Shock absorbing helmet

1. A helmet, comprising:

an outer shell comprising:

a faceport,

a first segment comprising at least one longitudinal ridge extending from a front of the helmet to a rear of the helmet,

a gap disposed along an edge of the first segment, the gap completely separating the first segment from an adjacent second segment of the outer shell;

an elastomeric material spanning the gap between the first segment and the second segment and fixedly attached to the first segment and the second segment of the outer shell thereby defining a hinged zone;

an energy absorbing helmet liner coupled to an inner surface of the outer shell; and

an open space formed between an inner surface of the first segment and the elastomeric material, and an outer surface of the energy absorbing helmet liner;

wherein the first segment, due to elastic lengthening of the elastomeric material spanning the gap, is configured to recess into the open space formed between the inner surface of the first segment and the outer surface of the energy absorbing helmet liner when the first segment is impacted.

2. The helmet of claim 1 , wherein the gap comprises a width in a range of 3-30 millimeters (mm) and provides an offset between an upper side of the first segment and an upper portion of the second segment, and provides an offset between a lower side of the first segment and a lower portion of the second segment.

3. The helmet of claim 1 , wherein the first segment comprises a U-shape with a base of the U-shape extending along a top edge of the faceport and legs of the U-shape extend to the rear of the helmet along opposing right and left sides of the outer shell.

4. The helmet of claim 1 , wherein the energy absorbing helmet liner comprises an inner surface oriented towards a space for receiving a head of a user and the outer surface of the energy absorbing liner is opposite the inner surface, the outer surface of the energy absorbing liner being directly attached to the second segment of the outer shell, and the outer surface of the energy absorbing liner being offset from an inner surface of the at least one longitudinal ridge by the open space.

5. The helmet of claim 1 , wherein the hinged zone is configured to elastically extend to a greater width, the greater width being greater by an amount in a range of 1-20 mm through the open space towards the energy absorbing helmet liner to reduce energy transferred from the outer shell to the energy absorbing helmet liner.

6. The helmet of claim 1 , wherein the at least one longitudinal ridge comprises at least two longitudinal ridges that each comprise peaks and the open space comprises a height in a range of 5-40 mm when at rest.

7. The helmet of claim 1 , wherein the elastomeric material is formed as a strip comprising a thickness in a range of 1-10 mm.

8. A helmet, comprising:

an outer shell comprising a plurality of helmet segments extending from a front of the helmet to a rear of the helmet, the plurality of helmet segments including a first segment and a second segment completely offset from the first segment by a gap,

a hinged zone formed between the first segment and the second segment by an elastomeric material filling the gap and coupled to the first segment and the second segment of the outer shell;

an energy absorbing liner disposed within and immediately adjacent an inner surface of the outer shell; and

an open space formed between an inner surface of the first segment and an outer surface of the energy absorbing liner;

wherein the first segment, due to elastic lengthening of the elastomeric material, is configured to recess into the open space formed between the inner surface of the first segment and the outer surface of the energy absorbing helmet liner when the first segment is impacted.

9. The helmet of claim 8 , wherein the gap comprises a width in a range of 3-30 mm and provides an offset between an upper side of the first segment and an upper portion of the second segment, and provides an offset between a lower side of the first segment and a lower portion of the second segment.

10. The helmet of claim 8 , wherein the first segment forms a U-shape with a base of the U-shape extending along a top edge of a faceport of the outer shell and legs of the U-shape extending to the rear of the helmet along opposing right and left sides of the outer shell.

11. The helmet of claim 8 , wherein the energy absorbing liner comprises an inner surface oriented towards a space for receiving a head of a user and the outer surface of the energy absorbing liner is opposite the inner surface, the outer surface of the energy absorbing liner being directly attached to the second segment of the outer shell, and the outer surface of the energy absorbing liner being offset from the inner surface of the first segment by the open space.

12. The helmet of claim 8 , wherein the hinged zone is configured to elastically expand by an amount in a range of 1-20 mm towards the energy absorbing liner in a radial direction toward a center of the helmet to reduce energy transferred from low-energy impacts through the outer shell to the energy absorbing liner.

13. The helmet of claim 8 , wherein a longitudinal ridge formed on the first segment of the outer shell comprises peaks and the open space comprises a height in a range of 5-40 mm when at rest.

14. The helmet of claim 8 , wherein the elastomeric material is formed as a strip comprising a thickness in a range of 1-10 mm.

15. A helmet, comprising:

an outer shell;

a first outer shell segment laterally spaced away and completely separated from the outer shell by a gap between the first outer shell segment and the outer shell;

an elastomeric material extending continuously between the first outer shell segment and the outer shell and filling the gap to form a hinged zone between the outer shell and the first outer shell segment;

an energy absorbing liner coupled to an inner surface of the outer shell; and

an open space formed between an inner surface of the first outer shell segment and an outer surface of the energy absorbing liner;

wherein the first segment, due to elastic lengthening of the elastomeric material, is configured to recess into the open space formed between the inner surface of the first segment and the outer surface of the energy absorbing helmet liner when the first segment is impacted.

16. The helmet of claim 15 , wherein:

the first outer shell segment extends from a front of the helmet to a rear of the helmet;

the gap disposed along an edge of the first outer shell segment;

the outer shell further comprises a second outer shell segment offset from the first outer shell segment;

wherein the elastomeric material is disposed within the gap and is coupled to the first outer shell segment and the second outer shell segment.

17. The helmet of claim 16 , wherein the first outer shell segment comprises a U-shape with a base of the U-shape extending along a top edge of a faceport of the outer shell and legs of the U-shape extending to the rear of the helmet along opposing right and left sides of the outer shell.

18. The helmet of claim 15 , wherein the energy absorbing liner comprises a cellular material for absorbing maximum test standard energies upon accidental impact.

19. The helmet of claim 15 , wherein the energy absorbing liner comprises an inner surface oriented towards a space for receiving a head of a user and the outer surface of the energy absorbing liner is opposite the inner surface of the energy absorbing liner, the outer surface of the energy absorbing liner being offset from the inner surface of the first segment of the outer shell by the open space, and the outer surface of the energy absorbing liner being directly attached to a second segment of the outer shell.

20. The helmet of claim 15 , wherein the hinged zone comprises a ridge that is configured to elastically extend through the open space towards the energy absorbing liner to an additional distance within a range of 1-20 mm to reduce energy transferred from the outer shell to the energy absorbing liner.