Catheter-based sensing and monitoring systems for diverse industries

The inventive concept leverages the core technology of the original catheter patent to develop novel sensing and monitoring systems for various industries, including water quality monitoring, industrial process control, chemical reaction monitoring, and wearable sweat composition analysis.

The original patent focused on catheters for dialysis, but its design and functionality have limitations when applied to other industries. The new inventive concept addresses these limitations by adapting the catheter technology to meet the unique requirements of diverse fields, enabling innovative solutions for real-time monitoring and detection.

The new claims describe catheter-based systems for monitoring water quality, detecting aquatic pollutants, sensing industrial process fluids, monitoring chemical reactions, and analyzing sweat composition. These systems utilize the catheter's fixing means and tube section to securely position the device in the desired environment, allowing for efficient sample extraction and analysis. The dialysis-based detection system is adapted to accommodate various sample types and analytical techniques, ensuring versatility and accuracy.

The new claims introduce a novel application of the catheter technology, shifting from medical use to industrial and environmental monitoring. The inventive step lies in the adaptation of the catheter's design and functionality to accommodate diverse sample types, environments, and analytical techniques, enabling innovative solutions for real-time monitoring and detection.

Alternative embodiments may include modified catheter geometries, materials, or surface coatings to enhance compatibility with specific environments or sample types. Variations could also involve integrating additional sensors or analytical tools to expand the system's capabilities or improve detection accuracy.

The inventive concept has significant commercial potential in various industries, including environmental monitoring, industrial process control, chemical manufacturing, and wearable technology. The market demand for real-time monitoring and detection systems is substantial, and the catheter-based sensing and monitoring systems could capture a significant share of this market.