Buckle clip

• US 6,226,845 B1
• Filed: 09/27/1999
• Issued: 05/08/2001
• Est. Priority Date: 09/27/1999
• Status: Expired due to Fees

• Current Assignee: Matthew L. Fink
• Original Assignee: Matthew L. Fink
• Inventors: Fink, Matthew L.
• Primary Examiner(s): Sakran, Victor N.
• Application Number:
  US09/405,762
• Time in Patent Office: 589 Days
• Field of Search: 24/668, 24/666, 24/678, 24/322.1
• US Class Current: 24/668
• CPC Class Codes: A41F 11/04 of the stud-and-loop type
• CPC Class Codes: Y10T 24/3421 including a button fastening element
• CPC Class Codes: Y10T 24/45796 and closed elongated access opening for guiding transverse projection travel after insertion
• CPC Class Codes: Y10T 24/45806 formed from wire
• CPC Class Codes: Y10T 24/45859 Biased component or segment entirely formed from wire

Abstract

The present invention relates to a buckle clip for receiving and for removably retaining a fastener such as a button having a shank for a garment such as the type used on suspenders, overall straps, jeans and other garments and structures in need of support. In a preferred embodiment, the buckle clip is fabricated from a continuously formed resilient wire to define a loop. The loop has a bight portion for suspension from a strap, a pair of arms for receiving a fastener such as a button having a shank and an open portion for receiving and for removably retaining the button. The bight portion has a pair of feet portions with a first end and with a second end which are resiliently separable and normally spring biased toward each other to engage the shank of the button. The pair of feet portions have a groove and a first pair and a second pair of contact surfaces. The loop provides resilient movement of the open portion for engaging and for disengaging the button. An encasement, slideably attachable to the bight portion of the loop, completely envelopes the ends of the pair of feet portions. The encasement has side passageways through which a part of the pair of feet portions extend, within the encasement, to engage and to release the fastener as they separate when the pair of feet portions resiliently move laterally. The encasement has a pair of stop walls integrally formed thereon which cooperate with the groove and with each pair of contact surfaces for limiting the resilient lateral movement of the pair of feet portions to prevent over extension of the loop.

Claims

1. A buckle clip comprising:

a loop;

said loop, continuously formed from a resilient wire, having a bight portion for suspension from a strap, a pair of arms for receiving a fastener such as a button having a shank and an open portion for receiving and for removably retaining the button;

said bight portion having a first end and a second end and a pair of feet portions;

said pair of feet portions having a groove thereon disposed in close proximity to said first end and to said second end of said bight portion near the midpoint of said bight portion;

said pair of feet portions having a first pair of contact surfaces and a second pair of contact surfaces;

said pair of feet portions of said bight portion being resiliently separable and normally spring biased toward each other to engage the shank of the button;

an encasement;

said encasement slideably attachable to said bight portion of said loop and said encasement completely enveloping said first end and said second end of said pair of feet portions;

said encasement having side passageways through which a part of said pair of feet portions extend as they separate when said pair of feet portions resiliently move laterally;

said encasement having a pair of stop walls integrally formed thereon and,

said stop walls cooperating with the groove and with said first pair of contact surfaces and said second pair of contact surfaces of said pair of feet portions for limiting the resilient lateral movement of said pair of feet portions to prevent over extension of said loop.

2. The buckle clip of claim 1 wherein said pair of stop walls are integrally formed within a front wall of said encasement by punching and by inwardly bending a part of said front wall such that said pair of stop walls are disposed interiorly of said encasement.

3. The buckle clip of claim 2 wherein said encasement being dimensioned to allow sufficient resilient lateral movement of said resilient wire loop for receiving and for engaging the shank of the button, for removably retaining the button and for translating the resilient lateral movement of said open portion to said pair of feet portions of said bight portion.

4. The buckle clip of claim 3 wherein said encasement is of a one piece construction.

5. The buckle clip of claim 4 wherein said encasement being developed from a C-shaped member having a top wall, a bottom wall, a front wall and two wall portions, an upper wall and a lower wall and being formed from an elongated substantially planar sheet of rigid material.

6. The buckle clip of claim 5 wherein said C-shaped member is transformed into said encasement at assembly, by aligning said stop walls of said C-shaped member with the groove of said pair of feet portions of said bight portion of said loop and by crimping said C-shaped member onto said bight portion of said loop such that a back wall being defined in said encasement when said upper wall and said lower wall portions of said C-shaped member are joined in an abutting relationship.

