Examples of a garment, such as a bra or sports bra, having cup pockets with concealed openings are described. The garment has openings into the cup pockets that are positioned on the side wings of the front portion of the garment. The side wings of the back portion of the garment and the side wings of the front portion of the garment at least partially overlap to conceal or hide the openings into the cup pockets.

A food-safe container, for unpackaged food, can be inserted into a pocket of a garment and fastened there by a clip that passes over an elasticated top edge of the pocket. The container has a naturally open mouth that is closed by the elastic in the top edge of the pocket. A crevice formed by the closed mouth allows a user to easily locate the opening of the pocket by touch, and retrieve its contents. The pouch expands in volume to store food or accommodate a human hand, and relaxes back to a flatter form when the food or hand is removed. The pouch makes it easier for cyclists to store and retrieve unpackaged food from back jersey pockets while they are cycling.

A fold-over security pocket is provided herein. The fold-over security pocket includes a panel having a first portion including an inner-facing surface that is overlaid with fasteners, a second portion including an inner-facing surface that is overlaid with complementary fasteners, and a hinge portion separating the first portion from the second portion. At least one of the inner-facing surfaces has a slit opening which extends into an interior space, so that an item may be inserted into the slit opening and stowed in the space. The hinge portion is flexible and enables the first portion to be folded over onto the second portion so that the inner-facing surfaces meet, and the fasteners mate with the complementary fasteners, thereby securing the pocket in a closed configuration as well as any item inserted into the space via the slit opening.

A garment structured to facilitate opening of a container, through the provision of an opening member mounted thereon. A garment includes a closure flap movable between a covering and a non-covering position, wherein the opening device includes a base and an opening member connected to said closure flap and movable therewith into an out of an exposed, operative orientation corresponding to the closure flap being disposed into and out of the covering relation to the pocket. When in the operative orientation, the opening member includes an apertured construction disposed and structured to engage and exert a removing force on a closure of the container, wherein the closure may be in the form of a cap on bottle or other container.

Garments with radiation-reducing pockets and harnessing are described. A shirt can include a pocket made of a radiation-reducing material to place an electronic device such as a smartphone within. This can reduce the amount of radiation absorbed by a user's body. A harness system of the shirt can also distribute the weight of the smartphone to improve the comfort of the user.

A scarf (10) for wearing around the neck (N), provides a hidden pocket (34, 60) that is readily accessible to the wearer and that can hold a detachable purse (60). The scarf is formed of a piece of soft and heavy fabric sewn into the form of a tube with a tube centerline (36) that extends 360 around the wearer's neck. The front (72) of the tube drapes in a plurality of folds on the chest (24) of the wearer to conceal a slit (50) in the tube that can be zipped open and through which the wearer has access to the inside of the tube. To encourage the scarf to lie in multiple folds on the chest, the tube has a taller front end (72) than rear end (73).

A helmet mounted communication system for use by teams includes a headset including any one of a speaker for projecting audio or a microphone for receiving audio, a mounting structure for mounting the headset in a helmet cavity of a helmet, and a biasing material between the headset and a cavity wall of the helmet cavity for floatably attaching the headset to the helmet in the helmet cavity.

A sleeve gusset for securing an exterior shell layer of an apparel item and an inner liner layer of an apparel item to a sleeve of an apparel item and a method of manufacturing a sleeve gusset is provided. The sleeve gusset comprises an interior facing with a sleeve edge and a body edge and an exterior facing with a sleeve edge and a body edge. The sleeve edge of the exterior facing is coupled to the exterior shell layer of the apparel item while the sleeve edge of the interior facing is coupled to the sleeve. The body edge of the exterior facing is coupled to the body edge of the interior facing. The body edge of the interior facing is further coupled to the inner liner layer.

The present disclosure is an undergarment having a fabric panel having a first surface and a second surface; a first fastener assembly coupled to the fabric panel and a second fastener assembly coupled to the fabric panel; a pocket panel coupled to the fabric panel and having an interior surface and an exterior surface; a reversible pocket with an inner surface formed by the fabric panel and the interior surface of the pocket panel; wherein the reversible pocket is configured to be reversed so that the undergarment is stored in a reversed pocket with an inner surface formed by the exterior surface of the pocket panel and the fabric panel.

A pocket, a garment, and a method of using the pocket on the garment. A first selective garment attachment interface is disposed at a first end of a pocket. A second selective garment attachment interface is disposed at a second end of a pocket distal from a first end of the pocket. First and second selective garment attachment interfaces are configured to selectively couple a pocket to a surface of a garment.