Maintenance apparatus capable of realizing feedback and control over plants of different species and control method of apparatus

Abstract

The invention discloses maintenance apparatus capable of realizing feedback and control over plants of different species and a control method of the apparatus. The maintenance apparatus capable of realizing feedback and control over plants of different species comprises a water tank, a soil moisture sensor, a power supply unit and a control unit; the control unit comprises a user input interface,a controller, a plant species recognition module and a GPRS module; the power supply unit comprises a battery and a power detection module; one end of the soil moisture sensor is connected with the controller while the other end of the soil moisture sensor is provided with a plurality of probes; the water tank comprises a water inlet and a water outlet; a plurality of water outlet pipes are arranged at the water outlet, wherein a solenoid valve and a nourishment injection port are arranged on each of the water outlet pipes; stirrers are arranged inside the water outlet pipes under the nourishment injection ports; and motors are arranged outside the water outlet pipes under the nourishment injection ports. The control method of the apparatus disclosed by the invention comprises the following steps: setting moisture values and watering duration of flowers in the system according to species of the flowers, and periodically feeding information about plant watering and battery powder back to the users; and thus, maintenance requirements of different plants under different humidity conditions are met so as to realize the purpose of intelligent flower raising.

Description

technical field [0001] The invention relates to the field of plant maintenance, in particular to a maintenance device and a control method for feedback and regulation of different types of plants. Background technique [0002] Green plants, especially flowers, as a very ornamental plant, are widely planted indoors and outdoors. Today, public places, offices or family households will grow potted plants indoors or on balconies to beautify the environment and delight the mood. However, due to the tight work of office workers and less free time, they are often too busy or on business trips to water the flowers and plants in time, causing them to wither or even die. Although middle-aged and elderly people have more free time, they often do not manage watering well. If the soil humidity is too high, the roots will rot, and if the soil humidity is too low, it will cause drought and withering. In the case of multiple pots of plants, each pot of plants has different requirements for ...

AI Technical Summary

Problems solved by technology

[0002] Green plants, especially flowers, as a very ornamental plant, are widely planted indoors and outdoors. Today, public places, offices or family households will grow potted plants indoors or on balconies to beautify the environment and delight the mood. However, due to the tight work of office workers and less free time, they are often too busy or on business trips to water the flowers and plants in time, causing them to wither or even die. Although middle-aged and elderly people have more free time, they often do not manage watering well. If the soil humidity is too high, the roots will rot, and if the soil humidity is too low, it will cause drought and withering. In the case of multiple pots of plants, each pot of plants has different requirements for soil humidity. If you water regularly and quantitatively, it will easily cause some problems. Some plants are watered too much or too frequently and grow unwell. When is it appropriate to water the plants and how much water is often troubled by the breeders

Although existing automatic waterers can water automatically, the amount of watering cannot be controlled according to the type of plants. Some plants are suitable for soil with low humidity, while some are suitable for higher humidity to grow better. If the soil is too much or the soil is too dry, if the user is not notified in time, the plants may also be flooded or dry. At the same time, the existing watering device also lacks an effective device for supplementing nutrients. Generally, nutrients are placed in the entire water tank. It is inconvenient to control the amount of nutrients used, and it is easy to cause waste. Therefore, farmers have higher and higher requirements for intelligent plant watering equipment, and there is an urgent need for a maintenance device and control method that can feedback and control different types of plants.

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