Abstract: An eyeglass device has a primary frame with temples and an auxiliary frame with first and second lens pairs, respectively. Rearwardly extending temples are attached to each end of a primary frame. An inside surface of the temples have a housing with walls defining a socket to receive a magnetic member. The auxiliary frame has rearwardly extending arms at each end, each having magnetic members. When the auxiliary frame and the primary frame are attached to form the eyeglass device, the auxiliary frame arms project over and are supported at least by the front portion of the primary frame to allow the magnetic members of the arms to engage the respective magnetic members of the temples side by side to stably support the frames together. The first lens pair can be eyeglass lenses, and the second lens pair can be sunglass lenses.

Abstract: An eyeglass device has a primary frame with temples and an auxiliary frame with first and second lens pairs, respectively. Rearwardly extending temples are attached to each end of a primary frame. An inside surface of the temples have a housing with walls defining a socket to receive a magnetic member. The auxiliary frame has rearwardly extending arms at each end, each having magnetic members. When the auxiliary frame and the primary frame are attached to form the eyeglass device, the auxiliary frame arms project over and are supported at least by the front portion of the primary frame to allow the magnetic members of the arms to engage the respective magnetic members of the temples side by side to stably support the frames together. The first lens pair can be eyeglass lenses, and the second lens pair can be sunglass lenses.

Abstract: An eyeglass assembly and a method for converting a non-magnetic primary eyeglass frame to a magnetic eyeglass frame and for attaching an auxiliary eyeglass frame to the primary frame include the non-magnetic primary frame, a magnetic auxiliary frame, and a removable magnetic connector. The non-magnetic frame utilizes two non-magnetic lens screws to hold a lens pair and two non-magnetic temple screws to pivotably hold temples. The auxiliary frame has at least one magnetic member. The removable magnetic connector replaces at least one of the non-magnetic lens or temple screws. Thus, the non-magnetic frame is converted to a magnetic frame able to hold the magnetic auxiliary frame thereon. The removable magnetic connector can be a screw having a magnetic portion or an assembly including a screw and a magnetic attachment that is held on the primary frame by the screw, which can be one of the existing lens or temple screws.

Abstract: An eyeglass device having a primary frame and a auxiliary frame. The primary frame includes a front portion for holding a first pair of lenses, where the front portion has two opposed ends. A first temple is attached to one end of the front portion and extends rearwardly from the front portion. The first temple has an inside surface, an opposite outside surface, and a housing formed on the inside surface, wherein the housing has a mouth and a bottom defining a socket to receive a magnetic member therein A second temple is attached to the other end of the front portion and extends rearwardly from the front portion. The second temple has an inside surface, an opposite outside surface, and a housing formed on the inside surface, wherein the housing has a mouth and a bottom defining a socket to receive a magnetic member therein. The auxiliary frame includes a forward portion for holding a second pair of lenses, where the forward portion has two ends.

Abstract: An eyeglass device with magnetical attachment mechanism at bridges having a primary frame and a auxiliary frame. The primary frame includes a first rim and a second rim for holding a first pair of lenses, and a bridge connecting the first rim and the second rim. The auxiliary frame includes a first rim and a second rim for holding a second pair of lenses, and a bridge connecting the first rim and the second rim. The bridge of the auxiliary frame has a body, a first arm and a second arm. The body of the bridge of the auxiliary frame is extending horizontally and terminating at a first end and an opposite second end, the body having a top portion and a bottom portion, a socket located between the top portion and a bottom portion, and a magnetic member secured in the socket.