Remote monitoring system of special-shaped pipe steel reinforcement framework seam welder and monitoring method thereof

Abstract

The invention discloses a remote monitoring system of a special-shaped pipe steel reinforcement framework seam welder and a monitoring method thereof. The system comprises an OPC server, an SQL server, an intelligent GPRS wireless control terminal, a digital quantity input module I, a digital quantity input module II, an analog quantity input module I, an analog quantity input module II, a pulse counting module and a network camera. The OPC server manages data sent by the intelligent GPRS wireless control terminal to a cloud server. The SQL server manages the data acquired from the OPC server. An MODBUS website is formed by the intelligent GPRS wireless control terminal as an MODBUS master station, the digital quantity input modules, the analog quantity input modules and the pulse counting module, and is responsible for collecting on-site data of the seam welder. The collected on-site data is sent to the cloud server in real time through the intelligent GPRS wireless control terminal. The network camera is responsible for collecting real-time images. According to the remote monitoring system and the monitoring method thereof, the real-time data and video images of the seam welder are synchronously monitored, the real-time running data of the seam welder can be acquired, and image information of the seam welder can be acquired.

Description

technical field [0001] The invention relates to the field of remote monitoring of equipment, and more specifically, relates to a remote monitoring system of a special-shaped pipe steel frame seam welding machine. Background technique [0002] At present, the seam welding machines operating on site are all operated by workers on site. Enterprise managers can only know the operation status of seam welding machines through the reports of on-site workers. The operating status of the seam welding machine produced by the company, if you want to know the user's usage of the seam welding machine produced by yourself, you can only use a questionnaire survey. This method is inefficient. In addition, once the seam welding machine fails, you can only arrange after-sales service. Service personnel go to the scene to solve the problem, which seriously affects the efficiency of after-sales service and the timeliness of troubleshooting, and at the same time leads to high cost of after-sales...

AI Technical Summary

Problems solved by technology

[0002] At present, the seam welding machines operating on site are all operated by workers on site. Enterprise managers can only know the operation status of seam welding machines through the reports of on-site workers. The operating status of the seam welding machine produced by the company, if you want to know the user's usage of the seam welding machine produced by yourself, you can only use a questionnaire survey. This method is inefficient. In addition, once the seam welding machine fails, you can only arrange after-sales service. Service personnel go to the scene to solve the problem, which seriously affects the efficiency of after-sales service and the timeliness of troubleshooting, and leads to high cost of after-sales service

Images