一种猪食自动喂料盘

Abstract

本实用新型提供了一种猪食自动喂料盘，该喂料盘包括料桶、料盘、连接架和挡料件。其中，料桶和料盘分别固定在连接架的上下两端，挡料件设置在料桶内，料桶下端出料口悬空于料盘的上方。通过生猪拱动挡料件的拨动部带动出料口的挡盘抬升，实现饲料从出料口自动下落至料盘的自适应供料。并且饲料下落至料盘的过程中，因全程脱离料盘承载面，规避了生猪排泄物或饮水导致的饲料吸湿板结风险，从根源上杜绝出料口黏连堵塞和霉变污染。同时生猪拱动拨动部触发下料时，拨动部在旋转中同步搅动出料口内壁及料盘表层的饲料，瓦解初期形成的粘结体，使潮湿饲料无法聚集固化，形成从下料到进食的全流程自清洁，显著降低人工干预的维护成本并保障饲喂卫生。

Claims

1. A pig food automatic feeding tray, characterized in that, The feeding tray includes: The material bucket has a frustum-shaped structure with a large cross-section at the top and a small cross-section at the bottom, and the bottom of the material bucket is the discharge port; A material tray is disposed below the bottom outlet of the material barrel, and a vertical gap is formed between the upper surface of the material tray and the bottom of the material barrel. A material stopper includes a central shaft, a baffle plate, and a deflector connected coaxially. The central shaft is fixed above the baffle plate, and the deflector is fixed below the baffle plate. The central shaft is restricted to vertically moving up and down at the center of the material barrel, and the deflector extends downward through the discharge port to the outside of the material barrel. The deflector is composed of at least two continuously bent metal rods orthogonally intersecting and fixed at the geometric center point. Its bending path includes three reverse bends, forming four extension arms. When the central shaft descends to its lowest point, the baffle blocks the discharge port, and each of the extended arms of the actuating part is suspended above the material tray.

2. The feeding tray of claim 1, wherein, A crossbeam is fixed radially at the upper end of the material barrel. A screw is fixed at the center of the material barrel. A connecting part is fixed at the upper end of the central shaft. A through connecting hole is provided at the center of the top of the connecting part. A limiting part is assembled after the lower end of the screw passes through the connecting hole. The limiting part lifts the connecting part so that the connecting part can only rotate around the screw as the axis.

3. The feeding tray of claim 2, wherein, The center of the crossbeam is fixed with a limiting sleeve. The screw passes downward through the limiting sleeve and then through the connecting hole. The screw is screwed with a nut on the limiting sleeve. The limiting sleeve supports the nut, so that the screw is suspended on the limiting sleeve.

4. A feeding tray as claimed in any one of claims 1 to 3, characterized in that The material stop also includes a material pusher rod, which is fixed to the upper end face of the baffle plate and extends obliquely upward to adhere to the inner wall of the material barrel.

5. The feeding tray of claim 1, wherein, The feeding tray also includes a connecting frame, the tray is fixed to the bottom of the connecting frame and located inside the connecting frame, and a limiting ring and a supporting ring are provided from top to bottom in the center of the connecting frame; a discharge pipe is fixed under the material barrel, the discharge port is located on the discharge pipe, the actuating part extends downward through the discharge pipe, the discharge pipe is embedded in the supporting ring, and the supporting ring supports the bottom surface of the discharge pipe.

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