Snowboard and method of construction

• US 5,782,482 A
• Filed: 01/30/1996
• Issued: 07/21/1998
• Est. Priority Date: 01/30/1996
• Status: Expired due to Fees

• Current Assignee: K2 Corporation (Newell Brands Inc.)
• Original Assignee: K2 Corporation (Newell Brands Inc.)
• Inventors: Edgar, Luke James, Andrus, Cameron Whitley
• Primary Examiner(s): Johnson, Brian L.
• Assistant Examiner(s): MAR, MICHAEL Y
• Application Number:
  US08/594,286
• Time in Patent Office: 903 Days
• Field of Search: 280/14.2, 280/602, 280/607, 280/610, 280/617, 280/636
• US Class Current: 280/602
• CPC Class Codes: A63C 5/03 Mono skis; Snowboards
• CPC Class Codes: A63C 5/12 Making thereof; Selection of particular materials materials for the running sole A63C5/056

Abstract

A snowboard having torsional reinforcement elements along portions of the board is provided. The snowboard includes a core, an upper structural layer disposed above the core, a top layer, two groups of binding fasteners, and torsional reinforcement elements in the forward and rearward portions of the board. The top layer is disposed above the upper structural layer. The fasteners are secured through the upper structural layer within the core. The fasteners are adapted for securing a binding to the snowboard generally along the longitudinal axis of the snowboard. The fasteners include forward fasteners for securing a forward binding and rearward fasteners for securing a rearward binding. A first torsional reinforcement element extends around the rearward fasteners along the longitudinal center axis of the snowboard above the core. The rearward reinforcement element includes a right leg extending from the rearward end of the fasteners toward the right heel contact point of the snowboard. A left leg is also provided that extends from the rearward end of the fasteners toward the left heel contact point of the snowboard. Likewise, the forward torsional reinforcement element includes a right leg and a left leg extending to the right shovel contact point and left shovel contact point, respectively. Thus, a forward fork and a rearward fork are provided, extending around the binding fasteners, and forking out to the heel and shovel contact points. A method of constructing the snowboard as described above is also provided.

Claims

1. A snowboard having a longitudinal axis, a shovel portion, a heel portion, and first and second longitudinal edges, the snowboard comprising:

(a) a core;

(b) an upper structural layer disposed above said core;

(c) a top layer disposed above said upper structural layer;

(d) a plurality of fasteners secured through said upper structural layer within said core, said fasteners adapted for securing a first and a second binding on top of the snowboard generally along the longitudinal axis of the snowboard, said fasteners including forward fasteners for securing a forward binding and rearward fasteners for securing a rearward binding; and

(e) a first and a second torsional reinforcement element for reinforcing the snowboard shovel portion and heel portion, respectively, each torsional reinforcement element including an inner elongate leg portion extending below a respective binding along the longitudinal center axis of the snowboard above said core, each said reinforcement element further including an outer portion which includes a transverse head portion having a center section with a transverse axis extending primarily laterally across a major portion of a width of the snowboard and toward the first and second edges of the snowboard, thereby forming a T-shaped portion of the reinforcing element.

2. The snowboard of claim 1, wherein at least one reinforcement element includes first and second end portions extending substantially longitudinally from left and right sides of the transverse head portion.

3. The snowboard of claim 1, wherein the snowboard includes shovel and heel contact points at the edges of the snowboard, wherein said transverse head portion extends generally toward opposite contact points of one of the shovel and heel portions of the snowboard.

4. The snowboard of claim 3, wherein said reinforcement element comprises carbon fiber impregnated with a thermoset resin.

5. The snowboard of claim 1, wherein said first and second reinforcement elements are separated, the elements not extending over a middle portion of the snowboard.

6. The snowboard of claim 1, wherein said first reinforcement element includes two legs each extending from an end thereof, toward one of the snowboard contact points.

7. The snowboard of claim 6, wherein said reinforcement element comprises carbon fiber impregnated with a thermoset resin.

8. A snowboard having a longitudinal axis, a forward portion, a rearward portion, a shovel within the forward portion, a heel within the rearward portion, and right and left edges, the snowboard comprising:

(a) a top layer;

(b) a base below said top layer;

(c) a core positioned between said top layer and base;

(d) a plurality of fasteners secured between said top layer and said base, said fasteners adapted for securing a pair of snowboard bindings to the snowboard generally along the longitudinal axis of the snowboard, said fasteners being generally in two groups, a forward group and a rearward group; and

(e) a first reinforcement element extending adjacent at least some of said fasteners in one of the forward and rearward positions of the snowboard, said reinforcement element including an inner elongate leg portion extending below a respective binding along the longitudinal center axis of the snowboard, said reinforcement element further including an outer portion which includes at least one transverse first leg having a center section with a transverse axis extending primarily laterally from the inner elongate leg portion across a major portion of the way toward a respective edge of the snowboard, thereby defining at least one side of a T-shaped portion of the reinforcing element.

