An automatic bacteria material bagging machine

Abstract

The invention provides an automatic fungus material bagging machine. The automatic fungus material bagging machine comprises a round working platform, rack stand columns for fixing and supporting the round working platform is arranged under the round working platform, an annular baffle encircling the round working platform is arranged on the edge of the round working platform, a transmission main shaft is installed in the center of the round working platform and provided with a discharging hopper, and a conical distributor is installed on the upper portion of the discharging hopper; spiral feeders are arranged on the round working platform, and racks for fixing and supporting the spiral feeders are arranged under the corresponding spiral feeders. A fungus material to be bagged is in a motion state all the time before being bagged, the amount of the fungus material entering the spiral feeder is controllable, and suspending and blocking faults in the fungus material bagging process are effectively avoided.

Description

technical field [0001] The invention relates to the technical field of machinery, in particular to an automatic fungus material bagging machine. Background technique [0002] In the production process of edible fungi, bagging the fungus material is a very important link. The fungus material bagging machine currently used is difficult to be suitable for bagging fungus material with straw as the base material. After the straw is crushed, its fibers are slender and easy to stick. In the bacteria material bagging machine that is used at present, the lower hopper above the feed inlet is all fixed on the frame and is in the shape of a large upper and a lower funnel. After the straw-based bacterial material enters the above-mentioned funnel-shaped feed inlet, one is that after the bacterial material is adhered and compacted, it forms a suspended state above the screw feeder, and the fork of the material is idling and cannot be bagged; the other is that a large amount of bacterial...

AI Technical Summary

Problems solved by technology

After the straw-based fungus material enters the funnel-shaped feed inlet, one is that after the fungus material sticks and compacts, it forms a suspended state above the screw feeder, and the fork of the material is idling and cannot be bagged; the other is that a large amount of fungal material After entering the screw feeder, it is blocked due to long fibers and high viscosity, and it is also impossible to pack into bags

During the bagging process, the bagging workers have to spend a lot of time to remove obstacles, and the labor intensity is high, resulting in low bagging efficiency and increased production costs

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