A cap eye protection device comprising: a) a cap member comprising a brim with a plurality of brim fasteners capable of engaging with a plurality of fasteners of an eye protection lens on an underside of the brim; and b) a transparent eye protection lens comprising a plurality of lens fasteners capable of engaging with the plurality of brim fasteners, and a plurality of connector tabs formed on a top side of the eye protection lens, wherein the plurality of connector tabs are each engaged with the plurality of lens fasteners, wherein the eye protection lens is comprised of a flexible plastic and is molded to conform to a concave shape of an underside of the brim, wherein the eye protection lens is interchangeable, and wherein the brim fasteners and lens fasteners allow for interchanging eye protection lenses between a clear lens and a tinted lens.

A virtual reality hat is a baseball style cap that functions as a virtual reality headset having a double brim that hinges at the attachment point of the crown and the bottom brim portion is able to hinge downward exposing a cell phone holder and a lens that function together to provide virtual reality to the wearer when desired. The brims collapse together in an instant to conceal the virtual reality headset.

An assembly is presented for covering a head of a wearer of an eye mask. The eye mask includes a mask strap to secure the eye mask around the head. The assembly includes a head covering to cover at least a portion of the head, with a first slot extending from a left side to a right side of the covering. A strap is received within the first slot such that opposing ends of the strap are operatively connected to the mask strap on the left side and right side of the covering. The head covering may also include a second slot that extends along a rear side of the covering to receive the mask strap such that the mask strap extends from a left side to a right side of the covering through the rear slot. A method is also presented for wearing the head covering and the eye mask.

Technologies are described for methods and devices for positioning spectacles. The headgear has a first extending portion configured to extend under a chin, a second extending portion configured for extending about a forward portion of a head, and a third extending portion configured for extending about a reward portion of the head. A first opening is in the second extending portion or third extending portion and a second opening is in the second extending portion or third extending portion. The first opening is to receive a first eyeglass temple on a first side of the head and the second opening is configured and disposed to receive a second eyeglass temple on a second side of the head.

A system is disclosed including a mountable component configured with an attachment to allow the mountable component to be readily attached to and removed from an independent wearable garment, a positioning slide connected to the mountable component, a display mount connected to the positioning slide, a lens adjustment arm attached to the positioning slide, and a curved lens surface connected to the lens adjustment arm. The positioning slide is configured to move the lens and display mount in a back and forth direction and a left to right direction. Another system and method are also disclosed.

An improved ball cap (10, 40, 102) is provided having a head-receiving dome (13, 42) and a forwardly extending bill (20, 44, 104). The bill (20, 44, 104) is equipped with at least one eyeglass-retaining slot (36, 50, 52) sized and configured to receive the lower margins of lenses (30) forming a part of eyeglasses (28); the slot (36, 50, 52) may be designed to prevent substantial through-passage of the lenses (30) through the slot (36, 50,52). The slots (36, 50, 52) may be equipped with retainer structure (38, 46).

Systems are provided for headwear including a first pocket positioned on a first side of the headwear and a second pocket positioned on a second side of the headwear, where the second side is opposite the first side. The headwear further includes a set of capes including a first cape housed in and deployable from the first pocket and a second cape housed in and deployable from the second pocket.

Systems are provided for headwear including a first pocket positioned on a first side of the headwear and a second pocket positioned on a second side of the headwear, where the second side is opposite the first side. The headwear further includes a set of capes including a first cape housed in and deployable from the first pocket and a second cape housed in and deployable from the second pocket.

Apparatus for holding an article against a fabric panel, for instance on an article of clothing, including a base having a top side and a generally planar bottom side, a plurality of fabric penetrating elements extending from the bottom side, and a resilient retaining loop disposed on the top side, the resilient loop having an article engaging through slot configured to accept and releasably capture an elongate element of an article inserted through the through slot.

A receptor that can be associated with an aperture through the wall of a hat and receive items such as the stems of a pair of sunglasses. The receptor is generally attached only at the aperture.