View source for 20240024065. Method and Platform for Portable Remote Support During Medical Device Implantation Using Augmented Reality Devices simplified abstract (Orcana Inc.)

=Method and Platform for Portable Remote Support During Medical Device Implantation Using Augmented Reality Devices=


==Organization Name==

[[:Category:Orcana Inc.|Orcana Inc.]]


[[Category:Orcana Inc.]]

==Inventor(s)==

[[:Category:Kris Okumu of Millbrae CA (US)|Kris Okumu of Millbrae CA (US)]][[Category:Kris Okumu of Millbrae CA (US)]]

[[:Category:Orr Orenstein of San Francisco CA (US)|Orr Orenstein of San Francisco CA (US)]][[Category:Orr Orenstein of San Francisco CA (US)]]

==Method and Platform for Portable Remote Support During Medical Device Implantation Using Augmented Reality Devices - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240024065 titled 'Method and Platform for Portable Remote Support During Medical Device Implantation Using Augmented Reality Devices

==Simplified Explanation==

The abstract describes a framework for medical and surgical support that allows remote guidance for implantations of medical devices during procedures. It incorporates video conferencing technology to enable product support specialists to provide real-time support to medical personnel in an operating facility. The framework utilizes augmented reality-enabled display devices to facilitate communication between the specialists and the medical personnel. It also includes secure communication capabilities and hardware components/software elements for gesture detection and interpretation. Additionally, the framework allows for tracking, monitoring, and verification of instruments and devices before, during, and after medical procedures using image processing techniques for object detection and recognition.

* Enables remote guidance for implantations of medical devices during procedures
* Integrates video conferencing technology for interactive collaboration sessions
* Allows product support specialists to provide real-time support to medical personnel
* Utilizes augmented reality-enabled display devices for communication
* Ensures sterile environments and protects the health and safety of participants
* Includes secure communication capabilities for medical personnel and specialists
* Incorporates hardware components and software elements for gesture detection and interpretation
* Enables tracking, monitoring, and verification of instruments and devices
* Uses image processing techniques for object detection and recognition

Potential Applications:
* Remote guidance for medical device implantations
* Real-time support for medical personnel during procedures
* Interactive collaboration between specialists and medical personnel
* Ensuring sterile environments in operating facilities

Problems Solved:
* Limited access to product support specialists during medical procedures
* Difficulty in maintaining sterile environments during collaboration sessions
* Lack of real-time communication between specialists and medical personnel
* Challenges in tracking and monitoring instruments and devices during procedures

Benefits:
* Improved access to product support specialists for medical personnel
* Enhanced communication and collaboration during procedures
* Maintaining sterile environments and protecting the health and safety of participants
* Efficient tracking, monitoring, and verification of instruments and devices


==Original Abstract Submitted==

a framework for medical and surgical support enables remote guidance for implantations of medical devices during medical procedures and integrates video conferencing technology to enable product support specialists to provide support to medical personnel for such implantations in an operating facility during interactive collaboration sessions. the framework enables individuals wearing augmented reality-enabled display devices to communicate in real time with such product support specialists for medical devices who are not physically present in an operative theater, to promote and maintain sterile environments and protect the health and safety of the various participants in such collaboration sessions. the framework includes real-time, secure communication capabilities from, to, and between such medical personnel and any product support specialist client. the framework further includes hardware components and software elements that enable gesture detection and interpretation. the framework also enables instruments and devices to be tracked, monitored, and verified before, during, and after medical procedures using image processing techniques that allow for object detection and recognition.



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