SU869718A1 - Device for watering and feeding animals - Google Patents

Description

The invention relates to devices for drinking and feeding animals with liquid feed used on livestock farms and complexes. ''

A device for drinking ³ animals is known, including drinking bowls equipped with a rotatable dispensing pipe with openings arranged in a spiral and having valves controlled from ** E1J · mounted plates mounted in the drinking bowls

A device for drinking and feeding animals is also known, comprising a 15 vertical feed pipe with a storage tank placed under it, in which a float level controller is installed, and successively arranged containers with a siphon - 20 ngmi tubes, interconnected by means of a distribution pipe with horizontal and vertical . sections, one of the ends of which is introduced into the accumulation tank 25 at its bottom (2].

In such devices, automatic filling of containers and their washing is not provided, which greatly complicates their operation. 3 <J

The purpose of the invention is to simplify operation by providing automatic filling of tanks and their washing.

. This is achieved by the fact that the device is equipped with fill level and flush level sensors installed in the storage tank above the float level regulator, and an electromagnetic valve mounted in the supply pipe and controlled from these sensors, the horizontal sections of the distribution pipe being located at a height corresponding to the height of the gap, between the float level controller and the level sensor, 'and the top point of the siphon tubes is placed at a height corresponding to the height of ezhutka between sensors fill level and the level of flushing.

The drawing schematically shows a device for drinking and feeding, 'animals, common "in id.

The device includes a vertical feed pipe 1 with a storage tank 2 located under it, in which a level 3 float regulator is installed, and containers 4 with successive tubes 3 arranged in series. 5 are interconnected by means of a distribution pipe 6. The latter has horizontal and connected to the bottom containers vertical sections, one of the ends of which is entered p storage tank 2 at its bottom. A sensor 7 · of the filling level and a sensor of washing level 8 are installed in the storage tank above the float regulator 3. · In the supply ”pipe 1, an electromagnetic valve 9 is mounted, controlled from sensors 7 and 8. The horizontal sections of the distribution and distribution pipe 6 are located in height between. the float regulator 3 'and the sensor 7, and the upper point of the siphon tubes 5 is placed in height between the sensors 7 and 8.

The device operates as follows.

When the solenoid valve 9 is open, the liquid enters the tank 2 through the supply pipe 1 through the hole of the float regulator 3. During filling of the tank, the float regulator valve closes and the liquid begins to flow through the solenoid valve. Having reached the level of the distribution pipe 6, the liquid through it fills the containers 4. At a liquid level equal to the installation height of the sensor'7, the electromagnetic valve closes automatically. The replenishment of the liquid in the tanks is ensured by opening the valve of the float regulator while lowering the level in the tank.

To flush the device, the sensor circuit 8 is connected and a washing solution is supplied to the tank, which, like drinking liquid, enters the tank 4. Having reached the upper points of the siphon tubes 5, the washing solution begins to flow down them into the sewer. When the level of the washing solution in the tank is equal to the height of the sensor 8, the electromagnetic valve 9 automatically closes, after which its level drops until the float-regulator valve opens. Due to the discharge, the residues of the washing solution from the tank and tanks through the siphon tubes completely merge.

Thanks to this embodiment of the device, automatic filling of containers and their washing is ensured, which greatly simplifies its operation.

Claims (2)

The invention relates to devices for watering and feeding animals with liquid coma used on livestock farms and complexes. A device for watering animals is known, including drinking bowls, fitted with a rotatable dispensing tube with openings arranged in a spiral and having valves controlled from LIU plates mounted in the drinking bowl. A device for drinking and feeding animals, including a vertical a supply pipe with an accumulative reservoir located under it, in which a floating level regulator is installed, and successively located containers with siphon tubes connected between It has a distribution pipeline with horizontal and vertical sections, one of the ends of which is introduced into a storage tank at its bottom {2. Such devices do not provide automatic filling of containers and their flushing, which significantly complicates their operation. The purpose of the invention is to simplify operation by ensuring the automatic filling of the containers and their production. This is achieved by the fact that the device is equipped with filling level and flushing level sensors installed in the storage tank above the float level control and a solenoid valve mounted in the supply pipe and controlled by these sensors, with the horizontal sections of the distribution pipeline located on the Bfc cell corresponding to the height of the gap between the float level control and the fill level sensor / and the top point of the siphon tubes is located at a height corresponding to the heights gap between the filling level sensor and the level of flushing "The drawing schematically shows a device for watering and feeding animals g, shared in Id. The device includes a vertical feed pipe 1 with an accumulative {air tank 2 placed under it, in which a level 3 float regulator is installed, and, consequently, located 4 tanks with siphon tubes with 5 pipes interconnected by means of a distribution pipe b. The latter has horizontal and downstream parts of the tanks vertical sections, one of the ends of which is entered accumulator tank 2 at its bottom. In the storage tank, above the float regulator 3, there is a filling level sensor and a flushing level sensor 8, - In the supply pipe 1 an electromagnetic valve 9 is mounted, controlled by sensors 7 and 8 The horizontal sections of the distribution pipe 6 are located in height between the float regulator Z and sensor 7, and the top point of the siphon tubes 5 is placed in height between the sensors 7 and 8. The device operates as follows 3 ohms. When the electromagnetic valve 9 is open, the liquid enters the reservoir 2 through the supply pipe 1 through the opening of the float regulator 3. In the process of filling the reservoir, the float regulator valve closes and the liquid begins to flow through the electromagnetic valve. Having reached the level of the distribution pipe 6, the liquid fills the tank 4 through it. When the liquid level is equal to the height of the sensor, the solenoid valve automatically closes. The replenishment of the fluid in the containers is ensured by opening the valve of the float regulator when the level in the reservoir is lowered. To flush the device, the Viv sensor circuit is supplied with cleaning solution, which, like drinking liquid, enters the tank 4. Reaching the upper points of the siphon tubes 5, the cleaning solution starts to flow down them into the sewage system. At the level of the cleaning solution, the tank is equal to the height installation of the sensor 8, the solenoid valve 9 is automatically closed; after what it is dropped, it drops until the valve of the float regulator opens. By discharging the remnants of the cleaning solution from the tank and the container through the siphon tubes, they are completely drained. Owing to such an embodiment of the device, the tanks are automatically filled and promygka, which greatly simplifies its operation ... Formula of the Invention A device for feeding and feeding animals, including a vertical feed pipe with a HiaiM reservoir located under it, in which a float level regulator is installed, and consistently located tanks with siphon tubes connected between. This, by means of a distribution pipeline with horizontal and vertical sections, one end of which is introduced into a storage tank at its bottom, characterized in that, in order to simplify operation by providing automatic filling and flushing of tanks, it is equipped with filling level and flushing level sensors installed in the storage tank above the float level control, and the solenoid valve mounted in the supply pipe and controlled by these sensors, izontalnye distributor pipe portions arranged at a height corresponding to the height of the gap between the float level regulator and sensor uroyn filling and the upper point of the siphon tubes positioned at a height corresponding to the height gap between the filling level sensor and the level of flushing. Sources of information taken into account in the examination 1. The author's certificate of the USSR 392918, cl. A.01 K 7/00, 1971. 2. USSR author's certificate number 313529, cl. A 01 K 5/00, 1970, (prototype). ptp H : {Til. 1 p BUT with