A workout garment device consisting of a dickie and a hood, the front panel of the dickie comprising a moisture absorbing material for wiping sweat from a user's face, and the hood and back panel of the dickie each comprising a moisture wicking material for wicking sweat away from the user's head and shoulders.

A hooded garment can include a torso section extending from a waist region to a neck region, where the torso section includes a chest region and a back region. The hooded garment includes a hood extending upward from the neck region and having a front opening, a right sleeve extending from a right shoulder region of the right torso region and having a first wrist opening, and a left sleeve extending from a left shoulder region of the left torso region and having a second wrist opening.

Examples of a pocket for a garment are described. The pocket for a garment, such as sport apparel, comprises an outer pocket panel and an inner pocket panel attached along respective side edges and bottom edges so that a pocket opening is formed therebetween. An elastic or silicone gripping surface is formed on an inner face of the pocket so that when an item is inserted into the pocket, it removably adheres or sticks to the griping surface preventing or reducing bouncing action of the item within the pocket.

A hooded garment can include a torso section extending from a waist region to a neck region, where the torso section includes a chest region and a back region. The hooded garment includes a hood extending upward from the neck region and having a front opening, a right sleeve extending from a right shoulder region of the right torso region and having a first wrist opening, and a left sleeve extending from a left shoulder region of the left torso region and having a second wrist opening.

One embodiment is a flat body of material having a diagonal front pocket and opposing back pocket containing a secured counter weight. The open front pocket is internally lined with grip fabric. The pocket with grip liner enables the operator to hold the bottle securely in place. The slanted base of the front pocket holds the bottle at a comfortable angle to feed the infant. Within the longest portion of the material, there is an indent for shoulder placement. In addition, the back pocket is draped over the operator's back with a secured counter weight at the base of the pocket. The envelope flap of the back pocket covers the opening to the pocket.

A storage sash apparatus is disclosed and configured for securely and covertly storing personal items therewithin. In at least one embodiment, the apparatus provides an elongate sash sized and configured for being wrapped around and removably engaged with at least one of a wrist, forearm, arm, neck, leg and ankle of a user. The sash provides opposing ends configured for removable engagement with one another. The sash also defines an at least one compartment between opposing first and second panels of the sash, with the at least one compartment being sized and positioned for removably receiving at least one personal item therewithin. During use of the apparatus, the sash is wrapped at least once around the user, and the opposing ends are then removably engaged with one another, thereby securing the apparatus to the user while allowing access to the at least one compartment.

One embodiment is a flat body of material having a diagonal front pocket and opposing back pocket containing a secured counter weight. The open front pocket is internally lined with grip fabric. The pocket with grip liner enables the operator to hold the bottle securely in place. The slanted base of the front pocket holds the bottle at a comfortable angle to feed the infant. Within the longest portion of the material, there is an indent for shoulder placement. In addition, the back pocket is draped over the operator's back with a secured counter weight at the base of the pocket. The envelope flap of the back pocket covers the opening to the pocket.

A garment pocket that secures a smartphone or wallet without using zippers or velcro and a method for making same. Keep valuable items secure while being quickly and easily accessible. Protects a phone from damage by coins and keys. The pocket is made secure based on its opening direction and placement relative to a normal pocket by using its outer flap as a barrier to catch any items that may slide out. This pocket is on the hip to reduce damage to phones during activity by moving them off the users lap. The placement of the pocket also reduces pocket swing.

An athletic garment comprising an envelope pocket positioned along an upper portion of the garment and configured to secure objects is disclosed. The envelope pocket may be comprised of a compression material that may secure stored objects in place. In one embodiment, an envelope pocket may be opened from the bottom and disposed along the rear, upper portion of the garment. The pocket opening may be positioned such that an athlete may reach around his or her back and quickly and ergonomically insert and retrieve balls from the pocket. The envelope pocket may be constructed such that the stored objects and balls do not impede an athlete's movement during athletic activity.

Aspects herein are directed to a pocket structure that facilitates the secure storage of items stowed within the pocket structure. The pocket structure includes inner and outer pocket layers and a funnel-shaped structure positioned in the space between the inner and outer pocket layers. The funnel-shaped structure comprises an inlet opening that forms an opening to the pocket structure and an outlet opening that is in communication with the space between the inner and outer pocket layers. The outlet opening has a smaller circumference compared to the inlet opening.