首页> 外国专利> A METHOD TO CONSTRUCT LIGHTWEIGHT SLABS AND PRE-FAB SLABS WITH SPHERES AND UNFOLD-ABLE THREE DIMENSIONAL SET TECHNICAL FIELD

A METHOD TO CONSTRUCT LIGHTWEIGHT SLABS AND PRE-FAB SLABS WITH SPHERES AND UNFOLD-ABLE THREE DIMENSIONAL SET TECHNICAL FIELD

机译:具有球和不可折叠三维集的轻质平板和预FAB平板的构建方法技术领域

摘要

Having thus particularly described and identified the nature of this invention and how it must be implemented, we hereby claim ownership and exclusive right: 1 - A method to construct lightweight slabs and pre-fab slabs with spheres and a unfold-able three-dimensional set comprising the following steps: Step I: To prepare a formwork or mold on-site Step 2: To place the unfold-able three-dimensional set on the formwork or mold. Which consists of an upper orthogonal steel mesh welded or tied with wire, forming a grid whose dimensions depend on the diameter of the spheres and span of the slabs or pre¬fab slabs, a lower orthogonal steel mesh welded or tied with wire, forming a grid whose dimensions depend on the diameter of the spheres and span of the slabs or pre-fab slabs, forming a grid whose dimensions also depend on the diameter of the spheres and and span of the slabs or pre-fab slabs; the joints between the two steel meshes are hinge-type unions placed in such a way as to create room for the spheres. This forms the frame structure that can be folded or unfolded. The rigidity of the three-dimensional set is achieved by the forces from the spheres that tend to separate them and the spacers that tend to join them. Step 3: Once deployed or unfolded, the three-dimensional set contains spaces provided for the plastic spheres made of plastic or other recycled materials Step 4: After this, the concreting is done until the spheres are completed concealed within the slab"s thickness.
机译:因此,已经特别描述并确定了本发明的性质以及如何实现本发明,我们特此主张所有权和专有权:1-一种构造轻型平板和预制球的方法,该平板和球形平板具有可展开的三维尺寸包括以下步骤:步骤I:现场准备模板或模具步骤2:将可展开的三维模型放置在模板或模具上。它由焊接或用金属丝捆扎的上部正交钢网组成,其尺寸取决于球体的直径和平板或预制板的跨度,下部用金属丝焊接或捆扎的正交钢网形成网格。网格的尺寸取决于球体的直径和预制板或预制板的跨度,形成网格的尺寸也取决于球体的直径和预制板或预制板的跨度;两个钢网之间的接缝是铰接式活节,其放置方式为球体创造了空间。这形成了可以折叠或展开的框架结构。三维集的刚度是通过来自倾向于将它们分开的球体的力和倾向于将它们结合的垫片获得的。步骤3:一旦展开或展开,三维模型将包含为由塑料或其他再生材料制成的塑料球提供的空间。步骤4:此后,进行混凝土浇筑,直到将球完全隐藏在板的厚度内。

著录项

  • 公开/公告号IN2009CH00478A

    专利类型

  • 公开/公告日2010-09-17

    原文格式PDF

  • 申请/专利权人

    申请/专利号IN478/CHE/2009

  • 申请日2009-03-04

  • 分类号

  • 国家 IN

  • 入库时间 2022-08-21 18:46:24

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