Ekto VR, Inc. (20240272705). SYSTEM AND METHOD OF ROBOTIC VIRTUAL REALITY FOOTWEAR simplified abstract

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SYSTEM AND METHOD OF ROBOTIC VIRTUAL REALITY FOOTWEAR

Organization Name

Ekto VR, Inc.

Inventor(s)

Bradley Factor of Pittsburgh PA (US)

Robert Li of Pittsburgh PA (US)

Antonio Garcia-smith of Pittsburgh PA (US)

SYSTEM AND METHOD OF ROBOTIC VIRTUAL REALITY FOOTWEAR - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240272705 titled 'SYSTEM AND METHOD OF ROBOTIC VIRTUAL REALITY FOOTWEAR

Simplified Explanation:

This patent application describes a robotic boot for wireless control in a virtual reality system. The boot includes various components such as a power electronics module, controller, radio, and trackers to allow for precise control of the user's movement within the virtual environment.

  • The robotic boot consists of a front drive module and a rear drive module, along with a boot chassis and a battery for power.
  • The boot controller uses virtual reality tracking data to adjust the user's velocity and position to keep them within a predefined operating space.
  • By measuring pose data and calculating the user's intended velocity, the system can generate motion commands to move the user within the virtual reality environment.

Key Features and Innovation:

  • Integration of power electronics, controller, radio, and trackers for wireless control in a virtual reality system.
  • Front and rear drive modules for precise movement control.
  • Boot controller for adjusting velocity and position based on virtual reality tracking data.

Potential Applications:

  • Virtual reality gaming and simulations.
  • Training and education in virtual environments.
  • Physical therapy and rehabilitation exercises.

Problems Solved:

  • Ensures users stay within a designated operating space in virtual reality.
  • Provides precise control over user movement for immersive experiences.
  • Enhances safety and user experience in virtual reality environments.

Benefits:

  • Improved user experience in virtual reality.
  • Enhanced safety and control over user movement.
  • Versatile applications in gaming, training, and therapy.

Commercial Applications:

Wireless robotic boots for virtual reality systems can be utilized in various industries such as gaming, entertainment, healthcare, and education to provide immersive experiences and precise control over user movement.

Questions about Robotic Boot for Wireless Control in a Virtual Reality System:

1. How does the boot controller adjust the user's velocity and position based on virtual reality tracking data? 2. What are the potential safety benefits of using robotic boots in virtual reality environments?


Original Abstract Submitted

a system, method and device for a robotic boot for wireless control in a virtual reality system. the robotic boot includes a power electronics module, controller, radio, and trackers. the robotic boot has a front drive module and a rear drive module; a boot chassis and a battery. the boot controller controls velocity and position based on virtual reality tracking data to maintain the user inside a predetermined operating space while the user is wearing the robotic boot. the method includes measuring pose data; determining if the user is outside of an area, and calculating an intended velocity of the user; calculating a motion command in response to the measured pose data and the total desired motion, and controlling drive module motors to move the user in virtual reality with the intended velocity.

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