Double growth unit self-stabilization vegetable machine

Abstract

The invention belongs to the field of agriculture equipment, and discloses a double growth unit self-stabilization vegetable machine. The machine comprises a first growth unit, a second growth unit, apumping set, cultivating pots, a planting formula and a control unit. The first growth unit and the second growth unit are each internally provided with a base frame and a placement frame which are arranged in a hinged mode, each placement frame comprises multiple layers of bearing parts and vertical rods, the bearing parts are hinged to the vertical rods, and the cultivating pots are placed on the bearing parts respectively; the top of the rear side of the first growth unit is hinged to the top of the front side of the second growth unit. The planting formula comprises preset values of the liquid supply quantity and the liquid level. On the basis of the preset values of the liquid supply quantity and the liquid level of the planting formula, the control unit automatically conveys a nutrient solution and water to the cultivating pots, and is manipulated to sway to be inclined to increase illumination, and vegetables grow normally; the vegetable machine is swayed to be inclined and swayed to be vertical, the cultivating pots are staggered in sequence and stacked again, the spatial attitude of the cultivating pots remains unchanged, and cultivating liquid in the cultivating pots cannot be spilled or contaminate a planting field.

Description

technical field [0001] The present invention relates to a vegetable machine, in particular to a self-stabilizing vegetable machine with double growth units, which is applied to three-dimensional planting of vegetables. The utility model relates to increased light for vegetables, and the spatial posture of a cultivation pot remains unchanged during the swinging process, and belongs to the field of agricultural equipment. Background technique [0002] The hydroponic planting of vegetables is an existing soilless cultivation technology, and the vegetables are fertilized with a nutrient solution in which minerals needed for vegetable growth are dissolved. Soilless cultivation requires a planting pot consisting of a liquid storage pot and a planting part. The planting part is used to accommodate and support the vegetables to be planted. The roots of the vegetables are suspended in the planting liquid. During the growth of the vegetables, they are continuously cultivated. The nut...

AI Technical Summary

Problems solved by technology

However, when swinging and tilting, the vegetable rack is prone to rollover, and the planting box will also be tilted accordingly; on the one hand, the tilting of the planting box will easily cause the nutrient solution in the planting box to spill, and on the other hand, it will cause one side of the planting box. If the nutrient level is higher than the opposite side, it is easy to cause uneven nutrients absorbed by the vegetables, and the growth and development of the roots are not synchronized, which affects the synchronous growth of vegetables, resulting in different sizes of finished vegetables

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