€15.07 – €19.39
- Soil Moisture Sensors (Element a):
The invention incorporates multiple soil moisture sensors distributed strategically across the area to be irrigated. These sensors measure real-time soil moisture levels, generating data essential for determining precise water requirements for specific zones. Unlike prior art systems relying on static watering schedules, this configuration enables zone-specific irrigation based on dynamic environmental conditions. - Central Control Unit (Element b):
The central control unit serves as the system’s computational core, programmed to receive and process data from the soil moisture sensors. Using predefined thresholds and algorithms, the control unit analyzes soil conditions and determines the optimal water distribution plan. The inclusion of this unit ensures precise and autonomous decision-making, eliminating manual intervention. - Water Dispensing Apparatus (Element c):
The water dispensing apparatus, connected to the central control unit, utilizes electronically controlled valves to adjust the flow and volume of water delivered to each zone. The apparatus dynamically responds to the control unit’s commands, ensuring that water is dispensed only where and when it is needed. This feature reduces water wastage and improves resource efficiency compared to traditional irrigation systems. - Wireless Communication Module (Element d):
The wireless communication module facilitates remote monitoring and control via a user-friendly mobile application. This enables users to view system status, adjust thresholds, and receive alerts regarding sensor or apparatus malfunctions. The module ensures accessibility and convenience, addressing user demand for modernized and flexible irrigation solutions.
