Spawnrunning room for making crop generate fungus in a suspension mode

Abstract

The invention discloses a suspension mushroom-growing chamber, which comprises the following parts: steel frame, wall and suspension rack, wherein the steel frame is frame structure, which is composed of wall column (4), support column (7) and beam (5); the wall column lies in the wall; the support column (7) is arranged; the bottom of wall column and support column is connected with foundation (10); the top is integrated with beam (5) to form 'tic-tac' structure; the wall is composed of multi-layer covering material; the wall column (4) and beam (5) are set in the wall; the suspension rack with suspension beam support beam (6) and suspension beam (11) is set on the support column (7); the suspension beam support beam (6) is fixed on the adjacent support columns (7); multiple suspension beams (11) are connected on the suspension rack beam to form crowded hanger beam. The invention possesses moisture and insulating function with high spatial utility, which reduces manufacturing cost.

Description

technical field [0001] The invention relates to the technical field of crop growing fungus room, and mainly relates to a fungus room for growing crops in a suspended manner. It can be widely used in the cultivation of edible fungi, vegetables, flowers and trees and other crops. Background technique [0002] As we all know, the cultivation of edible fungi must be completed in a specific growth environment, that is, it can only be cultivated under the temperature and humidity conditions that meet the cultivation of edible fungi, especially for the process of edible fungi. It can be said that the development of edible fungi The fungus link plays a vital role in the yield of edible fungi. Since most of the traditional hair growth chambers are ordinary brick wall structure hair growth chambers, semi-underground hair growth chambers, bamboo and wood structure hair growth chambers, and simple sunshade small arches, etc., the sealing performance and thermal insulation performance o...

AI Technical Summary

Problems solved by technology

[0003] (1) Shelf-type biological growth racks are arranged in the growth room, and the distance between each adjacent growth rack should be added to the sidewalk. In this way, the space occupied by the indoor organisms is greatly reduced, and the space utilization rate of this production method is low. so uneconomical

[0004] (2) Due to the large volume and weight of the shelf-type biological growth rack, it is not easy to move out of the germination workshop after the edible fungus germination is completed, which is not conducive to the overall cleaning and sanitation of the germination workshop, which reduces the environmental quality of the germination room

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