Full automatic edible fungus bag loosening aerator

Abstract

The invention discloses a full automatic edible fungus bag loosening aerator. The full automatic edible fungus bag loosening aerator comprises a machine base, wherein the machine base is fixed with a hollow cylinder, piercing wheels which are used for piercing and aerating fungus bags are uniformly distributed at a bag outlet of the cylinder, the outer circumference of each piercing wheel is provided with a plurality of piercing needles, the outer side of a bag inlet of the cylinder is provided with a fungus bag conveying mechanism, and the fungus bags are transmitted from the conveying mechanism to a fungus bag feeding mechanism in the cylinder; the conveying mechanism is a chain wheel transmission mechanism driven by a motor and a transmission chain; the feeding mechanism comprises first ratchets which are uniformly distributed at the bag inlet of the cylinder, and the fungus bags are loosened through the first ratchets and are transmitted into the cylinder; and the middle part of the cylinder is provided with a hole, a second ratchet of an output shaft of a two-stage feeding motor fixed at the periphery of the cylinder extends into the hole, and the fungus bags are transmitted to the bag outlet of the cylinder through the second ratchet and then are pierced through the piercing wheels at the bag outlet of the cylinder. The full automatic edible fungus bag loosening aerator is convenient to operate, is time-saving and labor-saving, and has high fungus bag piercing efficiency and good loosening and aeration effects.

Description

technical field [0001] The invention belongs to the technical field of edible fungus production equipment, and in particular relates to a full-automatic edible fungus bag loose material aeration machine. Background technique [0002] In the process of mycelium cultivation and color change, as the mycelium grows, the oxygen in the fungus bag becomes less and less, and it is necessary to pierce the fungus bag to ensure the normal growth of the mycelium and smooth color change. The existing Most of the puncture holes in edible mushroom bags are manual or mechanical. The conventional method of manual puncture is to punch holes in the edible fungus bags with a needle or iron nail board. Generally, each fungus bag needs to be punctured dozens of times or several times. , time-consuming and laborious, and the shades are different, and the efficiency is low. The mechanical punching method also uses the bacteria bag to be manually pushed into the mouth of the bag during the conveyin...

AI Technical Summary

Problems solved by technology

[0002] In the process of mycelium cultivation and color change, as the mycelium grows, the oxygen in the fungus bag becomes less and less, and it is necessary to pierce the fungus bag to ensure the normal growth of the mycelium and smooth color change. The existing Most of the puncture holes in edible mushroom bags are manual or mechanical. The conventional method of manual puncture is to punch holes in the edible fungus bags with a needle or iron nail board. Generally, each fungus bag needs to be punctured dozens of times or several times. , time-consuming and laborious, and the shades are different, and the efficiency is low

The mechanical punching method also uses the bacteria bag to be manually pushed into the mouth of the bag during the conveying process.

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