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    • 4. 发明申请
    • CONTAMINATION-FREE, FLEXIBLE CLOSURE SYSTEM FOR USE ON AT LEAST PARTIALLY FLEXIBLE CONTAINERS
    • 无污染,柔性封闭系统,用于至少部分柔性容器
    • US20150314922A1
    • 2015-11-05
    • US14648753
    • 2014-01-02
    • FLECOTEC AG
    • Martin KOCH
    • B65D33/25
    • B65D33/00B65D33/2541B65D33/2566Y10T24/158
    • The invention relates to a closure (10, 20) having two profiled strips (11, 12; 21, 22) for an at least partially flexible container (1, 2) for connecting a first container (1) to a second container (2) in an environmentally sealed manner and in a closed docking position, and for conducting a flow in a flow direction (D) through the closure (10, 20) from the first container (1) into the second container (2) in an environmentally sealed manner and in an open docking position. The second container (2) has an identical closure (10, 20) which faces the first container (1) and which, in the open docking position, is in engagement with the closure (10, 20) of the first container (1), and together with the closure (10, 20) of the first container (1) defines a flow channel (3) for the throughflow in the flow direction (D). A substantial advantage of the invention is that the closures (10, 20) can be docked to each other and opened jointly in a single step by a separate slider. A further substantial advantage of the invention is that due to the dual functional nature of all the closure elements no closure element (13, 14; 23, 24) is exposed in the channel-upward direction to the material to be transferred during the transfer of material. The invention further relates to a slider (30) for connecting and separating such closures (10, 20), comprising an insertion side (31), on which the closures (10, 20) can be inserted into the slider (30) in insertion directions (A, B), which form an acute angle, and an output side (32) opposite the insertion side (31), on which the closures (10, 20) which are connected to each other and are open, can be led out from the slider (30) in a common slide direction (C).
    • 本发明涉及一种具有用于至少部分柔性的容器(1,2)的两个成型条带(11,12; 21,22)的封闭件(10,20),用于将第一容器(1)连接到第二容器(2) )以环境密封的方式并且处于密闭的对接位置,并且用于在环境中将从流动方向(D)流过所述封闭件(10,20)的流动从所述第一容器(1)进入所述第二容器(2) 密封的方式和在开放的对接位置。 第二容器(2)具有与第一容器(1)相对的相同的封闭件(10,20),并且在开放对接位置与第一容器(1)的封闭件(10,20)接合, 并且与第一容器(1)的封闭件(10,20)一起限定用于沿流动方向(D)的通流的流动通道(3)。 本发明的实质优点在于,封闭物(10,20)可以彼此对接并且通过单独的滑块在单个步骤中共同打开。 本发明的进一步实质的优点在于,由于所有封闭元件的双重功能性质,在转移过程中,封闭元件(13,14; 23,24)在通道向上方向上暴露于待转移的材料 材料。 本发明还涉及一种用于连接和分离这样的封闭件(10,20)的滑动件(30),其包括插入侧(31),所述封闭件(10,20)可插入其中以插入到所述滑块中 可以引导形成锐角的方向(A,B)和与插入侧相反的输出侧(32),其上彼此连接并打开的封闭件(10,20)可以被引导 从滑块(30)沿公共滑动方向(C)移出。
    • 5. 发明授权
    • Contamination-free, flexible closure system for use on at least partially flexible containers
    • US10124931B2
    • 2018-11-13
    • US14648753
    • 2014-01-02
    • Flecotec AG
    • Martin Koch
    • B65D33/16B65D33/00B65D33/25
    • A closure (10, 20) has two profiled strips (11, 12; 21, 22) for an at least panially flexible container (1, 2) for connecting a first container (1) to a second container (2) in an environmentally sealed manner and in a closed docking position, and for conducting a flow in a flow direction (D) through the closure (10, 20) from the first container (1) into the second container (2) in an environmentally sealed manner and in an open docking position. The second container (2) has an identical closure (10, 20) facing the first container (1), and, in the open docking position, is in engagement with the closure (10, 20) of the first container (1). Together with the closure (10, 20) of the first container (1), a flow channel (3) is defined for the through flow in the flow direction (D). The closures (10, 20) can be docked to each other and opened jointly in a single step by a separate slider. Due to the dual functional nature of all the closure elements, no closure element (13, 14; 23, 24) is exposed in the channel-upward direction to the material to be transferred. A slider (30) connects and separates the closures (10, 20), and has an insenion side (31), on which the closures (10, 20) can be insened into the slider (30) in insertion directions (A, B), which form an acute angle, and an output side (32) opposite the insenion side (31), on which the closures (10, 20), which are connected to each other and are open, can be led out from the slider (30) in a common slide direction (C).