A modular eyeglasses assembly includes a pair of corrective lenses prepared to conform to a predetermined optical prescription to correct visual deficiencies for a specific user. A plurality of eyeglass frames is provided and each of the eyeglass frames releasably engages a respective one of the corrective lenses for correcting the specific user's vision. Each of the eyeglass frames has a unique structure with respect to each other. A pair of temples has a temple grip is integrated into the temple and a nose bridge has a pair of bridge grips is integrated into the nose bridge. Each of the bridge grips and the temple grips releasably engages a respective one of the corrective lenses to facilitate the corrective lenses to be positioned for correcting the user's vision. A pair of rimless eyeglass frames is provided to releasably engage a respective one of the corrective lenses.

A lens interchange mechanism for an eyewear may include a magnetic latch operatively associated with the eyewire of the eyewear, such that the a portion of the eyewire can be released, with a free end separating from another portion of the eyewire thereby forming a gap in the eyewire for the removal and installation of a lens. The magnetic latch mechanism may be further configured for easy re-latching by the application of opposing forces on the first and second eyewire portions to cause the free end to re-engage with the magnetic latch without manual actuation of the latch.

A lens interchange mechanism for an eyewear may include a magnetic latch operatively associated with the eyewire of the eyewear, such that the a portion of the eyewire can be released, with a free end separating from another portion of the eyewire thereby forming a gap in the eyewire for the removal and installation of a lens. The magnetic latch mechanism may be further configured for easy re-latching by the application of opposing forces on the first and second eyewire portions to cause the free end to re-engage with the magnetic latch without manual actuation of the latch.

A lens interchange mechanism for an eyewear may include a magnetic latch operatively associated with the eyewire of the eyewear, such that the a portion of the eyewire can be released, with a free end separating from another portion of the eyewire thereby forming a gap in the eyewire for the removal and installation of a lens. The magnetic latch mechanism may be further configured for easy re-latching by the application of opposing forces on the first and second eyewire portions to cause the free end to re-engage with the magnetic latch without manual actuation of the latch.

A lens interchange mechanism for an eyewear may include a magnetic latch operatively associated with the eyewire of the eyewear, such that the a portion of the eyewire can be released, with a free end separating from another portion of the eyewire thereby forming a gap in the eyewire for the removal and installation of a lens. The magnetic latch mechanism may be further configured for easy re-latching by the application of opposing forces on the first and second eyewire portions to cause the free end to re-engage with the magnetic latch without manual actuation of the latch.

Connection element for connecting two parts of eyeglasses, comprising a first body provided with a through hole, a second body provided with a threaded hole, and a connection screw inserted in the through hole and screwed in the threaded hole in order to fix together the two bodies. The through hole of the first body comprises an internal chamber made as an undercut and housing the head of the connection screw. The connection screw is movable between an alignment position, in which its head is aligned with the edge of the through hole of the first body in order to allow the passage of the head, and a misalignment position, in which the head of the connection screw and the edge of the through hole are angularly offset in order to prevent the head of the connection screw from exiting from the internal chamber of the through hole.

Connection element for connecting two parts of eyeglasses, comprising a first body provided with a through hole, a second body provided with a threaded hole, and a connection screw inserted in the through hole and screwed in the threaded hole in order to fix together the two bodies. The through hole of the first body comprises an internal chamber made as an undercut and housing the head of the connection screw. The connection screw is movable between an alignment position, in which its head is aligned with the edge of the through hole of the first body in order to allow the passage of the head, and a misalignment position, in which the head of the connection screw and the edge of the through hole are angularly offset in order to prevent the head of the connection screw from exiting from the internal chamber of the through hole.

A pair of eyeglasses includes a primary lens, a primary lens frame including upper and lower frame sections, and at least one snap-on unit disposed between the primary lens and the primary lens frame and including upper and lower engaging members respectively provided on top and bottom portions of the primary lens, and upper and lower engaging blocks respectively protruding from the upper and lower frame sections toward the primary lens. The top and bottom portions of the primary lens are removably embedded in the upper and lower frame sections through snapping engagement between the upper engaging block and the upper engaging member and between the lower engaging block and the lower engaging member.

A pair of eyeglasses includes a primary lens, a primary lens frame including upper and lower frame sections, and at least one snap-on unit disposed between the primary lens and the primary lens frame and including upper and lower engaging members respectively provided on top and bottom portions of the primary lens, and upper and lower engaging blocks respectively protruding from the upper and lower frame sections toward the primary lens. The top and bottom portions of the primary lens are removably embedded in the upper and lower frame sections through snapping engagement between the upper engaging block and the upper engaging member and between the lower engaging block and the lower engaging member.

A mount for spectacles includes a front frame having a pair of structures for holding lenses, which are connected by a central bridge extending in a nasal support zone, each lens- holding structure has an upper element for holding the lens, surrounding a part of the lens profile at the top, between the central bridge and a corresponding opposite lateral tenon intended to be connected to a lateral arm so as to articulate about an axis of articulation. The upper element is integral to the bridge and to the corresponding lateral tenon, and a lower element for supporting the lens, which extends so as to surround the remaining part of the lens profile at the bottom between the bridge and the corresponding lateral tenon, the lower element having a first end connected to the front frame at the central bridge and a second, opposite end constrained to the lateral tenon.