Mini-type atomization device used for fungus sporocarps

Abstract

The invention relates to a mini-type atomization device used for fungus sporocarps. The mini-type atomization device comprises a ventilated cover shell, wherein a circulating spiral rail is arranged in an inner cavity of the ventilated cover shell along the annular direction of the peripheral side of the fungus sporocarps; the circulating spiral rail is in sliding match with an atomizing trolley for providing a culture solution to the fungus sporocarps; and the atomizing trolley is connected with a liquid storage tank suspended above the fungus sporocarps through a liquid feeding pipeline. The mini-type atomization device has a reasonable structure design and is convenient to use; the atomizing trolley continuously and circularly operates on the circulating spiral rail and the culture solution is provided to the fungus sporocarps for 360 degrees from top to bottom in an atomizing manner, so that the utilization rate of the culture solution is improved; corresponding culture solutions can be obtained by all parts of the cultured fungus sporocarps and the growth is balanced; meanwhile, atomization drives air to flow so that the requirements on oxygen by the fungus sporocarps are met and a phenomenon that more water is irrigated to the fungus sporocarps so that the fungus sporocarps are rotted is effectively prevented; and furthermore, the yield and quality of the fungus sporocarps are greatly improved and the economic benefits of farmers are increased.

Description

technical field [0001] The present invention relates to a micro-atomizing device for fungal fruiting bodies. Background technique [0002] The fruiting body is the spore-producing structure of higher fungi, which is composed of organized mycelium. The fruiting body is the main edible and medicinal part of edible and medicinal fungi. When some fungal fruiting bodies are cultivated, all the fungal fruiting bodies are often sprayed with a spray device. Water or culture solution cannot be obtained well, and the utilization rate of culture solution is low; especially for fungal fruiting bodies that are artificially cultivated in greenhouses, due to the large water flow of the spray device, water vapor is easily condensed into water droplets on the top of the greenhouse. When it gathers to a certain extent, it will drip due to gravity. When it drips onto the fungal fruiting body, it will damage the outer surface of the fungal fruiting body, which will not only affect the appearan...

AI Technical Summary

Problems solved by technology

When some fungal fruiting bodies are cultivated, spray devices are often used to spray all the fungal fruiting bodies. The fungal fruiting bodies that are closer to the spraying device are damaged by the impact of high-pressure liquid particles, and the fungal fruiting bodies that are farther away from the atomizing device are damaged. Water or culture fluid cannot be obtained well, and the utilization rate of culture fluid is low; especially for fungal fruiting bodies artificially cultivated in greenhouses, due to the large water flow rate of the spray device, water vapor is easy to condense into water droplets on the top of the greenhouse, and water droplets When it gathers to a certain extent, it will drip due to the effect of gravity. When it drips onto the fungal fruiting body, it will damage the outer surface of the fungal fruiting body, which will not only affect the appearance of the fungal fruiting body, but also affect the sales of the fungal fruiting body. The fruiting body rots, reducing its survival rate

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