7. The buckle clip of claim 6 wherein said encasement is centrally disposed on said bight portion.

8. The buckle clip of claim 7 wherein said encasement is an elongated enveloping shape having a square cross section.

9. The buckle clip of claim 8 wherein said encasement is fabricated by stamping.

10. The buckle clip of claim 9 wherein said encasement is metal.

11. The buckle clip of claim 10 wherein said loop is formed from a single piece of resilient wire.

12. The buckle clip of claim 11 wherein said buckle clip is fabricated from a metal selected from the group consisting of brass, steel and aluminum.

13. The buckle clip of claim 12 wherein said buckle clip has an electro plate finish.

14. A buckle clip comprising:

a loop;

said loop, continuously formed from a single piece of resilient wire, having a bight portion for suspension from a strap, a pair of arms for receiving a fastener such as a button having a shank and an open portion for receiving and for removably retaining the button;

said bight portion having a first end and a second end and a pair of feet portions;

said pair of feet portions having a groove thereon disposed in close proximity to said first end and to said second end of said bight portion near the midpoint of said bight portion;

said pair of feet portions having a first pair of contact surfaces and a second pair of contact surfaces;

said pair of feet portions of said bight portion being resiliently separable and normally spring biased toward each other to engage the shank of the button;

an encasement;

said encasement is of a one piece construction in the form of an elongated enveloping shape having a square cross section;

said encasement being dimensioned to allow sufficient resilient lateral movement of said resilient wire loop for receiving and for engaging the shank of the button, for removably retaining the button and for translating the resilient lateral movement of said open portion to said pair of feet portions of said bight portion;

said encasement slideably attachable to said bight portion of said loop and said encasement completely enveloping said first end and said second end of said pair of feet portions;

said encasement is centrally disposed on said bight portion;

said encasement having side passageways through which a part of said pair of feet portions extend as they separate when said pair of feet portions resiliently move laterally;

said encasement having a pair of stop walls integrally formed within a front wall of said encasement by punching and by inwardly bending a part of said front wall such that said pair of stop walls are disposed interiorly of said encasement and,

said stop walls cooperating with the groove and with said first pair of contact surfaces and said second pair of contact surfaces of said pair of feet portions for limiting the resilient lateral movement of said pair of feet portions to prevent over extension of said loop.

15. The buckle clip of claim 14 wherein said encasement being developed from a C-shaped member having a top wall, a bottom wall, a front wall and two wall portions, an upper wall and a lower wall and being formed by stamping from an elongated substantially planar sheet of rigid material.

16. The buckle clip of claim 15 wherein said C-shaped member is transformed into said encasement at assembly, by aligning said stop walls of said C-shaped member with the groove of said pair of feet portions of said bight portion of said loop and by crimping said C-shaped member onto said bight portion of said loop such that a back wall being defined in said encasement when said upper wall and said lower wall portions of said C-shaped member are joined in an abutting relationship.

17. The buckle clip of claim 16 wherein said encasement is metal.

18. The buckle clip of claim 17 wherein said buckle clip is fabricated from a metal selected from the group consisting of brass, steel and aluminum.

19. The buckle clip of claim 18 wherein said buckle clip has an electro plate finish.

20. A method for manufacturing a buckle clip comprising the steps of:

providing a resilient wire;

continuously forming a loop, from said resilient wire, said loop having a bight portion with a first end and a second end and a pair of feet portions for suspension from a strap, a pair of arms for receiving a fastener such as a button having a shank and an open portion for receiving and for removably retaining the button;

creating a groove thereon said feet portions disposed in close proximity to said first end and to said second end of said bight portion near the midpoint of said bight portion resulting in the creation of a first pair of contact surfaces and a second pair of contact surfaces;

providing an elongated substantially planar sheet of rigid material;

developing a C-shaped member having a pair of stop walls integrally thereon, a top wall, a bottom wall, a front wall and two wall portions, an upper wall and a lower wall from said elongated substantially planar sheet of rigid material;

slideably attaching said C-shaped member to said bight portion of said loop by aligning said pair of stop walls of said C-shaped member with the groove of said pair of feet portions of said bight portion of said loop; and

,

forming an encasement having a back wall being defined when said upper wall and said lower wall portions of said C-shaped member are joined in an abutting relationship by crimping said C-shaped member to said bight portion of said loop such that said encasement completely envelopes a part of said bight portion and said encasement having side passageways through which a part of said pair of feet portions of said bight portion extend as they separate during resilient lateral motion such that the lateral motion is limited by said stop walls to prevent over extension of said loop.