Feed storage tank for breeding sika deer

Abstract

The feed storage tank structurally comprises a supporting frame, an electric rotating shaft and a storage device, the electric rotating shaft is arranged at the outer side end of the supporting frame, the electric rotating shaft and the middle end of the outer side of the storage device are welded and rotate synchronously, elastic force is applied to a sliding block through a spring rod, and a pressing plate slides up and down on the outer side of a supporting rod; through automatic adjustment of elastic folds of a fold plate and the length of a linkage plate, the effect of compacting forage at the lower end is improved, the forage storage space of a storage tank is increased, air pressure in a telescopic hose is changed, air pressure is conducted to an air spraying hole through an air guide plate to be sprayed out, the lower end of the forage is aerated, and the effect of compacting the forage at the lower end is improved. And the telescopic plate slides downwards through the weight of the telescopic plate, so that the connecting length area between the telescopic plate and the sliding plate is increased, the telescopic plate slides in the storage groove, the forage in the storage groove is pushed out, and the forage is prevented from being clamped in the storage groove.

Description

technical field [0001] The invention relates to the field of animal husbandry, and more specifically, relates to a feed storage tank for breeding sika deer. Background technique [0002] Sika deer is a herbivore, with forage as the main food, supplemented by concentrated feed. The maximum amount of grass given to each sika deer per day does not exceed 15 kg. Common forages include green-cut soybeans, green-cut corn, Sudan grass, clover and various succulent feeds , when these feeds are fed, they need to be stored through the storage tank. However, when the forage is stacked inside the storage tank, there is a large gap between the forage. After the forage is stored inside the storage tank, the gaps accumulate Large size, it is difficult to squeeze and mix the forage, which increases the volume, thereby reducing the storage space for the forage in the storage tank. At the same time, the forage in the storage tank needs to be turned over and poured out during feeding, and the ...

AI Technical Summary

Problems solved by technology

[0002] Sika deer is a herbivore, with forage as the main food, supplemented by concentrated feed. The maximum amount of grass given to each sika deer per day does not exceed 15 kg. Common forages include green-cut soybeans, green-cut corn, Sudan grass, clover and various succulent feeds , when these feeds are fed, they need to be stored through the storage tank. However, when the forage is stacked inside the storage tank, there is a large gap between the forage. After the forage is stored inside the storage tank, the gaps accumulate Large size, it is difficult to squeeze and mix the forage, which increases the volume, thereby reducing the storage space for the forage in the storage tank. At the same time, the forage in the storage tank needs to be turned over and poured out during feeding, and the gap between the forage is large. , causing expansion with the inner wall of the storage tank, it is easy to get stuck inside the storage tank, and it is difficult to pour out, which reduces the feeding effect on sika deer

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