Side-release buckle assembly

1. A buckle assembly comprising:

a female connection member; and

a male connection member configured to mate with said female connection member into a securely connected position, said male connection member comprising:

lateral arms having distal ends, said lateral arms configured to deflect about pivot points, said distal ends configured to be secured within said female connection member;

a flexible and resilient floating strut connecting said lateral arms together;

wherein said lateral arms include buttons at said distal ends, and wherein said floating strut comprises button arms extending from said buttons, said button arms being spaced apart and separate from said lateral arms, said button arms integrally connecting to inwardly-directed curved portions, which in turn integrally connect to a bridge that connects said inwardly-directed curved portions together; and

a mating guide beam outwardly extending from said bridge.

2. The buckle assembly of claim 1 , wherein said male connection member further comprises a strap bar, said pivot points being proximate said strap bar.

3. The buckle assembly of claim 2 , wherein a cavity is defined between said lateral arms, said floating strut, and said strap bar.

4. The buckle assembly of claim 1 , wherein said floating strut is U-shaped.

5. The buckle assembly of claim 1 , wherein said floating strut is W-shaped.

6. The buckle assembly of claim 1 , wherein each of said male and female connection members comprises a strap-receiving channel.

7. The buckle assembly of claim 1 , wherein said buttons are configured to be engaged to disconnect said male connection member from said female connection member.

8. The buckle assembly of claim 1 , wherein said floating strut spring-biases said lateral arms apart from one another.

9. A male buckle connector configured to securely mate with a female buckle connector, the male buckle connector comprising;

lateral arms having buttons at distal ends, said lateral arms configured to deflect about first pivot points;

a flexible and resilient floating strut connecting said lateral arms together, said floating strut configured to deflect about at least one second pivot point;

wherein said floating strut comprises button arms extending from said buttons, said button arms being spaced apart and separate from said lateral arms, said button arms integrally connecting to inwardly-directed curved portions, which in turn integrally connect to a bridge that connects said inwardly-directed curved portions together, wherein said at least one second pivot point is proximate said curved portions; and

a mating guide beam outwardly extending from said bridge.

10. The male buckle connector of claim 9 , further comprising a strap bar, said first pivot points being proximate said strap bar.

11. The male buckle connector of claim 10 , wherein a cavity is defined between said lateral arms, said flouting strut, and said strap bar.

12. The male buckle connector of claim 9 , wherein said floating strut is U-shape.

13. The male buckle connector of claim 9 , wherein said floating strut is W-shaped.

14. The male buckle connector of claim 9 , further comprising a strap-receiving channel.

15. The male buckle connector of claim 9 , wherein said buttons are configured to be engaged to disconnect the male buckle connector from said female buckle connector.

16. The male buckle connector of claim 9 , wherein said floating strut spring-biases said lateral arms apart from one another.

17. A buckle assembly comprising:

a first connection member having button openings; and

a second connection member configured to mate with said first connection member into a securely connected position, said second connection member comprising:

lateral arms having buttons at distal ends, said lateral arms configured to deflect about first pivot points, said buttons configured to be secured within said button openings;

a strap bar, said first pivot points being proximate said strap bar;

a flexible and resilient floating strut connecting said lateral arms together, said floating strut comprising button arms extending from said buttons, said button arms being spaced apart and separate from said lateral arms, said button arms integrally connecting to inwardly-directed curved portions, which in turn integrally connect to a bridge that connects said inwardly-directed curved portions together, said floating strut configured to deflect about second pivot points being spaced a distance away from said strap bar and closer to said buttons as compared to said first pivot points;

a cavity defined between said lateral arms, said floating strut, and said strap bar; and

a mating guide beam outwardly extending from said bridge;

wherein said floating strut is one of a U-shape and a W-shape.