SU1486124A1 - Cell battery for raising broilers - Google Patents

Description

The invention relates to agricultural machinery. The purpose of the invention is the reduction of injury to poultry during unloading. The cell battery for growing broilers contains a frame 1 with long-fixed cells 2 that are 2

rye are divided by longitudinal 4 and transverse partitions into sections. Floors 6.7 of the respective sections are rigidly interconnected and mounted for movement. Each longitudinal partition 4 is fixed on the frame 1 with the ability to move. Each longitudinal partition 4 is fixed on the frame 1 with the possibility of rotation in the vertical plane and has levers 15, which are connected by rods 16 to floors 6,7. In the lower part of the longitudinal partition 4 of each section there are plates 12 fixed at an angle to each other and rigidly interconnected, which are hinged on the partition 4. When the floor 6 of the cell extends to the left, the thrust 16 acts on the lever 15 and turns the partition 4 to the right. A bird from the floor 7 collides into the formed opening on the conveyor. Plates 12 rotate on the hinge 13, closing the gap between the floor 7 and the longitudinal partition 4. 3 Cp f-ly, 7 ill.

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The invention relates to agricultural machinery, in particular to devices for poultry.

The purpose of the invention is to reduce injuries to birds during unloading.

FIG. 1 shows a three-tiered cell battery, general view; in fig. 2 and 3 - the layout in the cell of the longitudinal partition and the floors when performing their kinematic connection in the form of rods, respectively, when unloading birds from the left and right half of the battery; in fig. 4 and 5 show layouts in the cage of the longitudinal partition and the floors when they are kinematically connected in the form of cables connected to levers located in the upper part of the partition, and with the middle part of the floors successively when unloading birds from the left and right half of the battery: FIG. 6 and 7 are layouts in the cage of the longitudinal partition and the floors when they are kinematically connected in the form of cables connected to levers located in the lower part of the partition and to the junction point of the floors and passing through the rollers mounted on the transverse partition, successively when the bird is unloaded from the left and right half of the battery.

The cell battery contains a longline frame 1 with cells 2, which are formed by transverse 3, longitudinal 4 partitions, outer doors 5 and located in each cell and interconnected by floors 6 of the left half of the battery and floors 7 of the right half of the battery. The interconnected floors 6 and 7 of every two adjacent in the transverse direction relative to the longitudinal axis of the battery are installed with the possibility of joint extension in the above named direction. Under the floors of each tier at a distance equal to half the height of the cage, belt conveyors 8 are located to remove litter from the cell battery. On each tier of frame 1, there are troughs 9 and water supply pipes 10 running along the entire battery with cup drinkers 11.

Each longitudinal partition 4 is provided in the lower part rigidly connected to each other at an angle by plates 12, which are fixed to partition 4 by means of a hinge 13 on the outer side of the angle. At the same time, the longitudinal partitions 4 of each cell section are fixed to the frame 1 by means of axis 14 in the upper part in the vertical plane, and also have levers 15, which are located in the upper part of the longitudinal partitions, when performing the kinematic connection of the latter with the floors in the form of articulated joints 16 which are hinged together. I eat the thrust 16 with one end pivotally connected to the levers 15, and the other loosely fixed in the middle part of the floors 6 and 7, while the thrusts 16 in the place of their connection between them have springs 17 associated with frame 1 (see Fig. 2 and 3 ).

When performing a kinematic connection of the longitudinal partitions 4 with floors 6.7 sections of the cell in the form of cables 18, the latter can be fixed with their ends on the levers 15, and others in the middle of floors 6 and 7 (see Fig. 4, 5) or as the cables 19, attached at one end to the levers 15, which are located in the lower part of the longitudinal partition 4, and the other to the floors 6 and 7 at their connection with each other, while the cables 19 are passed through the rollers 20, which are fixed on the transverse partition 3 .

When unloading the bird, the operator, passing along the right side of the battery, alternately from each section of the cage advances and then pushes the interconnected floors 6 and 7 at a distance slightly less than half the depth of the cage 2. And at the end of the extension of the floors, the longitudinal partition 4 by means of strings 16 or cables 18 and 19 rotates on the axis 14 in the opposite direction at a certain angle, and one of the plates 12 overlaps the gap resulting from the rotation of the longitudinal partition 4 between the floor 6. At the same time, the bird collides in the resulting I hole and falls on a moving conveyor 8, which transports it to the end of the battery. After the bird is unloaded from each tier of the right side of the battery, the operator switches to the left side of the battery and the unloading process is repeated.

Claims (4)

Claim 1. Cell battery for growing broilers, including a tiered frame with cells, which are formed by lattice panels and divided into sections by transverse and longitudinal partitions, pull-out floors of each section of cells, while the longitudinal partitions are installed, lena can be moved and kinematically through rods connected with pull-out floors, characterized in that, in order to reduce injuries to the bird during unloading, the longitudinal partition of each section of the cage in the lower part is equipped with rigidly interconnected under scrap plates to the outer side of the vertex articulated on the wall. 2. Battery by π. 1, characterized in that the longitudinal partition of each section of the cell in the upper part of the hinge mounted on the frame can be rotated in a vertical plane. 3. Battery by π. 1, characterized in that 6 1486124 that the longitudinal partition of each section of the cell is provided with levers protruding at an angle, which are connected with the sections' floors by means of thrusts, while the thrusts are freely fixed in the middle part of the floor of each section of the cell. 4. Battery on PP. 1-3, characterized in that the thrust is made in the form of cables, based on the rollers, while the cables with single ends are fixed on the arms of the 5th bulkhead, while others are attached to the floor at the place of their connection. four / g fi? .1 1486124 15/8 fi?. & 1486124 fi 5.6 1486124