The boeing company (20240255786). ACOUSTO-OPTIC MODULATION FOR PHOTORECEPTOR PROTECTION simplified abstract
ACOUSTO-OPTIC MODULATION FOR PHOTORECEPTOR PROTECTION
Organization Name
Inventor(s)
Brian Gunther of St. Louis MO (US)
ACOUSTO-OPTIC MODULATION FOR PHOTORECEPTOR PROTECTION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240255786 titled 'ACOUSTO-OPTIC MODULATION FOR PHOTORECEPTOR PROTECTION
Simplified Explanation: The patent application describes an acousto-optic modulator system designed to protect a photoreceptor from a laser beam using sound pressure waves to diffract the beam.
- Glass portion connected to a transducer array
- Transducer array emits sound pressure waves into the glass to change its refractive index
- Electronic control unit selectively energizes the transducer array
- Camera system with image sensor and external lens positioned in the predicted path
- Host aircraft includes the photoreceptor, fuselage, wings, glass portion, transducer array, and ECU
Potential Applications: - Laser beam protection in aircraft - Optical communication systems - Laser-based manufacturing processes
Problems Solved: - Protecting photoreceptors from harmful laser beams - Ensuring accurate imaging in the presence of laser beams
Benefits: - Enhanced safety for photoreceptors - Improved image quality in laser-intensive environments
Commercial Applications: Title: Advanced Laser Beam Protection System for Aircraft This technology can be utilized in military aircraft, commercial airplanes, and drones to safeguard critical components from laser beams, ensuring optimal performance and safety.
Prior Art: Potential areas to explore for prior art include acousto-optic modulators, laser beam protection systems, and optical communication technologies.
Frequently Updated Research: Ongoing research in acousto-optic modulation, laser safety systems, and optical imaging technologies may provide further insights into the development and applications of this technology.
Questions about Laser Beam Protection Systems: 1. How does the acousto-optic modulator system differ from traditional laser protection methods? - The acousto-optic modulator system uses sound pressure waves to diffract laser beams, offering a more dynamic and precise protection mechanism compared to passive shielding methods. 2. What are the potential challenges in implementing this technology in different aircraft platforms? - The integration of the acousto-optic modulator system into various aircraft designs may require customization and optimization to ensure compatibility and effectiveness.
Original Abstract Submitted
an acousto-optic modulator system for protecting a photoreceptor from an incident laser beam from a laser source includes a transducer array that is connected to a glass portion. the glass portion is arranged in a predicted path of the laser beam between the laser source and the photoreceptor. an electronic control unit (âecuâ) selectively energizes the transducer array and causes the transducer array to emit sound pressure waves into the glass portion. the sound pressure waves have predetermined oscillation characteristics that change a refractive index of the glass portion to diffract the beam. a camera system includes the transducer array, the ecu, and a camera having an image sensor and an external lens positioned in the predicted path. a host aircraft includes the photoreceptor, fuselage, one or more wings, the glass portion, the transducer array, and the ecu.
