A method of forming a plate for an article of footwear includes applying a first strand portion to a base layer including positioning adjacent segments of the first strand portion to form a first layer on the base layer. The adjacent segments of the first strand portion having a greater density across a width of the plate between a medial side and a lateral side at a midfoot region of the plate than at a forefoot region of the plate and at a heel region of the plate. The method also includes applying at least one of heat and pressure to the first strand portion and to the base layer to conform the first strand portion and the base layer to a predetermined shape.

Embodiments are disclosed for a clasp including a top loop having a catch end, a bottom loop coupled to the top loop, the catch end positioned above the bottom loop at a first side of the clasp, and a depression at a second side of the clasp, opposite the first side, a thinnest part of the second side of the clasp being formed by the depression.

Embodiments are disclosed for a clasp including a top loop having a catch end, a bottom loop coupled to the top loop, the catch end positioned above the bottom loop at a first side of the clasp, and a depression at a second side of the clasp, opposite the first side, a thinnest part of the second side of the clasp being formed by the depression.

A device including a crown or dome section having a proximate upper portion, a proximate lower portion, and a proximate bottom end portion, in which the proximate bottom end portion comprises an interior and outer surface area; a ring segment having a plurality of holes or vent in a mesh pattern that is configured to allow airflow or ventilation; an aperture portion that is configured to be operable for allowing the hair to project out an interior of the crown or dome section to generally prevent hat hair; a hem segment that is configured to be operable for preventing hair from snagging and tangling upon the aperture portion; and an interior padding portion configured to cover and pad the interior surface area of the proximate bottom end portion to provide comfort during wear.

A device including a crown or dome section having a proximate upper portion, a proximate lower portion, and a proximate bottom end portion, in which the proximate bottom end portion comprises an interior and outer surface area; a ring segment having a plurality of holes or vent in a mesh pattern that is configured to allow airflow or ventilation; an aperture portion that is configured to be operable for allowing the hair to project out an interior of the crown or dome section to generally prevent hat hair; a hem segment that is configured to be operable for preventing hair from snagging and tangling upon the aperture portion; and an interior padding portion configured to cover and pad the interior surface area of the proximate bottom end portion to provide comfort during wear.

A retention device for securing a pair of eyeglasses on the bill of a hat or other garment is described. A pair of retention devices may be attached to the inside of hat for receiving and releaseably holding ear pieces of a pair of eyeglasses to retain the lens frames in position on the bill of the cap. Each retention device has a socket for receiving an ear piece of the eyeglasses through an aperture provided in the crown of the hat.

A retention device for securing a pair of eyeglasses on the bill of a hat or other garment is described. A pair of retention devices may be attached to the inside of hat for receiving and releaseably holding ear pieces of a pair of eyeglasses to retain the lens frames in position on the bill of the cap. Each retention device has a socket for receiving an ear piece of the eyeglasses through an aperture provided in the crown of the hat.

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.

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.