Swage station's remote cluster control system

Abstract

The invention discloses a swage station's remote cluster control system, comprising a monitoring layer, a first transmission layer, a relay station, a second transmission layer and an execution layer, wherein the monitoring layer comprises a sever used to analyze the data transmitted from the swage station; the first transmission layer is used to complete the communications between the monitoring layer and the relay station; the relay station is used to forward the data information of the monitoring layer and / or the executing layer; the second transmission layer is used to complete the communications between the relay station and the execution layer; and the execution layer comprises a plurality of areas divided according to the region, and each of the area contains one or more swage stations that are remotely controlled. The swage station's remote cluster control system is capable of administering effective and uniformed monitoring and treatment to a plurality of swage stations of a plurality of regions so as to reduce the management difficulty brought about by the scattering distribution of the swage stations.

Description

technical field [0001] The invention relates to the technical field of sewage station control, in particular to a remote group control system for sewage stations. Background technique [0002] As the country attaches great importance to the rural environment, more and more rural areas have established small integrated sewage treatment stations in new rural construction projects. Rural domestic sewage has been effectively treated. In the process of operation and maintenance management, many problems were also reported: such as high technical level requirements for maintenance personnel; large changes in the amount of sewage water, when detection sensors and single equipment fail, they are not found in time, leading to more and more serious faults ; Man-made damage to the sewage station, there is no effective monitoring of the instability of the effluent water quality. After such an integrated sewage station has been in operation for a period of time, it has been in a "sick"...

AI Technical Summary

Problems solved by technology

In the process of operation and maintenance management, many problems were also reported: such as high technical level requirements for maintenance personnel; large changes in the amount of sewage water, when detection sensors and single equipment fail, they are not found in time, leading to more and more serious faults ; Man-made damage to the sewage station, no effective monitoring such as unstable effluent quality

After such an integrated sewage station has been in operation for a period of time, it has been in a "sick" working state for a long time, lacking supervision and maintenance, and the rural integrated sewage stations are widely distributed, which also brings difficulties to maintenance and management

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