Build a Cheap, Scalable, Effective Infrared Imaging Device
Build a Cheap, Scalable, Effective Infrared Imaging Device
Thermal Radiation Microsensor (Thermoelectric Micro Pillars)
Tags: The Hong Kong University of Science and Technology, Hong Kong, Security & First Responders, Wellness, Safety & Fitness
The Thermal Radiation Microsensor utilizes thermoelectric micro pillars for high-speed, high-resolution infrared imaging, applicable in devices like thermopiles, bolometers and pyroelectric sensors. With a market projected to grow, it offers low-cost, mass production capabilities through IC/MEMS-style fabrication. It boasts high responsivity, short response time, and is scalable for various applications, including light detection, chemical sensing, security, military, firefighting, industrial inspection, environmental monitoring, healthcare diagnostics (IR thermometer) and consumer electronics. The sensor outputs voltage by converting temperature differences from absorbed radiation, enhancing signal output via series-connected thermocouples. This innovation is protected under US patent US9978926B2.
IP Type or Form Factor: Patent Granted; Device
TRL: Not specified
Industry or Tech Area: Defense & Security; Health & Safety
