Full-automatic spiral edible mushroom cultivating material bagging machine

Abstract

A full-automatic spiral edible mushroom cultivating material bagging machine comprises a rack, a loading motor, a power transmission mechanism, a spiral conveyer mechanism and a sliding trolley provided with a material bag model barrel, as well as a minitype motor which can rotate forwardly and reversely, wherein the sliding trolley is installed on a guide rail of the rack through front and rear guide wheels at the bottom; the power of the minitype motor is transmitted to the sliding trolley to move back and forth along with the guide rail of the rack through a belt and a chain wheel and chain transmission mechanism; the material bag model barrel comprises two upper and lower semi-circle groove-shaped frameworks which can be opened and closed; when in bagging, the sliding trolley can drive the material bag model barrel to move forwardly to be sheathed with a discharging barrel; the upper and lower two semi-circle groove-shaped frameworks of the material bag model barrel can clamp a material bag fully filled with a cultivating material, and retreat to the slope at the tail end of the guide rail of the rack; and the lower semi-circle groove-shaped framework can be unfolded downwards to loosen the material bag to slide on the floor automatically. With the material bagging machine, the degree of tightness and loading height of the material bag can be effectively controlled, the labor intensity can be lightened, and the bagging efficiency can be doubled.

Description

(1) Technical field [0001] The invention relates to a bagging mechanical equipment for producing edible fungi, in particular to a fully automatic spiral-type edible fungus culture material bagging machine. (two), background technology [0002] At present, there are many kinds of edible fungus culture materials, and mushroom farmers have widely used many plant wastes as edible fungus culture materials, mainly including mixed culture materials composed of cottonseed, sawdust, straw, bagasse, etc. and some auxiliary additives. When cultivating edible fungi with plastic material bags (also known as fungus bags), it is necessary to put the above-mentioned culture materials into plastic bags and compact them. However, the bagging process is generally done by hand in the early stage, which results in low bagging efficiency and easy Pollution, high labor intensity and other issues, currently on the market, the bagging machine with screw conveying mechanism composed of auger, auger s...

AI Technical Summary

Problems solved by technology

When cultivating edible fungi with plastic material bags (also known as fungus bags), it is necessary to put the above-mentioned culture materials into plastic bags and compact them. However, the bagging process is generally done by hand in the early stage, which results in low bagging efficiency and easy Pollution, high labor intensity and other issues, currently on the market, the bagging machine with screw conveying mechanism composed of auger, auger shaft, motor power transmission parts, etc. can effectively avoid many problems caused by manual loading, such as It can reduce the labor intensity and greatly improve the bagging efficiency. The bagging capacity can reach 400-600 bags per hour. However, it is still necessary to rely on the manual operation of the workers to control the bagging when the bagging machine is discharged from the discharge barrel. The degree of tightness (or compactness) and height (note: large amount of material, high bag height; small amount of material, low bag height), there are still bags with different weights, and the bagging efficiency is still biased. The quality of bagging is difficult to control, the quantity of bagging in a single shift is still relatively small, the operation is still troublesome, and the labor intensity is still high.

Images