Eyewear lens coupling system

An eyewear comprising:

• one or more lens, each of the one or more lens comprising:
• a first front connection surface,
• a first rear connection surface being formed at a first angle relative to the first front connection surface, and
• a first middle connection surface comprising a first width;
• and
• a frame comprising a frame connection structure, the frame connection structure being configured to receive at least a portion of the one or more lens to couple the one or more lens to the frame, the frame connection structure comprising:
• a second front connection surface being configured to interact with the first front connection surface of the one or more lens, the second front connection surface comprising a first height,
• a second rear connection surface comprising a second height, the second height being greater than the first height of the second front connection surface such that the second rear connection surface is offset relative to the second front connection surface, the second rear connection surface being formed at a second angle relative to the second front connection surface and being generally similar to the first angle of the first rear connection surface, the second rear connection surface being configured to interact with the first rear connection surface of the one or more lens, and
• a second middle connection surface comprising a second width, the first width being larger than the second width.

An antiballistic eyewear comprising:

• a metal frame comprising a lens-receiving region, the lens-receiving region comprising:
• a front wall comprising a front surface and a rear connection surface, the front surface being generally parallel to the rear connection surface,
• a rear wall comprising a front connection surface and a rear surface, and
• a middle wall extending between the front wall and the rear wall,
• wherein the front connection surface is formed at a non-orthogonal angle relative to the middle wall, and
• wherein the rear connection surface is formed at a generally orthogonal angle relative to the middle wall;
• and
• a lens comprising a peripheral edge, the peripheral edge corresponding in shape to the rear connection surface of the front wall, to the middle wall, and to the front connection surface of the rear wall,
• wherein the eyewear is capable of withstanding a projectile of at least about .15 caliber traveling at a speed of at least about 700 feet per second without shattering, penetrating through the lens, or removing the lens from the frame.

An antiballistic eyewear comprising:

• a metal frame comprising a lens-receiving region, the lens-receiving region comprising:
• a front wall comprising a front surface and a rear connection surface, the front surface being generally parallel to the rear connection surface,
• a rear wall comprising a front connection surface and a rear surface, and
• a middle wall extending between the front wall and the rear wall,
• wherein the front connection surface is formed at a non-orthogonal angle relative to the middle wall;
• and
• a lens comprising a peripheral edge, the peripheral edge corresponding in shape to the rear connection surface of the front wall, to the middle wall, and to the front connection surface of the rear wall, the peripheral edge comprising:
• a front wall comprising a front connection surface being configured to interact with the rear connection surface of the front wall of the frame,
• a middle wall being configured to interact with the middle wall of the frame, the middle wall comprising a width larger than a width of the middle wall of the frame, and
• a rear wall comprising a rear connection surface being configured to interact with the front connection surface of the rear wall of the frame,
• wherein the eyewear is capable of withstanding a projectile of at least about .15 caliber traveling at a speed of at least about 700 feet per second without shattering, penetrating through the lens, or removing the lens from the frame.

An eyewear comprising:

• one or more lens, each of the one or more lens comprising:
• a first front connection surface, and
• a first rear connection surface being formed at a first angle relative to the first front connection surface, the first rear connection surface comprising a first length;
• and
• a frame comprising a frame connection structure, the frame connection structure being configured to receive at least a portion of the one or more lens to couple the one or more lens to the frame, the frame connection structure comprising:
• a second front connection surface being configured to interact with the first front connection surface of the one or more lens, the second front connection surface comprising a first height;
• and
• a second rear connection surface comprising a second height and a second length, the second height being greater than the first height of the second front connection surface such that the second rear connection surface is offset relative to the second front connection surface, the first length being larger than the second length, the second rear connection surface being formed at a second angle relative to the second front connection surface and being generally similar to the first angle of the first rear connection surface, the second rear connection surface being configured to interact with the first rear connection surface of the one or more lens.