18288693. IMPROVED SYSTEMS AND METHODS OF NAVIGATING A MEDICAL DEVICE IN A BODY LUMEN USING FUZZY LOGIC COMBINED WITH DEVICE PARAMETERS, DIRECT USER INPUTS, AND DISTRIBUTED ANONYMIZED DATA simplified abstract (Covidien LP)
IMPROVED SYSTEMS AND METHODS OF NAVIGATING A MEDICAL DEVICE IN A BODY LUMEN USING FUZZY LOGIC COMBINED WITH DEVICE PARAMETERS, DIRECT USER INPUTS, AND DISTRIBUTED ANONYMIZED DATA
Organization Name
Inventor(s)
Nathan J. Knutson of Long Lake MN (US)
Matthew A. Rootes of Crystal MN (US)
Evan M. Gustafson of Sioux Falls SD (US)
John W. Komp of Dillon CO (US)
Scott E.M. Frushour of Boulder CO (US)
IMPROVED SYSTEMS AND METHODS OF NAVIGATING A MEDICAL DEVICE IN A BODY LUMEN USING FUZZY LOGIC COMBINED WITH DEVICE PARAMETERS, DIRECT USER INPUTS, AND DISTRIBUTED ANONYMIZED DATA - A simplified explanation of the abstract
This abstract first appeared for US patent application 18288693 titled 'IMPROVED SYSTEMS AND METHODS OF NAVIGATING A MEDICAL DEVICE IN A BODY LUMEN USING FUZZY LOGIC COMBINED WITH DEVICE PARAMETERS, DIRECT USER INPUTS, AND DISTRIBUTED ANONYMIZED DATA
The abstract describes a patent application for surgical navigation systems and methods that assist clinicians in navigating medical devices through branched structures in a patient's body.
- The navigation systems receive image data and procedure information, including patient and user details.
- Based on this information, the systems determine navigation options, such as possible paths, and display them along with user controls for selection.
Potential Applications: - This technology can be used in various surgical procedures where precise navigation is crucial. - It can assist in minimally invasive surgeries, endoscopic procedures, and other complex medical interventions.
Problems Solved: - Helps clinicians navigate through intricate anatomical structures with accuracy and efficiency. - Provides real-time guidance during procedures, reducing the risk of errors and complications.
Benefits: - Enhances the precision and safety of surgical navigation. - Improves patient outcomes by ensuring accurate placement of medical devices. - Streamlines the workflow for clinicians, saving time and resources.
Commercial Applications: Title: "Enhanced Surgical Navigation Systems for Improved Medical Procedures" This technology has significant commercial potential in the healthcare industry, particularly in hospitals, surgical centers, and medical device companies. It can lead to the development of advanced navigation systems for a wide range of medical applications.
Questions about Surgical Navigation Systems: 1. How does this technology impact the training of medical professionals in surgical procedures?
- This technology can provide valuable guidance and support to medical professionals, potentially improving their training outcomes and skill development.
2. What are the potential cost savings associated with the implementation of surgical navigation systems?
- By reducing the likelihood of errors and complications, these systems can lead to cost savings in terms of reduced rework, shorter procedure times, and improved patient recovery rates.
Original Abstract Submitted
Surgical navigation systems and methods display navigation options and other relevant information to assist a clinician during navigation of a medical device through a branched structure of a patient's body. The navigation systems and methods receive image data and procedure information including patient information and user information. The navigation systems and methods then determine navigation options including possible paths based on the image data and the procedure information, and display the navigation options and user controls for selecting one of the displayed navigation options.
