Quantitative feed stirring and mixing apparatus capable of adding water

Abstract

The invention provides a quantitative feed stirring and mixing apparatus capable of adding water, which belongs to the technical field of feed processing. The quantitative feed stirring and mixing apparatus comprises a supporting apparatus, a feeding apparatus and a stirring apparatus; the supporting apparatus comprises a rubber pad, a base and a shell; the rubber pad is disposed below the base and fixedly connected with the base; the shell is disposed above the base and fixedly connected with the base; two feed boxes are adopted on the top end to store different feed, the bottoms of the two feed boxes are respectively provided with a meter, and the feed is quantified by virtue of the meters and then sent into a stirring box to be stirred; the top of the stirring box is provided with spray heads which are uniformly distributed below a flow channel, and the water is supplied according to an actual situation in the stirring process; the water is supplied while stirring, so that the feed can be uniformly stirred; the stirred feed can be output by virtue of a spiral auger by opening an unloading plate; and the quantitative feed stirring and mixing apparatus is not high in intelligent degree and mostly adopts manual operation, so that the cost is low.

Description

technical field [0001] The invention relates to the technical field of feed processing, in particular to a water-adding quantitative feed stirring and mixing device. Background technique [0002] At present, the poultry breeding industry is still a major pillar supporting people's food sources, and most places still raise all kinds of poultry artificially, but have not achieved comprehensive centralized and automated machine feeding; the first major job of artificial feeding is to feed animals Feeding, even if it is artificial feeding, it is mostly feeding feed. Most of the feed needs to be mixed with water and mixed evenly when feeding, and sometimes various additives need to be added. At present, most of the artificial feeding poultry feed is manually stirred, usually first. Put the feed into the bucket, then add water, and then the feeder directly mixes it with his hands. However, in actual operation, because the feed is highly water-absorbent, and the water is infiltrate...

AI Technical Summary

Problems solved by technology

[0002] At present, the poultry breeding industry is still a major pillar supporting people's food sources, and most places still raise all kinds of poultry artificially, but have not achieved comprehensive centralized and automated machine feeding; the first major job of artificial feeding is to feed animals Feeding, even if it is artificial feeding, it is mostly feeding feed. Most of the feed needs to be mixed with water and mixed evenly when feeding, and sometimes various additives need to be added. At present, most of the artificial feeding poultry feed is manually stirred, usually first. Put the feed into the bucket, then add water, and then the feeder directly mixes it with his hands. However, in actual operation, because the feed is highly water-absorbent, and the water is infiltrated from top to bottom, it is often the feed in the upper layer of the bucket. It has been stirred evenly and moistened, but the lower layer of feed is still dry. The feeder needs to dig out all the bottom layer of feed in the bucket with his hands and then add water to stir again. However, the lower layer of feed is squeezed by the upper layer of water and feed. They are tightly attached to the bottom and wall of the barrel, and it is very inconvenient to take them out. At the same time, since the upper layer has been mixed, the lower layer needs to be mixed with water, and the water will settle to the lower layer, which will cause the lower layer to be over-mixed. In addition, the user cannot control the total amount of water when adding water to the feed; in addition, because artificial feeding needs to consider the cost issue, it is not cost-effective to use a large feed mixer In summary, in the prior art, there is a lack of a feed mixing device that is more convenient to use, labor-saving, more evenly stirred, and can be quantitatively added with water at low cost.

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