Water distribution device and water distribution system

Abstract

The invention relates to a water distribution device and a water distribution system. The water distribution device comprises a first water delivery pipe (1), a second water delivery pipe (5), a floater (4) and a counter weight (6). The upper portion and the lower portion of the second water delivery pipe (5) are sleeved with the floater (4) and the counter weight (6) respectively so that the water distribution device can be suspended or float in water, and the second water delivery pipe (5) can be vertically oriented in the water. The first water delivery pipe (1) is communicated with the top end of the second water delivery pipe (5). The water distribution system comprises the water distribution device, anchoring counter weights (10) and pulling ropes (11), wherein the water distribution device is positioned corresponding to water distribution points through the anchoring counter weights (10) and the pulling ropes (11). The floater (4) and the counter weight (6) in the water distribution device, the anchoring counter weights (10) and the pulling ropes (11) jointly act on the first water delivery pipe (1) and the second water delivery pipe (5) in the water distribution device so that the first water delivery pipe (1) and the second water delivery pipe (5) can be suspended in water. The water distribution device and the water distribution system are convenient to arrange.

Description

technical field [0001] The invention relates to a water distribution device and a water distribution system. Background technique [0002] The vertical flow integration process itself is tested in areas with poor geological conditions. If the old pits and ponds can be used, the cost of land use will be greatly reduced. However, for areas with poor geological conditions to apply the vertical flow integrated treatment system, the civil construction of the pond body is difficult, and the geological uneven settlement is inevitable after the construction is completed. Generally speaking, most ponds cannot be emptied after completion. There is a huge risk of collapse. If you want to increase the strength of the pond body to ensure that it can be overhauled and maintained, it will cost a huge amount of investment. As a result, the traditional method of water distribution pipelines can no longer meet the new requirements. [0003] Among them, the traditional method of water distr...

AI Technical Summary

Problems solved by technology

Therefore, in order to control the uneven settlement of the pipeline foundation, the foundation treatment must be done by riprap or replacement, which is very costly

Steel pipelines may also be cracked under poor control

In addition, although the raw water pumped by the water inlet pipeline is treated by the grille, a small amount of sewage is still pumped into the pipeline and enters the pond. There are blockages and maintenance problems in the pipeline, and the water in the pond needs to be drained for construction. Impossible, the contradiction is difficult to coordinate

If divers are used for underwater construction with water, the construction cost is quite high and the efficiency is low

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