SU847958A1 - Cage battery for housing birds - Google Patents

Abstract

1440090 Poultry cages INGENIEURBURO FUR GEFLUGELWIRTSCHAFT VEB 28 Sept 1973 [3 Oct 1972 (2)] 45600/73 Heading AIM A cage system comprises an elongate stationary stand 1 carrying, along its length, feeding troughs 10, dropping removal devices 5 and watering troughs 11, and having slidably removable mesh floors 2 which have attached a series of transverse partition walls 3. Each cage in the system is defined on two sides by partition walls 3, the other two sides by grids, attached to the stand 1, below by a floor 2 and above by a droppings collecting tray 4 of the cage above. The floor 2 comprises 2 layers of plastics tube welded to form a mesh, the upper tubes being more elastic than tne lower tubes. The slidably removable floors 2 can be pushed out on rollers 7 into transport stands, which are resigned to accept the integral floor 2 and partition walls 3, by inserting an engaging device 6 into the floor frame on which device droppings removal apparatus 5 can engage, thus enabling easy and quick transfer of the animals

Description

one

This invention relates to a cellular device for the maintenance of an agricultural bird.

The known cellular battery for the maintenance of PTSH1Y, including a cable framework with rigidly fixed on it rows of cells with fixed bottom. The disadvantage of this device is the absence of elements that provide mechanized unloading of the bird.

Closest (L to the proposed is a cell battery for the maintenance of agricultural birds and animals, including a ball-frame with rigidly fixed on it rows of cells, the bottom of which are installed with the possibility of moving along the frame 2.

However, this device does not allow for maximum comfort in the treatment of birds, and, consequently, it is necessary to use manual labor for its even supply when removed from the cages.

The purpose of the invention is to increase the convenience of extracting birds from cages.

This goal is achieved by the fact that in the cells on their placed with the possibility of movement along the frame of the bottom there are perpendicularly installed transverse partitions.

FIG. 1 shows a cellular battery, the cross section of FIG. 2 shows section A-A in FIG. one.

The cell battery consists of a light-weight frame 1 with rows of cells 2 fixed on it. The bottom 3 cells 2 are installed with the ability to move along the frame 1. On the bottoms 3 perpendicular to them are installed lateral overflows 4. In the cells are installed a feeding trough 5, covered with a sieve 6 and drinker 7, height adjustable.

The bottom 3 of each cage 2 is made in the form of a frame installed on the 8 directions with the placement of the A-pan made of flexible plastic tubes on it. Such a construction of the bottom 3 prevented the formation of namins in pycic.

The cell battery is used as follows.

The ntmia is contained in cages 2, which are divided by partitions in the extension of the alphabet in letter 4. Feeding and feeding of birds is carried out from the feeders 5 and the drinkers 7.

When removing the bird from the cage bottom 3 along with being on them. the bird moves along frame 1 to one of the ends of the battery, where the transport device is installed.

After removal of the bird, the head of the cleaning and disinfection of the bottom 3.

A new batch of T1IIy is placed in the battery in reverse sequence.

The invention makes it possible to eliminate the crowding of the bird when it is removed at one of the ends of the battery and to ensure the uniformity of its vigilance.

These advantages of a cellular battery compared to those used in poultry farming allow 5pot to significantly increase the ease of extracting poultry from CROPK.

Claims (2)

1. Slavin RM, M. and others. Mechanization in the electrification of the poultry industry, M, Kolos, 1971, p. 464i figure 237. 2. US patent Ns 3429297, class; 119-17, 1967. Chayma / f " 847958 L-A 2 .2