9. The snowboard of claim 8, wherein the reinforcement element includes a first end portion extending substantially longitudinally from the transverse leg portion along the respective edge.

10. The snowboard of claim 8, wherein said first leg extends toward one of the shovel and heel of the snowboard.

11. The snowboard of claim 8, further comprising a second reinforcement element adjacent said forward group of said fasteners, said first reinforcement element being adjacent said rearward group.

12. The snowboard of claim 11, wherein said reinforcement elements are separated by a middle portion of said snowboard.

13. The snowboard of claim 11, wherein the snowboard includes four contact points;

right and left heel contact points and right and left shovel contact points, and wherein said first reinforcement element includes two legs, a right leg extending generally toward the right heel contact point and a left leg extending generally toward the left heel contact point, and wherein said second reinforcement element includes two legs, a right leg extending generally toward the right shovel contact point, and a left leg extending generally toward the left shovel contact point.

14. The snowboard of claim 13, wherein said first and second reinforcement elements are disposed between said top layer and said base.

15. The snowboard of claim 14, wherein the snowboard includes a core between said top layer and said base, the snowboard also including an upper structural layer disposed between said core and said top layer, and wherein said reinforcement elements are disposed between said top layer and said core, said reinforcement elements being bonded to said upper structural layer.

16. The snowboard of claim 15, wherein the portion of said top layer of the snowboard overlying said legs of said reinforcement elements projects upwardly from the remainder of said top layer.

17. The snowboard of claim 16, wherein the portion of said top layer of the snowboard overlying the portion of said reinforcement elements adjacent said fasteners is generally co-planar with the adjacent portions of said top layer.

18. The snowboard of claim 8, wherein said first reinforcement element includes a second leg extending toward the left edge of the snowboard and toward one of the shovel and heel of the snowboard, the first leg extending toward the right edge and the same one of the shovel and heel as the second leg.

19. The snowboard of claim 18, further comprising a second reinforcement element extending along the forward portion of the snowboard adjacent said forward group of fasteners, said first reinforcement element extending along the rearward portion of the snowboard.

20. The snowboard of claim 19, wherein said first and second reinforcement elements are separated by a middle portion of the snowboard.

21. The snowboard of claim 8, further comprising a second reinforcement element extending along the forward portion of the snowboard adjacent said forward group of fasteners, said first reinforcement element extending along the rearward portion of the snowboard.

22. The snowboard of claim 21, wherein said reinforcement elements comprise carbon fiber impregnated with a resin.

23. The snowboard of claim 21, wherein said first and second reinforcement elements are separated by a middle portion of the snowboard.

24. The snowboard of claim 23, wherein said top layer of the snowboard is flat over an area above said fasteners.

25. The snowboard of claim 24, wherein the snowboard includes right and left edge contact points at the shovel and heel, and wherein said first leg extends toward one of said contact points.

26. The snowboard of claim 8, wherein the snowboard includes right and left edge contact points at the shovel and heel, and wherein said first leg extends toward one of said contact points.

27. The snowboard of claim 26, wherein said reinforcement element further includes a second leg extending to one of said contact points along the left edge of the snowboard, said first leg extending to one of said contact points along the right edge of the snowboard.

28. The snowboard of claim 27, further comprising a second reinforcement element adjacent said forward group of fasteners, said first reinforcement element being adjacent said rearward group of fasteners.

29. The snowboard of claim 28, wherein said reinforcement elements are separated by a middle portion of the snowboard.

30. The snowboard of claim 8, wherein said top layer includes an upper structural layer formed of a fiber material and wherein said reinforcement element comprises a fiber material bonded to said upper structural layer with a resin.

31. A method of constructing a snowboard having a top layer, a base, a core between the top layer and the base, a plurality or binding fasteners within the core between the top and the base for securing a pair of bindings to the snowboard, and right and left edges on the sides of the base, the method comprising:

(a) forming a reinforcing element into an elongate strip having an inner and an outer end, a right leg extending in one direction from the outer end of the strip, and a left leg extending from the outer end of the strip in an opposite direction from the right leg, the right and left leg cooperatively defining an outer portion including a transverse head portion having a center section with a transverse axis extending primarily laterally relative to the strip and sufficient to span a major portion of a width of the base between the right and left edges, thereby forming a T-shaped portion of the reinforcing element; and

(b) placing the reinforcing element between the top layer of the snowboard and the core of the snowboard, with the elongate strip extending along a longitudinal axis of the snowboard and positioned below a respective binding, the right leg extending toward the right edge of the snowboard and the left leg extending toward the left edge.

32. The method of claim 31, further comprising placing a resin-wetted upper structural fiber layer adjacent the reinforcing element before the reinforcing element is placed between the top layer and the core, the reinforcing element being constructed of a fiber material and being impregnated with a wet resin when placed with the wet upper structural layer such that the structural fiber layer and the reinforcement element are bonded together between the core and the top layer of the snowboard when the resin is cured.