Self-circulating efficient fungus cultivation and picking device

Abstract

The invention provides a self-circulating efficient fungus cultivation and picking device. The self-circulating efficient fungus cultivation and picking device comprises a box body, a pull module, a pipeline module, an air supply box and an exhaust pipeline; an opening-closing door is designed on an opening in the right side of the box body; the pull module comprises support plates, hooks and pullplates; the pipeline module comprises a main pipe and branch pipes; an air pump is designed in the air supply box. By means of the self-circulating efficient fungus cultivation and picking device, aneeded temperature and humidity space can be provided for fungi through the airtight cultivation box, and meanwhile exchange and circulation of air in the cultivation box can be guranateed; more fungican be cultivated in a limited space by using the pull plates, so that space saving is achieved, fungus cultivation is better facilitated, and meanwhile convenience is brought to the picking work ofusers.

Description

technical field [0001] The invention relates to the field of fungi cultivation, in particular to a device for cultivating and picking fungi. Background technique [0002] Fungi are a huge family. They are ubiquitous. There are about 100,000 known species of fungi. Fungi have a simple structure without roots, stems, leaves and other organs. Generally, they do not have pigments such as chlorophyll, and most of them are heterotrophic. Life; fungi can be divided into three categories of organisms that are not related to each other: bacteria, slime and fungi; fungi live in a wide range of environments, such as water, air, soil, and animals and plants. Both can survive; the existing fungus culture device mainly places the culture medium of fungi in a fixed space, and provides the air, temperature, humidity and nutrient conditions needed for fungus culture in this space; usually the culture of fungi All the staff put the fungus bag on the cultivation platform, provide the space ...

AI Technical Summary

Problems solved by technology

[0002] Fungi are a huge family. They are ubiquitous. There are about 100,000 known species of fungi. Fungi have a simple structure without roots, stems, leaves and other organs. Generally, they do not have pigments such as chlorophyll, and most of them are heterotrophic. Life; fungi can be divided into three categories of organisms that are not related to each other: bacteria, slime and fungi; fungi live in a wide range of environments, such as water, air, soil, and animals and plants. Both can survive; the existing fungus culture device mainly places the culture medium of fungi in a fixed space, and provides the air, temperature, humidity and nutrient conditions needed for fungus culture in this space; usually the culture of fungi All the staff put the fungus bag on the cultivation platform, provide the space where the cultivation platform is located with the appropriate temperature and humidity required for the cultivation of the fungus, and at the same time ensure a certain degree of air circulation in the space, so that the fungus can be cultivated; now Some fungi cultivation spaces usually use a shelf-like structure to place fungus bags. Such a structure not only cannot make good use of the limited space for fungus cultivation, but also when the user picks the fungi, it is also difficult to Restricted by the structure, picking is inconvenient and affects picking efficiency; in addition, because the structure does not have good airtightness, its thermal insulation performance is low, which will cause damage to the cultivation of fungi, thereby reducing the output of fungi; As mentioned above, there is therefore a defect

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