Eyewear with weighted flexible temples

• US 20070046889A1
• Filed: 08/23/2006
• Published: 03/01/2007
• Est. Priority Date: 08/24/2005
• Status: Abandoned Application

• Current Assignee: Joseph Fjelstad, Kenneth Miller, Michael Fjelstad
• Original Assignee: Joseph Fjelstad, Kenneth Miller, Michael Fjelstad
• Inventors: Fjelstad, Joseph, Miller, Kenneth, Fjelstad, Michael
• Application Number:
  US11/508,451
• Publication Number:
  US 20070046889A1
• Time in Patent Office: Days
• US Class Current: 351/62
• CPC Class Codes: G02C 11/02 Ornaments, e.g. exchangeable
• CPC Class Codes: G02C 2200/02 Magnetic means
• CPC Class Codes: G02C 3/003 Arrangements for fitting and securing to the head in the position of use
• CPC Class Codes: G02C 5/00 Constructions of non-optical parts
• CPC Class Codes: G02C 5/143 having special ear pieces
• CPC Class Codes: G02C 5/16 resilient or with resilient parts

Abstract

An eyewear assembly having flexible temple elements with counterweights is disclosed. The counterweights and flexible temples can serve several other purposes aside from the disclosed role of supporting eyewear on a wearer'"'"'s face. Those purposes include ornamental elegance in design and facilitating a natural adjustability around unique personal features for position and comfort. The flexible temple elements provide mechanisms for transmitting electrical, mechanical and photonic power and or signals to the eyewear while the counterweights provide the source for said transmissions from a more convenient location.

Claims

1. ) A flexible temple assembly for eyewear comprising:

one end of at least one flexible temple element coupled to the eyewear;

at least one counterweight, coupled to the flexible temple element'"'"'s distal end, disposed to maintain tension on the flexible element;

whereby the tension on the flexible temple element is sufficient to stably maintain the eyewear on the wearer'"'"'s face.

2. ) The flexible temple assembly of claim 1 wherein the flexible temple element material is chosen from a group consisting of clear monofilament polymer, chain, cloth, woven string, flexible fiber, plastic, composite, wire, optical fiber, electrical conductor, cable, multi-clad cable, coaxial cable, metal, tubing, rotary flex drive cable or a push-spring cable.

3. ) The flexible temple assembly of claim 1 wherein the flexible temple element comprises optical fiber material for photonic transmission.

4. ) The flexible temple assembly of claim 1 wherein the flexible temple element comprises doped optical material for modulating the material index of refraction.

5. ) The flexible temple assembly of claim 1 wherein the position of the counterweight is adjustable.

6. ) The flexible temple assembly of claim 1 wherein the size, shape and weight of the counterweight is selectable.

7. ) The flexible temple assembly of claim 1 wherein the shape and color of the counterweight serves an ornamental purpose.

8. ) The flexible temple assembly of claim 1 wherein the counterweight contains a power source.

9. ) The flexible temple assembly of claim 1 wherein the counterweight comprises an electronic or electrical assembly.

10. ) The flexible temple assembly of claim 1 wherein the counterweight comprises an electro-mechanical assembly containing electronic, mechanical and optical components.

11. ) The flexible temple assembly of claim 1 wherein the counterweight is physically protected from the lenses of the eyewear when not in use.

12. ) The flexible temple assembly of claim 1 wherein the flexible temple assembly is detachable from the eyewear.

13. ) The flexible temple assembly of claim 1 wherein the counterweight is detachable from the flexible temple element.

14. ) The flexible temple assembly of claim 1 wherein a side one and a side two flexible temple element merge to form a single flexible temple element extending beyond the ear load bearing points such that at least one self positioning counterweight maintains tension to the flexible temple element.

15. ) The flexible temple assembly of claim 1 wherein the distal ends of a side one and a side two flexible temple element extend beyond the ear load bearing points and further comprising at least one additional connecting segment connecting the side one and side two flexible temple elements supporting a self positioning counterweight which adjusts the tension to the flexible temple element.

16. ) The flexible temple assembly of claim 15 further comprising a shared distal end counterweight connecting the side one and side two flexible temple elements at the connecting segment.

17. ) The flexible temple assembly of claim 1 further comprising a housing component that contains the flexible temple element and is conformal to and disposed on the saddle of the ear, secured by the tension in the flexible temple element.

18. ) The flexible temple assembly of claim 2 wherein the tubing is coupled with fluidic pressure source counterweights for ejecting or pneumatically expelling fluid out from eyewear, targeting expulsion by the eyes and controlling expulsion from counterweight components.

19. ) The flexible temple assembly of claim 2 wherein the rotary flex drive cable transmits rotational power along the temple longitudinal axis from the counterweight components to the eyewear, providing a mechanism for manipulating objects coupled to the eyewear.

20. ) The flexible temple assembly of claim 2 wherein temple optical fiber channels monochromatic or polychromatic light from the counterweight power sources to the eyewear.

21. ) The flexible temple assembly of claim 2 wherein the push-spring cable provides a mechanism to manipulate objects coupled to the eyewear from the counterweight.

22. ) An eyewear assembly comprising:

at least one flexible temple element attached to eyewear at one end and extending over a wearer'"'"'s ear to a counterweight proximal to the distal end of the flexible temple element.

23. ) The eyewear assembly of claim 22 further comprising a mechanism coupling flexible temple element side one and side two distal ends.

24. ) The eyewear assembly of claim 22 wherein the coupling mechanism is chosen from a group consisting of weights, magnets, ball and socket, wire, metal, plastic, glass, and polymer elements.

25. ) The eyewear assembly of claim 22 wherein the coupling mechanism is disposed to release at design stresses below those determined to cause wearer injury.

26. ) The eyewear assembly of claim 22 wherein the eyewear is chosen from a group consisting of a framed lens assembly, rimless lens assembly, a monolithic structure having two lenses and a single lens.