A control system of a layered interconnected intelligent drainage pipe network system

Abstract

The present invention relates to a control system of a layered and interconnected intelligent drainage pipe network system, including a sensing unit, a control unit and a smart brain, the sensing unit includes monitoring equipment for the drainage pipe network system, the control unit includes regulation and control facilities, and The smart brain includes a computer server, and an interconnected network channel is established between the control facilities, and a data interaction channel is also established between the control facility and the sensing unit for online exchange of data information, and control and scheduling of the control facilities; The intelligent brain establishes a network connection with the control unit and the perception unit for online data transmission, realizes the centralized storage, management and analysis of monitoring perception and control data, conducts quantitative diagnosis of the status quo of the drainage pipe network system, and issues collection instructions to the perception unit , to issue control instructions to the control unit.

Description

technical field [0001] The invention belongs to the technical field of water supply and drainage, and in particular relates to a control system for a layered interconnected intelligent drainage pipe network system. Background technique [0002] The drainage pipe network and facilities buried underground in the city are important infrastructure and one of the core assets of the city. Compared with other urban assets, drainage pipe network assets are characterized by strong concealment, wide distribution, huge total assets, long construction period, and upstream and downstream related influences. At present, most cities in my country lack data that can reflect the real status of the drainage network. Some planning and design schemes deviate from the actual situation. The operation and maintenance of the drainage system mainly depends on subjective experience. The level of scientific decision-making is low. Insufficient degree of transformation. With the continuous constructio...

AI Technical Summary

Problems solved by technology

[0003] (1) The management of data related to most urban drainage systems is scattered, unsystematic, and unsustainable, the data on assets related to drainage pipe networks is inaccurate, and there is a lack of complete asset data related to drainage pipe networks;

[0004] (2) The monitoring work of the drainage pipe network is not carried out systematically and comprehensively, and the method of determining the monitoring point is only based on experience, which cannot timely and accurately grasp the changes in the operation status of the drainage system, and cannot effectively carry out system diagnosis and scheduling control;

[0005] (3) Insufficient automation capabilities for the construction of related facilities of the drainage pipe network, lack of scientific basis for dispatching control, emergency accident analysis, and safety early warning analysis, etc., and low level of intelligence in dispatching work;

[0006] (4) There is a lack of an overall intelligent management and control system that can be deployed on the drainage pipe network, the control level of the drainage system is low, and there is a lack of quantitative tool support

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