Abstract: A portable sanitizing system for rapidly dispensing reusable finger coverings for handling contaminated surfaces in a sanitary fashion. A battery operated ultraviolet LED system sanitizes finger coverings which are customized for use with the sanitizing device. The sanitary finger coverings can be rapidly applied to the user's hand without contamination, using a single hand. Repeated sanitization and utilization are similarly rapid and easy. The sanitizer can be carried by the user or attached to their uniform. The reusable finger covers can be custom fit to a variety of hand sizes and are optimally designed to work with the sanitizing device. The implement aids in grasping surfaces securely without touching the surface with the user's bare fingers.

Abstract: A sanitary device for securing a breathing tube to a patient during anesthesia administration, which also prevents leaking anesthetic gases from entering the operating room environment. The novel design allows rapid application by the user and prevents potential transmission of infectious agents to the patient while securing the breathing tube. A unique, integrated suction system efficiently evacuates leaking anesthetic gases. The device may be manufactured inexpensively and is provided in sanitary packaging. It is intended for single use.

Abstract: A portable sanitizing system for rapidly dispensing reusable finger coverings for handling contaminated surfaces in a sanitary fashion. A battery operated ultraviolet LED system sanitizes finger coverings which are customized for use with the sanitizing device. The sanitary finger coverings can be rapidly applied to the user's hand without contamination, using a single hand. Repeated sanitization and utilization are similarly rapid and easy. The sanitizer can be carried by the user or attached to their uniform. The reusable finger covers can be custom fit to a variety of hand sizes and are optimally designed to work with the sanitizing device. The implement aids in grasping surfaces securely without touching the surface with the user's bare fingers.

Abstract: A sanitary device for securing a breathing tube to a patient during anesthesia administration, which also prevents leaking anesthetic gases from entering the operating room environment. The novel design allows rapid application by the user and prevents potential transmission of infectious agents to the patient while securing the breathing tube. A unique, integrated suction system efficiently evacuates leaking anesthetic gases. The device may be manufactured inexpensively and is provided in sanitary packaging. It is intended for single use.