Quantitative feeding device for culture materials of edible fungi

Abstract

The invention relates to a quantitative feeding device for culture materials of edible fungi. The quantitative feeding device for the culture materials of edible fungi comprises a hopper disc, wherein small charge barrels are connected to the lower end of the hopper disc, and through holes communicated with the small charge barrels are arranged in the hopper disc, so that the culture materials in the hopper disc can fall into the small charge barrels; the hopper disc is coaxially connected with a fixing plate, and the fixing plate is provided with large charge barrels; and the small charge barrels sleeve in the large charge barrels in a vertically moving manner, and adjustment screws are arranged between the hopper disc and the fixing plate. The quantitative feeding device for the culture materials of edible fungi, which is disclosed by the invention, is used for replacing manual unloading and bag production, thus high working efficiency is achieved; and a quantitative adjustment mechanism is provided, adaptive to the need of producing material bags with different dimensions, and capable of keeping consistent weights and heights of fungus bags, thus the purpose of quantitative bag production is achieved.

Description

technical field [0001] The invention relates to an agricultural edible fungus packaging machine, in particular to a quantitative feeding device for edible fungus culture material. Background technique [0002] Initially, the packaging of edible fungi culture materials was done by farmers manually, so there were problems such as bagging with different tightness and weight, which directly affected the production quality and output of edible fungi; and manual packaging was a waste of human resources. Raise production costs. Later, people invented an automatic bag making machine for edible fungi, which uses mechanical punching force to realize automatic bagging of edible fungus culture materials. However, there are several problems with the existing equipment currently on the market. First of all, the discharge method is based on the weight of the culture material, which counts as much as it comes down. It is very large, which leads to a very low control rate of the mushroom b...

AI Technical Summary

Problems solved by technology

However, there are several problems with the existing equipment currently on the market. First of all, the discharge method is based on the weight of the culture material, which counts as much as it comes down. It is very large, which leads to a very low control rate of the mushroom bag; in addition, the application range is small, the bacteria bag that can be produced is single, the weight and height cannot be adjusted, and the versatility is low

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