Winding type automatic rotary stereoscopic planting device

Abstract

The invention relates to planting tools and in particular relates to a winding type automatic rotary stereoscopic planting device, consisting of strut supports at two ends and a shell, wherein through holes are distributed at corresponding positions of the strut supports on two sides; gears are fixed in the through holes through shaft sleeves and fastening pieces; the gears on one side are linked with the gears on the other side through a circular transmission chain; the gears and the chain are arranged in a winding manner, or the gear and the chain are formed into a plurality of U-shaped bends to be circularly arranged; one gear is connected with a rotating shaft and then combined with a gear box, and also connected with the gear at the other side through a transmission shaft, such that the gear can drive the gears and the chain to simultaneously move; planting barrels or planting baskets are connected with the chain between the two sides through connecting members so as to be circularly and orderly arranged on the chain between the two sides, such that the planting barrels or planting baskets can rotate circularly through the chain on two sides distributed in a winding manner or into U-shaped bends.

Description

technical field [0001] The invention relates to a planting device, in particular to a three-dimensional planting device with automatic rotation in the form of a back. Background technique [0002] At present, agricultural planting is still mainly based on field cultivation, the planting site is fixed, or limited by geographical and geographical conditions, and the planting varieties are limited by the climate environment, which is not enough for agricultural development; for the existing greenhouse planting, although there are scientific methods, they are effective and value, but the disadvantage is that it is difficult to solve the problem of saving planting area and increasing the area, especially for some high-input greenhouse technology applications, the resulting benefits are not high. For general greenhouse planting, its greenhouse planting equipment can only implement single-layer planting, which cannot be moved, and the space for development and utilization is li...

AI Technical Summary

Problems solved by technology

Traditional planting beds also require manual watering, which takes time to input nutrient solution

In addition, traditional planting greenhouses consume a lot of energy and cost to plant temperature-loving crops in winter. The temperature control level of the greenhouse is also low, and high-precision intelligent control cannot be achieved, which seriously restricts production.

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