A 360-degree brim from improving the sun protection of a separate headwear. The 360-degree brim may have a pull cord for selectively adjusting the fit of its head opening. The 360-degree brim may have fold lines for moving the 360-degree brim between a plurality of successively smaller folded conditions for storage and ease of access.

A sun hat having a bendable and shapeable brim is described. The bendable brim is characterized by a wire cable assembly secured in the brim of the hat along its perimeter. The wire cable assembly can comprise a loop of multi-strand metal cable enclosed in a slightly oversized flexible plastic sheath that is hermetically sealed at joining ends. The cable can be comprised of an annealed metal that permits it to be bent thousands of times without breaking.

A sun hat having a bendable and shapeable brim is described. The bendable brim is characterized by a wire cable assembly secured in the brim of the hat along its perimeter. The wire cable assembly can comprise a loop of multi-strand metal cable enclosed in a slightly oversized flexible plastic sheath that is hermetically sealed at joining ends. The cable can be comprised of an annealed metal that permits it to be bent thousands of times without breaking.

An adjustable brim for use with a hat, such as a baseball-style hat includes a sheath having a rounded shape for positioning around the hat and including a channel, a body, a tightening device positioned within the channel of the sheath, and a fastener positioned on the tightening device for adjusting the size of the sheath. The body includes an inner edge, an outer edge opposite the inner edge, an outer surface, and an inner surface opposite the outer surface, and the inner edge of the body is connected to the sheath.

A head protection assembly for protecting a user from head injury includes a cap that is comprised of a deformable material such that the cap can be worn beneath a helmet on a user's head. The cap is comprised of a resiliently compressible material to protect the user's head from impact injury. Additionally, the cap includes a flap that is positionable in a deployed position having the flap extending downwardly from the cap. In this way the flap can extend downwardly along the back of the user's neck. Moreover, the flap is positionable in a stored position having the flap resting against the cap.

A head protection assembly for protecting a user from head injury includes a cap that is comprised of a deformable material such that the cap can be worn beneath a helmet on a user's head. The cap is comprised of a resiliently compressible material to protect the user's head from impact injury. Additionally, the cap includes a flap that is positionable in a deployed position having the flap extending downwardly from the cap. In this way the flap can extend downwardly along the back of the user's neck. Moreover, the flap is positionable in a stored position having the flap resting against the cap.

Embodiments for headwear are disclosed herein. In one embodiment, a headwear includes a crown, a chin strap coupled to the crown, the chin strap having a first strap portion and a second strap portion, and a set of fasteners to which one or more different components are configured to removably attach, the set of fasteners including a first fastener positioned on the first strap portion of the chin strap and a second fastener positioned on the second strap portion of the chin strap.

The present invention relates generally to a device and a method that maintains a patient's body temperature during surgical exposure and, more specifically, to a surgical, insulative cap that forms a viewing window and is used in conjunction with a medical temperature trend indicator. The cap is contoured to the patient's head. The instant abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

The present invention relates generally to a device and a method that maintains a patient's body temperature during surgical exposure and, more specifically, to a surgical, insulative cap that forms a viewing window and is used in conjunction with a medical temperature trend indicator. The cap is contoured to the patient's head. The instant abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

The Temporary Baseball Cap Radiation Reflector utilizes the low conical shape of the traditional Asian sun hat executed in a laminate of surface metal foil, woven polyethylene sheet, fiberglass mesh, and base layer of sheet polyethylene. The laminate material is reflective, durable, and maintains low conical shape in wind and over use time. Fabric attachment tapes sewn to the inside surface of the reflector are pinned or sewn to five points around the sides of the rounded-crown headgear, baseball cap. This solar reflector augments the lesser protections of most rounded-crown headgear. Even the smallest sized reflector designed for physical activity/higher wind speeds provides thermal stress relief by affecting a high degree of separation between itself and the headgear's crown, standing off from the rounded-crown headgear's crown. The close fit of rounded-crown headgear, the broad coverage of the Asian low cone, and advanced materials maximize thermal and ultraviolet protections.