Cloud computing based intelligent garden management equipment

Abstract

The invention discloses cloud computing based intelligent garden management equipment. The equipment comprises a control device, a soil nitrogen phosphorus and potassium detector, a GPS positioning device, a soil humidity sensor, a soil compactness measurement device, a vibration device, a water pipe flow valve, a nitrogen fertilizer bin, a phosphorus fertilizer bin, a potassium fertilizer bin, a cloud computing server and a thin film solar cell. The cloud computing based intelligent garden management equipment can be used for quantitatively adding certain elements into soil correspondingly by virtue of the soil nitrogen phosphorus and potassium detector; the soil compactness measurement device and the vibration device are provided, so that compact soil can be loosened due to action of the vibration device; soil is quantitatively fed due to delicacy management of the equipment; and the soil compactness can meet requirement due to vibration of the vibration device, and water and fertilizer can be easily absorbed by plants; the vibration device can generate electric energy by branches swinging in wind to loosen soil; and a solar generation device is energy-saving, environment-friendly and pollution-free.

Description

technical field [0001] The invention relates to the field of landscaping, in particular to intelligent management equipment for gardens based on cloud computing. Background technique [0002] Landscaping tree species have an irreplaceable important position in the construction of a modern civilized society because of their unique ecological balance function and environmental protection function; the cost of landscaping is huge, and the later maintenance is also a very tricky thing; during the growth of plants, Often need to water, fertilize and loosen the soil, if the maintenance is not good, it is prone to death, disease and other phenomena; [0003] The growth of landscaping crops is affected by many factors, such as temperature, moisture, soil compaction and other factors. As far as soil compaction is concerned, crops need loose and suitable soil conditions. Too tight soil will affect The absorption of crop nutrients and the aeration of the soil; if it is too loose, the ...

AI Technical Summary

Problems solved by technology

[0003] The growth of landscaping crops is affected by many factors, such as temperature, moisture, soil compaction and other factors. As far as soil compaction is concerned, crops need loose and suitable soil conditions. Too tight soil will affect The absorption of crop nutrients and the aeration of the soil; if it is too loose, the roots of the crops are unstable, causing nutrient loss, and the crops are prone to lodging; plants lack some necessary elements, such as nitrogen, phosphorus, and potassium, and lesions will appear, affecting plant growth;

[0004] The existing technology realizes an integrated control system for watering and fertilization during plant growth, but it does not achieve fine control and monitoring. When does the plant need to be watered and how much water needs to be watered each time? In the same area, some plants need more watering, some need less watering; and the soil at the roots of some plants is too tight, if the soil is not loosened in time, it will affect the growth of plants; in addition, during the process of plant growth, what elements are lacking or insufficient in the soil , how much is missing, artificial detection is too troublesome, and the existing technology has not realized

Images