Edible fungus automatic oxygen-supply growth device and using method thereof

Abstract

The invention provides an edible fungus automatic oxygen-supply growth device and a using method thereof. The device consists of a planting bag, culture medium, a sealing layer, a growth well, an oxygen-supplying bolt, a bag opening and an erector, wherein the sealing layer is a layer of airtight soft cloth, the culture medium is sealed in the plating bag, the planting bag is provided with the growth well and the oxygen-supplying bolt which are opposite to each other and arranged in the culture medium by the sealing layer, and the bag opening is sealed in a binding mode, and the planting bag is transferred to a planting room. When the device is used, the erector is placed in an insertion tube and drives the insertion tube to be inserted in the planting bag, a sleeve ring is arranged outside the sealing layer, and then the erector is pulled out; fungi are planted in the growth well, a lower baffle plate, a filter pad and an upper baffle plate are arranged in the sleeve ring, and the oxygen-supplying bolt and the growth well are oppositely arranged on the planting bag so as to enforce the growth of fungi. The device has the advantages of good sealing effect, easy control of growth cycle, good quality of the grown edible fungi, realization of automated control, labor conservation and low production cost.

Description

technical field [0001] The invention relates to an edible fungus growing device, in particular to an edible fungus automatic oxygen supply growing device and a method of using the same. Background technique [0002] At present, there are basically the following methods for growing edible fungi. One is to use the original tree stem and plant it on the tree stem; When using medium for planting, use the pre-made main materials and wrap them with plastic cloth, then tie an opening on the plastic cloth, and connect the bacteria to the medium from the opening, and the fungus is inserted from the opening of the plastic cloth. grow out. It is also used to put the culture medium into a large glass bottle, and then seal it with a plastic bottle stopper. However, because the contact between the bottle stopper and the glass bottle is a rigid contact, the sealing performance cannot be guaranteed, and the production is difficult. However, these methods have the following disadvantages: ...

AI Technical Summary

Problems solved by technology

It is also used to put the culture medium into a large glass bottle, and then seal it with a plastic bottle stopper. However, since the contact between the bottle stopper and the glass bottle is a hard contact, the sealing performance cannot be guaranteed, and it is difficult to make

However, these methods have the following disadvantages: the growth of edible fungi cannot be controlled, and the growth form of the bacteria vaccine cannot be controlled; the erosion of harmful bacteria cannot be effectively prevented, and it is very easy to cause infection during the growth process, and it is impossible to form large-scale and integrated production. The management conditions are difficult to control; the labor intensity is high, labor-intensive and time-consuming, and the yield of edible fungi is low; the cost is high, which increases people's living standards and is difficult for consumers to accept

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