SU1366663A1 - Drain well - Google Patents

Abstract

The invention relates to land reclamation construction and can be used in the cleaning of drainage wells. The aim of the invention is to. c reducing the labor intensity of the work on cleaning the well. The drainage well consists of a housing 2, conjugated with collectors 10 and 11 and installed in the housing 2 of the nano-collector 4. The nanosoftory A is made in the form of a perforated cone and provided with a suction pipe 6, the upper end of which is brought to the ground surface as a hydrant 14 for connection to the treatment the car. In the suction pipe 6, a float sensor 7 is installed at the mark of the output collector 11. When cleaning the well from sediments from the pipe 6, the sensor is removed and a vacuum system is connected to it. The sludge sediment in the nano-collector 4 is transferred to the suspended state by the reverse flow of water from the tank 8, and when a vacuum is created in the pipe 6, the sludge will enter the cleaning machine through the hydrant 14. 1 sludge. S cl with:

Description

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The invention relates to land reclamation construction and can be used in the cleaning of drainage wells.

The purpose of the invention is to reduce the labor intensity of the work on cleaning the well.

The drawing shows the proposed well with a device for cleaning it.

The yolodec contains the bottom 1, on which it is transferred to the

rum has a housing 2, a cover 3, a nano-collector, 4, made in the form of a perforated cone, mounted on annular stops 5 and mated to the suction pipe 6, a float sensor 7, a clean water tank 8, pumps 9, an inlet manifold

10, the output collector 11, the control level of the slits 12, the cleaning signal 13, the hydrant 14,

Well works as follows.

Drainage water flows through the inlet manifold 10 into the nano-collector 4. Water enters the tank 8 through the holes, and solids accumulate in the nano-collector 4 at the beginning of the suction pipe 6. Light suspended particles and excess water flow into the output manifold

11. When the accumulated sediment 9 in the well becomes larger than the capacity of the nanosbatrix 4, they begin to decrease the capacity of the output collector, which leads to a decrease in the water level to the level of slit 12, which activates the sensor 7, which signals the siltation of the well. When cleaning the well from sediments, the float sensor 7 is removed from the pipe 6 and a vacuum system is connected to it. Sludge sediment

in the nasosbornik 4 translates into

the suspended state of the reverse flow of water from the tank 8 and therefore when creating a vacuum in the pipe 6, it will enter the tank of the cleaning machine through the hydrant 14. At the same time, the surface of the nano-collector 4 will be cleaned with water from the tank 8.

Claims (1)

Claims of the Invention — A drainage well, comprising a body mated with an inlet and an outlet headers and a nano-collector installed in the body, characterized in that, in order to reduce the laboriousness of the work of cleaning the well, the nano-collector is made in the form of a perforated cone and is equipped with a suction pipe; the end of which is brought to the surface of the earth as a hydrant for connection to a cleaning machine, while a float gauge is installed in the suction pipe at the outlet collector level. /.