Integrated sewage pipe network detection and sewage treatment device and system

Abstract

The invention relates to an integrated sewage pipe network detection and sewage treatment device and a system. The device comprises multiple data acquisition terminals, a pre-treatment circuit, a main control circuit, a frequency conversion control circuit and multiple water pumps, wherein each river is internally provided with the data acquisition terminals along a water flowing direction, each river is internally at least provided with a water pump, all the water pumps are connected with sewage tanks through sewage pipes, all the acquisition terminals are electrically connected with the pre-treatment circuit, the main control circuit is separately electrically connected with the pre-treatment circuit and the frequency conversion control circuit, and all the water pumps are electrically connected with the frequency conversion control circuit. Through the device, real-time dynamic monitoring on a sewage network system can be realized, concentrated dynamic treatment on sewage is carried out according to a monitoring result, integrated detection and treatment are realized, further water quality deterioration of the sewage during a sewage transfer process can be prevented, pollution to the environment is reduced, and the sewage after treatment reaches sewage discharge standards.

Description

technical field [0001] The invention relates to the technical field of sewage treatment, in particular to a sewage pipe network detection and sewage treatment integrated device and system. Background technique [0002] The sewage pipe network is a city or a region that collects the sewage from the sewage outlets that need to be collected and discharges it to the sewage treatment plant through pipelines. These pipelines form a network structure, commonly known as a pipe network. The sewage pipe network is an important sewage treatment facility. Once there is a problem with the sewage pipe network, the corresponding sewage system will fail. Therefore, it is necessary to monitor the sewage pipe network in real time. However, the existing technologies are basically Corresponding comparisons are made between local data to determine the problems of the pipe network. This method is not very accurate and prone to errors. Moreover, the existing sewage pipe network is only responsib...

AI Technical Summary

Problems solved by technology

The sewage pipe network is an important sewage treatment facility. Once there is a problem with the sewage pipe network, the corresponding sewage system will fail. Therefore, it is necessary to monitor the sewage pipe network in real time. However, the existing technologies are basically Corresponding comparisons between local data are used to judge the problems of the pipe network. This method is not very accurate and prone to errors

Moreover, the existing sewage pipe network is only responsible for the transportation and transfer of sewage, and cannot carry out preliminary treatment of sewage, which makes the water quality of sewage easy to further deteriorate during the transfer process, seriously pollutes the environment, and increases the workload and difficulty of subsequent sewage treatment

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