Suspended planting mechanism for indoor planted edible funguses

Abstract

The invention relates to a suspended planting mechanism for indoor planted edible funguses. Guide ways are symmetrically arranged on the inner roof of a house. A small traveling crane is hung on the guide ways. The small traveling crane is provided with a rotatable turntable. The rotatable turntable is provided with a closed ring type chain lock rope. The chain lock rope winds the turntable and is perpendicular to the ground. Nails for connecting carriers are also arranged on the chain lock rope at an equal distance. The invention is characterized in that the hung planting bags can move up and down under the action of a driving mechanism; an operator can perform operations such as hanging bags, inoculating, picking up funguses and the like; the invention saves time and labor and is simple and practical; the efficiency is increased by more than 60 percent; and in addition, the mechanism is suitable for intensive planting at heights, and the useful space within house is used fully.

Description

technical field [0001] The invention relates to a device for hanging planting bags, in particular to a hanging planting mechanism for growing edible fungi indoors. Background technique [0002] At present, it has become a trend to grow edible fungi indoors. In order to improve space utilization, some enterprises try to cultivate edible fungi by hanging them. Generally, a large number of shelf-type growth racks are arranged in the house for the growth of edible fungi. There are the following problems during use: First, the shelf-type growth racks are arranged in the growth room. In addition to leaving biological growth space for each adjacent growth rack, the distance between the sidewalks must be added, so that the distance between the growth racks has been greatly increased. , so that the indoor space for biological growth is relatively narrow, and the space utilization rate of this growth method is low, so it is very uneconomical; second, due to the large volume and weight...

AI Technical Summary

Problems solved by technology

[0002] At present, it has become a trend to grow edible fungi indoors. In order to improve space utilization, some enterprises try to cultivate edible fungi by hanging them. Generally, a large number of shelf-type growth racks are arranged in the house for the growth of edible fungi. There are the following problems during use: First, the shelf-type growth racks are arranged in the growth room. In addition to leaving biological growth space for each adjacent growth rack, the distance between the sidewalks must be added, so that the distance between the growth racks has been greatly increased. , so that the indoor space for biological growth is relatively narrow, and the space utilization rate of this growth method is low, so it is very uneconomical; second, due to the large volume and weight of the shelf-type growth rack, it is not easy to move out of the growth room after the growth of edible fungi is completed. Therefore, it is not conducive to the overall cleanliness of the production workshop, which reduces the environmental quality of the growth room

Moreover, the high-altitude intensive hanging planting is extremely inconvenient for the operator during the whole planting process of bag hanging, inoculation, picking, and discharging, and requires heavy lifting equipment and a large space for operation. Time-consuming and labor-intensive, high efficiency and low cost

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