Abstract: An eyewear frame is provided having an integral frame piece with a front portion and two temple portions positioned on opposite ends of the front portion wherein the integral frame piece is a continuous metallic wire having super-elastic properties.

Abstract: A nosepiece for eyewear comprises a front half and back half which are formed of materials having different hardness values with the front half being harder than the back half. The nosepiece is of generally U-shaped configuration and is releasably attachable to the front of the eyewear by a plurality of bosses extending from the eyewear from in the vicinity of the bridge, and a like number of holes formed in the nosepiece such that the nosepiece may be snap-fit to the eyewear front. The hardness of the front half coupled with the attachment means provides for a very secure attachment of the nosepiece to the front, while the softness of the back half provides for a comfortable fit upon the face, while also providing cushioning against impacts to the face while the eyewear is worn. The overall configuration of the nosepiece coupled with its method of attachment provides optimum aesthetics in that there is no bulky appearance from the front as is a common problem with many replaceable nosepiece designs today.

Abstract: A selectively, rotatably adjustable riser pin for aligning a predetermined characteristic on an asymmetrical mold surface with the gate of an injection molding machine for enhanced flow dynamics of the mold material across the mold surface. The riser pin is divided into two co-linear portions which are biased towards one another such that application of a predetermined torque will allow the front riser pin portion, which carries the mold tool, to be rotated independently of the back riser pin portion.

Abstract: A sunglass lens having improved anti-reflection and transmittance comprises a lens-shaped substrate and a coating formed on the concave surface of the lens. The first layer deposited adjacent to the concave surface of the lens comprises a titanium suboxide material, the second layer comprises a material having a high refractive index, and the third layer comprises a material having a low refractive index.

Abstract: A disposable contact lens package includes a plurality of legs extending from the periphery thereof which may be placed in releasable, meshing engagement with the legs of a second identical package placed in stacked relation to the first package, the two stacked packages forming a compact unit thereby facilitating shipping, storage, and subsequent handling by the consumer.