Gliding board with vibration-absorbing layer
View Patent ↗A gliding board such as a snowboard ( 100 ) having a core ( 130 ), a lower structural layer ( 132 ), an upper structural layer ( 134 ), a base element ( 138 ) attached under the lower structural layer, and a metal edge piece ( 136 ). A vibration-absorbing panel ( 120 ) is attached to the outer surface of the upper structural layer and a protective layer ( 140 ) is disposed over the vibration-absorbing panel and the upper structural layer. The vibration-absorbing panel is disposed in the binding attachment region ( 110 ) of the snowboard and is an integral and nonremovable part of the snowboard. The upper structural layer may include a recessed portion ( 235 ) that is sized to receive the vibration-absorbing panel, whereby the top surface of the snowboard does not have any protrusions. The snowboard includes an array of threaded inserts ( 152 ) for selective positioning and attachment of the binding base plate ( 150 ) to the snowboard over the vibration-absorbing panel.
1. A gliding board comprising:
a core having an upper surface and a lower surface;
an upper structural layer that substantially covers the upper surface of the core, wherein the upper structural layer includes an outer surface having a binding attachment region and a peripheral region, wherein the binding attachment region includes a recessed portion;
a lower structural layer that substantially covers the lower surface of the core;
a pliable vibration-absorbing panel attached in the recessed portion of the binding attachment region of the outer surface of the upper structural layer such that the vibration-absorbing panel does not substantially protrude in the binding attachment region;
a protective layer overlying the outer surface of the upper structural layer, the protective layer also overlying the vibration-absorbing panel; and
a base element attached to the lower structural layer.
2. The gliding board of claim 1 , wherein the vibration-absorbing panel includes a first portion and a second portion, and wherein the first and second portions are not contiguous.
3. The gliding board of claim 1 , wherein the upper structural layer is cap-shaped and sized to receive the core such that the upper structural layer defines sidewalls for the gliding board.
4. The gliding board of claim 1 , further comprising a pair of sidewall members disposed along a periphery of the gliding board between the upper structural layer and the lower structural layer.
5. The gliding board of claim 1 , wherein the core is formed primarily from a material selected from wood and polymeric foam.
6. The gliding board of claim 5 , wherein the upper structural layer and the lower structural layer are formed primarily from a reinforced composite material.
7. A gliding board comprising:
a core substantially encased by a structural assembly including an upper structural layer and a lower structural layer, wherein the upper structural layer includes a forward binding attachment region having a recessed portion, a rearward binding attachment region having a recessed portion, and a peripheral region;
a first pliable vibration-absorbing panel disposed in the recessed portion of the forward binding attachment region of the upper structural layer and a second pliable vibration-absorbing panel disposed in the recessed portion of the rearward binding attachment region of the upper structural layer such that the vibration-absorbing panel does not substantially protrude in the binding attachment region;
a plurality of threaded inserts disposed through the core and the upper structural layer;
a protective layer affixed over and substantially covering the upper structural layer and overlying the first and second vibration-absorbing panels such that the vibration-absorbing panels are integral to the gliding board; and
a base element and an edge element attached to the structural assembly and defining a bottom surface of the gliding board.
8. The gliding board of claim 7 , wherein the upper structural layer is cap-shaped and sized to receive the core, such that the upper structural layer defines sidewalls of the structural assembly.
9. The gliding board of claim 7 , wherein the structural assembly further comprises a pair of peripheral sidewall members between the upper structural layer and the lower structural layer.
10. The gliding hoard of claim 7 , wherein the core is formed primarily from a material selected from wood and polymeric foam.
11. The gliding board of claim 10 , wherein the upper structural layer and lower structural layer are formed primarily from a reinforced composite material.
12. A method for making a gliding board comprising the steps of:
forming a gliding board core having an upper surface and a lower surface;
attaching an upper structural layer to the core, substantially covering the upper surface of the core, the upper structural layer defining a recessed portion;
attaching a lower structural layer to the core, substantially covering the lower surface of the core;
attaching a base element and edge piece to the lower structural layer to define a lower surface of the gliding board;
attaching a pliable vibration-absorbing panel in the recessed portion of the upper structural layer at a binding attachment region of the upper structural layer such that the vibration-absorbing panel does not substantially protrude in the binding attachment region; and
attaching a protective layer to the upper structural layer substantially covering the upper structural layer and the vibration-absorbing panel.
13. The method of claim 12 , wherein the upper structural layer is cap-shaped such that the upper structural layer defines structural sidewalls for the gliding board.