Sports shoulder pads with hybrid foam body pad
A shoulder pad assembly has main body cushions consisting of a plurality of different types of foam material joined together to result in a hybrid pad structure constructed from slow-response foam and open-cell foam. A main body cushion is constructed from a first sheet or panel of slow-response foam disposed over the torso of the wearer, a second sheet or panel of slow-response foam disposed over the back of the wearer, joined together by a third sheet or panel of open-cell foam positioned between the first sheet and second sheet, disposed over the wearer's shoulder. Optionally, a fourth sheet or pad of slow-response foam is disposed on the third sheet, disposed over the wearer's shoulder, preferably at the location that is most likely to suffer blows during football play. Optionally, a fifth sheet or pad of open-cell foam is disposed on the first sheet, on the side of the first sheet in contact with the wearer and a sixth sheet or pad of open-cell foam is disposed on the second sheet.
1. Shoulder pads for protecting the shoulders and body of a wearer during sports play, the shoulder pads comprising:
a first arch and a second arch, the first arch flexibly connected to the second arch;
a first shoulder cap flexibly connected to the first arch;
a second shoulder cap flexibly connected to the second arch;
a first main body cushion within the first arch and a second main body cushion within the second arch;
wherein each of the first main body cushion and second main body cushion comprises a first panel of slow-response foam disposed to overlie the wearer's torso, a second panel of slow-response foam disposed to overlie the wearer's back, and a third panel of open-cell foam disposed to overlie the wearer's shoulder, provided that the first panel and second panel are bonded to third panel.
2. The shoulder pads of claim 1 wherein each of the first main body cushion and second main body cushion further comprises a fourth sheet of slow-response foam bonded to a surface of the third sheet.
3. The shoulder pads of claim 2 wherein fourth sheet extends over only a portion of the surface of the third sheet.
4. The shoulder pads of claim 1 wherein each of the first main body cushion and second main body cushion further comprises a fifth sheet of open-cell foam disposed on a surface of the first sheet and a sixth sheet of open-cell foam disposed on a surface of the second sheet.
5. The shoulder pads of claim 1 further comprising:
a first epaulet flexibly connected to the first arch and partially overlying the first shoulder cap;
a second epaulet flexibly connected to the second arch and partially overlying the second shoulder cap;
the first epaulet comprising a first concave shell and a first shock-absorbing epaulet pad comprising slow-response foam or auxetic foam disposed on an inner surface of the first concave shell; and
the second epaulet comprising a second concave shell and a second shock-absorbing epaulet pad comprising slow-response foam or auxetic foam disposed on an inner surface of the second concave shell.
6. The shoulder pads of claim 5 wherein the first shock-absorbing epaulet pad and second shock-absorbing epaulet pad are kidney-shaped.
7. The shoulder pads of claim 5 wherein:
the first concave shell has a first ridge forming a concavity and a portion of the first shock-absorbing epaulet pad resides in the concavity formed by the first ridge; and
the second concave shell has a second ridge forming a concavity and a portion of the second shock-absorbing epaulet pad resides in the concavity formed by the second ridge.
8. The shoulder pads of claim 5 wherein:
the first epaulet is flexibly connected to the first arch at a first connection area and the second epaulet is flexibly connected to the second arch at a second connection area;
the first shock-absorbing epaulet pad is shaped to define a concavity so that the first shock-absorbing epaulet pad does not cover the first connection area; and
the second shock-absorbing epaulet pad is shaped to define a concavity so that the second shock-absorbing epaulet pad does not cover the second connection area.
9. The shoulder pads of claim 1 further comprising:
a left redundant pad inserted beneath the top of the left arch; and
a right redundant pad inserted beneath the top of the right arch.
10. The shoulder pads of claim 5 further comprising:
a left redundant pad inserted beneath the top of the left arch; and
a right redundant pad inserted beneath the top of the right arch.
11. Shoulder pads for protecting the shoulders and body of a wearer during sports play, the shoulder pads comprising:
a first arch and a second arch, the first arch flexibly connected to the second arch;
a first shoulder cap flexibly connected to the first arch;
a second shoulder cap flexibly connected to the second arch;
a first main body cushion within the first arch and a second main body cushion within the second arch;
wherein each of the first main body cushion and second main body cushion comprises a first panel of auxetic foam disposed to overlie the wearer's torso, a second panel of auxetic foam disposed to overlie the wearer's back, and a third panel of open-cell foam disposed to overlie the wearer's shoulder, provided that the first panel and second panel are bonded to third panel.
12. The shoulder pads of claim 11 wherein each of the first main body cushion and second main body cushion further comprises a fourth sheet of slow-response foam bonded to a surface of the third sheet.
13. The shoulder pads of claim 12 wherein fourth sheet extends over only a portion of the surface of the third sheet.
14. The shoulder pads of claim 11 wherein each of the first main body cushion and second main body cushion further comprises a fifth sheet of open-cell foam disposed on a surface of the first sheet and a sixth sheet of open-cell foam disposed on a surface of the second sheet.
15. The shoulder pads of claim 11 further comprising:
a first epaulet flexibly connected to the first arch and partially overlying the first shoulder cap;
a second epaulet flexibly connected to the second arch and partially overlying the second shoulder cap;
the first epaulet comprising a first concave shell and a first shock-absorbing epaulet pad comprising slow-response foam or auxetic foam disposed on an inner surface of the first concave shell; and
the second epaulet comprising a second concave shell and a second shock-absorbing epaulet pad comprising slow-response foam or auxetic foam disposed on an inner surface of the second concave shell.
16. The shoulder pads of claim 15 wherein the first shock-absorbing epaulet pad and second shock-absorbing epaulet pad are kidney-shaped.
17. The shoulder pads of claim 15 wherein:
the first concave shell has a first ridge forming a concavity and a portion of the first shock-absorbing epaulet pad resides in the concavity formed by the first ridge; and
the second concave shell has a second ridge forming a concavity and a portion of the second shock-absorbing epaulet pad resides in the concavity formed by the second ridge.
18. The shoulder pads of claim 15 wherein:
the first epaulet is flexibly connected to the first arch at a first connection area and the second epaulet is flexibly connected to the second arch at a second connection area;
the first shock-absorbing epaulet pad is shaped to define a concavity so that the first shock-absorbing epaulet pad does not cover the first connection area; and
the second shock-absorbing epaulet pad is shaped to define a concavity so that the second shock-absorbing epaulet pad does not cover the second connection area.
19. The shoulder pads of claim 11 further comprising:
a left redundant pad inserted beneath the top of the left arch; and
a right redundant pad inserted beneath the top of the right arch.
20. The shoulder pads of claim 15 further comprising:
a left redundant pad inserted beneath the top of the left arch; and
a right redundant pad inserted beneath the top of the right arch.