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 defining a pocket space therebetween. The pocket structure further includes a first tapered channel structure positioned in the pocket space between the outer pocket layer and the inner pocket layer, that has an inlet opening and an outlet opening opposite the inlet opening. The first tapered channel structure providing a passageway to the pocket space from the inlet opening edge to the outlet opening edge; and a first tether structure extending from the tapered channel structure to one or more of the outer pocket layer, the inner pocket layer, and a seam joining the outer pocket layer and the inner pocket layer.

The invention relates to systems for temperature and humidity monitoring under garments and is characterized by that it contains at least one internal electronic module located under the garment and an external electronic module with sensors for temperature and humidity monitoring, storage devices connected to the electronic modules wirelessly (for example, via Bluetooth), and the receiving device, which provides the user with the possibility to monitor the current temperature and humidity of the observed object.

Examples of a pocket for a garment are described. The pocket for a garment, such as sport apparel, comprises a first pocket bag having a first pocket opening and a second pocket bag having a second pocket opening, wherein the first and second pocket bags share a middle panel therebetween forming a dual entry pocket or double pocket.

The Phone Jack is a hoodie that protects your phone from the elements while you use it. In the middle of the pocket there will be a plastic piece connected to the inside of the pocket that is covered by the same colored material as the hoodie. The user wifi be able to zip and unzip the covering open and dose so they can see their device in the pocket and use it. At the bottom of the covering and above the plastic there will be piece that make these parts connect to each other, so that the covering will stay open while you are using the device and won't fall close.

A garment or article of clothing made of a resilient/elastomeric material includes at least a waist portion, a first leg portion, and a second leg portion. The waist portion further includes a pocket on the rear of the garment, where the pocket is defined by a backing panel, a first flap, and a second flap. The first flap is at least partially disposed over the second flap to secure contents between the backing panel and the second panel, and thus, within the pocket. When the waist portion is stretched, the tensile forces imparted onto the waist portion by the resilient/elastomeric material causes the first flap to at least partially overlie the second flap. The pocket is sized and shaped to receive smartphones and other small personal items, such as keys, money, credit cards, identifications, etc.

The invention generally relates to sensing garments.

In one aspect, the present disclosure provides an article formed of a knitted component. The article may be an upper for an article of footwear. The knitted component may have a first portion and a second portion, where the first portion of the knitted component at least partially forms a foot-receiving portion of the upper, where the second portion of the knitted component at least partially forms a strap of the upper, where the strap includes a first edge and a second edge secured to the first portion of the knitted component, and where the strap includes a third edge that extends from the first edge to the second edge.

A garment made includes at least a waist portion, a first leg portion, and a second leg portion. The waist portion further includes a pocket on the front of the garment, where the pocket is defined by at least the waist portion and a backing panel. The backing panel may be constructed from a resilient material and is reconfigurable between an empty configuration and an expanded configuration. When in the empty configuration, the backing panel may include a plurality of folded panels and may be aligned with the waist portion. When in the expanded configuration, the backing panel may be stretched to extend beyond the waist portion. The backing panel is reconfigured from the empty configuration and the expanded configuration when an object is disposed within the pocket. The pocket is sized and shaped to receive small personal items, such as smartphones, keys, money, credit cards, identification, etc.

A garment is includes a lower portion and a waistband coupled to the lower portion and configured to be oriented around a waist of the person wearing the garment. The waistband includes a first flap and a second flap. The first flap includes a top edge and an opposite arcuate edge. The second flap includes a top edge and an opposite bottom edge, wherein the first flap and the second flap overlap. A pocket panel is coupled to the waistband of the garment and defines a pocket with an opening to the pocket. The opening to the pocket is defined along a laterally-extending first perimeter portion of the pocket panel and a laterally-extending second perimeter portion of the pocket panel. The first flap is coupled to the first perimeter portion of the pocket panel and the second flap is coupled to the second perimeter portion of the pocket panel.

A strap assembly includes a chest strap and shoulder straps. Similarly configured left and right cups are provided. The strap assembly is attached to the cups whereby the strap assembly adheres the cups to a wearer. Each cup has curved upper, lower, interior and exterior edges. Each cup has inside and outside surfaces. A patch is operatively associated with each cup. Each patch has a linear upper edge and curved lower, interior and exterior edges. Each patch has inside and outside surfaces. Stitching couples the lower, interior and exterior edges of each patch to the lower, interior and exterior edges of an associated cup. A linear opening is formed along the upper edge of each patch. Piping covers the upper edge of each patch. The piping is adapted to allow the patch to move away from and back toward the cup between open and closed orientations.