Abstract: A device is provided to aid prevention and treatment of ear infections in animals. In an embodiment, the device comprises a first strip and second strip of material such as elastomeric fabric. Each strip defines first and second holes corresponding to an animal's ears. Each ear may be received by one of the holes defined by the first strip. Then, the ears may be folded over the first strip to expose the animal's outer ear canal. Finally, the second strip may be placed over the folded ears and secured to the first strip to maintain the ears between the first and second strips. Thus, in practice, the device fixedly exposes the outer ear canals to air flow to prevent the growth of bacteria and yeast and further aids cleaning and medicinal applications.

Abstract: A device is provided to aid prevention and treatment of ear infections in animals. In an embodiment, the device comprises a first strip and second strip of material such as elastomeric fabric. Each strip defines first and second holes corresponding to an animal's ears. Each ear may be received by one of the holes defined by the first strip. Then, the ears may be folded over the first strip to expose the animal's outer ear canal. Finally, the second strip may be placed over the folded ears and secured to the first strip to maintain the ears between the first and second strips. Thus, in practice, the device fixedly exposes the outer ear canals to air flow to prevent the growth of bacteria and yeast and further aids cleaning and medicinal applications.

Abstract: An apparatus for causing the polymerized excess monomer to separate from a molded lens by increasing the surface energy of the flange area of one mold piece, causing the polymerized excess monomer to stick thereto. Specifically when manufactured under inert atmosphere conditions, a particular manifold is needed to supply an oxygen bearing gas, air, to the area to be treated while preventing the oxygen from contaminating the lens manufacturing area of the molds or diluting the nitrogen atmosphere of other lens process areas. It has been found that generation of the ionized oxygen by means of a corona treatment electrode sufficiently increases the adherence of the polymer to the mold piece so treated.