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    • 20. 发明授权
    • Apparatus for producing at least one container, in particular in ampule form, made of thermoplastic material
    • 用于生产由热塑性材料制成的至少一个容器,特别是安瓿形式的装置
    • US09050767B2
    • 2015-06-09
    • US13261626
    • 2011-11-10
    • Bernd Hansen
    • Bernd Hansen
    • B29C49/76B29D22/00B29C49/42B29C49/48B29C49/50B29C49/70B29L31/00
    • B29D22/003B29C49/4236B29C49/4273B29C49/76B29C2049/4869B29C2049/503B29C2049/701B29C2791/006B29C2791/007B29C2793/0027B29C2793/009B29L2031/7158
    • An apparatus for producing at least one container, in particular in ampoule form, made of thermoplastic material, includes a mold (13) with mold components (15, 17). A first calibrating mandrel (19) and a second calibrating mandrel (23) are movable coaxially in relation to the longitudinal direction (21) of the container (1) and in relation to one another. The first calibrating mandrel (19) through the container (1) located in the mold (13) and the second calibrating mandrel (23) from the outer side of the container (1), move into a shaping position in which they calibrate a bottom area that forms at least part of a container bottom between the mandrel ends. A severing device has a movable cutting or punching surface (37) to sever excess plastic material forming during the shaping process in interaction with a cutting or bearing edge on the mold components (17) assigned to the bottom region. The severing device has a cutting device (35) that is guided in an axially displaceable manner on the second calibrating mandrel (23), forms the cutting or punching surface (37) and can move between the withdrawn position and the punching position independently of the movement of the respective calibrating mandrel (23).
    • 用于制造由热塑性材料制成的至少一个容器,特别是安瓿形式的装置包括具有模具部件(15,17)的模具(13)。 第一校准心轴(19)和第二校准心轴(23)可相对于容器(1)的纵向方向(21)并相对于彼此同轴地移动。 位于模具(13)中的通过容器(1)的第一校准心轴(19)和来自容器(1)的外侧的第二校准心轴(23)移动到成形位置,在该成形位置中,它们校准底部 区域在心轴端部之间形成容器底部的至少一部分。 切割装置具有可移动的切割或冲压表面(37),以在成形过程中与在分配给底部区域的模具部件(17)上的切割或轴承边缘相互作用中切割多余的塑料材料。 切割装置具有在第二校准心轴(23)上以可轴向移动的方式被引导的切割装置(35),形成切割或冲压表面(37),并且可以在抽出位置和冲压位置之间独立于 相应的校准心轴(23)的运动。