Intelligent integrated control planting device

Abstract

The invention discloses an intelligent integrated control planting device which comprises a planting frame and a planting disk arranged on the planting frame, also comprises a power supply, an LED lighting lamp connected with the power supply, a low-pressure water pump and central control equipment; the LED lighting lamp is arranged the upper end of the planting frame or above the planting disk, the low-pressure water pump is arranged in a water supply system at the bottom of the planting frame and used for conveying water to the planting disk through a water pipe; and the central control equipment reads a correspondingly stored control data command according to different economic planting plants and centrally controls lighting frequency and time, temperature variation and watering quantity. By combining with accurate test planting parameters and through three-dimensionally planting plants in an intelligent integrated control and scientific efficient manner, the device disclosed by the invention greatly increases the output and meets the requirement for environmental protection.

Description

technical field [0001] The invention relates to a planting device, in particular to an energy-saving, environment-friendly and intelligently controlled planting device. Background technique [0002] At present, plastic greenhouses or small greenhouses are generally used to grow economical plants such as flowers, fruits, grains, vegetables, and medicinal plants. They use sunlight and artificial water supply and fertilization, and there is no light at night. In addition, there are limited high-quality special soils in some places, such as a certain Local specialty fruits cannot be grown in other places. This kind of planting mode without precise and intelligent control, the plants are affected by the light time, light frequency and regional soil differences, so that the plants do not grow fully, the growth cycle is long, resulting in low yield, and it needs manual care and maintenance all the time. higher cost. At present, in the planting process, scientific and accurate lig...

AI Technical Summary

Problems solved by technology

[0002] At present, plastic greenhouses or small greenhouses are generally used to grow economical plants such as flowers, fruits, grains, vegetables, and medicinal plants. They use sunlight and artificial water supply and fertilization, and there is no light at night. In addition, there are limited high-quality special soils in some places, such as a certain Local specialty fruits cannot be grown in other places

This kind of planting mode without precise and intelligent control, the plants are affected by the light time, light frequency and regional soil differences, so that the plants do not grow fully, the growth cycle is long, resulting in low yield, and it needs manual care and maintenance all the time. higher cost

At present, in the planting process, scientific and accurate light frequency, intensity and time are not provided according to the characteristics of different plant species, and intelligent control of watering and maintenance of a suitable temperature and humidity environment cannot truly realize intelligent and scientific planting management.

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