Transparent Display VR on Moving Means

The patent transitions from a fixed-type VR system to a dynamic system that can sense and respond to user motion. Motion sensing units are integrated to detect user movements in real-time, and the system dynamically adjusts the virtual reality content based on detected motion, enabling the VR experience to adapt to user actions without requiring complex mechanical movement of the display system itself.

The patent replaces the need for mechanical movement of the VR display system with electronic sensing and digital content adjustment. Instead of physically moving the display to follow user motion, motion sensors detect user movement and the system electronically adjusts the virtual content position and orientation, substituting mechanical complexity with electronic control.

The patent extracts the head-mounted device from the VR system, placing the display on a wall or stand instead. This removes the physical burden and motion restrictions associated with wearing a head-mounted device, while motion sensing units capture user movement to adjust the virtual content accordingly, maintaining VR functionality without the inconvenience of wearing equipment.

The patent introduces motion sensing units as an intermediary between the user and the virtual reality content. These sensors detect user motion and translate it into corresponding adjustments of the virtual content on the display, serving as a mediator that connects user physical movement to the virtual experience without requiring direct physical coupling through a head-mounted device.