Marine low-speed machine air valve welding robot work station control system

Abstract

The invention relates to a marine low-speed machine air valve welding robot work station control system including a central control system, a robot control system, a welding control system and a sensing detection system. The central control system includes a work station main controller, is communicated with the robot control system through a Profibus DP bus to realize mutual information exchange, acquires the sensing information through an I/O module, and controls a welding robot to move; The robot control system includes a robot control cabinet and a robot demonstrator, controls the robot body and the positioned in a work station to move, is communicated with the welding power supply through a Devicenet bus, and controls a welding system to work; The control system realizes the global control and monitoring of the marine low-speed machine air valve machining procedures, and the marine low-speed machine air valve welding robot work station control system realizes the perfect match of devices, improves the work efficiency, and realizes the automation procedures.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for better coordination between different stations within an industrial plant by incorporating a centralized controller into each station's machinery. It also includes a mechanism called GCS (Global Control System) to monitor and adjust process programs based on factors like temperature or pressure during manufacturing processes. Overall this helps increase productivity while improving overall performance.

Problems solved by technology

This technical problem addressed by this patented describes how to efficiently perform high volume industrial processes involving joining different parts together during shipbuilding operations for various purposes like improving fuel economy performance without adding weight on vehicles due to increased emissions regulations. Current methods require multiple tools that are time-consuming and expensive, making them challenged when trying to integrate into automated systems.

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