Suspended lifting device for growing edible fungi

Abstract

A suspension type lifting device for planting edible mushrooms comprises a machine frame, a power transmission device, shifting devices and suspension rails. Each shifting device is composed of a shifting rod, a shifting block, a lifting wheel and a lifting rod and drives the suspension rails to move in a horizontally reciprocating mode through guide wheels and driving lines. The ends of every two layers of adjacent suspension rails are provided with turning boards. At least one supporting rod fixedly connected with the corresponding lifting rod in a crossed mode is arranged in the middle of each layer of suspension rails. The upper plane of each suspension rail and the upper plane of the corresponding supporting rod are provided with multiple suspension rods capable of enabling mushroom baskets to be suspended. Each shifting rod is provided with the corresponding shifting block. The lifting wheel arranged on each lifting rod is shifted by the corresponding shifting block so that each lifting rod and the corresponding supporting rod can be driven to conduct lifting motion, the purpose that the mushroom baskets suspended on the suspension rails move forwards in the moving direction of the suspension rails can be achieved, and the mushroom baskets at the ends of the suspension rails can be dropped to the lower layer of suspension rails from the upper layer of suspension rails. The height of the suspension type lifting device can be randomly set, the number of layers of the suspension rails is set according to the height, the mushrooms are planted on multiple layers in a three-dimensional mode, and therefore the planting space is saved.

Description

technical field [0001] The invention relates to the technical field of fungi planting, in particular to a suspension lifting device for planting edible fungi. Background technique [0002] Edible fungi are one of the important sources of plant protein and nutrients in people's daily life. Because of their wide source of medium raw materials and simple cultivation methods, edible fungi themselves have rich nutritional value, medicinal value and economic value. has been greatly developed. In the prior art, in order to make reasonable use of the site and maximize the output of edible fungi, a hanging track planting system is generally used to cultivate fungi instead of the traditional method of setting the fungus baskets on the catenary and moving with the catenary , so a pushing device is needed to push the movement of the fungus basket on the planting track. For example, the utility model patent with the patent number of 201320163545.5, which was previously applied by the ap...

AI Technical Summary

Problems solved by technology

Although the push unit can replace the traditional method of setting the fungus baskets on the catenary and moving with the catenary, it prevents the fatigue of the catenary after a long period of use, and the collision of the front and rear planting baskets when turning when the length is elongated. problem, but it increases the overall weight of the planting system, and when working, the moving unit pushes the bacteria baskets on the entire layer of suspension rails, which has a large workload and increases energy consumption

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