EYEWEAR WITH INTEGRATED PERIPHERAL DISPLAY

Smart overview of the Invention

The proposed system involves eyewear with an integrated near-eye display mechanism designed to enhance virtual, augmented, or mixed reality experiences. It functions by projecting a series of images using a shifting element, such as a rotating micromirror, to create a seamless visual experience. The system receives a chronology of images, divides them into portions, and displays them in a sequence that appears simultaneous to the viewer. This approach aims to expand the user's field of view beyond the central vision area covered by traditional near-eye displays.

Technical Approach and Methodology

A key aspect of the system is its ability to project images across the user's entire viewing range by sequencing image portions at high speed and multiple orientations. The method involves receiving image data, dividing it into portions, and generating sequences based on arrangement data. This allows for the reconstruction of images that cover both horizontal and vertical peripheral vision as well as depth perception. The high-speed display ensures that the images appear simultaneous, providing an immersive experience without compromising resolution or contrast.

Display Mechanism and Optical Elements

The display mechanism comprises a partially transmissive reflector integrated into an optical element like an eyeglass lens. This reflector works with a projector assembly to deliver visual information directly onto the user's retina. In some configurations, a rotating micromirror embedded within the lens or display mechanism shifts the projection's orientation, enhancing the peripheral image coverage. This microelectromechanical system ensures dynamic adjustment of projections to maintain visual quality.

Network System Integration

The eyewear device is part of a broader network system that includes client-server architecture for data exchange. It can communicate with various devices over a network, facilitating interaction with applications like social messaging systems. The device supports conventional web browsers and platform-specific apps, enabling users to access and share information seamlessly. The network system's architecture supports distributed computing environments, enhancing the functionality and user experience.

Data Management and User Interaction

The data layer within the network system houses databases that store user profiles, social graphs, and other relevant data. These databases facilitate efficient data retrieval and storage for enhanced user interaction with social messaging systems via the eyewear device. Users can interact with these systems through various devices connected over the network, ensuring versatile communication capabilities across multiple platforms.