Vertical rotary stereo type multi-layer planting greenhouse

Abstract

The invention discloses a vertical rotary stereo type multi-layer planting greenhouse, which is characterized in that: the two ends of the stereo greenhouse are provided with strut frame structures; the strut frames are fixed by cross beams of which the two ends are connected; each of the strut frames at the two ends is provided with a transmission gear; a cyclic lifting rotary chain is arranged on the transmission gear; a lifting lug is fixed at the proper distance on the chain; the lifting lug is provided with a cross bar on which a shaft sleeve is designed; the shaft sleeve is connected with a zipper rope respectively; the zipper rope is hung with a planting bed; the transmission gear at one end is connected to an electromotor and a transmission device; and an inverted U-shaped bracket is peripherally provided with a light-transmitting layer and a telescopic curtain uncovering body. The invention solves the problems of saving the planting area and increasing the planting area and has the advantages of simple structure, low material consumption, easy popularization and the like; moreover, the invention can adjust the plant of the planting bed to absorb the sunlight heat and adjust the light source device thereof so as to adjust temperature in the greenhouse and effectively prevent general natural disasters, and is applicable to the planting and cultivation of some plants in different regions.

Description

technical field [0001] The invention relates to an agricultural product planting appliance, in particular to a vertically rotating three-dimensional multi-layered planting greenhouse. 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 problem is that it is difficult to solve the problem of saving the planting area and increasing the area, especially for some high-input greenhouse technology applications, the benefits generated are not high. For the country's scientific development concept relative to the requirements of agricultural development, technological innovation is important Agricultural modernizatio...

AI Technical Summary

Problems solved by technology

[0005]Through the overall design of the vertical rotating planting greenhouse, it aims to solve the problem of planting and increasing the planting area of ​​the three-dimensional multi-layered planting greenhouse. Its characteristics are: the three-dimensional greenhouse has two The end is a pillar frame structure. The distance between the pillar frames is fixed by a beam connecting the two ends. Two pairs of symmetrical transmission gears are arranged on the two ends of the pillar frames. The symmetrical transmission gears are connected by transmission shafts. When rotating the chain, the transmission gears arranged on the pillar frame at each end are symmetrically arranged up and down. The chain is fixed with lifting lugs at an appropriate distance. The end lugs and the crossbar are also relatively balanced, and each crossbar is designed with at least two movable bushings, the bushings are respectively connected to the zipper rope, and the zipper rope hangs the planting bed, and the transmission gear at one end is selected to be connected to the motor and The transmission device, the motor and the transmission device are installed and fixed on the middle part of the support frame. The periphery of the support frame at both ends is riveted with equal and symmetrical "∩"-shaped brackets. The "∩"-shaped brackets arranged at both ends are surrounded by a light-transmitting layer and a The telescopic curtain uncovers the body, and the sides of the pillar frames at both ends are sealed side panels or a light-transmitting layer can also be arranged. The bottom of the two pillar frames of the greenhouse is arranged with a relatively balanced and inclined bottom plate to form a vertical three-dimensional indoor sealed multi-layer rotary planting bed greenhouse

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