Modern farming relies on precise application of fertilizers, seeds, and other inputs, but current flow sensors used in agricultural machines have major drawbacks. They require wired connections, which are prone to corrosion and damage from weather and chemicals. Installation is difficult, especially on large machines, and maintenance is expensive. Many existing solutions also require cutting steel pipes, making them invasive and hard to implement.
Core Features of the Invention
This invention is a wireless, non-invasive flow sensor that monitors the movement of agricultural inputs without the need for complex wiring or structural modifications. Key features include:
- Wireless data transmission to farm equipment, eliminating cables.
- Easy installation on deflector plates without cutting pipes.
- Resonant support structure that detects input flow via vibrations.
- Quick-lock system for fast attachment and removal.
- Sealed housing to protect electronics from dust, water, and harsh agricultural conditions.
- Battery-powered operation, reducing reliance on external power sources.
What Makes It Unique
Unlike traditional sensors that require physical modification of farm equipment, this device is non-invasive and wire-free. It uses vibration-based sensing, meaning it does not need to be placed directly in the material flow, avoiding blockage risks. The wireless communication allows real-time monitoring without the hassle of maintaining fragile wires.
Tangible Benefits
- Reduces downtime caused by damaged wires or installation difficulties.
- Lower maintenance costs since it doesn’t require specialized labor for setup or repairs.
- Increases efficiency by ensuring inputs are evenly distributed, reducing waste.
- Improves durability with a rugged design that withstands agricultural environments.
Broader Impact
This invention enhances precision farming, reducing input waste and promoting sustainable agriculture by optimizing fertilizer and seed usage. It also saves farmers time and money, making advanced monitoring technology more accessible to a broader audience.