HEAD MOUNTABLE DISPLAY

Smart overview of the Invention

The head mountable display device features a front cover with an external forward-facing surface and a nasal bridge designed for user comfort. It incorporates two rearward-facing displays and two forward-facing cameras. These components are connected to a controller that facilitates mixed reality video pass-through, allowing images captured by the forward-facing cameras to be displayed on the rearward-facing screens. This setup enhances the user's experience by integrating real-world visuals with augmented elements.

Field of Application

This technology pertains to head mountable computer systems that offer virtual and mixed reality experiences. Such systems have become increasingly prevalent, providing users with environments where virtual elements enhance or replace parts of the physical world. Interaction with these environments is made possible through various input devices, including cameras and touch-sensitive interfaces.

Device Configuration

The device features a structural frame and a sensor bracket, which supports multiple cameras for capturing images from different perspectives. The cameras are strategically positioned to provide comprehensive environmental and user monitoring. Additionally, the device includes a depth sensor and projector, enhancing its ability to map and interact with the surrounding environment accurately.

Additional Features

The head mountable device also integrates inward and outward-facing sensor assemblies. These include eye-tracking cameras that monitor user interactions and a jaw camera for additional user data capture. The controller processes this data to project relevant images on both forward and rearward displays, creating an immersive experience.

User Interaction

Designed for comfort and functionality, the device's nasal bridge ensures proper fit, while its transparent shroud conceals internal components for an unobtrusive view. Infrared illuminators enhance visibility in various lighting conditions, making it suitable for diverse environments. The comprehensive sensor setup allows for detailed tracking of user movements and expressions, contributing to a more dynamic interaction with virtual elements.