Intelligent water supply dispatching control system

Abstract

The invention discloses an intelligent water supply dispatching control system, which comprises an urban water supply management system and a plurality of monitoring points arranged in an urban water supply pipe network, wherein the urban water supply management system comprises a center console and a general data processor, a general data storage server, a general data communication module, a display and a general FTP processor connected with the center console, and the center console is connected with the general FTP processor; and certain monitoring point of the control center controls setting of the terminal interface and a communication protocol, tables are formed for a data acquisition period and a storage period for the terminal, and the tables are printed and presented via a printer. Basic information of the user can be added, changed and deleted by the system, various parameters and the monitoring points are self defined, added, deleted and changed, and the monitoring indexes can be dynamically configured. As for a specified terminal, various parameter default values and alarming upper and lower bounds can be set. A communication related parameter measurement cycle, resampling times, database access parameter information, monitoring picture data refreshing time and the like can be self defined.

Description

technical field [0001] The invention relates to an intelligent water supply scheduling control system. Background technique [0002] At present, in the pipe network layout of the urban water supply system, the water supply pressure test and reading of the water supply pressure points in each area are performed by manual logarithmic testing and data statistics, which is time-consuming and increases the workload of the scribes. workload. The existing way of using intelligent methods to remotely read water meter data has become a new development trend. Using remote water meters to send water pressure point test data flow to the terminal, but the existing water supply water pressure data processing system has poor functionality. The defect of inaccurate data transmission. At the same time, the water supply pressure test and reading of the water supply pressure points in each area in the pipe network layout of the urban water supply system can obtain the safety of the water pre...

AI Technical Summary

Problems solved by technology

However, the existing data testing system can only read data during the monitoring process, and cannot reflect the data related to some emergencies and pipe network damage.

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