Automatic Signal Recognition Method of Hanging Sorting Experimental Device Based on PLC

Yunqiang Wu
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Abstract

With the continuous progress of science and technology and the rapid development of modern logistics, the human society has higher and higher requirements on the timeliness of logistics services. The sorting efficiency, storage scheme and transportation mode of goods are all key factors affecting the quality of services. This paper mainly studies the signal identification method of hanging sorting experimental device based on PLC. This paper analyzes the requirements of automatic sorting, combined with the design principles of the control system, the system composition, I/O point distribution and connection, power access, PLC key control procedures and other contents of the design; This paper introduces the realization process of control system functions such as PLC hardware configuration and state monitoring during the project implementation. The sorting algorithm is designed. According to the results of automatic sorting experiment, the sorting device improves the sorting efficiency and the pass rate.
基于PLC的悬挂分选实验装置信号自动识别方法
随着科学技术的不断进步和现代物流的飞速发展,人类社会对物流服务的及时性提出了越来越高的要求。货物的分拣效率、仓储方案和运输方式都是影响服务质量的关键因素。本文主要研究了基于PLC的悬挂式分选实验装置的信号识别方法。本文分析了自动分拣的要求,结合控制系统的设计原理,对系统组成、I/O点分布与连接、电源接入、PLC按键控制程序等内容进行了设计;介绍了项目实施过程中PLC硬件组态、状态监控等控制系统功能的实现过程。设计了排序算法。根据自动分拣实验结果,该分拣装置提高了分拣效率和通过率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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