20240013672. SIMULATOR SYSTEM FOR THE SAFE TRAINING OF MEDICAL PERSONNEL simplified abstract (OBSHCHESTVO S OGRANICHENNOJ OTVETSTVENNOST'YU "VIARSIM")

SIMULATOR SYSTEM FOR THE SAFE TRAINING OF MEDICAL PERSONNEL

Organization Name

OBSHCHESTVO S OGRANICHENNOJ OTVETSTVENNOST'YU "VIARSIM"

Inventor(s)

Evgenij Aleksandrovich Kostyushov of Sankt-Peterburg (RU)

Vladimir Aleksandrovich Bushuev of Sankt-Peterburg (RU)

Dmitrij Alekseevich Dudarev of Sankt-Peterburg (RU)

Aleksandr Nikolaevich Isaev of Sertolovo (RU)

SIMULATOR SYSTEM FOR THE SAFE TRAINING OF MEDICAL PERSONNEL - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240013672 titled 'SIMULATOR SYSTEM FOR THE SAFE TRAINING OF MEDICAL PERSONNEL

Simplified Explanation

The abstract describes a simulation complex for safe training of healthcare professionals during the pandemic. It includes XR stations with realistic VR scenarios for practicing personal safety skills, as well as diagnosis and treatment of COVID-19 patients. The complex also has a computing center for centralized management and monitoring of training sessions, and XR stations equipped with wireless VR headsets and body motion capture sensors for full immersion in virtual reality. The XR stations also have a positional tracking system installed in the corners of the training room to determine the user's position and orientation. An administration center with computing devices, a display, and a video receiver and transmitter is also part of the complex.

• The simulation complex provides a safe training environment for healthcare professionals during the pandemic.
• XR stations offer realistic VR scenarios to practice personal safety skills and the skills needed for diagnosing and treating COVID-19 patients.
• The computing center allows centralized management, monitoring, and accounting of training sessions.
• XR stations ensure full immersion in virtual reality through wireless VR headsets and body motion capture sensors.
• The positional tracking system determines the user's position and orientation in the virtual environment.
• The administration center includes computing devices, a display, and a video receiver and transmitter.

Potential Applications:

• Training healthcare professionals in personal safety skills during the pandemic.
• Training healthcare professionals in the diagnosis and treatment of COVID-19 patients.
• Providing a safe and controlled environment for healthcare professionals to practice critical skills.

Problems Solved:

• Ensuring the safety of healthcare professionals during training by providing a simulated environment.
• Overcoming limitations of physical training spaces during the pandemic.
• Allowing healthcare professionals to practice and improve their skills without risking exposure to COVID-19.

Benefits:

• Enhanced training experience through realistic VR scenarios and full immersion in virtual reality.
• Centralized management and monitoring of training sessions for efficient tracking and evaluation.
• Increased safety for healthcare professionals by minimizing exposure to COVID-19 during training.
• Improved skills and preparedness of healthcare professionals in dealing with pandemic situations.

Original Abstract Submitted

the simulation complex for safe training of healthcare professionals during the pandemic comprises at least one xr station including a set of realistic vr scenarios to practice the personal safety skills by healthcare professionals during the pandemic, as well as the skills of diagnosis and treatment of patients with covid-19; a computing center for centralized management, monitoring and accounting of the training sessions of healthcare professionals; at least one xr station, with the xr station comprising at least one system to ensure the user's full immersion in virtual reality, wherein the system to ensure the user's full immersion in virtual reality comprises at least the following: a wireless virtual reality headset and a set of wireless body motion capture sensors; a positional tracking system to determine the user's position and orientation in the virtual environment, wherein the tracking system contains at least 2 modules for determining the position and orientation of a user in a virtual environment, which are installed in the corners of the room in which safe training of healthcare professionals is carried out during the pandemic; an administration center comprising at least two computing devices, a display and a video receiver and transmitter.