Industrial robot remote service and monitoring system

Abstract

The invention discloses an industrial robot remote service and monitoring system which comprises a hardware data collector Box, a robot data and management server and a WEB page access server. The hardware data collector Box sends a data request to a robot master controller in a polling manner; the robot master controller receives the request, gives a response and feeds back data to the hardware data collector Box; the hardware data collector Box sends the data regularly to the robot data and management server through a 3G network; and the robot data and management server sends the data to a user browser. The industrial robot remote service and monitoring system can realize interaction between a user and a robot, can detect and record various operating parameters of the robot remotely and carry out diagnosis and preliminary elimination on the remote faults, and can assist local technical personnel to detect and eliminate the faults of the system.

Description

technical field [0001] The invention relates to the technical field of industrial robot control, in particular to an industrial robot remote service and monitoring system. Background technique [0002] Nowadays, most robots work in the form of workstations or production lines. The establishment of a production line requires a lot of money and debugging time. Therefore, once the line is completed, the manufacturer is very reluctant to see production stoppage due to equipment failure, resulting in very large economic losses. . The traditional reactive service is to organize personnel to carry out on-site diagnosis and repair after the fault occurs, which takes a long time and costs a lot. Using informatization, the robot is connected to the remote client through Ethernet, and remote online fault diagnosis can be performed to realize remote analysis and diagnosis of robot faults and remote guidance for local maintenance of the robot, thus greatly reducing maintenance time. , ...

AI Technical Summary

Problems solved by technology

Some major construction machinery production and scientific research units in China have been engaged in the research and development of remote service platform systems, but the domestic application systems are still far from perfect. The main defects include: single function; low cluster management ability and high maintenance costs; Insufficient consideration of reliability and safety

Unfortunately, the existing domestic equipment has poor reliability, low protection capability, and weak data security and confidentiality

The application in the robot industry is even more lacking.

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