Packaging Container
    1.
    发明申请
    Packaging Container 审中-公开
    包装容器

    公开(公告)号:US20150028034A1

    公开(公告)日:2015-01-29

    申请号:US14111516

    申请日:2012-04-12

    Abstract: The invention relates to a closable packaging container (1), comprising several container parts (10, 20) and a closing mechanism (3) having at least two stable positions, wherein the closing mechanism (3) comprises an unlocking part (30) designed as a multiple joint and a locking part (31), wherein the locking part (310) acts correspondingly on the unlocking part (30) in a locking position, wherein the unlocking part (30) can be moved in a pivoting motion at least in some positions in order to unlock the closing mechanism (3), and such that the unlocking part (30) remains persistently in an unlocking position after being actuated and releases the locking part (31).

    Abstract translation: 本发明涉及一种可封闭的包装容器(1),包括多个容器部件(10,20)和具有至少两个稳定位置的封闭机构(3),其中封闭机构(3)包括设计成的解锁部件(30) 作为多关节和锁定部分(31),其中所述锁定部分(310)在锁定位置相应地对应于所述解锁部分(30),其中所述解锁部分(30)可以以至少在 一些位置以解锁闭合机构(3),并且使得解锁部件(30)在被致动并且释放锁定部件(31)之后保持持续地处于解锁位置。

    Internal cooling with liquid gas
    3.
    发明授权
    Internal cooling with liquid gas 失效
    液体气体内部冷却

    公开(公告)号:US06638455B1

    公开(公告)日:2003-10-28

    申请号:US09622618

    申请日:2000-08-18

    CPC classification number: B29C33/046 B29C33/044 B29C41/46 B29C45/7337

    Abstract: In a method for the internal cooling of a rotating object (4), liquid gas from at least one inlet channel (61) in a fixed object (5) is pressed into a ring-shaped groove (62) located between the fixed object (5) and the rotating object (4). From the ring-shaped groove (62) the liquid gas is pressed into at least one channel (63, 64.1, 64.2) in the rotating object (4) and brought to a part to be cooled (15). The liquid gas, upon contact with the part, evaporates and expands while absorbing heat, thereby cooling the part. The area surrounding the part to be cooled (15) may be designed as an expansion chamber (65). The method can be used to cool molded parts in injection molding machines with rotating molds (1), thereby achieving shorter cycle times.

    Abstract translation: 在用于内部冷却旋转物体(4)的方法中,来自固定物体(5)中的至少一个入口通道(61)的液体气体被压入位于固定物体(5)之间的环形槽(62) 5)和旋转物体(4)。 从环形槽(62)将液体气体压入到旋转物体(4)中的至少一个通道(63,64.1,64.2)中,并将其送入待冷却部分(15)。 液体气体与部件接触时,在吸收热量的同时蒸发和膨胀,从而冷却部件。 待冷却部件(15)周围的区域可被设计为膨胀室(65)。 该方法可用于在具有旋转模具(1)的注塑机中冷却模制部件,从而实现更短的循环时间。

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