Application of MODBUS Communication Protocol in Intelligent Prestress Tension Robot

Xianhui Liu, Luyuan Liu, Jianqiang Li, Fan Yang
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Abstract

The prefabricated concrete structure is conducive to the development of China’s building industrialization. It is one of the important directions for the development of China’s building structure, of which prestressed concrete structure is an important part of the prefabricated concrete structure. The key technology to achieve prestressed concrete is the tension of the prestressed steel strand. The tensioning process includes: 1 The prestressed steel strand penetrates the tension hole of the tensioning equipment. 2 the tensioning equipment continues to tension the prestressed steel strand. Among them, the perforation process of tension has always been manually realized. At present, industrial intelligence includes all walks of life, and equipment related to construction projects also conform to the development of intelligence. The intelligent tensioning robot proposed in this paper is based on the tensile equipment to add a robotic arm, sensors, etc., which can automatically find tensioning holes to facilitate the perforation process when the prestressed ribs are stretched, with the purpose of improving the efficiency of perforation, improving the safety of the tensioning process, and reducing the dependence of tensile construction on labor. In this article, the method of collecting anchor plate position information is introduced, and the modular program of MODBUS communication based on Delta PLC is provided.
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MODBUS通信协议在智能预应力张拉机器人中的应用
预制混凝土结构有利于中国建筑工业化的发展。是中国建筑结构发展的重要方向之一,其中预应力混凝土结构是预制混凝土结构的重要组成部分。实现混凝土预应力的关键技术是预应力钢绞线的张拉。张紧过程包括:1预应力钢绞线穿过张紧设备的张紧孔。2张紧设备继续张紧预应力钢绞线。其中,张力的穿孔过程一直是手工实现的。目前,工业智能化包括各行各业,与建设项目相关的设备也顺应智能化的发展。本文提出的智能张拉机器人是在张拉设备的基础上增加机械臂、传感器等,在预应力肋张拉时自动寻找张拉孔,便于进行张拉工艺,提高张拉工艺的效率,提高张拉工艺的安全性,减少张拉施工对人工的依赖。本文介绍了锚板位置信息的采集方法,并给出了基于台达PLC的MODBUS通信模块程序。
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