Cloud control system

Abstract

The invention belongs to the technical field of control systems and particularly relates to a distributed cloud computing industrial automatic control system. The specific technical scheme is that a cloud control system comprises a cloud controller interface unit which comprises a plurality of signal input channels and signal output channels, each of the signal input channels comprises a cloud controller and a sensor, the signal input end of the cloud controller is connected to the sensor, the signal output end of the cloud controller is connected to the cloud controller interface unit, each of the signal output channels comprises a router, an Ethernet module and multiple administrator modules, the signal output end of the cloud controller interface unit is connected with the router, the router is connected to the plurality of administrator modules, a plurality of sensors transfer signals to corresponding cloud controllers, the multiple cloud controllers process the signals and then transmit the signals to the cloud controller interface unit, the cloud controller interface unit processes the signals and then transmits the signals to the corresponding administrator modules through Ethernet, and the cloud controller is also connected to a LoRa sensing device and a local server.

Description

technical field [0001] The invention belongs to the technical field of control systems, and in particular relates to a cloud management industrial automatic control system. Background technique [0002] At present, the development of industrial automation control technology is in full swing, changing with each passing day. After decades of development, my country has produced a large number of automation equipment manufacturers, and a large number of manufacturing enterprises have adopted fully automatic production lines, including robots. Some technologies are even at the international leading level. . However, compared with developed countries, the average level of industrial automation control in my country is still weak, which is mainly reflected in the uneven distribution of various industries, fewer patents and original technologies, serious copying and homogenization of copycats, and poor user experience. [0003] Taking smart water affairs as an example, my country h...

AI Technical Summary

Problems solved by technology

However, compared with developed countries, the average level of industrial automation control in my country is still weak, which is mainly reflected in the uneven distribution of various industries, fewer patents and original technologies, serious plagiarism and homogenization of copycats, and poor user experience

[0003] Taking smart water affairs as an example, my country has vast rivers, lakes and seas, water conservancy projects all over the north and south of the river, and a dense urban water supply network. In terms of natural disaster early warning, scientific irrigation, agricultural meteorological forecast, and pipe network control, a large number of sensors and controls are required. However, my country's information management level is far behind, and it is impossible to provide a large number of suitable equipment. It is common to rely on the naked eye and historical experience to speculate and control, resulting in large control deviations and low efficiency.

[0004] The specific disadvantages are as follows: 1. Most of the existing control systems cannot be connected to the Internet to realize remote and local coordinated control, and cannot realize large-scale systematic management and control; 2. The control method is single and the automation level is low; 3. The controller is compatible with the sensor types Poor performance, some devices do not disclose interfaces and communication protocols for commercial purposes; 4. The security of the control link is poor, and it is easy to be damaged by illegal intrusion; The control of the cluster can solve the problem of cluster control

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