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Automatic Design Method of Bar-Mesh Unit Module

机译:钢筋网单元模块的自动设计方法

摘要

The invention aims to provide the matching design and division design of the unit module of the welded wire mesh, as well as the automatic design method of the unit module of the welded wire mesh for the preparation of the production scheduling of the welded wire mesh and the automatic preparation of the on-site construction drawings.Therefore, after the first stage of the input module's design framework parameter and the input design framework parameter meet, the second stage of the generated segment -- zone (zone) and the approach information input according to John (zone), are defined and calculated, According to the set size, the third stage of the unit module for setting the welded wire mesh shall be executed.Therefore, the invention can be automatically executed, including the optimal design of all surrounding conditions input by software such as transportation, site construction, mechanical performance, economy, etc.In addition, during the construction of the existing welded wire mesh, the overlapped part of the wire mesh shall be treated with a single layer of horizontal and vertical roots, so as to ensure the thickness of the quilt or the effective thickness of the concrete, minimize the phoneme, and ensure the quality of the guide.Moreover, since the welded wire mesh will not be cut off at the site, the loss of materials can be eliminated, and the net ship root with accurate and simple design will be assembled at the site with good construction efficiency.
机译:本发明的目的是提供电焊网单元模块的匹配设计和分区设计,以及电焊网单元模块的自动设计方法,以编制电焊网和电焊网的生产计划。因此,在输入模块的设计框架参数的第一阶段与输入设计框架参数相遇之后,生成的分段的第二阶段-区域(区域)和进近信息输入根据John(zone)进行定义和计算,根据设置的大小,执行用于设置焊接丝网的单元模块的第三阶段。因此,本发明可以自动执行,包括所有组件的最佳设计通过软件输入的周围条件,例如运输,现场施工,机械性能,经济性等。此外,在施工现有焊接线时在网眼中,金属丝网的重叠部分应用单层的水平和垂直根部进行处理,以确保被子的厚度或混凝土的有效厚度,最小化音素,并确保音质。而且,由于不会在现场切断电焊网,因此可以消除材料损失,并且将在现场组装具有精确和简单设计的网状船根,具有良好的施工效率。

著录项

  • 公开/公告号KR970022812A

    专利类型

  • 公开/公告日1997-05-30

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR19950036910

  • 发明设计人

    申请日1995-10-24

  • 分类号G06F17/60;

  • 国家 KR

  • 入库时间 2022-08-22 03:17:44

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