SU1110423A1 - Movable enclosure for animal grazing - Google Patents

Abstract

A MOBILE LEATHER FOR PILE OF ANIMALS, made of articulated articulations of intertwined arrays mounted for movement relative to the longitudinal axis of the pen, characterized in that, to simplify the milking process, it has partitions, one of which is located along its longitudinal axis, a others are perpendicular to it from two sides and are installed with the possibility of rotation relative to it, and in the longitudinal partition the openings with animals' fixtures are made for the time of milking, while the pen is provided with a mechanism when water to move the partitions.

Description

The invention relates to agriculture, in particular to pens for grazing animals. There is a well-known grazing pen for animals, formed by a hedge mounted on a skid and divided into sections 1 pivotally interconnected. The disadvantage of this paddock is the incomplete eating of grass by animals and its flooding. Also known is a mobile pen for pasturing animals, made of grids that are hinged to each other, mounted for movement relative to the longitudinal axis of the pen 23. However, in order to milk animals, it is necessary to transfer them to the milking machines. The purpose of the invention is to simplify the process of milking. This goal is achieved by the fact that the mobile pen for pasturing animals has partitions, one of which is located along its longitudinal axis, and the others perpendicularly on both sides and are installed with the possibility of rotation relative to it, and in the longitudinal partition there are openings with animals clamps for milking, wherein the pen is provided with a drive mechanism for moving the partitions. FIG. 1 schematically shows a mobile pen for grazing animals, a general view; in fig. 2 shows section A-A in FIG. Ij in FIG. 3 is a diagram of the gate of the opening of the water pipes in FIG. 4 is a view B in FIG. one,. in fig. 5 - diagrams of options for the device; in fig. 6 is a sectional view BB in FIG. 9; in fig. 7 shows a section of Mr. G. FIG. in FIG. 8 - a mobile pen, a plan view} in FIG. 9 - a view D in FIG. eight; in fig. 10 - the scheme of rotation of transverse perego1) odk. A mobile animal grazing pen consists of a partition 1 located along its longitudinal axis, a pipeline 2 attached to support trolleys 3, a flexible pipe 4 connected to water pipe 2 and connected to hydrates 5 of the irrigation network. The support trolley 3 is mounted on the running wheels 6, the support legs 7, cable spreaders 8, perpendicular partitions 9 equipped with water dispensers 10, the electric motor 11c with a gearbox 12. At the wheel hub 6 there is a contact 1.3 that interacts with the ne; a switch 14 connected to a time relay 15. Each trolley 3 contains two portions of the machine 16 with installed feeders 17 (for salt) and auto-drinkers 18. Above the machines 16 there is a vacuum wire 19, a milk conduit 20, a water supply with warm water 21, a pipeline 22 for pneumatic feed of concentrated feed. On the milk line there are nozzles 23, to which the milking machines 24 are connected. The milk line 20 is connected to the filter 25, the diaphragm milk pump 26, the milk tank 27. On the machines 16, the arches 28 are fixed for fixing the animals and the doors 29 with feeders 30 are located. a metering hopper 21 (for distribution of concentrated feed) is mounted, which contains a handle 32. The water supply system 21 is connected to the sprinkler 33 by means of a flexible rubber hose 34 and an electric heater 35 on which the temperature controller 36 is installed. The perpendicular partitions 9 are rigidly attached to the legs 37 supported on the wheels 38. The legs are connected to each other and to the perpendicular partitions 9, cable spreaders 8 and hangers 39. On the partitions 9 and hangers 39, an electric fence 40 is suspended, forming corners 41. One side of the electric fence 40 is a gate 42 installed from wires 43, hooks 44 are fixed at their ends, which are attached to the rings 45 located on the uprights 37. The electric fence 40 is connected to an electric impulse sensor 46 and with a current source 47, an insulating handle 48 is installed at the ends of the wire 43. Pipeline 2 with POMOP1I hinge 49 and flexible hose 50 is connected by g partitions 9. The other end of partitions 9 is connected to partition 1 and pipe 2 by means of cables 51 wound on drum 52 using an electric motor 53. On the ropes 51

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installed contacts 5A, interacting with the switch 55 mounted on the drum 52.

Mobile pen for grazing animals works as follows

When the unit is moved to a proper pasture area, the wheels 6 of the supports of the carriages 3 are rotated by 90, the poles 37 supported on the wheels 38 are rigidly fixed to the perpendicular partitions 9. 39. Perpendicular partitions 9 and suspensions 39 hang an electric fence 40. The animals are distilled through gates 42 into fenced corrals. Using handle A8, wires 43 are fixed on racks 37 with hooks 44 and rings 45. An electric fence is connected to a current source 47 and an electric pulse sensor 46.

The operator connects the flexible pipe 4 of the intake to the hydrants 5. The electric motor 11 is turned on, which, through the gearbox 12, moves the pen to a fresh pasture pasture according to a given program. In this case, the contacts 13 interact with the switch 14, which opens the circuit supplying the electric motor 11, and switches on the time relay 15, which according to a predetermined program turns on the electric motor 11. The water from the hydrant 5 of the irrigation network moves under pressure through the flexible pipeline 4, pipeline 2, perpendicular partition 9 to the sprayers 10. Through the sprayers 10, the water is sprayed evenly on the grazed areas of pasture beyond the enclosed pens 41, the irrigated parts are irrigated

The locking circuit that feeds the motor 53 of the drum 52 under the action4234

By connecting the cables 51, the perpendicular partitions 9 move in a horizontal plane by 90 °. Under the action of moving rehearsal 9 animals move from one half of the pen 41 to the other. After moving the animals using the handle 48, the conductive wires 43 are fixed in the proper position.

10 After that, the transverse partitions return the initial position. Up to the handle, it turns the handle 32, the feed goes from the hopper 31 to the feeder 30, it lets the cow in

15 into the machine 16, where it fixes with the aid of the arc 28, flushes out the warmth with warm water using the sprinkler 33 and puts on the teats of the udder the glasses of the milking machine 24,

20, after finishing the milking, removes the cups of the milking machine 24 and releases the cow through the door 29 and into the vacated machine 16 admits the next cow. Milk from the milking machine enters the milk line 20 and through the filter 25 into the small-sized tank.

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, In order to improve road safety, the pen must be installed in a working or transport position. When the ramp is installed in the transport position, the gates 42 are opened and the electric motors 53 of the drum 52 are turned on by means of sliding cables 51 and hinges 49 perpendicular partitions 9 are rotated 90 degrees in a horizontal plane. Then the wheels are turned 90 for transportation along the partition. When the perpendicular barriers are rotated, the animals leave the pen and the pen is ready for transport.

The invention will simplify the process of milking.

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Claims (1)

MOBILE REDDING FOR ANIMAL CATTLE made of pivotally interconnected grids installed with the possibility of movement relative to the longitudinal axis of the pen, characterized in that, in order to simplify the milking process, it has partitions, one of which is located along its longitudinal axis, and others are perpendicular to it from two sides and are mounted with the possibility of rotation relative to it, and in the longitudinal partition there are openings with catches of animals for milking, while the corral is equipped with a drive mechanism for move partitions. yu SO