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    • 5. 发明公开
    • Method and apparatus for melt accumulation in a shooting pot reservoir of an injection molding machine
    • 在注塑成型的熔体贮存器的方法和设备用于熔融积累
    • EP2251176A1
    • 2010-11-17
    • EP10169354.7
    • 2007-10-22
    • Husky Injection Molding Systems S.A.
    • Ujma, AndreasJuaristi-Tello, Enrique
    • B29C45/70B29C45/77
    • B29C45/54B29C45/531B29C2045/466
    • Developing a volume in a shooting pot reservoir (28) is achieved through the selective coupling and de-coupling of an injection piston (34) to a plunger (38). Following successive injection ( FIG. 5a ) and hold phases ( FIG. 5b ) of an injection molding process ( FIG. 5 ), the runner and channel system is partially de-compressed ( FIG. 5c ) by drawing back together, over a short distance, the plunger (38) and the injection pressure (34) as one unit. The injection piston is then mechanically de-coupled from the plunger ( FIG. 5e ), with the injection piston (34) withdrawn to essentially its final shot position, but minus a customary packing distance (8). Plastic melt (100), extruded into a shooting pot (28) positioned in front of the plunger (38), is permitted to push the plunger backwards, but now with minimal work expenditure. When the plunger again contacts ( FIG. 5f ) the injection piston (34), melt pressure now causes both units to be moved back to reach a final shot size volume. Finally, the injection piston (34) drives the plunger (38) forward to eject melt accumulated within the shooting pot (28).
    • 显影在一射出贮存器的体积(28)通过一注射活塞(34)的柱塞(38)的选择性耦合和去耦合来实现。 以下逐次注射(图5a)和保持阶段(图5b)注射成型工艺的(图5),流道和通道系统是通过绘制回到一起,在很短的部分去压缩(图5C) 距离,所述柱塞(38)和注射压力(34)作为一个单元。 注射活塞进行机械从所述柱塞(图5E)解耦合,与退避到基本上其最终拍摄位置的注射活塞(34),但减去常规填料的距离(8)。 塑料熔化物(100),挤出成在所述柱塞(38)的前部定位在喷注坩埚(28)被允许向后推动柱塞,但现在具有最小工作支出。 当再次柱塞触点(图5F)的注射活塞(34),熔体压力现在会导致这两个单元被移回以达到最终的注射量体积。 最后,将注射活塞(34)驱动所述活塞(38)前进以喷射喷射罐(28)内累积的熔体。
    • 8. 发明公开
    • MOLDING METHOD, MOLDING DIE, MOLDED PRODUCT, AND MOLDING MACHINE
    • FORMVERFAHREN,FORMWERKZEUG,FORMPRODUKT UND FORMMASCHINE
    • EP1661685A1
    • 2006-05-31
    • EP04771955.4
    • 2004-08-20
    • SUMITOMO HEAVY INDUSTRIES, LTD.
    • TAKIGAWA, Naoki, Sumitomo Heavy Industries, Ltd.
    • B29C45/77B29C45/70
    • B29C45/561B29C2045/2687B29K2105/253B29L2031/712
    • An object is to provide a molding method in which quantities of a molding material charged in the cavities can be appropriately controlled, whereby a plurality of molded products exhibiting high quality can be simultaneously produced in a one-shot molding process, as well as a mold for molding for use in the same, a molded product obtained by the same, and a molding machine for implementing the same. Before a mold closing step of a mold apparatus is completed, charging of a molding material into a plurality of cavities of the mold apparatus is started; before the mold closing step is completed, charging of the molding material is completed; and after the mold closing step is completed, a mold clamping step of the mold apparatus is performed, wherein molded products are produced while quantities of the molding material charged in the cavities are controlled.
    • 本发明的目的是提供一种成型方法,其中可以适当地控制装入空腔中的成型材料的量,从而可以在一次成型工艺中同时制造多个表现出高品质的成型品,以及模具 用于其的模制品,由其获得的模塑产品和用于实施该模塑制品的模塑机。 在模具装置的模具闭合步骤完成之前,开始将成型材料装入模具装置的多个空腔中; 在模具关闭步骤完成之前,完成成型材料的充电; 并且在模具闭合步骤完成之后,执行模具装置的合模步骤,其中制造模制产品,同时控制装入空腔中的成型材料的数量。