The present invention is directed to a ventilated cap assembly. The assembly includes an interior, semi-rigid, mesh component sized and shaped to conform to the crown of the user's head. A motorized fan is used to circulate air about the user's head, with intake and outlet openings used to facilitate air flow. A motorized adjustment band allows a user to fit the cap for size while wearing the cap, to ensure optimal sealing to promote efficient air flow.

The present invention is directed to a ventilated cap assembly. The assembly includes an interior, semi-rigid, mesh component sized and shaped to conform to the crown of the user's head. A motorized fan is used to circulate air about the user's head, with intake and outlet openings used to facilitate air flow. A motorized adjustment band allows a user to fit the cap for size while wearing the cap, to ensure optimal sealing to promote efficient air flow.

Aspects herein are directed to an article of headwear having a first layer of material formed from a polyester yarn, a second layer of material formed from a polyester yarn, and an absorbent layer positioned between the first layer of material and the second layer of material at a front of the article of headwear. The article of headwear is configured to temporarily store perspiration produced by a wearer's forehead area and transport the perspiration to the sides and back of the article of headwear where it can subsequently evaporate or be harmlessly released.

Embodiments are disclosed for headwear including an eyewear retaining pocket. For example, the headwear may include a headwear body and one or more slits disposed on a side panel of the crown, each slit providing access to a pocket formed in the side panel of the crown, the pocket including one or more strips of a retaining material coupled to an inner surface of the pocket.

Embodiments are disclosed for headwear including an eyewear retaining pocket. For example, the headwear may include a headwear body and one or more slits disposed on a side panel of the crown, each slit providing access to a pocket formed in the side panel of the crown, the pocket including one or more strips of a retaining material coupled to an inner surface of the pocket.

A ventilated hat is provided that includes a crown and a brim, the brim having air passages that extends from the front and/or sides of the brim, through the brim to the crown. Air is enters the air passages at the front or sides of the brim when the wearer moves or when any slight breeze blows into the brim, cooling the wearer's head. The hat can be constructed as a single unit or as a frame upon which replaceable hat covers are mounted.

A ventilated hat is provided that includes a crown and a brim, the brim having air passages that extends from the front and/or sides of the brim, through the brim to the crown. Air is enters the air passages at the front or sides of the brim when the wearer moves or when any slight breeze blows into the brim, cooling the wearer's head. The hat can be constructed as a single unit or as a frame upon which replaceable hat covers are mounted.

Provided is a hat that creates an air curtain between a wearer and the external environment to prevent contact with contaminants, pathogens, insects, and the like. The device includes a hat with a fan, an air intake, a power switch, a power source, an interior channel, and release points. Air is directed into the hat through the air intake, which then travels through the interior channel towards the release points. The air is compressed and expelled through release points, which are angled downward and away from the wearer. The flow of air creates an air curtain separating the wearer from the external environment.

Provided is a hat that creates an air curtain between a wearer and the external environment to prevent contact with contaminants, pathogens, insects, and the like. The device includes a hat with a fan, an air intake, a power switch, a power source, an interior channel, and release points. Air is directed into the hat through the air intake, which then travels through the interior channel towards the release points. The air is compressed and expelled through release points, which are angled downward and away from the wearer. The flow of air creates an air curtain separating the wearer from the external environment.

A headgear including both a cap crown assembly that can be tucked inside-out and a brim assembly that can be rotated to reverse the headgear without requiring the brim assembly from being completely detached from the cap assembly. The brim assembly includes a spring-loaded pin that allows the visor assembly to rotate 360 degrees until the desired positioning is achieved. A reinforcement assembly maintains the structural integrity of the headgear when the brim is separated from the cap crown assembly during the reversal process.