Water splashing device for plant cultivator

Abstract

The invention discloses a water splashing device for a plant cultivator, which comprises a water carrying platform and a conical body which is arranged above the water carrying platform and is driven by a motor to rotate, wherein the surface of the conical body is coarse; the tip end of the conical face of the conical body is inserted to a place below the liquid surface of the water carrying platform, and the bottom end of the conical face is above the liquid surface. According to the water splashing device, when the motor drives the conical body to rotate quickly, the liquid in the water carrying platform can flow up along the coarse conical face to form a liquid film and splits into fine liquid droplets when the conical attaching force is not big enough to counter act a centrifugal force, and the fine liquid droplets leave the conical face and fly out along the tangent direction in turn or at different heights to be quickly and uniformly distributed to different places of planting plates, so that all seeds or plants at different positions in the planting plates can acquire water and uniform water splashing can be realized.

Description

technical field [0001] The invention relates to a sprinkling device, in particular to a sprinkling device used in a plant cultivation machine. Background technique [0002] Soilless cultivation is an efficient plant cultivation method. It is more and more widely used in modern agricultural production because of its advantages of fast growth, high yield, cleanliness, no crop rotation problems, and three-dimensional planting. Plant cultivation machines developed based on soilless cultivation technology are increasingly entering people's daily production and life. [0003] It is a soilless cultivation method that is highly recommended in the industry at present by organizing the nutrient solution to circulate and provide oxygen to the plants in the planting tray. It can not only meet the nutritional needs of plants, but also meet the needs of plants. The need for oxygen in the roots allows the plants to grow rapidly and be highly productive. [0004] In the existing plant cu...

AI Technical Summary

Problems solved by technology

However, the cost of this plant cultivation machine is relatively high, and the power consumption is relatively large.

In addition, the mist-like nutrient solution is blown in with the wind from one side of the planting tray, and there is likely to be a dead angle at the bottom of the blown-in side, so that the plants here cannot receive the nutrient solution, thereby affecting growth

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