View source for 20240016455. SYSTEMS AND METHODS TO PROTECT AGAINST INFECTIOUS DISEASE simplified abstract (ResMed Pty Ltd)

=SYSTEMS AND METHODS TO PROTECT AGAINST INFECTIOUS DISEASE=


==Organization Name==

[[:Category:ResMed Pty Ltd|ResMed Pty Ltd]]


[[Category:ResMed Pty Ltd]]

==Inventor(s)==

[[:Category:Michael Pinczuk of Sydney (AU)|Michael Pinczuk of Sydney (AU)]][[Category:Michael Pinczuk of Sydney (AU)]]

[[:Category:Ian Law of Sydney (AU)|Ian Law of Sydney (AU)]][[Category:Ian Law of Sydney (AU)]]

[[:Category:Rory Schermerhorn of San Diego CA (US)|Rory Schermerhorn of San Diego CA (US)]][[Category:Rory Schermerhorn of San Diego CA (US)]]

==SYSTEMS AND METHODS TO PROTECT AGAINST INFECTIOUS DISEASE - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240016455 titled 'SYSTEMS AND METHODS TO PROTECT AGAINST INFECTIOUS DISEASE

==Simplified Explanation==

The abstract describes an alert system designed to protect individuals from infectious diseases. The system utilizes body-worn sensors to identify entities within an environment and their positional relationship to a reference location. Alerts are presented through an augmented reality display, providing information to minimize the risk of infection. The display uses easy-to-interpret graphics or overlays to identify potential risks such as proximity to others, contact with high-touch surfaces, and insufficient cleaning. The system continuously monitors the environment in real-time to help prevent transmission of pathogens.

* The alert system uses body-worn sensors to identify entities and their positions in relation to a reference location.
* Alerts are presented through an augmented reality display, providing information to minimize the risk of infection.
* The display uses easy-to-interpret graphics or overlays to identify potential risks such as proximity to others and contact with high-touch surfaces.
* The system continuously monitors the environment in real-time to assist the user in preventing transmission of pathogens.

Potential applications of this technology:

* Healthcare settings: The alert system can be used in hospitals, clinics, and other healthcare facilities to protect healthcare workers and patients from infectious diseases.
* Public transportation: The system can be implemented in buses, trains, and airplanes to alert passengers of potential risks and help prevent the spread of diseases.
* Workplaces: Employers can use the alert system to create a safer working environment by identifying and minimizing potential infection risks.
* Schools and universities: The system can be utilized in educational institutions to protect students, teachers, and staff from infectious diseases.

Problems solved by this technology:

* Lack of awareness: The alert system provides real-time information about potential infection risks, helping individuals make informed decisions to prevent transmission.
* Difficulty in identifying risks: The augmented reality display makes it easier to identify and understand potential risks, such as proximity to others or contact with high-touch surfaces.
* Insufficient cleaning practices: The system can alert users about insufficient cleaning techniques, promoting better hygiene practices and reducing the risk of infection.

Benefits of this technology:

* Improved safety: The alert system helps individuals protect themselves and others from infectious diseases, reducing the spread of pathogens.
* Real-time monitoring: Continuous monitoring of the environment allows for immediate identification of potential risks, enabling prompt action to minimize the risk of infection.
* Easy interpretation: The augmented reality display presents information in a visually intuitive manner, making it easier for users to understand and respond to potential risks.


==Original Abstract Submitted==

an alert system usable to protect an individual from infectious disease is disclosed. the alert system can make use of one or more body-worn sensors to identify different entities within an environment, as well as their positional relationship (e.g., distance) to a reference location (e.g., the user and/or the alert system). the alert system can present alerts, such as through an augmented reality (ar) display, to identify potential risks and provide information to help minimize risk of infection. the ar display can identify risks with helpful and easy-to-interpret graphics or other overlays. potential risks can include proximity to other individuals in an environment, contact with high-touch surfaces (e.g., fomites), insufficient cleaning (e.g., insufficient handwashing techniques), and others. the alert system can monitor the environment in real-time to assist the user in preventing transmission of pathogens to or from the user.



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