Intelligent plant maintaining and monitoring system and implementation method

Abstract

The invention discloses a plant intelligent maintenance monitoring system and its realization method. The system realizes the maintenance and monitoring of the plants after being deployed on the plants, including: a monitoring device for monitoring the plants and the measured plant characteristic data and The default data is sent to the plant maintenance control center, and the plant maintenance control center is used to establish a maintenance decision tree after receiving / synchronizing the characteristic data and the default data, and is used to receive the maintenance decision tree corresponding to the plant The maintenance device of the maintenance plan. The invention realizes the scientific maintenance of plants and reduces the workload of maintenance workers. In addition, the results of data analysis and comparison can also be displayed in the maintenance device, realizing an intelligent way of plant dynamic management.

Description

technical field [0001] The invention relates to the field of intelligent hardware and plant maintenance, in particular to a plant intelligent plant maintenance monitoring system and an implementation method. Background technique [0002] With the continuous improvement of people's living standards, people's requirements for quality of life are also constantly improving. Many kinds of flowers and plants are planted on both sides of urban streets and roads, and there are even special botanical gardens for tourists to visit. According to the 14th issue of "Architectural Engineering Technology and Design" in 2015, "Analysis of the maintenance of municipal road plants" municipal road greening is an integral part of the urban ecosystem, which can beautify the city, purify the air, reduce pollution, and improve the environment. However, due to lack of effective plant planting and maintenance experience, or due to human negligence, it is often difficult for the planted plants to gro...

AI Technical Summary

Problems solved by technology

Its disadvantage is that it only sets the threshold value of water or light, and only when the water or light is lower than the limit value, water or nutrition will be supplemented. The maintenance method is not scientific.

The disadvantage is that the characteristic data is transmitted by Bluetooth technology, so the environmental data cannot be sent to the Internet in real time and then analyzed in the background data center. The data must be transmitted to the mobile phone through the mobile phone connection before uploading to the data center. Data updates are slow

There are also some ways: by setting a water storage layer in the planting container, making it a water-free flower pot, to reduce the number of watering, but due to the limitation of the size of the container, its water storage is also limited, and it is necessary to manually add water frequently.

In addition, there are some intelligent maintenance systems that detect the growth of plants through the detection head, but this kind of equipment has insufficient detector accuracy and does not have the function of automatic maintenance, so it still cannot provide better maintenance for plants.

So at present, many of the sensors used in sensor detection technology, such as: resistive sensors, photoelectric sensors, piezoelectric sensors, Hall sensors, and digital sensors, cannot be practically applied to plant maintenance and monitoring.

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