KR20090128299A - Rotating multi-story barn. - Google Patents

Abstract

PURPOSE: A rotary multi-layered livestock shed is provided, which can hygienically manage many domestic animals in the narrow ground by small manpower. CONSTITUTION: A rotary multi-layered livestock shed comprises a post and a wall(5) which form the skeleton of the livestock shed made into multi-layer and are installed to endure load of the livestock shed; a core unit(2) of the center which is installed in order to support the livestock shed; and each floor which is fixed to the bottom support of the core unit. The core unit comprises an elevator(26) which vertically moves operators, fodder, and domestic animals; and a feed container(20) included in the bottom of each floor.

Description

Rotating multi-story barn. {Omitted}

The present invention relates to a rotating multi-layer barn, and more specifically, it is possible to rotate a multi-layer multi-story barn composed of multiple layers in which a core part (2) with upper and lower layer moving means is located in the center. To a rotating multi-layer barn.

In general, the barn is a single-floor breeding area, and it is common to have a long corridor in the middle of the barn and a room (22) where the livestock stays on both sides of the corridor. However, because of the utility of the land, it can only raise livestock within the designated land, so there is a limit to raising a large number of livestock on narrow lands. There were difficulties, and long corridors were less efficient because they did not help reduce worker movement in multi-story houses.

The present invention has been invented to solve the problems of the existing barn as described above, using a power unit using a motor, etc. to rotate the whole barn and to configure the barn in a multi-story barn to maximize the animal accommodation area and elevators. By placing it in the core part of the barn, it is possible to raise a large number of livestock even on a narrow ground, and the barn rotates, and the sunlight is evenly distributed inside the barn to help sanitation management. Its purpose is to provide a barn that reduces work flow and increases work efficiency.

The present invention relates to a rotating multi-layer barn, and has a function of rotating around the multi-layer barn and the shaft front axis 24 in which the core portion (2) with the elevator (26), which is the upper and lower floor moving means, in the center. It is characterized by having.

The core part (2) equipped with the elevator (26), which is a vertical moving means, is located at the center to reduce the worker's moving line and increase the work efficiency, and to raise more livestock on a narrow site by forming a multi-layered barn. As the livestock house (1) is rotated, the sunlight shines evenly, contributing to the hygiene management, thus contributing to the increase of profit of the livestock industry.

In order to achieve the above object, the rotary multi-story barn of the present invention forms a multi-story barn that withstands the load of the upper floor by supporting the structure such as the column 4 and the wall 5 like a building, and the engine assembly apparatus 11 By using the power of the shaft-shaft electric motor 12 installed in the shaft), the stall 1 is rotated about the shaft-shaft shaft 24 and moved up and down by the elevator motor 10 of the elevator engine compartment 9. An elevator 26 that carries 17, a cow 16, and the like is positioned in the center of the house 1, thereby reducing the movement of the worker 17.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of a livestock house 1 having a multi-layer structure like a building.

3 is a plan view of each layer of the livestock barn 1, and the barn 1 and the wall 5 forming the skeleton of the barn 1 are configured to withstand the load of the barn 1 coming from the upper part of the barn 1. It is possible to make a layer, or as shown in Figure 4 or to serve as a pillar for supporting the entire core 1 of the central core portion 2 so that the bottom 6 of each layer is the bottom support ( 23) is shown having a form that is fixed and supported.

The core portion 2 is operated by an elevator motor 10 arranged in the elevator engine room 9 as shown in FIG. 2 to move the worker, feed, and livestock up and down vertically, and the elevator 26. The feed container 20 is provided at the center of each floor bottom 6 of the barn 1, which is in contact with the upper and lower floors, so that the worker 17 can feed and feed livestock to the livestock without leaving the elevator 26. We have a system to make it work.

As shown in FIG. 3, the partition 3 installed on each floor of the barn 1 forms a room 22 in which the cows 16 are divided into a predetermined number, so that the cows 16 are directed to one side of the barn 1 so that the center of gravity is one side. To prevent them from driving.

In particular, the first floor of the barn has access passages 21 so that people or luggage can move from the outside to the core part 2 of the barn center, and outside corridors 18 surrounded by handrails 19 are placed outside each floor. At this time, the access passage 21 was installed on each floor to provide a space for moving the core part 2 and the outer corridor 18.

A feed container 20 is provided at the center of the barn floor 6 to be in contact with the elevator 26 so that the worker 17 can supply feed and water without falling from the elevator 26 as shown in FIG. 3. .

2 is a cross-sectional view of a rotating multi-layer barn showing a schematic concept of the barn 1. The worker 17 carries feed into the elevator through the access passage 21 on the first floor of the barn, and the worker 17 who moves to the elevator 26 of the core part 2 does not exit the elevator 26. Move to and to feed the feed bin (20) provided on each floor.

On the 4th floor of the barn, the worker 17 who got off the elevator 26 was shown to move to the exterior corridor 18 through the access passage 21 of the 4th floor of the barn. The outside of each layer has an opening 25 to allow sunlight to enter.

FIG. 5 is an example of the shaft rotation engine 12 arranged in the shaft rotation engine engine compartment 11 as an example of the housing rotation apparatus engine compartment 11 for rotating the stall 1, respectively. The principle of rotating the entire transmission shaft 1 around the shaft shaft 24 by turning the power transmission wheel 15 between the two shafts is simply illustrated.

1 is a perspective view of a rotating multi-layer house.

2 is a sectional view taken along the line A-A 'of a rotating multilayered barn;

3 is a cross-sectional view of B-B 'of a rotating multi-layer barn;

4 is a conceptual view of a barn in which a core part serves as a pillar.

Fig. 5 is an example of a barn rotator engine compartment for rotating the barn.

* Description of the symbols for the main parts of the drawings *

1. Congratulations. 2. Core part.

3. Partition. 4. Pillars.

5.walls. 6. Bottom.

7.roof. 8. Floor.

9. Elevator engine compartment. 10. Elevator motor.

11. Axis engine engine room. 12. Axis Social Motor.

13. Rail A: For fixing houses. 14. Rail B: For fixing the ground.

15. Power transmission wheels. 16. Cows.

17. Worker. 18. Outside Corridors.

19. Handrails. 20. Feeder.

21. Access passage. 22. The room.

23. Floor Support. 24. Celebration Society.

25. Openings. 26. Elevator.

Claims (2)

A rotating multi-layer barn having a function of rotating about a multi-spinal barn and a shaft front axis 24 in which a core part 2 provided with an elevator 26, which is an upper and lower floor moving means, is positioned at the center. Rotating multi-story barn where the whole barn (1) is rotated about the front of the front shaft shaft 24 by a power such as a motor.

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