首页> 外国专利> METHOD AND MACHINES FOR TRANSFORMING FLEXIBLE CONTAINERS CONTAINING SOLIDS INTO 3D CONTAINERS, MODELS OF 3D CONTAINERS, AND TWO OCCLUSIVE FLAP SYSTEMS

METHOD AND MACHINES FOR TRANSFORMING FLEXIBLE CONTAINERS CONTAINING SOLIDS INTO 3D CONTAINERS, MODELS OF 3D CONTAINERS, AND TWO OCCLUSIVE FLAP SYSTEMS

机译:用于将包含固体的柔性容器转换为3D容器,3D容器的模型以及两个闭合挡板系统的方法和机器

摘要

The invention relates to a method and machines for transforming sealed flexible initial containers, which have at least two faces and contain fluid (liquid/viscous material and/or air/gas) and solids, into containers having different shapes of three-dimensional geometric bodies and which stand independently. The method comprises the following steps: 1- positioning the initial container vertically so that the solids fall downwards and, preferably, holding and/or blocking same using at least one set of securing jaws (3) and/or at least one set of pushing jaws (21); 2- forming at least one flap of at least one of the peripheral lateral sides of the uppermost part of the container, using at least one set of impact jaws (6); and in turn transforming the initial container into a three-dimensional shape by 3- either folding and adhering at least one of the formed flaps to the rest of the container, or sealing or sealing and cutting same using sealing jaws or sealing and cutting jaws (8), preferably via the line of intersection between the flap and the rest of the container, whereby said container permanently maintains the acquired three-dimensional shape; 4- rotating the container by 180° such that the solids fall downwards, in order to free the uppermost zone (or peripheral lateral sides) of the container from solids; and 5- repeating the steps 1 to 3. The invention also relates to two occlusion systems for slowing down and dosing the liquids of the containers.
机译:本发明涉及一种用于将具有至少两个面并且容纳流体(液体/粘性材料和/或空气/气体)和固体的密封的柔性初始容器转换成具有不同形状的三维几何体的容器的方法和机器。并独立存在。该方法包括以下步骤:1-垂直放置初始容器,以使固体向下下落,并且优选地,使用至少一组固定钳口(3)和/或至少一组推动力来保持和/或阻挡固体。颚(21); 2-使用至少一组冲击爪(6)在容器的最上部的至少一个周向侧面中形成至少一个折板;然后依次将3个折页中的至少一个折页粘贴到容器的其余部分上,或者使用密封钳口或密封钳口将其密封或切割,从而将初始容器转换为三维形状( 8),优选地通过盖和容器的其余部分之间的相交线,从而所述容器永久地保持所获取的三维形状; 4-将容器旋转180°,以使固体向下下落,以使容器的最上部区域(或外围侧面)脱离固体; 5和重复步骤1至3。本发明还涉及两个用于减慢和计量容器的液体的闭塞系统。

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