A lens holding system for eyeglass frames having a pliable body with a lens opening for engagement of a lens therein and a circumferential edges configured to engage with a lens aperture of an eyewear frame to hold the lens operatively positioned therein. A front surface portion extending from the pliable body contacts a front surface of the eyeglass frame and is formed with a width narrower than a rear surface portion extending from the pliable body which contacts a rear facing surface of the eyewear frame. Significant comfort and performance enhancement is provided using a metal alloy frame in combination with polymeric temples.
1. An eyewear frame comprising:
a metal eyeglass frame;
said eyeglass frame, said eyeglass frame extending between a first end and second end and having a first lens aperture and having a second lens aperture;
each of said first lens aperture and said second lens aperture having a lens holder in a respective engagement therein;
each said lens holder having a body having a lens opening defined by an interior circumferential surface thereof, said interior circumferential surface of said lens opening engageable with an exterior circumference of a lens;
a first temple in a first pivoting engagement with said first end of said eyeglass frame;
a second temple in a second pivoting engagement with said second end of said eyeglass frame;
each said body having a front surface portion having a first contact surface area defined by a surface area of said front surface portion extending in a first direction away from said lens opening for a first width from a first end of said front surface portion to a distal edge of said front surface portion;
each said body having a rear surface portion, said rear surface portion having a second contact surface area defined by a surface area of said rear surface portion extending in said first direction for a second width from a first end of said rear surface portion to a distal edge of said rear surface portion;
each said body having a circumferential edge positioned in a gap between said front surface portion and said rear surface portion, said circumferential edge for forming a respective said engagement with said first lens aperture and with said second lens aperture;
each said body in said respective engagement with said first lens aperture and said second lens aperture positioning said first contact surface area of said front surface portion in a first contact against a front surface of said eyeglass frame;
each said body in said respective engagement with said first lens aperture and said second lens aperture positioning said second contact surface area of said rear surface portion in a second contact against a rear surface of said eyeglass frame;
said rear surface of said eyeglass frame being positionable adjacent the face and eyes of a wearer of said eyeglass frame;
said front surface of said eyeglass frame being opposite said rear surface;
said second contact surface area being larger than said first contact surface area; and
whereby said first contact surface is deformable in said first contact thereof against said front surface upon a force of an impact of an object upon said lens, thereby providing shock absorption for a portion of said force for preventing a disengagement of said lens positioned within said lens opening.
2. The eyewear frame of claim 1 additionally comprising:
said temples formed of polymeric material;
said metal of said eyeglass frame having a tempered hardness between T4-T9; and
said tempered hardness limiting a deformation of said eyeglass frame between said first end and said second end thereof, whereby said eyeglass frame will deform during use without a fracture thereof or a dismount of a said lens therefrom.
3. The eyewear frame of claim 2 additionally comprising:
said first width of said front surface portion being between 20 to 90 percent of the second width of said rear surface portion.
4. The eyewear frame of claim 2 additionally comprising:
said first width of said front surface portion being between 30 to 80 percent of the second width of said rear surface portion.
5. The lens holder for eyeglass frames of claim 2 wherein said eyeglass frame is formed of metal from a group including aluminum and titanium.
6. The lens holder for eyeglass frames of claim 2 wherein said eyeglass frame is formed of metal from a group including aluminum and titanium.
7. The eyewear frame of claim 1 additionally comprising:
said first width of said front surface portion being between 20 to 90 percent of the second width of said rear surface portion.
8. The lens holder for eyeglass frames of claim 7 wherein said eyeglass frame is formed of metal from a group including aluminum and titanium.
9. The eyewear frame of claim 1 additionally comprising:
said first width of said front surface portion being between 30 to 80 percent of the second width of said rear surface portion.
10. The lens holder for eyeglass frames of claim 9 wherein said eyeglass frame is formed of metal from a group including aluminum and titanium.
11. The lens holder for eyeglass frames of claim 1 wherein said eyeglass frame is formed of metal from a group including aluminum and titanium.
12. The lens holder for eyeglass frames of claim 1 wherein said eyeglass frame is formed of metal from a group including aluminum and titanium.