Intelligent flower watering system controlled by mobile phone Bluetooth or PC and control method of intelligent flower watering system

Abstract

The invention discloses an intelligent flower watering system controlled by mobile phone Bluetooth or a PC and a control method of the intelligent flower watering system. The intelligent flower watering system comprises a signal collecting processing module. The input end of the signal collecting processing module is connected with a soil moisture sensor and a parameter control module. The output end of the signal collecting processing module is connected with a watering module. A communication channel of the signal collecting processing module is connected with a terminal control module. The soil moisture sensor is used for detecting a flower and plant soil moisture state. The parameter control module is used for setting a preset watering threshold value. The signal collecting processing module is used for comparing the received flower and plant soil moisture with a water threshold value preset by a potentiometer, and after interaction of the control terminal module and a terminal device, instruction control over turning on or off of watering module is carried out. The moisture of soil in a flowerpot can be obtained through the soil moisture sensor, the watering module can turn on or off a water pump by comparing of the soil moisture and the watering threshold value, and accordingly the state of flowers and plants can be monitored in real time.

Description

technical field [0001] The invention relates to the field of irrigation devices, in particular to an intelligent flower watering system controlled by a mobile phone Bluetooth or a PC and a control method thereof. Background technique [0002] Office workers are stressed at work, have high pressure in life, and have less free time. They need flowers and plants to be taken care of when they are away from home for a long time. Although middle-aged and elderly people have more free time, they often have a hard time grasping the timing and amount of watering. When is it appropriate to water the flowers and plants, what to do when the flowers are left unattended and other issues often plague flower growers. Therefore, home users have higher and higher intelligent requirements for flower and grass watering equipment. [0003] In the existing technologies, most of them use the principle of siphon, that is, the principle of infiltration for irrigation. This method is for continuous...

AI Technical Summary

Problems solved by technology

The establishment of infrared wireless communication needs to add an additional controller; the use of GPRS or WIFI for wireless communication requires the support of the network. For home users, the configuration and cost of the network are relatively high

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