Stereoscopic intelligent microbubble planting device

Abstract

The invention discloses a stereoscopic intelligent microbubble planting device. The device includes a water tank and a stereoscopic planting house, a microbubble machine is arranged on the water tank,the water tank is connected to the stereoscopic planting house through multiple microbubble pipes, and the stereoscopic planting house comprises a house body and multiple floor plates arranged in thehouse body; planting areas are arranged on both the ground and floor plates of the stereoscopic planting house, each planting area is provided with a control panel connected to a controller and multiple electric nozzles connected to the control panel, a water inlet pipe and multiple water outlet pipes are arranged in the water tank, each water outlet pipe is provided with an electric water pump connected to the controller, the electric water pumps are connected to a diversion device, the diversion device is connected to the microbubble pipes, and the microbubble pipes are connected to the electric nozzles in the planting areas respectively. The device is novel in design, simple and reasonable in structure and convenient to use. By using generated microbubbles for intelligent irrigation, plant absorption is facilitated after sprinkling irrigation, and the growth of plants is promoted.

Description

Technical field [0001] The invention relates to the field of microbubbles, in particular to a three-dimensional intelligent microbubble planting device. Background technique [0002] Moisture is an important factor necessary for plant growth, especially for vegetables grown in greenhouses, adequate water seal is a necessary factor to ensure the normal growth of vegetables. At present, greenhouse vegetable seedlings are planted and irrigated with rotating sprinkler sprinklers, and the sprinklers are constantly rotating. In some places, there is more water in the irrigated area, and in some places, the water is not evenly distributed, which affects the yield of planted crops. , It is not conducive to the refined growth of greenhouse vegetable seedlings, waste water resources, and low irrigation efficiency. [0003] The Chinese patent (authorized announcement number: CN205865355U) discloses an automatic sprinkler device for vegetable seedling greenhouses, including a water tank and a...

AI Technical Summary

Problems solved by technology

At present, rotary sprinkler sprinklers are mostly used for planting and watering vegetable seedlings in greenhouses. The sprinklers are constantly rotating, and some places have more water in some places, and some places have less water, and the water distribution is uneven, which in turn affects the yield of planted crops. , is not conducive to the refined growth of greenhouse vegetable seedlings, wastes water resources, and has low irrigation efficiency

[0003] Chinese patent (authorized announcement number: CN205865355U) discloses an automatic water spraying device for vegetable seedling-growing greenhouses, including a water tank and a water spraying mechanism. Although the device achieves fine watering of greenhouse vegetables to a certain extent, but In actual use, it is necessary to set up multiple automatic sprinklers to water all the vegetables in the entire vegetable greenhouse. The cost of watering is high, which is not conducive to the needs of large-scale vegetable planting.

The wall structure and the setting of the upper and lower planting areas of the invention are conducive to the regulation of the growth environment of the plants, and the structure is simple, the cost is low, and it is easy to industrialize production, but it does not take into account the full absorption of plant oxygen and the unevenness of water absorption.

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