到预定的预成型件,并将所述预成型件重整成没有任何缺陷的容器。