Protective shoulder pads with release mechanism
View Patent ↗Protective shoulder pads to be worn by an individual engaged in a contact sport, such as football, lacrosse or hockey, are provided. The shoulder pads protect an individual wearing the protective shoulder pads against impact to the superior, anterior, posterior and/or lateral regions of the shoulder and upper arm regions. The shoulder pads include a release mechanism that releasably couples left and right arch members of the shoulder pads and allows for removal of the shoulder pads from the individual while he or she is maintained in the supine position, thus decreasing the risk of further injuring the individual wearing the protective shoulder pads.
1. Protective shoulder pads to be worn by a player participating in a contact sport, comprising:
a first pad member and a second pad member, wherein each of the first and second pad members have an inner pad element affixed thereto;
the first and second pad members each having a superior portion, an anterior portion depending from the superior portion and a posterior portion depending from the superior portion opposite the anterior portion, wherein the first and second pad members collectively define a central opening;
a release mechanism comprising at least one strap and operably coupling the posterior portion of the first and second pad members to one another, the release mechanism also extending: (i) from the posterior portion of the first pad member, (ii) across the superior portion of the first pad member, and (iii) to the anterior portion of the first pad member, wherein an extent of the release mechanism is accessible when the player is in a supine position; and,
wherein when the player wearing the shoulder pads is in the supine position, the release mechanism being operable to separate the first pad member in an opposite lateral direction from the second pad member from underneath the wearer while the wearer remains in the supine position.
2. The shoulder pads of claim 1 , wherein the release mechanism comprises:
the at least one strap secured to the posterior portion of the second pad member and extending transversely between the posterior portions of the first and second pad members;
a loop formed at an end portion of the strap; and
at least one aperture disposed on the posterior portion of the first pad member, wherein the aperture is dimensioned to receive the loop.
3. The shoulder pads of claim 2 , wherein the release mechanism further comprises:
a removable elongated coupler that extends through the loop to secure the strap to the posterior portion of the first pad member and thereby operably couple the first and second pad members in an assembled position.
4. The shoulder pads of claim 3 , wherein the end portion of the strap is fed through the aperture whereby the loop resides against an inner surface of the posterior portion of the first pad member in the assembled position.
5. The shoulder pads of claim 3 , wherein an extent of the strap resides against an inner surface of the posterior portion of the first pad member in the assembled position.
6. The shoulder pads of claim 3 , wherein the elongated coupler extends from the posterior portion of the first pad member across the superior portion of the first pad member proximate the central opening, wherein a first end of the elongated coupler is accessible at said anterior portion.
7. The shoulder pads of claim 1 , wherein the release mechanism comprises an elongated coupler that extends from the posterior portion of the first pad member across the superior portion of the first pad member proximate the central opening, wherein a first end of the coupler is accessible at said anterior portion.
8. The shoulder pads of claim 7 , wherein an extent of the elongated coupler is positioned between the first pad member and the inner pad element affixed to the first pad member.
9. The shoulder pads of claim 7 , wherein the superior portion of the first pad member includes a guidance channel extending along an inner edge of said superior portion, and wherein an extent of the elongated coupler is slidingly received by the guidance channel.
10. The protective shoulder pads of claim 1 , wherein the first and a second pad members are configured to dissipate energy created by an impact to a portion of either the first or second members.
11. Protective shoulder pads to be worn by a player participating in a contact sport, comprising:
a first curvilinear arch member and a second curvilinear arch member, wherein each of the first and second curvilinear arch members have an inner pad element affixed thereto;
the first and second curvilinear arch members each having a superior portion, an anterior portion depending from the superior portion and a posterior portion depending from the superior portion opposite the anterior portion, wherein the first and second curvilinear arch members collectively define a central opening; and
a release mechanism comprising at least one strap and operably coupling the posterior portion of the first and second curvilinear arch members to one another, the release mechanism also extending from the posterior portion of both the first and second curvilinear arch member and across an extent of the superior portion of the first curvilinear arch member,
wherein when the player wearing the protective shoulder pads is in a supine position, an extent of the release mechanism is accessible to allow an operator to actuate the release mechanism to separate the first curvilinear arch member in an opposite lateral direction from the second curvilinear arch member from underneath the wearer while the wearer remains in the supine position.
12. The shoulder pads of claim 11 , wherein the release mechanism comprises:
the at least one strap strap secured to the posterior portion of the second curvilinear arch member and extending transversely between the posterior portions of the first and second curvilinear arch members;
a loop formed at an end portion of the strap; and
at least one aperture disposed on the posterior portion of the first curvilinear arch member, wherein the aperture is dimensioned to receive the loop.
13. The shoulder pads of claim 12 , wherein the release mechanism further comprises: a removable elongated coupler that extends through the loop to secure the strap to the posterior portion of the first curvilinear arch member and thereby operably couple the first and second curvilinear arch members in an assembled position.
14. The shoulder pads of claim 13 , wherein the end portion of the strap is fed through the aperture whereby the loop resides against an inner surface of the posterior portion of the first curvilinear arch member in the assembled position.
15. The shoulder pads of claim 13 , wherein an extent of the strap resides against an inner surface of the posterior portion of the first curvilinear arch member in the assembled position.
16. The shoulder pads of claim 11 , wherein the elongated coupler extends from the posterior portion of the first curvilinear arch member across the superior portion of the first curvilinear arch member proximate the central opening, wherein a first end of the elongated coupler is accessible at said anterior portion.
17. The shoulder pads of claim 11 , wherein the release mechanism comprises an elongated coupler that extends from the posterior portion of the first arch member across the superior portion of the first curvilinear arch member proximate the central opening, wherein a first end of the coupler is accessible at said anterior portion.
18. The shoulder pads of claim 17 , wherein an extent of the elongated coupler is positioned between the first curvilinear arch member and the inner pad element affixed to the first curvilinear arch member.
19. The shoulder pads of claim 17 , wherein the superior portion of the first curvilinear arch member includes a guidance channel extending along an inner edge of said superior portion, and wherein an extent of the elongated coupler is slidingly received by the guidance channel.
20. The protective pad assembly of claim 11 , wherein the first and a second curvilinear arch members are configured to dissipate energy created by an impact to a portion of either the first or second members.