RU176757U1 - MULTI-TIRE DEVICE FOR WATERING AGRICULTURAL BIRD - Google Patents

Abstract

A multi-tier device for watering poultry contains pipe tiers with nipple drinkers and open channels for air outlet, a tank located at the level of the first tier and connected to it, and a valve with a water level sensor is located in the water supply pipe connected to the tank, the float of which is located in the tank, and the water supply pipe is connected to the highest tier and with the help of the upper elbow to the lower tier, this lower tier is connected to the next lower tier with the help of a subsequent tier helen, and the last tier in the row is connected by his last elbow to the reservoir. Water from the water supply network is fed through the water supply pipe to the uppermost tier, as it is filled, water overflows through the upper elbow connecting the uppermost tier to the lower tier. After filling all subsequent lower tiers connected by subsequent knees, water flows through the last knee into the tank through which the first tier is filled, after the first tier is filled, the tank is filled until the water supply valve closes.

Description

The proposed multi-tier device for drinking poultry belongs to the industrial poultry industry.

A device for drinking cellular equipment [1] is known, comprising pipes with pressure regulators, nipple drinkers, a tank located at the level of the lower tier, a pipe in which there is a valve with a liquid level sensor, the float of which is located in the tank connected to the upper tier, which, in turn, connected to the lower tier.

The disadvantage of this device is that when using pressure regulators at enterprises of small capacities, the high cost and cost of production of the system increases.

A device for drinking water for a cell battery for keeping quail [2].

The quail cell battery consists of pipes with nipple drinkers with drop catchers located in tiers, and a water supply tank is located above the tiers.

The disadvantage of this device is the lack of water supply to the water supply tank, which makes it difficult to supply water and makes the process of filling the system with water more time-consuming.

The closest analogue selected as a prototype of the claimed device is a device for drinking cellular equipment [3], containing pipes, a water supply valve, deaerators installed at the ends of the pipes, water pressure regulators with a working pressure regulation zone, a water flow meter.

The disadvantage of this device is deaerators and water pressure regulators with a zone for regulating the working pressure, which increase the cost of the system and increase the complexity of maintenance.

The technical result of the utility model is to simplify the design of the device, and, as a consequence, reduce the cost of the device itself, increase its reliability.

The technical result is achieved by the fact that at the level of the first tier there is a tank connected to it, and in the water supply pipe connected to the tank, there is a valve with a water level sensor, the float of which is located in the tank, and the water supply pipe is connected to the highest tier and with the help of the upper knee - with the lower tier, this lower tier is connected to the next lower tier with the help of a subsequent knee, and the last in the row tier is connected with its last knee to the reservoir.

A device for implementing the proposed method is shown in FIG. one.

The device contains pipes with an open channel for air outlet 1, nipple drinkers 2, the uppermost tier 3, the lower tier 4, the upper elbow 5, the subsequent lower tiers 6, the subsequent elbows 7, the last in the row tier 8, the tank 9, located at the level of the first tier 10, the last elbow 11, a water supply pipe 12, in which a valve 13 with a water level sensor 14 is located, the float 15 of which is located in the tank 9.

This device operates according to the following principle. Water from the water supply network is fed through the water supply pipe 12 to the uppermost tier 3, as it is filled, water overflows through the upper elbow 5, connecting the uppermost tier 3 with the lower tier 4, to the lower tier 4 and fills it. Similarly, all subsequent lower tiers 6, connected by subsequent knees 7, are filled until the last in the row of tier 8 is filled, then water through the last elbow 11 flows into the tank 9, through which the first tier 10 is filled, after the first tier 10 is filled, the tank 9 It is filled until it is shut off by a water supply valve 13.

This process is cyclical. As the amount of water in the system decreases, a valve 13 opens with a water level sensor 14, and the water supply from the water supply network resumes.

Sources.

1. Internet resource: http://www.agroserver.ru/b/kletochnoe-oborudovaniya-dlya-vyrashhivaniya-perepelov-209323.htm, published on 05/25/2014.

2. Internet resource: http://www.agroru.com/doska/kletochnaya-batareya-dlya-soderzhaniya-150-perepelov-691877.htm, published on 02/03/2014.

3. Internet resource: http://www.utm-plus.ru/production-kletochnie-batarei-4.htm, published on 10/05/2014.

Claims (1)

A multi-tier device for drinking poultry, consisting of tiers of pipes with nipple drinkers and open channels for air outlet, characterized in that at the level of the first tier there is a reservoir connected to it, and a valve with a sensor is located in the water supply pipe connected to the reservoir the water level, the float of which is located in the tank, and the water supply pipe is connected to the highest tier and with the help of the upper bend to the lower tier, this lower tier is connected to the subsequent lower tier with oschyu subsequent knee, and the last in a series of stage connected at its last bend to the tank.

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