A system for providing warmth and protection to a wearer's head and that may accommodate the wearer's hair is disclosed. The system may include headwear that may include an opening that may gather, hold and allow the hair of the wearer to pass from the inside of the headwear to the outside of the headwear. The system may be used in combination with or may include a protective helmet. The opening may be located below the back bottom of the helmet when worn to ensure that the hair does not obstruct or otherwise compromise the protection provided by the helmet or the comfort of the helmet.

A hat includes a brim having a front portion and a back portion. The hat also includes a crown which is coupled with the back portion of the brim. The brim includes one or more intake ports placed along the back portion of the brim and the crown includes one or more exhaust ports.

A hat includes a brim having a front portion and a back portion. The hat also includes a crown which is coupled with the back portion of the brim. The brim includes one or more intake ports placed along the back portion of the brim and the crown includes one or more exhaust ports.

A hat with an air ventilating structure contains: a hat body and at least one air mesh formed inside the hat body. The hat body includes an air mesh or multiple air meshes, and the air mesh or each of the multiple air meshes has a plurality of apertures defined thereon. Thereby, one or multiple air chambers are defined among the hat body and user's head, and air flows inside the hat, thus provide air ventilation and comfort.

A hat with an air ventilating structure contains: a hat body and at least one air mesh formed inside the hat body. The hat body includes an air mesh or multiple air meshes, and the air mesh or each of the multiple air meshes has a plurality of apertures defined thereon. Thereby, one or multiple air chambers are defined among the hat body and user's head, and air flows inside the hat, thus provide air ventilation and comfort.

The double visor hat reduces exposure to sun like many other hats but is unique in that it provides additional ventilation for maximal air circulation. This additional ventilation helps the wearer of the hat remain cooler in direct sunlight as compared to other hats. The hat achieves this additional ventilation without added sun exposure by a design that includes multiple visors that are staggered in such a way as to block sunlight but still allow for the significant ventilation.

The double visor hat reduces exposure to sun like many other hats but is unique in that it provides additional ventilation for maximal air circulation. This additional ventilation helps the wearer of the hat remain cooler in direct sunlight as compared to other hats. The hat achieves this additional ventilation without added sun exposure by a design that includes multiple visors that are staggered in such a way as to block sunlight but still allow for the significant ventilation.

The present disclosure is directed to head ventilation devices and systems. A shell which may be worn as a hat includes a gap along at least a portion of a user's hatline defined by one or more spacer assemblies. An airflow assembly disposed at an upper end of the shell and spaced apart from the user's scalp causes airflow through the gap and an upper opening to ventilate a user's head. Additional protection features for sun shading, inclement weather, and/or safety may also be included.

The present disclosure is directed to head ventilation devices and systems. A shell which may be worn as a hat includes a gap along at least a portion of a user's hatline defined by one or more spacer assemblies. An airflow assembly disposed at an upper end of the shell and spaced apart from the user's scalp causes airflow through the gap and an upper opening to ventilate a user's head. Additional protection features for sun shading, inclement weather, and/or safety may also be included.

Among other things, we describe an apparatus comprising a head covering configured to be worn on a head of a wearer; and a bill attached to the head covering, the bill comprising an angled array of air flow channels configured to enable air flow originating from a direction in front or to the side of the wearer enters into the channels from the bottom of the bill and then is deflected upward so it continues traveling inside the channels through the bill until the air exits from the channels when the air reaches the top of the hat bill.