Visor board for use with headgear brim
AssigneeRustek Collective LLC
InventorsClayton Hume, Miles Hume
Life of this patent
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Abstract
A visor board for use in a headgear brim comprising a multilayer structure having a layer of cork and a layer of a strengthening material laminated to the layer of cork. Other material combinations for a visor board of a headgear brim are provided.
Claims16
A biodegradable visor board for use in a headgear brim comprising a crushable multilayer structure having multilayer bamboo for serving as a strengthening layer and providing flex and rebound to the multilayer structure and a sewable layer of cork laminated to the multilayer bamboo for permitting the multilayer structure to be sewn by an industrial sewing machine, whereby the multilayer structure provides a packable design, is a viable replacement for plastic visor boards and exceeds the performance of plastic visor boards in flex, rebound and comfort.
A biodegradable visor board for use in a headgear brim comprising a crushable multilayer structure of first and second layers of a foam material that is sewable in an industrial process and a multilayer bamboo laminated between the first and second layers of the foam material and having cross laminated ply layers for providing strength, flex and rebound to the multilayer structure, whereby the multilayer structure provides a packable design, is a viable replacement for plastic visor boards and exceeds the performance of plastic visor boards in flex, rebound and comfort.
A biodegradable visor board for use in a headgear brim comprising a crushable multilayer structure having first and second layers of sewable agglomerated cork and a multilayer bamboo laminated between the first and second layers of agglomerated cork and having cross laminated ply layers for providing strength, flex and rebound to the multilayer structure, whereby the multilayer structure is sewable in an industrial process, provides a packable design, is a viable replacement for plastic visor boards and exceeds the performance of plastic visor boards in flex, rebound and comfort.
Dependencies are inferred from the claim text.