A method for sterilizing and storing articles wherein a bag for containing articles to be sterilized is automatically sealed by means responsive to a sterilizing environment applied to the bag. One or more actuators are releasably attached to the bag to automatically close one or more valves at the appropriate point in a sterilizing cycle to result in a vacuumized sterile package.
An apparatus and method for evacuating gas from a container having collapsible walls. The apparatus is especially useful for removing air from flexible collapsible containers which comprise soft goods such as disposable hospital gowns, surgical paper and plastic wastes which must be transported and disposed of in a safe fashion.
A method for drying the applicating finger of a contact lens wearer with sterile, lint-free, absorbent paper. The applicating finger is used to remove the contact lens from an aqueous solution. The lens is then transferred from the applicating finger, and the applicating finger is dried by contact with the sterile, lint-free, absorbent paper. Thereafter, the lens is returned to the dry applicating finger for insertion of the contact lens onto the eye.
A method for drying the applicating finger of a contact lens wearer with sterile, lint-free, absorbent paper. The applicating finger is used to remove the contact lens from an aqueous solution. The lens is then transferred from the applicating finger, and the applicating finger is dried by contact with the sterile, lint-free, absorbent paper. Thereafter, the lens is returned to the dry applicating finger for insertion of the contact lens onto the eye.
The present invention provides a means and method of exhausting air from, and sealing a container of the type used for sealing food products. The means includes a self adhering patch for attachment to the exterior side wall of the container, or alternately, a patch that is constructed as part of a commercial container such as a baggie, and a suction probe which may be attached to a source of suction such as a suction pump for drawing air from the container when the suction probe is inserted through the patch and into the container. When the air has been removed, the probe is removed and the patch self-closes to seal the puncture.
A double-sterile package for critical-use medical apparatus includes an inner first container including an outer boundary wall impervious to microorganisms and being closed except for defining a hole. A patch of gas-permeable micro-porous sheet material is secured to the outer boundary wall spanning and closing the hole. The gas-permeable sheet material is sufficient to exclude environmental microorganisms from entering the inner first container. The first container is received into and nested within a conformal second container also having a boundary wall impervious to microorganisms and being closed except for defining a hole. This hole of the second container is also closed by a patch of the gas-permeable micro-porous sheet material, and the holes of the first and second containers are in gas-flow communication with one another. The medical apparatus within the nested containers is sterilized by evacuation of air and introduction of a sterilizing gas via the gas-permeable patches. Removal of the sterilizing gas provides a packaged sterile medical apparatus which may be transported, stored, and handled with no further need to additionally protect the sterility of the apparatus, or for further sterilization after the package is opened immediately prior to use of the apparatus.
