US20260013450
2026-01-15
Human necessities
A01G25/165
The Adjustable Multi-Port Irrigation Manifold System offers a smart, programmable solution for precision irrigation. It features a modular housing with several emitter ports, each controlled by a latching solenoid valve. Users can manage water distribution through a mobile app, tailored to specific plant needs. A microcontroller manages valve operations based on schedules and environmental data, with remote configuration and updates enabled by an integrated wireless module. The system is powered by solar or USB, and includes a pressure-based wake-up mechanism for energy efficiency, making it suitable for both new and retrofit installations.
The Set N' Soak™ system is designed to integrate with standard drip irrigation setups, allowing for precise water delivery to diverse plant species. The system is operable via a mobile application, enabling user-defined schedules and volumes. Optional sensors can provide further automation by adjusting irrigation based on factors like moisture levels and weather data. This approach minimizes water waste and supports sustainable landscaping practices. The system is scalable, making it applicable for both residential and commercial use, offering a smart interface for individualized plant hydration management.
The system is housed in a durable, weather-resistant enclosure, suitable for outdoor conditions. It connects to irrigation lines via various fittings and includes six independent outlet ports for ¼ inch drip tubing. Each port is controlled by a latching solenoid valve, allowing for precise irrigation timing and volume. The manifold supports flow rates from 0 to 5 gallons per hour per port, adjustable in increments. It is designed for easy field servicing and component replacement, with power options including solar panels and rechargeable batteries.
The manifold's design allows for easy installation and adaptability, with features like integrally molded clips for mounting. It can incorporate a “T” connection module for inline integration with existing irrigation systems. The system is engineered for failsafe operation, with valves defaulting to a closed state in case of failure. The enclosure supports expansion for additional ports or sensors, ensuring long-term adaptability. This robust architecture ensures reliable, efficient irrigation tailored to diverse plant needs.
The system's fluid distribution mechanism features a multi-port valve matrix, with each port independently regulated for precise control. Latching solenoid valves are pulse-actuated, reducing energy consumption. The system calculates valve actuation schedules based on user input or environmental data, supporting a range of irrigation scenarios. This flexibility allows for efficient water use, accommodating various plant types and environmental conditions, ultimately promoting sustainable irrigation practices.