One-piece-type intelligent switching-on and switching-off control system and application thereof

Abstract

The invention discloses a one-piece-type intelligent switching-on and switching-off control system. The one-piece-type intelligent switching-on and switching-off control system comprises a central control system. An input / output device is connected with the central control system. The central control system is in communication with several perception-type terminal intelligent control cards through a control network. Each perception-type terminal intelligent control card comprises a network module, an intelligent control processing module, a processor module and a storage module, wherein the network module is in communication with the control network and is connected with the intelligent control processing module. The invention also discloses a self-checking method utilizing the above one-piece-type intelligent switching-on and switching-off control system and a switching-on and switching-off control method of the above one-piece-type intelligent switching-on and switching-off control system. Through the above structure and the application thereof, the control system which is capable of smoothly expanding control nodes, automatically discovering and configuring the nodes, system self-check, automatic recording, automatic adaption to different application modes, automatic taking-over of fault plans, and low costs of single-node minimum maintenance costs, networking and intelligentization can be realized.

Description

technical field [0001] The patent of the present invention relates to the field of multi-point inductive opening and closing intelligent control, in particular to an integrated intelligent opening and closing control system and its application applied in multi-door opening and closing control and object sensing detection. Background technique [0002] Compared with the current mainstream technology of intelligent opening and closing control mechanism, such as the attached figure 1 As shown, it includes several manual switching modules 1', several lock sensing modules 2', several lock mechanisms 3' and several sensor modules 4', which are all connected with the central control system 5'. We found this prior art to have significant deficiencies: [0003] 1. The organization is rigid and the scalability is poor: the centralized control mechanism is adopted, the number of all controlled nodes is fixed, the scalability of the equipment is strictly limited, and the adaptability t...

AI Technical Summary

Problems solved by technology

[0003] 1. Rigid organization and poor scalability: With a centralized control mechanism, the number of all controlled nodes is fixed, the scalability of equipment is strictly limited, and the adaptability to scalable applications is weak

[0004] 2. High cost of failure maintenance: adopting a centralized control mechanism, when the main control equipment fails, it will cause the whole mechanism to fail to operate, and it is easy to cause the risk of business suspension

[0005] 3. The maintenance process is complicated and the secondary failure rate is high: the centralized control mechanism is adopted, and the entire control mechanism will need to be replaced during the maintenance of the main control equipment, and all connecting lines must be reconnected and debugged, resulting in secondary debugging failures of the equipment risks of

[0006] 4. Low degree of control intelligence: The application of most equipment control mechanisms basically focuses on the opening and closing sensing of door locks in the sensor application link, and most of them do not mention the monitoring of item storage, which is likely to cause business application risks of false operations

[0007] 5. The sensor application mechanism of the existing equipment is independent and scattered, and the signal collection and response actions are not consistent, which may easily cause improper signal triggering actions

[0008] 6. Weak development ability of scalability: Most of the existing equipment are electromechanical drive equipment, and the response ability to the development requirements of intelligent systems is weak, and many manufacturers fail to provide development interfaces

[0009] 7. The dependence on the central control system is high, and all control self-inspection troubleshooting needs to wait for the unified calculation of the central control system, which will easily reduce the response efficiency of the central control system

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