Modulation Device for Mobile Tracking Devices Using Optical Energy

The patent replaces physical infrared hot bodies (flares) with an optical projection system that uses a light source and optical elements to project artificial infrared signals. This substitution eliminates the need for physical flare deployment mechanisms while achieving the same misdirection effect through projected optical patterns that mimic asset infrared signatures.

The optical projection system is designed to generate multiple different optical patterns corresponding to different asset types (vehicles, personnel, equipment). By storing multiple pattern sets in memory and selecting appropriate patterns based on detected asset characteristics, the system provides universal protection against various tracking device types without requiring separate countermeasure systems for each asset category.

The system dynamically adapts its optical pattern generation based on real-time detection of tracking device characteristics. The control circuit analyzes signals from sensors to identify whether an imaging or non-imaging detector is present, then adjusts the projected optical patterns accordingly. This dynamic adaptation allows the system to maintain high reliability across different detection system types without requiring pre-programmed device-specific configurations.

The system changes key parameters of the projected optical patterns including intensity, wavelength distribution, and spatial configuration based on the detected tracking device type. For imaging detectors, the system projects patterns that create false thermal signatures, while for non-imaging detectors, it projects patterns that overwhelm the sensor's detection capabilities. These parameter adjustments enable effective countermeasures against diverse detection systems using a single adaptable platform.