Enhanced Surgical Drape System with Automated Contamination Control

An advanced surgical drape system integrating automated cleaning mechanisms, sensors, and self-sealing compartments to minimize contamination risk and improve surgical efficiency.

The original surgical drape patent (BACKGROUND) highlights the need for protecting patients and devices from contamination during urological procedures. However, the existing design has limitations, such as manual cleaning and potential fluid leakage. The new inventive concept addresses these limitations by introducing automated contamination control features.

The enhanced surgical drape system comprises a sterile compartment integrated into the drape, featuring an automated cleaning mechanism to reduce contamination risk. The system includes a sensor to detect and alert the user of any fluid leakage or contamination within the sterile compartment. The automated cleaning mechanism is triggered by a proximity sensor detecting the insertion of the transrectal device into the sterile compartment. Additionally, the sterile compartment features a self-sealing mechanism to prevent fluid leakage and contamination during the surgical procedure. The system also includes a detachable container with a fluid-absorbing material and a visual indicator to alert the user when the container needs to be replaced or emptied.

The new claims introduce novel features, including the automated cleaning mechanism, sensor, and self-sealing compartment, which are not present in the original patent. These features provide a non-obvious improvement in contamination control and surgical efficiency.

Alternative embodiments may include variations in the design of the sterile compartment, automated cleaning mechanism, and sensor. For example, the sterile compartment could be designed with different shapes or sizes to accommodate various transrectal devices. The automated cleaning mechanism could be powered by different energy sources, such as battery or electrical power.

The enhanced surgical drape system has significant commercial potential in the medical device industry, particularly in the urology and surgical markets. The system's automated contamination control features and improved surgical efficiency make it an attractive solution for hospitals, clinics, and medical facilities.