Protocol conversion module between robot and welding equipment and conversion method thereof

Abstract

The invention discloses a protocol conversion module between a robot and welding equipment, wherein the protocol conversion module is applied between a first protocol module and a second protocol module, the first protocol module is located on the robot, and the second protocol module is located on the welding equipment. The protocol conversion module comprises a shell, a first protocol slave station control chip, a processing chip and a power supply chip for supplying power to the first protocol slave station control chip and the processing chip are arranged in the shell, the first protocol slave station control chip is in communication connection with the first protocol module through a first bus penetrating through the shell, and the processing chip is in communication connection with the second protocol module through a second bus penetrating through the shell; the processing chip receives the first language data transmitted by the first protocol slave station control chip, analyzes the first language data into second language data and transmits the second language data to the second protocol module. The processing chip is in communication connection with the second protocol module through a second bus. The invention further discloses a method for accurately replacing the protocol conversion module between the robot and the welding equipment, direct seamless communication between the robot and the welding equipment is achieved, and the conversion speed is high.

Description

technical field [0001] The invention relates to the technical field of protocol conversion, in particular to a protocol conversion module between a robot and welding equipment and a conversion method thereof. Background technique [0002] With the development of modern measurement and control technology and information management, welding equipment is progressing towards the simplification of human-computer interaction, intelligent process control and informationization of quality management. In recent years, the research on intelligent automatic welding control system has received more and more attention. With the development, the emergence and development of digital welding machine is the inevitable development of technology. The research and development of digital welding control system will become a new development stage of human manufacturing industry. The digital welding control system contains more functions and tends to be more complicated, and it is difficult for ...

AI Technical Summary

Problems solved by technology

The digital welding control system contains more functions and tends to be more complicated. It is difficult for a single CPU to realize multiple functions.

Due to the diversification of manufacturers of robots and welding machines, the use of protocols is diversified, and it is difficult for a single protocol to adapt to the market

The information systems, robots, equipment, and various integrated platforms deployed by industrial enterprises generate a large amount of information and data. Industrial interfaces such as CANBUS, MODBUS, and profibus are not connected to each other, forming multiple data islands, which cannot be effectively used by industrial enterprises.

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