Andon control system based on WeChat

Abstract

The invention provides an Android control system based on WeChat. The system comprises a server platform, equipment, a network and a smart phone, wherein WeChat application software is installed in the smart phone, the server platform communicates with the smart phone through a network, and the WeChat-based Android control system is characterized by comprising the following control processes: S1,the server platform generates a unique and fixed two-dimensional code for each production device; S2, the WeChat users of different roles register in the Android control system based on WeChat throughemployee job numbers of enterprises, and after registration, an operation background allocates different operation authorities to employees; S3, when an on-site operator finds that the equipment hasa fault, the on-site operator reports repair by scanning the two-dimensional code on the equipment; S4, the Android control system based on the WeChat sends the basic information of the faulty equipment to a specified maintainer; and S5, the repair information is received by the specified maintenance personnel, then the maintenance personnel arrives at the position of the faulty machine scans thetwo-dimensional code of the faulty equipment to log in the control system.

Description

Technical field [0001] The invention relates to the field of digital manufacturing, and more specifically, to an Andon control system based on WeChat. Background technique [0002] The Andon system was originally a Japanese-English translation. It is a system that displays the status of the production site in the form of an electronic billboard to indicate the production status, abnormal conditions, and measures that need to be taken. As a core tool of lean manufacturing management, the Andon system can find production abnormalities in the manufacturing process, and solve the problems in the shortest time, so that production can proceed smoothly and improve efficiency. The traditional Andon system adopts the rope pull mode, that is, a rope is set on the station. When the rope is pulled down, it indicates that the station is abnormal and Andon lights up. The traditional rope-drawing mode can only express abnormalities in specific workstations, which need to be coordinated and res...

AI Technical Summary

Problems solved by technology

The traditional pull rope mode can only express that there is an abnormality in a specific station, which requires the coordination of relevant personnel to solve it, but cannot reflect more detailed abnormal information

The traditional Andon system uses the three-color light of the hardware to solve some communication problems, but it cannot provide support for the tracking after the exception occurs, the processing and tracking after the event, and the cause analysis. The communication efficiency is not high. In addition, the tracking process of the handling of the matter cannot be completed, and higher-level assistance cannot be introduced in time when the matter is overtime.

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