Edible fungi intensive cultivating technique and device

Abstract

The invention belongs to an edible fungi intensive cultivating technique and a device. The device consists of a cover, side boards, a fastener and a bottom board; the edible fungi intensive cultivating technique comprises the following steps of: preparing materials and packing, sterilizing, inoculating, sealing the cover, cultivating, fruiting and managing. The invention can fully use the scientific cultivating technique and a reasonable combining mode to quickly assemble and disassemble and become a flat board after being disassembled, which is convenient for cleaning and holding; the four side boards and the cover are all provided with a mushroom outlet; the diameters and the arrangement densities of the mushroom outlets are more scientific and reasonable, which can avoid bunch-growing and clustered mushroom; the mushroom shapes are round with high quality; and the flushes are centralized and are convenient for management. The invention has the advantages of scientific and reasonablecultivating technique, low cost, convenient operation, low consumption and high efficiency, and is applicable to scale production of edible fungi (mushroom, oyster mushroom, plelmtus eqngiu , shiitake, and the like).

Description

technical field [0001] The invention relates to an edible fungus intensive cultivation technique and device, and belongs to the technical field of edible fungus cultivation techniques and devices. Background technique [0002] Intensive cultivation of edible fungi refers to the good matching and exertion of the functions of each process, equipment or device in the entire production process in consideration of market resource allocation and product demand, so as to reduce costs, improve labor efficiency, and obtain the best results. benefits. Known edible mushroom cultivation technique and device generally adopt border planting, bag planting, bed planting. The border planting method is simple in process, but the site utilization rate is not high, and the cultivation efficiency is low; although the bag planting is simple, the handling is cumbersome, and it needs to build a supporting bed frame to realize the three-dimensional cultivation, and the production cost is high; the ...

AI Technical Summary

Problems solved by technology

The border planting method is simple in process, but the site utilization rate is not high, and the cultivation efficiency is low; although the bag planting is simple, the handling is cumbersome, and it needs to build a supporting bed frame to realize the three-dimensional cultivation, and the production cost is high; the bed planting can realize Three-dimensional cultivation has a high site utilization rate, but the cost of the bed frame is high, and it is too bulky, inconvenient to move, inconvenient to store, and difficult to clean. In addition, full-scale fruiting on the surface of the cultivation material is a common feature of the existing cultivation methods, and its disadvantages Yes: There are many mushrooms in groups and clusters, the quality is poor, the mushroom buds are formed too much, causing some deaths, unnecessary consumption of nutrients, and more manual processing of dead mushrooms is required, and the surviving mushrooms are also weak and weak due to competition for nutrients. Poor type, its cultivation effect is not ideal, and the above cultivation methods cannot achieve intensification

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