Headwear provides a comfortable fit and hair protection for individuals having hairstyles with significate hair volume (e.g., ponytails, braids, dreadlocks, twists, etc.) that traditional headwear is unable to accommodate. The headwear includes a crown without a small button (i.e., squatchee) having an opening configured to allow an accumulation of hair to pass through the crown, where the opening has a non-circular shape. The non-circular shape may include an elongated ellipse-like shape, a V-shape, a narrow-elongated ellipse-like shape, and a broad-elongated ellipse-like shape.

Headwear provides a comfortable fit and hair protection for individuals having hairstyles with significate hair volume (e.g., ponytails, braids, dreadlocks, twists, etc.) that traditional headwear is unable to accommodate. The headwear includes a crown without a small button (i.e., squatchee) having an opening configured to allow an accumulation of hair to pass through the crown, where the opening has a non-circular shape. The non-circular shape may include an elongated ellipse-like shape, a V-shape, a narrow-elongated ellipse-like shape, and a broad-elongated ellipse-like shape.

An article of headwear includes a crown portion dimensioned to cover a portion of a forehead of a wearer when the article of headwear is worn by the wearer, and a brim that extends transversely from the crown. The crown and brim are formed of a single unitary molded body including an upper fabric layer, a lower fabric layer that faces toward the head of the wearer, and an intermediate layer disposed between the upper fabric layer and the lower fabric layer, and each of the upper fabric layer, the lower fabric layer and the intermediate layer continuously extends between the crown and the brim. A transition angle is defined at a transition between the brim and the crown, wherein the transition angle is obtuse.

An article of headwear includes a crown portion dimensioned to cover a portion of a forehead of a wearer when the article of headwear is worn by the wearer, and a brim that extends transversely from the crown. The crown and brim are formed of a single unitary molded body including an upper fabric layer, a lower fabric layer that faces toward the head of the wearer, and an intermediate layer disposed between the upper fabric layer and the lower fabric layer, and each of the upper fabric layer, the lower fabric layer and the intermediate layer continuously extends between the crown and the brim. A transition angle is defined at a transition between the brim and the crown, wherein the transition angle is obtuse.

A baseball style cap having a crown portion, a brim, and a sweatband is provided. The sweatband has a first polyester mesh fabric layer and a moisture activated cooling mesh fabric layer. The first polyester mesh fabric layer has a plurality of holes extending therethrough each having a first opening size. The moisture activated cooling mesh fabric layer is constructed of substantially 55% nylon yarn and substantially 45% polyester yarn. The crown portion has a second polyester mesh fabric layer and a third polyester mesh fabric layer. The second polyester mesh fabric layer has a plurality of holes extending therethrough with the first opening size. The third polyester mesh fabric layer has a plurality of holes extending therein having a second opening size smaller than the first opening size.

A baseball style cap having a crown portion, a brim, and a sweatband is provided. The sweatband has a first polyester mesh fabric layer and a moisture activated cooling mesh fabric layer. The first polyester mesh fabric layer has a plurality of holes extending therethrough each having a first opening size. The moisture activated cooling mesh fabric layer is constructed of substantially 55% nylon yarn and substantially 45% polyester yarn. The crown portion has a second polyester mesh fabric layer and a third polyester mesh fabric layer. The second polyester mesh fabric layer has a plurality of holes extending therethrough with the first opening size. The third polyester mesh fabric layer has a plurality of holes extending therein having a second opening size smaller than the first opening size.

A hat with a rotatable brim is disclosed, including a hat having a crown forming the top porting of the hat. The crown is configured to cover and fit a head of a user. A bearing system permits the rotatable connection between a brim and the crown. A rotating mechanism enables smooth and continuous rotation of the brim. A manual adjustment mechanism allows the user to manually rotate the brim.

A hat with a rotatable brim is disclosed, including a hat having a crown forming the top porting of the hat. The crown is configured to cover and fit a head of a user. A bearing system permits the rotatable connection between a brim and the crown. A rotating mechanism enables smooth and continuous rotation of the brim. A manual adjustment mechanism allows the user to manually rotate the brim.

An article of headwear with a crown including a front side, a first side, a second side disposed opposite the first side, and a back side disposed opposite the front side, wherein the crown includes an apex disposed at a topmost point of the crown and a lower margin forming a peripheral edge of the crown; a bill extending outwardly away from the front side of the crown; and an interior lining disposed within the crown. The interior lining has a first surface, a second surface disposed opposite the first surface, and a peripheral edge attached to the lower margin of the crown such that a pocket is formed between the interior lining and the crown.

FIG. 1 illustrates a water-resistant headband or lace band designed to protect baby hairs, natural hairlines, and wig installations from water exposure during activities such as showering, swimming, or face washing. The band incorporates a flexible sealing system formed from silicone, latex, Lycra, or rubber blended with fabric to create a comfortable yet watertight fit along the hairline. The integrated moisture management system prevents water penetration while maintaining breathability and comfort. This invention reduces hairstyle maintenance costs by preserving delicate edges and wigs from early damage due to water exposure.