Invention Title:

EXTRAMISSIVE SPATIAL IMAGING DIGITAL EYE GLASS APPARATUSES, METHODS AND SYSTEMS FOR VIRTUAL OR AUGMEDIATED VISION, MANIPULATION, CREATION, OR INTERACTION WITH OBJECTS, MATERIALS, OR OTHER ENTITIES

Publication number:

US20260161237

Publication date:

2026-06-11

Section:

Physics

Class:

G06F3/017

Inventors:

Meron Gribetz 🇺🇸 Belmont, CA, United States

W. Steve MANN 🇨🇦 Toronto, Canada

Applicant:

QUALCOMM Incorporated 🇺🇸 San Diego, CA, United States

Drawings (4 of 36)

Drawing 01 for EXTRAMISSIVE SPATIAL IMAGING DIGITAL EYE GLASS APPARATUSES, METHODS AND SYSTEMS FOR VIRTUAL OR AUGMEDIATED VISION, MANIPULATION, CREATION, OR INTERACTION WITH OBJECTS, MATERIALS, OR OTHER ENTITIES

Drawing 02 for EXTRAMISSIVE SPATIAL IMAGING DIGITAL EYE GLASS APPARATUSES, METHODS AND SYSTEMS FOR VIRTUAL OR AUGMEDIATED VISION, MANIPULATION, CREATION, OR INTERACTION WITH OBJECTS, MATERIALS, OR OTHER ENTITIES

Drawing 03 for EXTRAMISSIVE SPATIAL IMAGING DIGITAL EYE GLASS APPARATUSES, METHODS AND SYSTEMS FOR VIRTUAL OR AUGMEDIATED VISION, MANIPULATION, CREATION, OR INTERACTION WITH OBJECTS, MATERIALS, OR OTHER ENTITIES

Drawing 04 for EXTRAMISSIVE SPATIAL IMAGING DIGITAL EYE GLASS APPARATUSES, METHODS AND SYSTEMS FOR VIRTUAL OR AUGMEDIATED VISION, MANIPULATION, CREATION, OR INTERACTION WITH OBJECTS, MATERIALS, OR OTHER ENTITIES

Smart overview of the Invention

The patent application describes a sensing and display apparatus designed for virtual or augmented reality experiences. This device, implemented as an extramissive spatial imaging digital eye glass, includes two primary interfaces. The first interface connects with a computationally mediated space, allowing interaction with various digital environments. The second interface is designed for personal viewing spaces, enhancing the user's interaction with augmented reality.

Technical Features

The apparatus features an interface assembly that manages sensor and effector signals between two distinct spaces. These signals facilitate the representation and manipulation of sensory phenomena from both spaces. The processing unit, linked to this interface assembly, processes the signals to enable seamless interaction between the user and the augmented reality environments. The memory assembly stores the processing program, which guides the operations of the device.

User Interaction

A user interface is included, comprising two sections that display phenomena from each space. This dual-display capability allows users to engage with both the augmented environment and their immediate surroundings simultaneously. The interface design supports intuitive interaction, enhancing the user's ability to manipulate and create within the augmented space.

Methodology

A method is outlined for receiving and processing sensor signals from both spaces. This involves capturing sensory phenomena from the first space and translating them into actionable data within the second space. The apparatus supports various operations, such as visual stabilization and alignment, to improve user experience and interaction.

Additional Features

The application also describes additional embodiments, such as methods for interacting with shared objects and advanced signal processing techniques. These include toposculpting systems and inverse surface processing, which enhance the device's capability to interact with complex digital environments. The detailed diagrams and examples illustrate the diverse applications and potential of the apparatus.