WATER DISCHARGE - STABILISER OF WATER FLOW FROM CHANNELS WITH RAPID FLOW MODE Russian patent published in 2013 - IPC E02B13/00 

Abstract RU 2484203 C1

FIELD: construction.

SUBSTANCE: water discharge - a water flow stabiliser comprises a supply (3) and a transit (4) channels, a control gate and a bottom water-receiving gallery (1), having a water-receiving hole (7) in the upper part, and this hole is covered with a vibration grid (8), and in the bottom part there is a separating wall (9), coupled with the bottom of the transit channel. The bottom water-receiving gallery is connected with a discharge pipe (5) by means of a water discharge hole. The water discharge - the water flow stabiliser is also equipped with a jet-directing system in the form of separating plates (13) curvilinear in cross section, which are installed oppositely to the supply channel into galleries into a row, aligned in series along the length of the gallery hole. The upper edges of the plates are attached at the bottom to the grid, the ends of the rods (10) of which are bent down and rest against the separating wall, coupled with the bottom of the transit channel with the possibility to create self-excited oscillations of the grid. The gallery is arranged with permanent height along its entire length and a bottom (2) arranged as inclined. The gallery is divided along the length into sections with a transverse ledge (14) and a flat plate (15), attached by the base of the ledge and the edge of the plate at the bottom to the separating wall with partial coverage along the height of the throughput section of the gallery with gaps to the bottom of the gallery. The gallery of the bottom is equipped with a concave transverse plate (16) between the ledge and the flat plate in the form of a zigzag-shaped water conduit that narrows along the length of the gallery towards its end part.

EFFECT: increased efficiency of operation by stabilisation of water discharge water flow due to change of hydraulic resistances with wave structure of a flow and efficient cleaning of water from drifts and debris.

2 cl, 4 dwg

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RU 2 484 203 C1

Authors

Golubenko Vadim Mikhajlovich

Dates

2013-06-10Published

2012-02-03Filed