Virtual instrument-based indirect ZigBee IoT welding power supply parameter measuring device

Abstract

The invention belongs to the technical field of virtual instruments and ZigBee IoT control, and discloses a virtual instrument-based indirect ZigBee IoT welding power supply parameter measuring device. The Virtual instrument-based indirect ZigBee IoT welding power supply parameter measuring device is provided with a ZigBee wireless network transmission module for transmitting wireless signals, a data acquisition module for carrying out welding signal acquisition, a data collection and storage module for carrying out data collection and storage, and a data display module for carrying out data display. Based on a ZigBee IoT self-organizing network technology, the device is low in design cost, simple to mount and suitable for welding parameters wireless sensor terminal modules in industrial fields, and is capable of developing virtual instrument and IoT technology-based workshop welding power supply monitoring systems so as to realize indirect measurement and cluster management of equipment at industrial production site, thereby reducing the management cost and increasing the business productivity.

Description

technical field [0001] The invention belongs to the technical field of network control, and in particular relates to a ZigBee Internet of Things welding power supply parameter indirect measurement device based on a virtual instrument. Background technique [0002] At present, with the continuous development of network technology, advanced technologies such as various instruments with environmental awareness and cloud computing models based on network technology have made the Internet of Things more and more widely used in the industrial field. This type of instrument is flexibly used in all aspects of industrial production, and it upgrades traditional factories to a new stage of intelligent digital factories. At the same time, driven by network technology, welding technology is also developing in the direction of automation, intelligence and informationization. As a special material joining process, welding operations generally have the following requirements in large-scale...

AI Technical Summary

Problems solved by technology

[0004] (1) In the case of numerous welding equipment, complicated process, and scattered operating areas, it is difficult to grasp the real-time status of welding equipment and the accuracy of welding parameters, resulting in long-term standby of welding machines, welding parameters that do not meet the process requirements, and unstable welding processes, etc. question;

[0005] (2) Failure to give full play to the performance of digital welding machines seriously affects welding quality, resulting in increased production costs, and also causes management difficulties and waste of resources in equipment scheduling and allocation

Images