Magnetic Securing System

Abstract

A magnetic securing system with first and second backers, each with a magnet embedded therein. The first backer is constructed and arranged to be placed on one side of an article, and the second backer is constructed and arranged to be placed on another side of the article such that the two magnets attract, to hold the backers in place on the article. There is a first structure that is coupled to or can be coupled to the first backer. The first structure is constructed and arranged to be used to support another object, such that the system is able to allow objects to be removably coupled to the article

Claims

1. A magnetic securing system, comprising: first and second backers, each with a magnet embedded therein, wherein the first backer is constructed and arranged to be placed on one side of an article, and the second backer is constructed and arranged to be placed on another side of the article such that the two magnets attract, to hold the backers in place on the article; and a first structure that is coupled to or can be coupled to the first backer, wherein the first structure is constructed and arranged to be used to support another object, such that the system is able to allow objects to be removably coupled to the article.

2. The magnetic securing system of claim 1, wherein the first structure comprises a loop.

3. The magnetic securing system of claim 2, wherein the loop is an integral part of the first backer.

4. The magnetic securing system of claim 3, wherein the first backer has a generally round shape with an interior, and wherein the interior is partially closed and partially open.

5. The magnetic securing system of claim 4, wherein the partially open portion of the first backer defines the integral loop, and the partially closed portion carries the embedded magnet.

6. The magnetic securing system of claim 1, further comprising an adjunct member that comprises a magnet and a second structure that is constructed and arranged to be used to support another object.

7. The magnetic securing system of claim 6, wherein the adjunct member magnet is arranged to be magnetically coupled to a backer so that the adjunct member is able to add additional functionality to the system.

8. The magnetic securing system of claim 6, wherein the second structure comprises a second loop.

9. The magnetic securing system of claim 8, wherein the second loop is an integral part of the adjunct member.

10. The magnetic securing system of claim 8, wherein the second loop is arranged to be opened and closed.

11. The magnetic securing system of claim 10, wherein the second loop comprises a projection, and an open end portion that is constructed and arranged to receive the projection.

12. The magnetic securing system of claim 11, wherein the projection comprises at least one locking nib on a periphery of the projection.

13. The magnetic securing system of claim 12, wherein the open end portion comprises at least one guide that is arranged to receive a locking nib.

14. The magnetic securing system of claim 13, comprising a pair of locking nibs and a pair of guides.

15. The magnetic securing system of claim 11, wherein the adjunct member magnet is embedded in the projection of the second loop.

16. The magnetic securing system of claim 6, wherein the adjunct member comprises a flexible strap with two ends, wherein magnets are embedded in the strap ends such that when the ends are brought together the magnets attract and hold the adjunct member in a closed position in which a loop is formed by the strap.

17. The magnetic securing system of claim 1, for use on thin articles such as those made from fabric, where the magnets of the first and second backers are close enough together to securely hold onto the article.

18. A magnetic securing system, comprising: first and second backers, each with a magnet embedded therein, wherein the first backer is constructed and arranged to be placed on one side of an article, and the second backer is constructed and arranged to be placed on another side of the article such that the two magnets attract, to hold the backers in place on the article; a loop that is an integral part of the first backer, wherein the loop is constructed and arranged to be used to support another object, such that the system is able to allow objects to be removably coupled to the article; and an adjunct member that includes a magnet that is arranged to be magnetically coupled to a backer so that the adjunct member is able to add additional functionality to the system, and a second structure that is constructed and arranged to be used to support another object.

19. The magnetic securing system of claim 18, wherein the first backer has a generally round shape with an interior, and wherein the interior is partially closed and partially open, wherein the partially open portion of the first backer defines the integral loop, and the partially closed portion carries the embedded magnet.

20. The magnetic securing system of claim 19, wherein the second structure comprises a second loop that is arranged to be opened and closed, and comprises a projection in which the adjunct member magnet is embedded, and an open end portion that is constructed and arranged to receive the projection, wherein the projection comprises a pair of locking nibs spaced around a periphery of the projection, and a pair of guides that are each arranged to receive a locking nib.

21. The magnetic securing system of claim 19, wherein the adjunct member comprises a flexible strap with two ends, wherein magnets are embedded in the strap ends such that when the ends are brought together the adjunct member magnets attract and hold the adjunct member in a closed position in which a loop is formed by the strap.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0012] FIG. 1A is an exploded view of a magnetic securing system.

[0013] FIG. 1B is a cross-sectional view of the assembled magnetic securing system of FIG. 1A.

[0014] FIG. 2A is an exploded view of a magnetic securing system.

[0015] FIG. 2B is a cross-sectional view of the assembled magnetic securing system of FIG. 2A.

[0016] FIGS. 3A and 3B are front and rear perspective views, respectively, of an adjunct member for a magnetic securing system.

