Football helmet having three energy absorbing layers

1. A football helmet comprising:

a shell having an inner surface, an outer surface, an opening adapted to be positionable over a face area of a wearer, and a crown area, and wherein said shell is constructed of fiber reinforced epoxy resin and is sized and adapted to receive a head of the wearer therein;

a first energy absorbing layer situated adjacent and in contact with the inner surface of said shell and extending adjacent the crown area of said shell, said first energy absorbing layer having a substantially uniform thickness, said first energy absorbing layer having an inner surface, and said first energy absorbing layer fabricated from a resilient energy absorbing material;

a liner having an outer surface conforming with the inner surface of said first energy absorbing layer and the inner surface of said shell outside the crown area of said shell, said liner situated within said shell and adjacent said first energy absorbing layer and said shell, said liner being fabricated from a resilient energy absorbing material;

a second energy absorbing layer conforming with and in contact with the inner surface of said liner, said second energy absorbing layer having a substantially uniform thickness, said second energy absorbing layer having an inner surface configured to be closely conformable to the head of the wearer, said second energy absorbing layer having an inner periphery located about a lower portion of said inner surface of said second energy absorbing layer, said second energy absorbing layer fabricated from expanded polypropylene;

a plurality of fitment pads situated about and attached to the inner periphery of said second energy absorbing layer for sizing said liner to the head of the wearer;

a face guard attached to said shell over the face area of said shell; and

wherein said first energy absorbing layer and said second energy absorbing layer are associated with compressive strength that is greater than a compressive strength of the energy absorbing material used to fabricate said liner.

2. The helmet of claim 1 wherein said liner, and said first energy absorbing layer is fabricated from expanded polypropylene and wherein said first energy absorbing layer and said second energy absorbing layer are made from expanded polypropylene having a greater density than the expanded polypropylene of said liner.

3. The helmet of claim 2 wherein said fiber reinforcement in the crown area is lower than the fiber reinforcement in areas outside the crown area of said shell.

4. A football helmet comprising:

a shell having an inner surface, an outer surface, an opening adapted to be positionable over a face area of a wearer, and a crown are; and wherein said shell is constructed of epoxy resin having a fiber reinforcement and being sized and adapted to receive a head of the wearer therein;

a first energy absorbing layer situated adjacent and in contact with the inner surface of said shell and extending adjacent over the crown area of said shell, said first energy absorbing layer fabricated from expanded polypropylene;

a liner consisting of a liner outer surface and a liner inner surface configured to be closely conformable to the head of the wearer, said liner being disposable adjacent said shell such that said first energy absorbing layer is situated between said liner and said shell in the crown area of said shell, said liner conforming to and in contact with said first energy absorbing layer and said inner surface of said shell, said liner being fabricated from expanded polypropylene, said liner having an inner periphery located about a lower portion of said liner inner surface, and wherein said liner has a compressive strength corresponding to a density of the expanded polypropylene used to fabricate said liner;

a second energy absorbing layer situated adjacent and in contact with the inner surface of said liner and having a substantially uniform thickness, said second energy absorbing layer extending adjacent said liner inner surface, said second energy absorbing layer having an inner surface configured to be closely conformable to the head of the wearer, and said second energy absorbing layer fabricated from expanded polypropylene;

a face mask attached to said shell;

a plurality of fitment pads situated about and attached to the inner periphery of said liner for sizing said liner to the head of the wearer; and

wherein said first and said second energy absorbing layers are associated with a higher compressive strength than the compressive strength of said liner.

5. The helmet of claim 4 wherein the fiber reinforcement of said shell consists of a fiber mesh including carbon fibers, poly-paraphenylene terephthalamide fibers and fiberglass fibers.

6. The helmet of claim 5 wherein said fiber reinforcement in the crown area is lower than the fiber reinforcement in areas outside the crown area of said shell.

7. A football helmet comprising:

a shell having an inner surface, an outer surface, an opening adapted to be positionable over a face area of a wearer, and a crown area, and wherein said shell is constructed of epoxy resin having a fiber reinforcement and is sized and adapted to receive a head of the wearer therein;

an outer liner having a substantial uniform thickness and situated adjacent and in contact with the inner surface of said shell and extending adjacent the crown area of said shell, said outer liner fabricated from resilient energy absorbing foam;

a middle liner consisting of an outer surface and a middle liner inner surface, said middle liner positioned relative to said shell such that said outer liner is situated between said middle liner and said shell in the crown area of said shell, said middle liner conforming to said energy absorbing foam, said middle liner being fabricated from expanded polypropylene, said middle liner having an inner periphery located about a lower portion of said middle liner inner surface, and wherein said middle liner has a compressive strength corresponding to a density of the expanded polypropylene used to fabricate said middle liner;

an inner liner situated adjacent and in contact with the inner surface of said middle liner and having a substantially uniform thickness, said inner liner extending over adjacent said middle liner inner surface, said inner liner having an inner surface configured to closely conform to the head of the wearer, and said inner liner being fabricated from resilient energy absorbing foam;

a face mask attached to said shell;

a plurality of fitment pads situated about and attached to the inner periphery of said liner for sizing said liner to the head of the wearer; and

wherein the resilient energy absorbing foam used to fabricate said inner liner and said outer liner has a higher compressive strength than the compressive strength of the expanded polyproplene used to fabricate said middle liner.

8. The helmet of claim 7 wherein said outer liner, and said inner liner are fabricated from expanded polypropylene having a higher density than a density of the expanded polypropylene of said middle liner.

9. The helmet of claim 8 wherein said fiber reinforcement in the crown area is lower than the fiber reinforcement in areas outside the crown area of said shell.

10. The helmet of claim 9 wherein said fiber reinforcement of said shell consists of a fiber mesh including carbon fibers, poly-paraphenylene terephthalamide fibers and fiberglass fibers.