SU1521413A1 - Arrangement for watering animals in chutes - Google Patents

Abstract

This invention relates to agriculture. The purpose of the invention is the improvement of zoohygienic conditions. The device for watering animals in fast currents contains a waste siphon 6, the inlet bend of which is located in the tank 5. The tip of the waste siphon 6 has a triangular notch 7. The exit knee of the waste siphon 6 is placed in the rapid current 2 and has an outlet 8 that faces the opposite side from the intake nozzle 4 the side. Capacity 5 is made in the form of a trough. The bottom of the notch 7 is located at the bottom of the trough, and its top is located not above the edge of the trough. Through the receiving siphon 1, water enters the tank 5. Due to the vacuum in the outlet nozzle 8, the waste siphon 6 is charged. The triangular cutout 7 reduces the pressure pulsations in the waste siphon 6. At the maximum water level in the tank 5, the waste siphon 6 sucks soils from the tank 5. 1 z. P. f-ly, 4 ill.

Description

  G - -; | T

- -

-rV: t--

q3us.3

-; | T

t--

q3us.3

891

SP

yo

with

The invention relates to agriculture, in particular to animal watering devices.

The purpose of the invention is to improve the zoo-hygienic conditions of the animals.

FIG. 1 shows a device for watering animals at fast currents, a top view; in fig. 2 shows section A-A in FIG. one; in fig. 3 shows a section BB in FIG. one; in fig. 4 — node I in FIG. 3

The device for watering animals at fast currents contains a siphon receiver 1, on the inlet knee 3 exchanged in rapid current 2 of which the intake pipe 4 is installed perpendicular to it, and the capacity of 5 distribution means 5 communicated with the outlet knee of the reception siphon 1. The device also has a waste siphon 6, the inlet bend of which is located in the tank 5 of the means of water distribution and has a triangular notch 7 on its tip, and the outlet bend of the discharge siphon 6 is placed in the flux 2 and has an outlet nozzle 8 facing the opposite side from the inlet nozzle 4 . Capacity 5 means of water distribution is made in the form of a trough, at the bottom of which is located the base of the triangular cut-out 7 of the entrance knee of the discharge siphon 6, and the top of the cut-out 7 is located not above the edge of the trough. Highway 2 has a slope of at least 0.01. The inlet bend of the discharge siphon 6 is located below the minimum water level in the trough. The output knee of the waste siphon 6 has a cut of 9, facing the bottom of the current flow and 2 and made at an angle of 8-10 ° to it.

The device for watering animals at high speeds works as follows.

The water moving in rapid 2 at high speed passes through the receiving siphon 1 into the tank 5. Due to the flow of water from the outlet knee of the discharge siphon 6, vacuum and water appear in the latter in the latter, and in the initial period when the water level The tank 5 is minimal, the air through the cutout 7 begins to flow through its corners, preventing the discharge of the waste siphon 6, thereby reducing the pressure pulsation in the siphon 6.

With an increase in the level of water in the tank 5 and the achievement of the level H «ajs. The triangular cutout 7 of the discharge siphon 6 closes, it starts to work with the maximum discharge flow rate and sucks the pumps out of the tank 5. When watering the animals, the water level in the tank 5 decreases.

The location of the outlet knee of the discharge siphon 6 at the bottom of the rapid current 2 leads to the exclusion of atmospheric air access from below, since it is submerged below the water level in the rapid current 2, which has a positive bottom slope in the direction of water movement.

When the animals move away from the drinking trough 5, the process is repeated, i.e. the waste siphon 6 continues to work, transporting the sediment to fleet 2 with a full cross section. Thus, the correspondence between the water flow from the fast flow 2 and the discharge of the spillway from the tank 5 is automatically maintained. To disconnect the water from the tank 5, a valve gate (not shown).

Claims (2)

1. A device for watering animals at fast currents, containing a primary siphon, on the entrance knee of which and perpendicular to it the intake branch pipe is installed, and the capacity of the means of distribution equipment that communicates with the exit knee of the said receiving siphon improve the zooogienicheskikh conditions of animals, it is equipped with a waste siphon, the inlet bend of which is located in the tank of means of water distribution equipment and has a triangular notch on its tip, and the exit knee of the waste siphon is it is still in flux and has an outlet, facing away from the intake nozzle. 2. A device according to claim 1, characterized in that the capacity of the water distribution means is made in the form of a trough, at the bottom of which the base of the triangular cutout is located on the entrance knee of the discharge siphon, and the top of the cutout is located not above the trough edge. / /// / 7 cpus.Z -B-fO jigl