A headwear device is configured for use with eyeglasses. The headwear device includes a visor, a crown, and two temple members extending rearwardly from the visor. The headwear device further includes two clips extending from the two temple members. Each clip includes a cylindrical portion defining an axial recess. The axial recess is designed and dimensioned to receive a temple of the eyeglasses.

A hat with interchangeable parts is disclosed, the hat comprising a cap portion with a lower peripheral edge and one or more panels at least partially forming a crown of the hat. Some implementations also include a brim portion removably attached to the cap portion adjacent to the lower peripheral edge and extending away from a front face of the crown of the hat. Implementations can also include one or more interchangeable logos removably attached to the cap portion of the hat, a button removably attached to a crown apex of the crown of the hat, and/or an interchangeable back strap removably attached opposite the front face of the crown.

The present invention relates generally to a cap with an exchangeable visor, and more specifically to a cap with an exchangeable visor, the cap having a cap body configured to surround the head of a person and a cap visor configured to be selectively coupled to and separated from one side of the cap body, the cap including: a rail part configured to be formed on the outer circumferential surface of the bottom of the cap body; a coupling part configured to be coupled to the visor to surround one side of the visor; and a fastening groove part configured to be coupled to one side of the coupling part, and to be engaged with the rail part in a sliding manner.

An apparatus for a baseball hat or golf visor comprised of a main body, which is made up of a top and a bottom creating a pocket. An extensible visor is placed within the main body. A centrally located slot within the lower portion of the pocket, and a stabilizing tab within the visor allows the visor to be extended or retracted as desired.

A cap assembly is disclosed herein. The cap assembly includes a crown assembly and a visor assembly. The crown assembly includes a crown and a sweatband. The visor assembly include a visor and a connector. The visor has a concave edge. The connector extends from proximate the concave edge to between the sweatband and the crown.

A headwear apparatus is provided. The headwear apparatus including a cap configured to be worn on a head of a user, and a visor coupled to the cap, wherein at least a portion of the visor is transparent in at least one direction, and wherein the visor is configured to block a portion of ultraviolet (UV) rays from passing through the visor. The visor may be permanently affixed to the cap or may be removably coupled to the cap.

A headwear device is configured for use with eyeglasses. The headwear device includes a visor, a crown, and two temple members extending rearwardly from the visor. The headwear device further includes two clips extending from the two temple members. Each clip includes a cylindrical portion defining an axial recess. The axial recess is designed and dimensioned to receive a temple of the eyeglasses.

This Abstract will protect the Flyte Kap from anyone from copying my design. The Flyte Kap that has two bib visors that are both detachable. It also provides protection from the sun and comes in assorted detachable colors.

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.

An adjustable hat bill having a first link and a second link. The first link has a first link male member and defines a first link female receiving area. The second link defines a second link female receiving area. The first link male member is located within the second link female area, and the first link and the second link are capable of some rotation in relation to each other to selectively adjust the shape of the hat bill.