Method and apparatus for protecting the distal lens of endoscopes
View Patent ↗An apparatus which is self-contained, disposable, utilized for protecting the distal lens of endoscopes. The apparatus is sterile and is used as a holder or as an anti-fog solution applicator for the scope while protecting it from impact with a shock absorbent outer housing. A new method for protecting endoscopes by placing an inexpensive sterile protective cover over the distal lens of the endoscope which entails, placing the protector over the distal lens prior to medical procedure, protective cover is used intermittently and repeatedly during the medical procedure when the scope is not in use. Finally, at the end of the medical procedure the protective cover is placed over the distal lens and not removed until the scope reaches the area where it will be cleaned and sterilized. By protecting the scope prior to, during and after a medical procedure, endoscope repairs are reduced thereby saving hospitals money.
1. A sterile apparatus for protecting an endoscope comprising:
a substantially triangular tubular impact resistant housing including:
an outer surface defining an opening and vents;
an interior of the housing defining a canal having a first end communicating with the opening and a second end terminating within the housing for receiving a distal lens of an endoscope, wherein defogging material is disposed adjacent to the second end of the canal for defogging a distal lens of an endoscope when inserted within the canal;
a self-sealing mechanism disposed adjacent the first end of the canal and being configured to allow for an endoscope to enter the canal and make contact with the defogging material and to prevent the defogging material from spilling out of the canal;
at least one first inner chamber abutting the second end of the canal and containing an unoxidized material selected from the group consisting of: iron, vercumilite, activate charcoal and water, wherein at least one of the at least one first inner chamber is in fluid communication with the vents;
at least one second inner chamber abutting the at least one first inner chamber with a penetrable thin film disposed therebetween and containing hydrogen peroxide; and
at least one surface of the housing having a solid flap that is mounted to an end of the at least one triangular surface via a hinge-like connection, wherein at least one surface of the solid flap is coated by an adhesive; and
wherein the impact resistant housing is constructed of a shock absorbing material;
a plunger cylinder mounted in the second inner chamber that is configured to penetrate the thin film between the at least one first inner chamber and the at least one second inner chamber;
a sponge mounted on the outer surface of the housing;
a removable vent cover disposed on the vents; and
a removable protective cover disposed on the at least one surface of the solid flap that is coated by the adhesive.