HYDRAULIC STRUCTURE FOR UNDERGROUND SPRING WATER DRAINAGE Russian patent published in 2017 - IPC E02B11/00 E03B3/00 

Abstract RU 2616377 C1

FIELD: construction.

SUBSTANCE: hydraulic structure comprises installed in the aquifer 1 the reservoir 2 with the bottom filter 3 having the filling 4, and the water level determinant 5. The working reservoir 6 is additionally divided into the water intake chamber 7 and the float chamber 8. The second working reservoir 6 is separated from the first reservoir 2 by the perforated partition wall 9 with the bottom threshold 10. The working reservoir 6 comprises the vertical housing 11 fixed to the reservoir lid, in the housing of which the float pump 12 of the water intake chamber 7 is placed. The float pump 12 has the limiter 13 in the form of guides fixed in the lower part of the housing 11, and the limiter 14 is fixed in the middle part of its intake. The water intake chamber 7 is separated from the float chamber 8 of the reservoir 6 by the cantilever wall 15. The float chamber 8 is equipped with a means in the form of the sewer pipe 16 fixed in the structure slope 17, and is provided with the tubular insert 18 made in the form of a flexible hose segment, one end of which is inserted into the sewer pipe 16 with the possibility of moving freely therein, and the other end of the insert 18 is connected to the flare nozzle 19 fixed on the float 20. The flare nozzle 19 with the float 20 is freely mounted on the guide riser 21 with the possibility for axial motion between the limiters 22 and 23, which is mounted on the bottom of the float chamber 8. The partition wall 15 is installed with a gap relative to the bottom 24 of the working reservoir 6. The reservoirs 2 and 6 are arranged in the sequential order and equipped with the hydroinsulation layer 25 of the desired height. The hydraulic structure operates in standalone and automatic modes.

EFFECT: simplicity and reliability of the design.

3 cl, 1 dwg

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RU 2 616 377 C1

Authors

Golubenko Mikhail Ivanovich

Dates

2017-04-14Published

2016-02-08Filed