Foldable compact glasses having non-interfering temples in folding

• US 6,017,119 A
• Filed: 01/12/1998
• Issued: 01/25/2000
• Est. Priority Date: 06/27/1996
• Status: Expired due to Fees

• Current Assignee: David Huang
• Original Assignee: David Huang
• Inventors: Huang, David
• Primary Examiner(s): Dang, Hung Xuan
• Application Number:
  US09/005,991
• Time in Patent Office: 743 Days
• Field of Search: 351/63, 351/111, 351/118, 351/119, 351/41
• US Class Current: 351/63
• CPC Class Codes: G02C 2200/12 Frame or frame portions made from sheet type material
• CPC Class Codes: G02C 5/006 Collapsible frames
• CPC Class Codes: G02C 5/08 foldable
• CPC Class Codes: G02C 5/122 with adjustable means
• CPC Class Codes: G02C 5/143 having special ear pieces
• CPC Class Codes: G02C 5/20 adjustable, e.g. telescopic

Abstract

A pair of foldable compact glasses comprising two frames for retraining two lenses therein and each provided with a hinge device at the outer side thereof, two temples each pivoting to the hinge devices, and a bridge device connecting the two frames. A height difference is provided between the hinge devices provided at the outer sides of the two frames so as to prevent the temples from overlaying and interlacing each other while folding and in aid of increasing the lens area, and/or the distance between the bridge device and wearer'"'"'s nose bridge is increased so as to increase wearer'"'"'s comfort. The glasses can be subsequently received within a rigid container after folding. This invention future discloses resilient nose pad devices for use in a pair of glasses, which resilient nose pad devices are tightly pressed against each other when the foldable compact glasses are folded so as to reduce overall thickness of the folded glasses.

Claims

1. A pair of foldable compact glasses, comprising:

two frames each provided with a hinge device at outer side thereof and having a pivotal axis, a difference in height being provided between the two hinge devices relative to upper frame edges of respective frames adapting the two hinge devices to be stackedly folded in parallel;

a bridge device provided between the two frames for connecting the frames;

a bridge pivotal device provided on the bridge device and having a pivotal axis substantially parallel to the pivotal axes of the hinge devices provided at the outer sides of the frames for folding the bridge device about the pivotal axis; and

two temples being respectively connected to the hinge devices provided at the outer sides of the frames, the temples each comprising;

a stationary temple member in an elongated and thin shape having a first and a second ends, the first end being pivotally connected to the hinge device provided at the outer side of the frames and a first sliding slot being formed between the first and second ends;

a retractable temple member in an elongated and thin shape having a first and a second ends, a second sliding slot being formed between the first and second ends;

a first connecting device slidably connecting the second end of the stationary temple within the second sliding slot; and

a second connecting device slidably connecting the first end of the retractable temple member within the first sliding slot.

2. The foldable compact glasses according to claim 1, wherein the difference in height between the two hinge devices provided at the outer sides of the frames is about 2-8 mm.

3. The foldable compact glasses according to claim 1, wherein the pivotal axis of the bridge pivotal device extends substantially along a plane formed by the two frames.

4. The foldable compact glasses according to claim 1, wherein the pivotal axis of the bridge pivotal device slightly forwardly protrudes from the two frames.

5. The foldable compact glasses according to claim 1 further comprising two temple pads provided at inner ends of the temples.

6. The foldable compact glasses according to claim 1 further comprising two nose pad devices provided at inner sides of the frames.

7. The foldable compact glasses according to claim 6, where in the nose pad devices each comprises:

a bent shaft having a first end secured to opposing inner sides of the frames and a second end;

a resilient spring having an end secured to the second end of the bent shaft, a stem portion, and an opening formed at another end thereof; and

a nose pad having a first surface for pressing against wearer'"'"'s nose bridge, and a second surface provided with clinching devices for securing the nose pad to the resilient spring, the clinching device including two L-shaped nodes each having an open side opposing each other for clinching the stem portion of the spring therein, and a projecting node for inserting into the opening formed at the another end of the resilient spring.

8. A pair of foldable compact glasses, comprising:

two frames each provided with a hinge device at outer side thereof and having a pivotal axis, a difference in height being provided between the two hinge devices relative to upper frame edges of respective frames adapting the two hinge devices to be stackedly folded in parallel;

a bridge device provided between the two frames for connecting the frames;

a bridge pivotal device provided on the bridge device and having a pivotal axis substantially parallel to the pivotal axes of the hinge devices provided at the outer sides of the frames for folding the bridge device about the pivotal axis; and

two temples being respectively connected to the hinge devices provided at the outer sides of the frames;

wherein the foldable compact glasses can be received within a rigid container after folding.

