20240045208. VIRTUAL REALITY DISPLAY ADAPTERS simplified abstract (The Trustees of Princeton University)

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VIRTUAL REALITY DISPLAY ADAPTERS

Organization Name

The Trustees of Princeton University

Inventor(s)

Isla Xi Han of Princeton NJ (US)

Sophie Mengzhu Jiang of Princeton NJ (US)

Genyuan Hu of Princeton NJ (US)

Priscilla Zhang of Princeton NJ (US)

VIRTUAL REALITY DISPLAY ADAPTERS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240045208 titled 'VIRTUAL REALITY DISPLAY ADAPTERS

Simplified Explanation

The patent application describes devices and systems that utilize single-eye virtual reality adapters. These adapters consist of a body and a VR lens. The body is designed to surround a display screen and has an inner surface and an outer surface separated by sidewalls. It also includes a lens opening and a display opening for receiving the display screen. The VR lens is detachably connected to the body and positioned within the lens opening to prevent contact with the display screen.

  • The patent application describes a single-eye virtual reality adapter that can be used with display screens.
  • The adapter includes a body with an inner and outer surface, separated by sidewalls.
  • The body has a lens opening and a display opening for receiving the display screen.
  • The VR lens is detachable and positioned within the lens opening to protect the display screen.
  • The VR lens ensures that there is a distance between the lens and the display screen.

Potential Applications:

  • Virtual reality gaming
  • Virtual reality training simulations
  • Virtual reality entertainment experiences
  • Virtual reality medical procedures

Problems Solved:

  • Prevents the lens from directly contacting the display screen, avoiding potential damage.
  • Provides a convenient and detachable solution for using virtual reality with display screens.

Benefits:

  • Enhanced virtual reality experience with a single-eye adapter.
  • Protection for the display screen from potential damage.
  • Easy installation and removal of the VR lens for different applications.


Original Abstract Submitted

devices and systems are disclosed that utilize single-eye virtual reality adapters. the single-eye virtual reality adapter may include a body and a vr lens. the body may be configured to be disposed around a display screen. the body may have an inner surface and an outer surface, separated by a first sidewall and a second sidewall. the body may define a lens opening extending from the outer surface to the inner surface. the body may define a display opening extending from the first sidewall to the second sidewall (e.g., to slidably receive a display screen through the display opening). the vr lens may be removably coupled to the body. the vr lens may be disposed within the lens opening. the vr lens configured to prevent the lens from contacting the display screen; for example, the vr lens may be positioned at a distance d1>0 in front of the display screen.