Reversible headwear structure

Abstract

A reversible headwear with a reversible and size adjustable strap, and a reversible buckle mechanism. The adjustable headwear having two layered dome shaped crowns, each having a head-encircling outer edge. The dome shaped crowns are joined together only at the rib assembly of the crown members to allow individual separation and shaping of the dome shaped crowns. The outer edge of the crown members includes attachment of a reversible and size adjustable strap, with a reversible buckle mechanism.

What is claimed is: 
     
         1 . A head garment comprising:
 a cap structure, said cap structure comprises a resilient cap structure, said cap being configured to be reversed to enable donning, said cap structure being further configured to visibly expose at least one of an indicia, color, pattern, and logo from reversed sides, said cap structure comprising;   a first crown portion, said first crown portion is a dome shaped first crown portion having a first indicia, said first crown portion comprises a first rear region, said first crown portion being configured to enable the cap structure to be turned inside out by applying a pressure on the first crown portion;   a second crown portion, said second crown portion is a dome shaped second crown portion having a second indicia, said second crown portion comprises a second rear region, said second crown portion being configured to enable the cap structure to be turned inside out by applying a pressure on the second crown portion;   a gap section, said gap section being configured to extend across at least a portion of the first rear region and the second rear region;   a perimeter region, said perimeter is configured to encompass a user's head, said perimeter region comprises a generally circular path operable to fit around a size of the head;   a fastening portion being operable to bridge the gap across the first and second rear regions, said fastening portion comprises a reversible fastening portion configured to adjust a circumference of said perimeter region, configured to render the cap structure reversible and size adjustable.   
     
     
         2 . The head garment of  claim 1 , further comprises a ring portion configured to extend along the perimeter region to fasten the first and second crown portions in alignment with the first and second crown portions. 
     
     
         3 . The head garment of  claim 1 , further comprises a visor device being configured to stiffen by a substantially stiff plastic or cardboard insert member inserted in between fabrics of said cap structure. 
     
     
         4 . The head garment of  claim 1 , further comprises a visor device, said visor device is generally resilient configured to enable facilitated reversibility of the cap structure, said visor device comprises a first face configured to orient towards the first crown portion, said visor further comprises a second face configure to orient towards the second crown portion. 
     
     
         5 . The head garment of  claim 1 , said fastening portion further comprises a fixed strap section configured to extend from one end of the gap section across the first and second rear regions. 
     
     
         6 . The head garment of  claim 5 , said fastening portion further comprises an adjustment strap section configured to extend from an opposite end of the gap section in the rear region of the reversible cap structure. 
     
     
         7 . The head garment of  claim 6 , said fixed and adjustment strap sections comprises a first side that orients towards the first crown portion, and a second side that orients towards the second crown portion. 
     
     
         8 . The head garment of  claim 7 , said first side is configured to match at least one of a color, pattern, and theme of the first indicia, and said second side is configured to match at least one of a color, pattern, and theme of the second indicia when said cap structure is being reversed. 
     
     
         9 . The head garment of  claim 6 , said adjustment strap section comprises a buckle device configured to join with a free end of the fixed strap section. 
     
     
         10 . The head garment of  claim 9 , said buckle device comprises a rotatable base component configured to rotate against the adjustment strap section, said rotation comprises a 180 degrees rotation. 
     
     
         11 . The head garment of  claim 10 , said fixed strap further comprises at least one or many aperture elements disposed at a proximate free end of said fixed strap section. 
     
     
         12 . The head garment of  claim 11 , said buckle device further comprises a protrusion component configured to pass through an opening in the buckle device and securely fasten at a desired length by enabling said protrusion component to selectively pass through at least one aperture element, wherein said protrusion component is configured to pivot along an edge of the buckle device and be sufficiently rigid so as to pass through the at least one aperture element, wherein the protrusion component is operable to be selectively moved to different aperture elements to achieve a desired fit on the head. 
     
     
         13 . The head garment of  claim 1 , said first crown portion comprises a first panel, said first panel comprises multiple triangle-shaped panels being configured to form a proximate hemispherical shape. 
     
     
         14 . The head garment of  claim 1 , said second crown portion comprises at least one second panel having said second indicia. 
     
     
         15 . The head garment of  claim 2 , said ring portion at said perimeter region is configured to secure an edge of the second crown portion to an edge of the first crown portion. 
     
     
         16 . The head garment of  claim 1 , said cap structure comprises at least one of a baseball cap, a beanie, a beret, a coolie, a kufie, a fedora, a top hat, a cowboy hat, and a turban. 
     
     
         17 . A head garment comprising:
 means for visibly exposing at least one of an indicia, color, pattern, and logo from reversed sides, wherein said exposing means being configured to be reversed to enable donning;   means for enabling said exposing means to be turned inside out by applying a pressure;   means for fitting around a size of the head;   means for bridging the gap across a first and second rear regions of said exposing means, said bridging means comprises a reversible bridging means;   means for adjusting a circumference of said exposing means, said adjusting means configured to render the cap structure reversible and size adjustable; and   means, disposed at a proximate front end of said exposing means, for shielding against sun and dust.   
     
     
         18 . A sports cap comprising:
 a cap structure, said cap structure comprising a resilient cap structure, said cap being configured to be reversed to enable donning, said cap structure being further configured to visibly expose at least one of an indicia, color, pattern, and logo from reversed sides, said cap structure comprising;   a first crown portion, said first crown portion is a dome shaped first crown portion having a first indicia, said first crown portion comprises a first rear region, said first crown portion being configured to enable the cap structure to be turned inside out by applying a pressure on the first crown portion;   a second crown portion, said second crown portion is a dome shaped second crown portion having a second indicia, said second crown portion comprises a second rear region, said second crown portion being configured to enable the cap structure to be turned inside out by applying a pressure on the second crown portion;   a visor device, said visor device is generally resilient configured to enable facilitated reversibility of the cap structure, said visor device comprises a first face configured to orient towards the first crown portion, said visor further comprises a second face configure to orient towards the second crown portion;   a gap section, said gap section being configured to extend across at least a portion of the first rear region and the second rear region;   a perimeter region, said perimeter is configured to encompass a user's head, said perimeter region comprises a generally circular path operable to fit around a size of the head;   a fastening portion being operable to bridge the gap across the first and second rear regions, said fastening portion comprises a reversible fastening portion configured to adjust a circumference of said perimeter region, configured to render the cap structure reversible and size adjustable;   a fixed strap section configured to extend from one end of the gap section across the first and second rear regions;   an adjustment strap section configured to extend from an opposite end of the gap section in the rear region of the cap structure; and   a buckle device disposed at a proximate end of said adjustment strap section, said buckle device configured to join with a free end of the fixed strap section, said buckle device comprises a rotatable base component configured to rotate against the adjustment strap section, said rotation comprises a 180 degrees rotation.   
     
     
         19 . The sports cap of  claim 18 , said first crown portion comprises a first panel, said first panel comprises multiple triangle-shaped panels being configured to form a proximate hemispherical shape, said second crown portion comprises at least one second panel having said second indicia. 
     
     
         20 . The sports cap of  claim 18 , said fixed strap further comprises at least one or many aperture elements disposed at a proximate free end of said fixed strap section, said buckle device further comprises a protrusion component configured to pass through an opening in the buckle device and securely fasten at a desired length by enabling said protrusion component to selectively pass through at least one aperture element, wherein said protrusion component is configured to pivot along an edge of the buckle device and be sufficiently rigid so as to pass through the at least one aperture element, wherein the protrusion component is operable to be selectively moved to different aperture elements to achieve a desired fit on the head.