Green and fresh plant forage silage device and method for monogastric animals

Abstract

The invention relates to the technical field of agricultural silage processing equipment, in particular to a green and fresh plant forage silage device and method for monogastric animals. The silage device comprises a water distributor, a leavening agent tank, a main material conveyer, a raw material conveyor, a pulverizer and a pulverizer conveyor. The raw material conveyor, the pulverizer and the pulverizer conveyor are arranged sequentially. A main material hopper is fixedly installed at the feeding end of the main material conveyor, and a first online moisture detector is fixedly installedin the main material hopper. The water distributor communicates with the interior of a feeding port of the pulverizer through a water conveying pipe. The leavening agent tank communicates with the interior of the pulverizer conveyor through a bacterial liquid pipe. According to the device, online detection of material moisture is achieved, and the moisture content of forage is controlled within astandard range through a moisture adjusting device, so that the forage is fermented fully, and the quality of the forage is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of agricultural processing silage equipment, in particular to a silage equipment and method for monogastric animal green fresh plant feed. Background technique [0002] With the implementation of the national "grain to feed" and "grass-for-grain" and "tree-for-grain" policies, the development of antibiotic-free silage has become a new bright spot in today's aquaculture industry. Forage silage has been produced in my country for many years, especially for ruminant silage. One of the advantages of silage silage over dry feeding is that it retains the nutrients of the silage, and it also reduces the loss of mildew and other losses caused by dehydration and drying. [0003] The principle and basic conditions of silage The lactic acid bacteria attached to the silage raw material multiply in a sealed and anoxic environment, thereby turning the soluble sugar and starch in the feed into lactic acid. When the lacti...

AI Technical Summary

Problems solved by technology

If the water content is too low, it will not be easy to compact when briquetting, and a large amount of air will be retained, which is conducive to the reproduction of mold and saprophytic bacteria, which will cause the silage to rot and deteriorate; if the water content of the raw material is too high, the concentration of sugar content will be reduced. Make the silage smelly and sticky, and produce higher acidity, which reduces the appetite of animals

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