Stereo cultivation rack for flower cultivation

Abstract

The invention discloses a stereo cultivation rack for flower cultivation. The stereo cultivation rack comprises a conical rack body comprising an upper beam and a lower beam, and is characterized in that rotary openable and closable planting rack groups are arranged on the left side and the right side of the conical rack body; each rotary openable and closable planting rack group comprises two vertical posts, a left-and-right opening and closing guide rail, a front-and-back moving guide rail, a rotating supporting post and a plurality of planting layers; each planting layer consists of two planting units adopting the same structure; positioning mechanisms are arranged at the bottom of each rotating barrel and at the bottom of a junction of the two planting units in each layer respectively; a supporting mechanism is further arranged between the two corresponding positioning mechanisms. The stereo cultivation rack can achieve multi-surface light irradiation to ensure adequate sunlight so as to improve the plant growth uniformity, and is convenient to manage and operate; in addition, the stability in the rotating process can be ensured and the service cycle of the whole stereo cultivation rack can be prolonged.

Description

technical field [0001] The invention relates to a three-dimensional cultivation frame for flower cultivation. Background technique [0002] Three-dimensional planting is also called vertical planting. Under the premise of not affecting the cultivation of the bottom as much as possible, through the erected cultivation method or other forms as the carrier of plant growth, it develops into space, makes full use of the greenhouse space and solar energy, and exerts the production potential of the limited ground. A cultivation method that can save space, improve space utilization, and facilitate planting. The current three-dimensional cultivation can increase land utilization by 3-5 times, increase yield per unit area by 2-3 times, and plant crops more efficiently. Beautiful and layered. [0003] Due to the various advantages of the above-mentioned three-dimensional planting, more and more three-dimensional planting methods are used in greenhouses, but the structure of the existi...

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Problems solved by technology

[0003] Due to the various advantages of the above-mentioned three-dimensional planting, more and more three-dimensional planting methods are used in greenhouses, but the structure of the existing three-dimensional planting frame is still relatively simple, and the fixed three-dimensional frame leads to insufficient light receiving. Shaped structure, but the sunlight is always affected by the upper layer or other factors, resulting in uneven light and defects in plant growth

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