Autonomous Vasculature Obstruction Removal System

A next-generation vasculature obstruction removal system utilizing AI-driven decision support, real-time obstruction analysis, and dynamically adjustable removal tools to minimize risk and ensure secure removal.

The original patent addressed the limitation of obstruction dislodgement during removal. However, the new inventive concept tackles this issue by integrating advanced technologies such as self-navigating catheters, hybrid removal tools, and predictive risk assessment, thereby minimizing the risk of complications.

The system comprises a self-navigating catheter that autonomously locates and identifies the obstruction, and a dynamically adjustable removal tool that selectively deploys an expandable member based on real-time obstruction analysis. The removal tool is equipped with an integrated sensing module to detect obstruction properties, and a controller that predicts obstruction dislodgement risk and dynamically adjusts the removal tool's configuration to minimize risk. Additionally, the system features a catheter-based removal tool with an integrated AI-driven decision support system and a real-time obstruction analysis module, providing predictive recommendations for removal tool configuration and expandable member deployment.

The new inventive concept introduces the use of AI-driven decision support, real-time obstruction analysis, and dynamically adjustable removal tools, which are not present in the original patent. These advancements enable the system to autonomously adapt to various obstruction scenarios, ensuring secure removal and minimizing the risk of complications.

Alternative embodiments may include variations in the type of sensing module used, the level of autonomy in the self-navigating catheter, or the integration of additional features such as real-time imaging data and machine learning algorithms. These variations can be used to tailor the system to specific clinical applications or vasculature types.

The autonomous vasculature obstruction removal system has significant commercial potential in the medical device industry, particularly in the areas of cardiology and neurology. The system's ability to minimize risk and ensure secure removal makes it an attractive solution for hospitals and medical centers, potentially revolutionizing the treatment of vasculature obstructions.