9. The foldable compact glasses according to claim 8, wherein the difference in height between the two hinge devices provided at the outer sides of the frames is about 2-8 mm.

10. The foldable compact glasses according to claim 8, wherein the temples each comprise:

a stationary temple member in an elongated and thin shape having a first and a second ends, the first end being pivotally connected to the hinge device provided at the outer side of the frame, and a first sliding slot being formed between the first and second ends;

a retractable temple member in an elongated and thin shape having a first and a second ends, a second sliding slot being formed between the first and second ends;

a first connecting device slidably connecting the second end of the stationary temple within the second sliding slot; and

a second connecting device slidably connecting the first end of the retractable temple member within the first sliding slot.

11. The foldable compact glasses according to claim 8, wherein the pivotal axis of the bridge pivotal device extends substantially along a plane formed by the two frames.

12. The foldable compact glasses according to claim 8, wherein the pivotal axis of the bridge pivotal device slightly forwardly protrudes from the two frames.

13. The foldable compact glasses according to claim 8 further comprising two temple pads provided at inner ends of the temples.

14. The foldable compact glasses according to claim 8 further comprising two nose pad devices provided at inner sides of the frames.

15. The foldable compact glasses according to claim 14, where in the nose pad devices each comprises:

a bent shaft having a first end secured to opposing inner sides of the frames and a second end;

a resilient spring having an end secured to the second end of the bent shaft, a stem portion, and an opening formed at another end thereof; and

a nose pad having a first surface for pressing against wearer'"'"'s nose bridge, and a second surface provided with clinching devices for securing the nose pad to the resilient spring, the clinching device including two L-shaped nodes each having an open side opposing each other for clinching the stem portion of the spring therein, and a projecting node for inserting into the opening formed at the another end of the resilient spring.

16. A pair of foldable compact glasses, comprising:

two frames each provided with a hinge device at outer side thereof and having a pivotal axis, a difference in height being provided between the two hinge devices relative to upper frame edges of respective frames adapting the two hinge devices to be stackedly folded in parallel;

a bridge device provided between the two frames for connecting the frames;

a bridge pivotal device provided on the bridge device and having a pivotal axis substantially parallel to the pivotal axes of the hinge devices provided at the outer sides of the frames for folding the bridge device about the pivotal axis; and

two temples being respectively connected to the hinge devices provided at the outer sides of the frames, the temples each comprising;

a stationary temple member in an elongated and thin shape having a first and a second ends, the first end being pivotally connected to the hinge device provided at the outer side of the frame, and a first sliding slot being formed between the first and second ends;

a retractable temple member in an elongated and thin shape having a first and a second ends, and a second sliding slot being formed between the first and second end;

a first connecting device slidably connecting the second end of the stationary temple within the second sliding slot; and

a second connecting device slidably connecting the first end of the retractable temple member within the first sliding slot;

wherein the foldable compact glasses can be received within a rigid container after folding.

17. The foldable compact glasses according to claim 16, wherein the difference in height between the two hinge devices provided at the outer sides of the frames is about 2-8 mm.

18. The foldable compact glasses according to claim 16, wherein the pivotal axis of the bridge pivotal device extends substantially along a plane formed by the two frames.

19. The foldable compact glasses according to claim 16, wherein the pivotal axis of the bridge pivotal device slightly forwardly protrudes from the two frames.

20. The foldable compact glasses according to claim 16 further comprising two temple pads provided at inner ends of the temples.

21. The foldable compact glasses according to claim 16 further comprising two nose pad devices provided at inner sides is of the frames.

22. The foldable compact glasses according to claim 21, where in the nose pad devices each comprises:

a bent shaft having a first end secured to opposing inner sides of the frames and a second end;

a resilient spring having an end secured to the second end of the bent shaft, a stem portion, and an opening formed at another end thereof; and

a nose pad having a first surface for pressing against wearer'"'"'s nose bridge, and a second surface provided with clinching devices for securing the nose pad to the resilient spring, the clinching device including two L-shaped nodes each having an open side opposing each other for clinching the stem portion of the spring therein, and a projecting node for inserting into the opening formed at the another end of the resilient spring.

23. In a pair of foldable compact glasses having a bridge pivotal device in a bridge device connected between inner edges of frames having upper frame edges and at least hinge devices connecting retractable temple members to respective outer edges of the frames, the improvement wherein:

the hinge devices connect the retractable temple members to the frames at respectively different heights from one of the upper frame edges sufficient for stackedly folding.