A hat brim technology for framing one or more brim opening in a hat brim. A brim clip which engages at least a portion of a brim opening and which can optionally secure a number of brim material layers when in an installed state. A method for creating a framed brim opening in a hat brim. A cap including at least one panel and a brim having an opening in a shape of at least one of an advertisement, a logo, a design, a statement, a phrase, an emblem of a sports team, company, or organization.

A hat brim technology for framing one or more brim opening in a hat brim. A brim clip which engages at least a portion of a brim opening and which can optionally secure a number of brim material layers when in an installed state. A method for creating a framed brim opening in a hat brim. A cap including at least one panel and a brim having an opening in a shape of at least one of an advertisement, a logo, a design, a statement, a phrase, an emblem of a sports team, company, or organization.

A headwear system that allows changing the outward appearance of headwear such as a cap is disclosed. The system includes a fabric head covering having a securing mechanism on an interior surface of the fabric. A utility belt is inserted in the securing mechanism. The utility belt has a magnet. A decorative element having a ferrous material is attached to an exterior area of the headwear corresponding to a location of the magnet of the utility belt on the interior surface of the fabric head covering.

A headwear system that allows changing the outward appearance of headwear such as a cap is disclosed. The system includes a fabric head covering having a securing mechanism on an interior surface of the fabric. A utility belt is inserted in the securing mechanism. The utility belt has a magnet. A decorative element having a ferrous material is attached to an exterior area of the headwear corresponding to a location of the magnet of the utility belt on the interior surface of the fabric head covering.

The technology disclosed herein provides a method and device for storing and transporting a hat that is compact and addresses the problem of attaching a hat to a carrier, for example a bag, without the primary use of friction or clamping force to secure the hat, as these tend to damage the hat. More specifically, the clipping apparatus attaches to the hat by utilizing features of the hat to create mechanical interlocks to secure the hat, as opposed to friction. Further the device is easily and repeatedly attachable and removable from a hat without causing damage to the hat.

A flip cap which has crown and bill portions, the bill having upper and lower members, at least one of the upper and lower members having a surface capable of displaying info nation secured thereto when the upper and lower members are spaced-apart. The lower and upper bill members are secured in a first position to each other by using a plurality of holes formed in the upper bill member and a plurality of aligned pin members formed in the lower bill member, a lower edge formed on the upper bill member enabling it to engage at least two of the pin members formed on the lower bill member when the lower and upper bill members are spaced-apart, thereby maintaining the lower and upper bill members in the spaced-apart position.

An apparatus is configured for use with a garment having an opening. The apparatus comprises a wearable device with fasteners. The device has utility separately from the garment. The fasteners are attached to the device separately form the garment, and are arranged to fasten the device to the garment at multiple locations spaced apart about a periphery of the opening to support the device in a mounted position over the opening.

A pinned plate assembly having a plate assembly made of a flexible and bendable semi rigid material that maintains its shape once configured. The plate assembly has an exterior face, an interior face, first and second edges, and first and second lateral edges. The plate assembly further has first and second channels, each having at least one hole. Securing means secure the plate assembly onto headgear. In a preferred embodiment, the plate assembly has a substantially rectangular shape. The exterior face displays desired text, and/or letters, and/or symbols, and/or words, and/or logo designs, and/or artwork, and/or graphics. The first and second channels each have an exterior channel defined at the exterior face and an interior channel defined at the interior face. The at least one hole extends from the exterior channel to the interior channel.

A snapback adornment system is provided. The snapback system enables users to interchangeably and selectively adorn the snapback strap of a snapback cap with at least one stylized ornaments. The snapback adornment system includes ornaments having an ornamental body permanently joined to a detachable fastener. The detachable fastener can be removably connected to any of the spaced apart holes provided by the snapback strap, so as to prominently display at least one desired ornamental body on the snapback cap.

A hat rivet accessory assembly to selectively attach a hat accessory to a rivet of a hat. Wherein, the hat rivet accessory assembly comprises a rivet holding assembly and the hat accessory. The hat accessory is selectively attached to the rivet holding assembly and selectively attachable to the rivet of the hat. The rivet comprise a lower width smaller than an upper width. The rivet holding assembly comprises a top portion, a bottom portion and a hinge. The bottom portion comprises a slot having a slot width. The rivet holding assembly comprises an open configuration and a closed configuration. The open configuration comprises the top portion and the bottom portion detached from one another.