Unknown Organization (20240285226). Automated Allergy Office simplified abstract
Contents
Automated Allergy Office
Organization Name
Inventor(s)
Ty L. Prince of Knoxville TN (US)
Herman J. Novak of Maryville TN (US)
Automated Allergy Office - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240285226 titled 'Automated Allergy Office
The automated allergy office system described in the patent application includes an augmented reality headset that allows healthcare providers to view a target location on a patient for the application of an allergen. The headset is equipped with artificial intelligence that can visually identify, grade, record, and display information within the target location, such as wheal color, wheal flare, skin color, skin discoloration, skin temperature, and the specific location on the patient.
- The system utilizes an augmented reality headset for precise viewing of target locations on patients.
- Artificial intelligence technology is integrated into the headset to visually identify, grade, record, and display information within the target location.
- Information displayed includes wheal color, wheal flare, skin color, skin discoloration, skin temperature, and the exact location on the patient.
- The system aims to improve the accuracy and efficiency of allergen application in medical settings.
- By providing detailed information about the target location, healthcare providers can make more informed decisions regarding allergy testing and treatment.
Potential Applications: - Allergy testing and treatment in medical offices - Dermatology procedures requiring precise application of substances - Research and development in the field of allergen testing and treatment
Problems Solved: - Inaccurate application of allergens due to lack of precise information about target locations - Difficulty in assessing allergic reactions based on visual cues alone - Time-consuming manual recording of information during allergy testing procedures
Benefits: - Enhanced accuracy and efficiency in allergen application - Improved patient outcomes through more informed decision-making - Streamlined workflow for healthcare providers conducting allergy testing
Commercial Applications: Title: Augmented Reality Allergy Office System for Precise Allergen Application This technology can be utilized in medical offices, dermatology clinics, research laboratories, and other healthcare settings where precise application of substances on patients is crucial. The system can improve the accuracy and efficiency of allergy testing and treatment procedures, leading to better patient outcomes and streamlined workflow for healthcare providers.
Questions about the Augmented Reality Allergy Office System: 1. How does the integration of artificial intelligence technology enhance the functionality of the augmented reality headset in the system? 2. What are the potential implications of this technology for the field of allergen testing and treatment?
Original Abstract Submitted
an automated allergy office system having an augmented reality headset for viewing a target location on a patient, where the target location is to be used for application of an allergen. the augmented reality headset includes artificial intelligence that at least one of visually identifies, grades, records, and displays a message summarizing information within the target location, including at least one of wheal color, wheal flare, skin color, skin discoloration, skin temperature, and location on the patient.
