Magnetic Retention System

• US 20150234201A1
• Filed: 02/09/2015
• Published: 08/20/2015
• Est. Priority Date: 02/16/2014
• Status: Abandoned Application

• Current Assignee: David J. Levesque
• Original Assignee: David J. Levesque
• Inventors: Levesque, David J.
• Application Number:
  US14/617,369
• Publication Number:
  US 20150234201A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G02C 11/00 Non-optical adjuncts; Attachment thereof G02C7/16 takes precedence
• CPC Class Codes: G02C 2200/02 Magnetic means
• CPC Class Codes: G02C 3/04 Arrangements for supporting by hand, e.g. lorgnette, Arrangements for supporting by articles by walking-sticks A45B3/00
• CPC Class Codes: Y10T 24/314 Elastic connector
• CPC Class Codes: Y10T 24/32 having magnetic fastener

Abstract

A magnetic retention system (MRS) for magnetically holding parts, such as an eyewear temple part is provided. The MRS includes a positioning subassembly having a ferromagnetic backing plate and a neodymium magnet, wherein the neodymium magnet is adaptable to magnetic communication with the backing plate. The MRS also includes a retention subassembly having a ferromagnetic retainer adaptable to magnetic communication with the neodymium magnet.

Claims

1. A magnetic retention system comprising:

a positioning subassembly, wherein the positioning subassembly comprises;

a ferromagnetic backing plate;

a neodymium magnet, wherein the neodymium magnet is adaptable to magnetic communication with the backing plate; and

a retention subassembly, wherein the retention subassembly comprises;

a ferromagnetic retainer adaptable to magnetic communication with the neodymium magnet.

2. The magnetic retention system as in claim 1 wherein the retention subassembly comprises:

a ferromagnetic stem attachment tube haying opposite openings;

a first continuous elastic cord, wherein the first continuous elastic cord is disposed internally within the ferromagnetic stein attachment tube and wherein the first continuous elastic cord comprises;

a first elastic loop external to the ferromagnetic stem attachment tube; and

a second elastic loop external to the ferromagnetic stem attachment tube and distal to the first elastic loop.

3. The magnetic retention system as in claim 2 further comprising:

a first bolding bead, wherein the first holding bead is removably affixed to one end of the ferromagnetic stem attachment tube;

a second holding bead, wherein the second holding bead is removably affixed to an opposite end of the ferromagnetic stem attachment tube where the first holding bead is removably attached,

4. The magnetic retention system as in claim 3 wherein the first holding bead and the second holding bead are each ferromagnetic.

5. The magnetic retention system as in claim 3 wherein the first holding bead and the second holding bead are removably affixed to the ferromagnetic stem attachment tube to form the first elastic loop and the second elastic loop, respectfully.

6. The magnetic retention system as in claim 1 further comprising a quick release tab disposed between the ferromagnetic backing plate and the neodymium magnet.

7. The magnetic retention system as in claim 1 wherein the retention subassembly comprises:

a plurality of ferromagnetic beads;

a second continuous elastic cord, wherein the second continuous elastic cord is threaded through the plurality of ferromagnetic beads, and wherein the second continuous elastic cord comprises;

a third elastic loop external to the plurality of ferromagnetic beads; and

a fourth elastic loop external to the plurality of ferromagnetic beads and distal to the third elastic loop.

8. The magnetic retention system as in claim 1 wherein the retention subassembly comprises:

a substantially solid ferromagnetic cylinder;

a third continuous elastic cord, wherein the third continuous elastic cord is threaded through the substantially solid ferromagnetic cylinder, and wherein the third continuous elastic cord comprises;

a fifth elastic loop external to the substantially solid ferromagnetic cylinder; and

a six elastic loop external to the substantially solid ferromagnetic cylinder and distal to the fifth elastic loop.

9. The magnetic retention system as in claim 1 wherein the retention subassembly comprises:

a ferromagnetic material; and

an elastic tube, wherein the elastic tube is juxtaposed with the ferromagnetic material.

10. A magnetic eyewear retention system comprising:

a positioning, subassembly, wherein the positioning subassembly comprises;

a ferromagnetic backing plate;

a first neodymium magnet, wherein the first neodymium magnet is adaptable to magnetic communication with the backing plate;

a retention subassembly, wherein the retention subassembly comprises;

a ferromagnetic retainer adaptable to magnetic communication with the neodymium magnet; and

an eyewear temple part, wherein the retention subassembly is attached to the eyewear temple part.

11. The magnetic eyewear retention system as in claim 10 wherein the retention subassembly comprises a ferromagnetic plate affixed to the eyewear temple part.

12. The magnetic eyewear retention system as in claim 10 wherein the retention subassembly comprises a ferromagnetic wire affixed to the eyewear temple part.

13. The magnetic retention system as in claim 10 further comprising a quick release tab disposed between the ferromagnetic backing plate and the neodymium magnet.

14. The magnetic retention system as in claim 10 wherein the retention subassembly comprises:

a ferromagnetic stem attachment tube having opposite openings;

a first continuous elastic cord, wherein the first continuous elastic cord is disposed internally within the ferromagnetic stem attachment tube and wherein the first continuous elastic cord comprises;

a first elastic loop external to the ferromagnetic stem attachment tube;

a second elastic loop external to the ferromagnetic stem attachment tube and distal to the first elastic loop;

and wherein the first elastic loop and the second elastic loop encircle the eyewear temple part.

15. The magnetic retention system as in claim 14 further comprising:

a first holding bead, wherein the first holding bead is removably affixed to one end of the ferromagnetic stem attachment tube;

a second holding bead, wherein the second holding bead is removably affixed to an opposite end of the ferromagnetic stem attachment tube where the first holding bead is removably attached.

16. The magnetic retention system as in claim 14 wherein the first holding bead and the second holding bead are each ferromagnetic.

17. The magnetic retention system as in claim 14 wherein the first holding bead and the second holding bead are removably affixed to the ferromagnetic stem attachment tube to form the first elastic loop and the second elastic loop, respectfully.

18. The magnetic retention system as in claim 13 wherein the ferromagnetic backing plate comprises a second neodymium magnet.

19. A magnetic eyewear temple part retention system comprising:

a positioning subassembly, wherein the positioning subassembly comprises;

a ferromagnetic backing plate;

a first neodymium magnet, wherein the first neodymium magnet is adaptable to magnetic communication with the backing plate;

an eyewear temple part;

a retention subassembly, wherein the retention subassembly comprises;

a ferromagnetic retainer adaptable to magnetic communication with the neodymium magnet, wherein the ferromagnetic retainer comprises;

a ferromagnetic stem attachment tube having opposite openings;

a first continuous elastic cord, wherein the first continuous elastic cord is disposed internally within the ferromagnetic stem attachment tube and wherein the first continuous elastic cord comprises;

a first elastic loop external to the ferromagnetic stem attachment Tube;

a second elastic loop external to the ferromagnetic stem attachment tube and distal to the first elastic loop; and

wherein the first elastic loop and the second elastic loop encircle the eyewear temple part.

20. The magnetic eyewear temple part retention system as in claim 19, wherein the ferromagnetic backing plate comprises a second neodymium magnet.