Accenture Global Solutions Limited (20240377650). Optical and Photonic Configurations and Devices for Selective Privacy Protection simplified abstract

Optical and Photonic Configurations and Devices for Selective Privacy Protection

Organization Name

Accenture Global Solutions Limited

Inventor(s)

Benjamin Glen Mccarty of Washington DC (US)

Johannes Jacobus Louw Basson of Arlington VA (US)

Optical and Photonic Configurations and Devices for Selective Privacy Protection - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240377650 titled 'Optical and Photonic Configurations and Devices for Selective Privacy Protection

The disclosed patent application focuses on optical/photonic devices and systems designed to manipulate the polarization state of light to provide selective privacy protection in optical imaging applications. By utilizing multiple optical polarization filters, the technology enables partial or full privacy while maintaining the functionality of image-based spatial mapping and localization algorithms in devices such as virtual reality (VR), augmented reality (AR), and robot/drone cameras.

• The technology utilizes polarization manipulation techniques with multiple optical polarization filters to control the privacy of captured images.
• The polarization filters are configured to allow minimal or no light from privacy-protected regions into the cameras in privacy mode, while blocking 100% of light in block mode.
• The system dynamically adjusts for orientation changes during camera operation to protect privacy in real-time.

Potential Applications: - Privacy protection in video devices like VR, AR, and robot/drone cameras. - Enhanced security in surveillance systems. - Privacy control in medical imaging devices.

Problems Solved: - Ensuring privacy in optical imaging applications. - Maintaining functionality of image-based algorithms while protecting privacy. - Adapting to dynamic changes in orientation for real-time privacy protection.

Benefits: - Enhanced privacy protection in optical imaging. - Seamless integration with existing camera systems. - Real-time privacy control for various applications.

Commercial Applications: Title: "Privacy-Enhancing Optical Imaging Technology for VR, AR, and Surveillance Systems" This technology can be applied in industries such as virtual reality, augmented reality, surveillance, and medical imaging for enhanced privacy protection and security measures.

Questions about Privacy-Enhancing Optical Imaging Technology: 1. How does the technology dynamically adjust for orientation changes during camera operation? The system utilizes multiple optical polarization filters that are configured to adapt to orientation changes in real-time, ensuring continuous privacy protection.

2. What are the potential commercial applications of this privacy-enhancing technology? This technology can be utilized in various industries such as virtual reality, augmented reality, surveillance, and medical imaging for enhanced privacy protection and security measures.

Original Abstract Submitted

the disclosure below is directed to optical/photonic devices and systems configured to control polarization state of light for selective privacy protection in optical imaging. in particular, the various embodiments disclosed below provide an application of polarization manipulation techniques with multiple optical polarization filters to enable partial or full privacy while maintaining functioning of image-based spatial mapping and localization algorithms used in video devices such as virtual reality (vr), augmented reality (ar), and robot/drone cameras. in the disclosed example approaches, the various polarization filters are configured to allow no or negligibly small amount of light from the privacy protected regions of a scene into the cameras in a privacy mode and to reject 100% of all light and enable full privacy in a block mode. the disclosed approaches also dynamically account for orientation changes during operation of the camera devices such that privacy is dynamically protected in real-time.