Industrial Internet-of-Things monitoring system and method

Abstract

The invention discloses an industrial Internet-of-Things monitoring system. The industrial Internet-of-Things monitoring system comprises a cloud server, a client and an Internet-of-Things terminal; the client and the Internet-of-Things terminal achieve communication with the cloud server through an electronic communication network; and the Internet-of-Things terminal comprises a main control module, a sensor control module, a communication module, a production environment data acquisition module, a switching value acquisition module, an electrical data acquisition module and a sensor module achieving communication connection with the sensor control module, wherein the sensor control module, the communication module, the production environment data acquisition module, the switching value acquisition module and the electrical data acquisition module achieve communication connection with the main control module, the switching value acquisition module is set to acquire relay switching value data of old industrial equipment, and the sensor control module is set to specially processing production data detected by the sensor module alone. Accordingly, the problems that the production data of the old industrial equipment is invisible, and the equipment is not connected to the network are solved, and meanwhile the monitoring pertinence on different types of industrial equipment is enhanced.

Description

technical field [0001] The present invention relates to the field of industrial production process monitoring, and more specifically relates to an industrial IoT monitoring system and method thereof. Background technique [0002] At present, with the rapid development of science and technology, intelligent IoT monitoring for industrial production has been widely used. Real-time monitoring of production parameters and equipment status in the production process is of great significance to improving production efficiency. Due to its high degree of automation and intelligence, the modern automatic assembly line has been generally equipped with a corresponding intelligent IoT monitoring system. However, it is extremely inconvenient to collect and upload data on old industrial machinery and equipment, and there are still many problems in realizing industrial IoT monitoring of old industrial equipment. [0003] First of all, because the production data of old industrial equipment...

AI Technical Summary

Problems solved by technology

However, it is extremely inconvenient to collect and upload data on old industrial machinery and equipment, and there are still many problems in realizing industrial IoT monitoring of old industrial equipment.

[0003] First of all, because the production data of old industrial equipment is invisible and the equipment is not connected to the Internet, the common intelligent transformation methods for old industrial equipment in the prior art are all carried out through PLC, and the cost is relatively high

[0004] Secondly, users need to master the professional skills of PLC programming to adapt to the old equipment that needs to be transformed, which requires a long transformation time, resulting in a high overall cost of intelligent transformation, which is not conducive to promotion

[0005] Thirdly, large-scale equipment transformation will affect the normal production of industrial machines and have a negative impact on production efficiency, and it is extremely inconvenient to carry out large-scale transformation and deployment on industrial sites, which will cause waste of manpower and material resources

[0006] Finally, the existing technology is not very pertinent when monitoring different types of old industrial equipment, and does not adopt corresponding types of sensors for data collection for different machines, resulting in low precision and accuracy of the collected data and poor monitoring effect. poor

Images