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Fiberoptic cable light cord safety cover

Detailed Technology Description

None

*Abstract

BackgroundDuring laparoscopic surgery and related procedures, high-energy fiber optic tools pose a hazard if not handled properly. When the cable is disconnected from the scope or other instrument, the tip has been known to burn patients and surgical drapes. Investigators at the University of Pittsburgh have developed a passive solution that will not alter normal surgical procedures.Technology DescriptionInvestigators at the University of Pittsburgh have developed a silicone cover for the fiber optic cable that 1) prevents high intensity light from escaping the cable when the instrument is removed and 2) thermally insulates the tip to prevent direct contact with patient skin or surgical drapes if accidentally placed on the surgical table.ApplicationSafety device to prevent burns to patients, operating room staff, and infrastructure.Advantages-Inconspicuous to surgeon and staff -No change to normal procedure needed-Shields light and provides heat barrier-Automatically tilts light up and away from drape-Brightness provides alert to OR staff that light source should be turned off-Pre-attached to cable as part of surgical setupStage of DevelopmentPrototypePatent StatusUS Provisional Patent Application-Can be pre-sterilized and disposable

*Principal Investigator

Name: William Clark

Department: Mechanical Engineering and Materials Science

Name: Alexandra Delazio

Department: Bioengineering

Name: Steven Docimo, Director of Pediatric Urology

Department: Med-Urology

Name: John Holmes

Department: Associate Dean Research

Name: Benjamin Ristau, Urology Resident

Department: UHCP0-GME ΓÇô Residency

Country/Region

USA