Irrigation system for plants and method thereof

Abstract

The invention discloses an irrigation system for plants and a method thereof. The irrigation system comprises: a humidity sensor, a host, a first solenoid valve, a water pump, a timer, and a pipeline.The humidity sensor is fixed in the soil of an area where plants are located; a plant irrigation data table is stored in the host; the plant irrigation data table includes humidity data and pH valuedata of each species of plants for each month; a data output end of the humidity sensor and the timer are both connected to an input end of the host; the host is used for determining current irrigation volume of plants according to the detection data of the humidity sensor and humidity data of the plant irrigation data table; an output end of the host is connected with an input end of the solenoidvalve, an output end of which is connected with a control end of the water pump, a water outlet of which is connected with the pipeline; the pipeline is laid in the area where plants are located; andthe hose is used for adjusting on-off time of the solenoid valve according to the irrigation volume so as to further adjust the opening time of the water pump. By the system or the method of the invention, automatic irrigation can be achieved to improve irrigation efficiency.

Description

technical field [0001] The invention relates to the field of intelligent irrigation, in particular to an irrigation system and method for plants. Background technique [0002] Traditional garden irrigation usually requires irrigators to lay pipes on site and manually control the start and stop of the irrigation process. With the intensification of the water resource crisis, garden irrigation equipment is developing steadily in the direction of being more environmentally friendly, using new materials, intelligent control, cross-industry development, low-pressure spraying, reducing energy consumption, comprehensive utilization, and multiple uses. At present, garden irrigation technology includes pumping station technology, drip irrigation technology, valve technology and so on. From drip irrigation (embedded dripper, on-pipe dripper), buried micro-spray, ground micro-spray, dripping arrow, spring irrigation, buried rotary sprinkler, rocker sprinkler, spray gun, pointer Sprin...

AI Technical Summary

Problems solved by technology

However, these irrigation methods are applied to all plant varieties. Since different plant varieties have different irrigation requirements, staff still need to manually adjust the irrigation strategy during irrigation, and the irrigation efficiency is not high.

Images