Invention Title:

Artificial Reality Collaborative Working Environments

Publication number:

US20240250955

Publication date:

2024-07-25

Section:

Electricity

Class:

H04L63/107

Inventors:

Gioacchino NORIS Zurich, Switzerland

Alexander SORKINE-HORNUNG Zurich, Switzerland

Alessia Marra Zurich, Switzerland

Fangwei Lee San Carlos, CA, United States

Jennifer Lynn Spurlock Seattle, WA, United States

William Arthur Hugh Steptoe London, Great Britain (UK)

Manuel Ricardo Freire Santos London, Great Britain (UK)

Aleksejs Anpilogovs London, Great Britain (UK)

Bjorn Wanbo London, Great Britain (UK)

Connor Treacy London, Great Britain (UK)

Federico Ruiz London, Great Britain (UK)

Marcus Tanner Old Windsor, Great Britain (UK)

Larissa Heike Laich Zürich, Switzerland

Javier Alejandro Sierra Santos London, Great Britain (UK)

Jeffrey WITTHUHN Oakland, CA, United States

Sheng Shen Shoreline, WA, United States

Michael James LEBEAU Amsterdam, Netherlands

Jonathan Richard MAYOH Menlo Park, CA, United States

Panya INVERSIN Los Angeles, CA, United States

Sarthak RAY San Antonio, TX, United States

Derrick READINGER Philadelphia, PA, United States

Jeffrey Wai-King LOCK Erlenbach, Switzerland

Jonathan MALLINSON Chester, Great Britain (UK)

Applicant:

META PLATFORMS TECHNOLOGIES, LLC Menlo Park, CA, United States

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Smart overview of the Invention

Artificial reality collaborative working environments leverage extended reality (XR) technology to enhance remote collaboration. These environments facilitate connections between real-world and XR surfaces, enabling users to interact seamlessly with both their physical and digital workspaces. Key features include maintaining access to real-world tools like computer screens and keyboards, as well as various interaction modes tailored for collaboration. By integrating these elements, the XR work system aims to improve the remote working experience significantly.

Addressing Remote Working Challenges

As remote work becomes increasingly common due to global trends, challenges such as limited communication and collaboration arise. Traditional video calls often fall short of replicating in-person interactions, leading to misunderstandings and social isolation among remote workers. The XR work system addresses these issues by offering immersive environments where users can engage in more meaningful interactions. By creating a sense of presence and enabling real-time collaboration, the system aims to bridge the gap between remote teams.

Integration of Real-World Tools

The XR work system enhances user experience by allowing access to real-world work tools while in an artificial reality environment. Users can interact with their physical keyboard and computer screen through advanced tracking technology that presents a mixed reality keyboard model. This setup enables users to maintain productivity without having to exit the XR environment for tasks requiring physical input. Additionally, the system supports various interaction modes that adapt based on user activity, ensuring a fluid experience.

Facilitating Collaborative Configurations

Collaboration is further enhanced through customizable multi-desk room configurations within the XR environment. Users can engage in different setups, such as presentation or conference table modes, allowing for dynamic interactions tailored to specific tasks. The XR work system can automatically adjust these configurations based on contextual factors like conversation topics or user behavior. This flexibility ensures that remote teams can collaborate effectively, making the most of their artificial reality workspace.