Engineers at the University of Washington have invented some Wi-Fi sensors that are stunning in their simplicity yet potentially life-changing in their applications. By combining 3D-printed gears, springs and clever sensors that require no batteries or electronics, they have made devices that work on the free energy around them. This includes a flowmeter that keeps track of how much laundry detergent one has used or a wind speed meter that never needs batteries and helps to keep track of the weather.
The applications for these free energy devices are endless and could be a game changer in putting powerful technology in the hands of every person. From flowmeters for farmers who are trying to irrigate their crops to simple remote controls for machinery and sensors for artificial limbs, any application that requires the knowledge of electronics has been taken out of the equation.
3D-Printed Wi-Fi Sensors
The University of Washington Created Devices That Harness Free Energy
Trend Themes
1. 3d-printed Sensors - The trend of using 3D printing to create sensors without batteries or electronics opens up opportunities for sustainable and cost-effective devices.
2. Free Energy Innovation - The development of devices that harness free energy presents disruptive opportunities for various industries to create self-sustainable and environmentally friendly solutions.
3. Democratization of Technology - The creation of affordable and easy-to-use free energy devices has the potential to bring powerful technology to a broader range of individuals, revolutionizing industries and empowering individuals.
Industry Implications
1. Agriculture - The agricultural industry can benefit from 3D-printed sensors that work on free energy, enabling farmers to monitor irrigation and optimize resource usage.
2. Manufacturing - Incorporating free energy devices, such as remote controls and sensors, into manufacturing processes can improve efficiency, reduce costs, and eliminate the reliance on batteries.
3. Healthcare - The healthcare industry can explore the use of 3D-printed sensors to create affordable and accessible medical devices, such as artificial limbs, that do not require electronics or batteries.