Municipal sewage pipe flushing and diversion system and method
A municipal sewage and diversion system technology, which is applied in the sewer system, waterway system, cleaning sewer pipeline, etc., to solve the problem of early rain regulation and storage, good flushing effect, and high degree of automation.
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Embodiment 1
[0038] See figure 1 with figure 2 As shown, the present invention provides a drainage pipeline flushing system, which has an inclined drainage pipeline. The drainage pipeline includes an inclined municipal rainwater pipe 10 and a municipal sewage pipe 11, and also includes a diversion facility 2, a storage facility 3, and a flushing pipe 4. .
[0039] A number of diversion facilities 2 are arranged at intervals along the municipal rainwater pipes. The diversion facilities 2 are provided with water inlets, first water outlets and second water outlets. The water inlets are connected to the upstream drainage pipes, and the first water outlets are connected to the downstream drainage pipes. 2 is used to divert sewage and / or initial rainwater entering the municipal rainwater pipe 10 from mid-late rainwater, and the domestic sewage and / or initial rainwater entering the municipal rainwater pipe 10 flows to the storage facility 3, and the mid-late rainwater flows downstream. The divers...
Embodiment 2
[0044] On the basis of the above embodiment 1, the system in this embodiment 2 also includes a first water conservancy switch 30 and a second water conservancy switch 31. The first water conservancy switch 30 is located near the second water outlet or the water inlet of the storage facility 3 The second water conservancy switch 31 is set at the water outlet of the storage facility 3 or on the flushing pipe 4 to control the opening or closing of the flushing pipe 4. In this embodiment, the first water conservancy switch 30 is set at the second water outlet of the shunt facility 2. When a flushing pipe 4 or a flushing pipe 4 is connected to a regulating and storing facility 3, the second water conservancy switch 31 is set on the regulating and storing facility 3. At the water outlet of the facility 3, when several flushing pipes 4 are connected to the same storage facility 3, the second water conservancy switch 31 is set on the flushing pipe 4 to individually control the opening o...
Embodiment 3
[0049] On the basis of the above-mentioned embodiment 1, the system of this embodiment 3 also includes a first water conservancy switch 30 and a second water conservancy switch 31, the first water conservancy switch 30 is arranged near the second water outlet or the water inlet of the storage facility 3 , Used to control the water inlet of the storage facility 3, and the second water conservancy switch 31 is set on the water outlet of the storage facility 3 to control the opening or closing of the flushing pipe 4. The first water conservancy switch 30 in this embodiment is set at the second water outlet of the shunt facility 2. When a flushing pipe 4 is provided or the flushing pipe 4 is connected to a storage facility 3, the second water conservancy switch 31 is set at the storage facility The water outlet of facility 3. The first water conservancy switch 30 in this embodiment can select equipment such as gates, valves, weir gates or gate valves according to the actual use env...
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