[0017] FIG. 4 is a cross-sectional view of the adjunct member of FIGS. 3A and 3B in use with the magnetic securing system of FIGS. 2A and 2B.

[0018] FIGS. 5A and 5B are open and closed vies, respectively, of another adjunct member for a magnetic securing system.

[0019] FIG. 6 is a cross-sectional view of the adjunct member of FIGS. 5A and 5B in use with the magnetic securing system of FIGS. 2A and 2B.

DETAILED DESCRIPTION

[0020] Non-limiting examples of the magnetic securing or hanging system are disclosed in the enclosed drawings. FIGS. 1A and 1B illustrate a first example of a magnetic securing system 10 that has first backer 20 and second backer 30. Backers 20 and 30 have embedded magnets 22 and 32, respectively. Backers 20 and 30 can be insert molded around the magnets using a suitable plastic material. Backers 20 and 30 are in this non-limiting example located on opposite sides of fabric F, such that the two magnets hold the backers in place on fabric F. Backer 30 has solid portion 31 that holds magnet 32, and integral loop 35 that defines open area 33. Loop 35 can be (but need not be) angled as shown, such that it projects away from portion 31 (away from fabric F) so as to make open area 33 more accessible. Loop 35 allows objects such as eyeglasses, earbuds, I.D. or security badges, writing implements (e.g., pens, mechanical pencils), sport gear such as gloves with clips, goggles, carabiners, and the like, to be held by the loop and so removably held by the articles that include the fabric (e.g., a shirt, a coat, another article of clothing, a bag, or backpack).

[0021] FIGS. 2A and 2B illustrate a second example of a magnetic securing system 50 that has backers 60 and 70 with embedded magnets 62 and 72. Backers 60 and 70 are located on opposite sides of fabric F, such that the two magnets hold the backers in place on fabric F. Magnet 72 of outer backer 70, and/or magnet 62 of inner backer 60, can act as an anchoring location for an adjunct member that includes a magnet and structure (such as a clip or loop) that can be used to support another object, where the adjunct member magnet can be magnetically coupled to one of the backers. The adjunct member thus can be a means to add additional functionality to the subject system.

[0022] One such adjunct member 80 is shown in FIGS. 3A and 3B. It should be understood that this is but one, specific, non-limiting example of an adjunct member of the present disclosure. The adjunct member can comprise any magnetic member that can couple to a magnet of a backer. The adjunct member includes a loop, hook, or other structure that allows one or more objects to be held to or coupled to the adjunct member. The adjunct member thus can be used to allow an object to be held by any article to which the magnetic securing system is coupled, with or without the backer with integral loop as shown in FIG. 1. Adjunct member 80 is shown magnetically coupled to backer 70 in FIG. 4.

[0023] Adjunct member 80 comprises ring 82 that, when closed, defines open area 88 which is similar in function to open area 33, FIG. 1. Member 80 is designed to be manipulated such that ring 82 can be opened and closed; the open state is shown in FIGS. 3A and 3B while the closed state is shown in FIG. 4. The ring can be opened so that it can be coupled to an object that can't appropriately access a closed loop (such as the loop shown in FIG. 1); one example would be a key ring. Then the ring can be closed around the object.

[0024] The non-limiting manner in which these open and closed states are accomplished in this example is with a solid end 84 with projection 85 in which magnet 90 is embedded. Projection 85 has locking nibs 84a and 84b that fit into receiving slots 86a and 86b of open end portion 86 that is adapted to receive projection 85. Circumferential guides 86c and 86d are connected to slots 86a and 86b. Projection 85 can be inserted into end portion 86 and then rotated relative to end 84, with nibs 84a and 84b moving along guides 86c and 86d. Rotation proceeds until nibs 84a and 84b are not aligned with slots 86a and 86b. This locks projection 85 into end portion 86 and thus prevents projection 85 from being removed from end portion 86. This locking feature maintains ring 82 in the closed state.

[0025] FIG. 4 illustrates adjunct member 80 magnetically coupled to backer 70 of system 50. Open area 88 extends below interlocked projection 85 and open end portion 86. An object can be located in or coupled to open area 88 of ring 82. System 50 thus acts as an anchoring location for the adjunct member, so that the adjunct member can be used to support another object as described above.

[0026] FIGS. 5A and 5B are open and closed views of another adjunct member 100. Member 100 is in the form of a flexible strap 100 with magnets 104 and 108 embedded in ends 102 and 106, respectively; see FIG. 6. When ends 102 and 106 are brought together the magnets attract and hold member 100 in the closed position in which loop 112 is formed. As shown in FIG. 6, member 100 can be coupled to magnetic securing system 50 in much the same way that adjunct member 80 can be.

[0027] A number of implementations have been described. Nevertheless, it will be understood that additional modifications may be made without departing from the scope of the inventive concepts described herein, and, accordingly, other embodiments are within the scope of the following claims. The invention is defined by the claims, and includes equivalents to the claimed subject matter.