Mobile siphonic water decanter

Abstract

The invention relates to a mobile siphonic water decanter. The water decanter comprises a hose and a water intake heat part. A sluice valve is arranged nearby the water outlet end of the hose, a float block is arranged bellow a part of hose in a pond, and the water inlet end of the hose is connected with the water intake heat part. The water intake heat part is provided with a hollow cavity, a bent pipe penetrates through the upper portion of the cavity, a float ring is fixedly arranged around the periphery of the lower portion of the cavity, the end, in the cavity, of the bent pipe is opened vertically downward, and the other end, outside the cavity, of the bent pipe is connected with the water inlet end of the hose through a pipe clamp; the end, in the cavity, of the bent pipe is connected with a bottom valve and vertical downward, and the portion, in the cavity, of the bent pipe is provided with an exhaust pipe which an exhaust valve; a pull rope is fastened to the upper end of the cavity. When the mobile siphonic water decanter is used, the liquid supernatant can be discharged in time and cannot become turbid, the hose is avoided from being evacuated, water in the hose is prevented from flowing backwards to a drying pond, and the condition which induces a siphon phenomenon in the hose is avoided from being damaged.

Description

technical field [0001] The invention relates to a water decanter, in particular to a movable siphon water decanter capable of rapidly discharging the supernatant liquid intermittently entering the raw mud drying tank. Background technique [0002] In recent years, with the rapid development of my country's construction technology, more and more high-rise buildings, urban subways, and viaducts have appeared, and the technology of bored piles has been widely used. This also causes a large amount of waste mud to be produced during the construction process. There are a large amount of cuttings, clay minerals and sundries in the waste mud, which is very thick and difficult to sink naturally and cannot be discharged directly. Centralized storage and centralized treatment of mud resulted in large-area mud pools occupying valuable construction sites, which not only affected the construction progress and construction site environment, but also caused secondary pollution such as water...

AI Technical Summary

Problems solved by technology

At present, the way of excavating trenches on the embankment to discharge the supernatant is adopted. If the mud level is low, the trench needs to be dug very deep. If the deepest part of the supernatant in the pool is in the center of the pool, it is difficult to drain the supernatant. , and it is easy to wash away the mud in the dam during discharge, making the drainage turbid

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