Closed loop type suspended growing device for cultivation of edible fungi

Abstract

The invention discloses a closed loop type suspended growing device for cultivation of edible fungi. The closed loop type suspended growing device consists of a bracket, two sets of pulley disc groups arranged symmetrically, and closed loop type chaining ropes arranged on the pulley disc groups, wherein the bracket is arranged between the chaining ropes of the two sets of pulley disc groups. In the invention, by driving the two chaining ropes to synchronously move in a circulation way along pulley groups which are arranged symmetrically, an operator can conduct the operations of bag suspension, inoculation, picking, discharging and the like on one station, therefore, the closed loop type suspended growing device saves time and labor, and is simple, convenient and practical; the efficiency is improved by more than 80 percent; in addition, the closed loop type suspended growing device is more suitable for high-altitude dense and suspension type cultivation, utilizes the indoor effective space more sufficiently, has low cost, and can achieve the optimum cultivation effect.

Description

[0001] technical field [0002] The invention relates to a device for hanging planting bags, in particular to a closed-loop hanging growing device for planting edible fungi. Background technique [0003] At present, in the field of edible fungus cultivation, the commonly used methods for placing incubators (growth containers with medium) are: shelf type, hanging type, etc., which have the following defects: First, the shelf type growth rack is growing Arranged indoors, in addition to the biological growth space for each adjacent growth frame, the distance between the sidewalks is also added. In this way, the distance between the growth frames is greatly increased, making the indoor space for biological growth relatively narrow. This growth method The space utilization rate is low, so it is very uneconomical; secondly, when placing the incubator, it needs to be placed layer by layer, so the labor intensity is high; thirdly, there is no device for consigning the incubator for ...

AI Technical Summary

Problems solved by technology

[0003] At present, in the field of edible fungus cultivation, the commonly used methods for placing incubators (growth containers with medium) are: shelf type, hanging type, etc., which have the following defects: First, the shelf type growth rack is growing Arranged indoors, in addition to the biological growth space for each adjacent growth frame, the distance between the sidewalks is also added. In this way, the distance between the growth frames is greatly increased, making the indoor space for biological growth relatively narrow. This growth method The space utilization rate is low, so it is very uneconomical; secondly, when placing the incubator, it needs to be placed layer by layer, so the labor intensity is high; thirdly, there is no device for consigning the incubator for circular movement in the hanging type. Therefore, it is necessary to preset many working channels for the staff to walk, and it is uneconomical to waste space; Fourth, all planting work such as placement, inoculation, and picking of all incubators cannot be completed at one station, so the work efficiency is low

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