Livestock feeding trough capable of preventing feed waste and fallen feed collecting method thereof

Abstract

The invention discloses a livestock feeding trough capable of preventing feed waste and a fallen feed collecting method thereof. The livestock feeding trough comprises a feeding trough body, the feeding trough body is provided with a feeding inner trough used for containing feed and a collecting outer trough used for collecting fallen feed, and the collecting outer trough is located below the outer wall of the feeding inner trough, a collecting gap allowing the fallen feed to flow in is formed between the collecting outer trough and the feeding inner trough. The feed can fall into the collecting gap after being pushed out of the feeding inner trough by livestock and is prevented from directly falling on the ground, the fallen feed is collected, the feed pushed out by the livestock enters the collecting outer trough and does not make contact with the ground and other pollution sources, then the cleanliness of collecting forage is improved, it is guaranteed that the collected feed is used for secondary feeding, the feed waste is reduced, the section of the collecting outer groove is of an inverted-cone-shaped structure facilitating sliding of the feed, the feeding inner groove is formed in the inner side of the inverted-cone-shaped structure, the sliding feed can be concentrated at the bottom of the inverted-cone-shaped structure, and the feed collecting effect is improved.

Description

technical field [0001] The invention relates to the technical field of livestock feeding troughs, in particular to a livestock feeding trough for preventing feed waste and a falling material collection method thereof. Background technique [0002] In the prior art, most feed troughs for livestock are dug trenches and mud on the surface, and are molded into cement troughs with cement. During the feeding process, livestock tend to arch out the feed from the cement trough, and then scatter it on the ground, causing feed Waste. After the feed is arched out, it is generally necessary for the breeder to sweep the feed back regularly to reduce the cost of the feed. However, when the arch is swept away, it will inevitably lead to the mixing of the feed and the soil, resulting in contamination of the feed, and the feed is swept back manually. Or put it away, increasing the labor intensity and labor costs of the artificial breeding personnel. Patent document CN203884382U discloses a ...

AI Technical Summary

Problems solved by technology

However, since the anti-spreading plate needs to completely block one side of the feeding trough, not only will the livestock only be able to eat through one side, but it will not prevent the livestock from carrying the feed backwards, causing the feed to escape from the feeding trough from the feeding side

Patent document CN108401944A discloses a recyclable feed feeding device. When feeding poultry, the feed is put into the feeding trough through the feeding chamber, and the rope is released by opening the rope clip. At this time, the rope is stuck by the rope. On the block, the pull rope is fixed. At this time, the spreading plate is unfolded. When the poultry is eating, the spreading plate and the baffle block the feed from spreading. When the poultry is full, pull the rope card to close the spreading plate. plate, and then clamp the pull rope through the rope clip to fix the anti-spreading plate, which prevents the waste of feed and prevents feed pollution. Next time, poultry can be fed directly, that is to say, reversible feeders are set on both sides of the feeding trough. The way of blocking spreading plate forms a blocking effect on the feed in the feeding trough, but it is still necessary to control the group spreading plate in real time according to the state of poultry eating, which inevitably leads to the cumbersome work of blocking the material

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