Industrial robot remote monitoring and data processing system

Abstract

The invention discloses an industrial robot remote monitoring and data processing system. The system comprises an industrial robot system located at an industrial site, an uplink data collecting system for collecting robot data to a cloud server, a downlink control system for achieving control over the industrial robot, a data processing system for performing unified management on the collected data and a visualized monitoring interface Web client. The uplink data collecting system and the downlink control system are both integrated into an embedded plate, the embedded plate is connected to acloud server through wireless or 4G, data interaction is achieved between the embedded plate and the cloud server, all obtained data of the industrial robot system is uploaded to the cloud server upwards to be stored, and the pose of the industrial robot is controlled downwards. The loss caused by fault halting can be effectively lowered, most simple fault problems can be solved through data checking and remote debugging, engineers do not need to be arranged to the site specially, and faults can be resolved more flexibly.

Description

technical field [0001] The invention relates to a system for remote control of data acquisition and big data analysis and early warning of robots. Background technique [0002] With the continuous development of information technology, intelligent manufacturing industry has gradually appeared its figure. Under the current trend of Industry 4.0, a new round of industrial upgrading combined with information technology is intensifying. Various technologies such as big data, cloud computing, and the Internet of Things are gradually integrated into the intelligent manufacturing industry, which not only improves production efficiency, but also promotes the optimization and reform of enterprises. This is also a new opportunity and a new industry in the world. revolution. [0003] The establishment of robot workstations and robot production lines takes a lot of time and money, so reducing the probability of failure and speeding up the resolution of failures are the goals pursued b...

AI Technical Summary

Problems solved by technology

An intelligent monitoring and control system based on industrial robots proposed by Zhang Jie, Zhu Cuiqing, and Qian Yuntao (Zhang Jie, Zhu Cuiqing, Qian Yuntao, etc. An intelligent monitoring and control system based on industrial robots, CN107368017A.2017-11-21) passed The image data of the on-site camera is compared to achieve fault warning, but the data of the robot itself is not processed. At the same time, there are large errors in the processing of image data, which cannot be applied to precise robot work.

The intelligent data acquisition system for multi-robot proposed by Qiu Linxin (Qiu Linxin. Intelligent data acquisition system for multi-robot, CN108732972A.2018-11-02) realizes the data acquisition and data analysis platform of multi-robot, but The data analysis used simply sets the data threshold, and does not make full use of a large amount of historical data to achieve predictive effects

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