Microvision Optical, Inc.

Other

William A Conner

Daniel Steven Kline

Brian N Conner

The embodiments of the present invention provide new and unique plastic folding and telescoping eyeglass frames that provide the opportunity for producing a wide variety of colorful, lightweight and easy folding eyewear. Although the illustrated plastic folding and telescoping eyeglasses appear to be the fragile plastic styles of the past, they possess far greater flexibility and fracture resistance due to new cross-linked polymer plastics used in injection molding processes. The frames are easily adapted to the extreme curvature of some of the lenses of trendy eyeglass fashions and facilitated by the inclusion of a bi-folding bridge member. The plastic folding and telescoping eyeglasses also incorporate telescoping temples. An off-set bi-folding bridge member permits the lenses to fold over one another and the temples to rest next to one another providing a compact package for easy storage.

Plastic folding and telescoping eyeglass frames

Herein disclosed is a multiple part eyeglass frame for rimless eyeglasses manufactured from plastic having properties which withstand the constant flexing associated with eyeglasses. The present invention is especially useful in situations where a conventional temple hinge is not used. The frame is highly effective for absorbing stresses on eyeglass lenses at attachment points of the temple members. Temples of the present invention are formed of two individual pieces allowing a temple length to be adjusted. The temple pieces are fabricated, such that when joined, the resulting temple follows the normal curvature of a wearer's head. The present invention incorporates a plastic nose bridge with one or more posts as attachment means for a replaceable nose pad bridge unit. Additionally, means for adjusting the length of the temple members is provided.

Ultra-light, hingeless plastic eyeglass frame

Fastening means for attaching eyeglass members together includes a barbed locking pin inserted into a bushing. More particularly, rimless eyeglasses require new technology to render them long-lasting and fail-safe. Said unique means of attachment is a highly effective replacement for the typical screw attachment means in many eyeglass configurations, including rimless and rimmed versions. In one embodiment, the barbed pin is inserted into the bushing such that the barbs restrict removal. The barbs can be spaced circumferentially along a length of the pin or can be intermittently distributed along the pin. In another embodiment, co-planer barbs along the pin create additional sharp corners to facilitate a connection between the pin and bushing. In a preferred embodiment the barbs are metal. The invention disclosed facilitates fail-safe attachment of eyeglass members together including a temple hinge mounting-bracket to a temple or lens and a bridge member to a pair of lenses.

Multipurpose locking and fastening device

Eyeglass container

Eye glasses

Attachment of a bridge and temple hinge to the lens of rimless eye glasses. The attachment is accomplished by providing a tapered aperture is each lens adjacent to the outer surface of the lens and conforming the distal ends of the bridge and temple hinge to conform to the taper of the aperture. This combination provides a friction lock between the aperture and the bridge and temple hinge. The taper can be in the range of 1 to 20 degrees either convergent from the front to the back of the lens or divergent from the front to the back of the lens. Ideally a taper of 4.5 degrees is preferable. The taper can take the form of a cylinder, rectangular or triangular. The distal ends of the bridge and temple hinge can be inserted either from the front of the lens toward the back or from the back toward the front. The distal ends of the temple hinge can be inserted directly into the aperture or can be bent formed to provide a bias between the outer surface of the lens adjacent the aperture for non-rotational support. In some applications a notch is provided at the outer lens surface and the bent formed portion of the temple hinge is nested therein for additional mechanical support and to increase the resistance of relative rotation of the bridge or temple hinge.

Attachment of bridge and temples to eyeglass lenses

A case for glasses in the shape of a writing instrument having a hollow barrel portion for receiving a pair of small glasses. The case can take a plurality of different cross-sectional configurations. The writing instrument can be a pen or pencil at one end of the hollow barrel with an opening with a removable cover at the opposite end. The glasses for use therewith can be small conventional glasses or specially designed glasses that can have both telescopic frames and telescopic temples.

Combination glasses and glass case

Single point attachment of bridge and temples to eyeglass lenses

Foldable glasses having telescoping temples and central pivoting bridge. The temples are shown with three or four telescoping elements. The four element temple has a distal element that is preformed from material that has a memory which when extended curves around the ear of the user and when the elements are telescoped together can be straightened for inserting in the adjacent straight telescopic element. Two bridge pivoting embodiments are shown, one has a angled pivot pin and the other has a spring biased pivotal section wherein the adjacent pivotal elements are vertically and horizontally translatable against the spring bias when the frame elements are folded for non-use.

Growing community of inventors

San Diego, CA, United States of America

William A Conner