A securing pocket for managing the loose portion of a medical tube, such as a Nasogastric/Nasojejunal tube, while an implanted portion of the medical tube remains attached to the patient. The loose portion of the medical tube has a coiled section disposed within a receptacle formed between flexible front and rear panels. An integral flap overlaps the front panel to selectively close the receptacle and may be secured with a snap connector. Jam cleats are located along left and right edges adjacent a top edge of the receptacle. Each jam cleat forms a breach in the receptacle through which a tethered section of the loose medical tube extends. The jam cleats are configured to apply a progressive wedge force on the tethered section of the loose medical tube in response to tension along the tube. The jam cleat has flexible sides formed in a V-shape.

This disclosure relates to athletic shorts, such as those that can be worn while playing tennis, with moisture protection features and including readily accessible pockets, such as pockets that hold tennis balls in a manner that makes those balls readily accessible during a tennis match. An example pair of shorts includes a pocket accessible via an opening, and a rib biased toward a centerline of the opening and configured to direct fluid away from the opening. This disclosure also relates to a corresponding method.

A garment has a material tubular body portion with a first end and a second end opposite the first end. The first end is closed. The body portion has opposing sides extending between the first end and the second end. A first arm portion and a second arm portion are disposed on the body portion at the first end on opposite ones of the opposing sides. Each of the first and second arm portions have respective free arm ends to allow the first and second arm portions to be connected to one another when wrapped around a wearer's waist.

A magnetic harness for holding magnetically attractable metallic work items there against for convenient access is described. The harness includes an elongated pocket that holds a plurality of magnets. The plurality of magnets are attached side by side and one atop the other to increase the strength of the magnetic field or attractability of the magnets. The pocket is easily accessible to the user to allow the user to manually manipulate the strength of the magnetic field by increasing or decreasing the amount of magnets in the pocket. The harness includes a series of elongated pockets across the front of the harness.

A seal for a garment comprising a body portion. The body portion having an upper edge, a lower edge, a first end and a second end. The lower edge fixed to the garment at an opening; and wherein the second end of the seal comprises a tab which is adapted to cover a portion of the first end to form a seal.

A garment for providing access to feeding tubes while the garment is being worn by a patient/individual. The garment includes a centralized access opening that is closable for portions of time and that provide access to a feeding tube or feeding tube mechanism that has been surgically implemented in a patient. The access opening may be located relatively central to the garment and can illustratively include additional fasteners that can secure a portion of the feeding tube to the garment.

The present invention is designed to allow for complete customization of a flexible item, e.g. a modular handbag system. The invention can therefore be outfitted for multi-uses, such as a personal handbag, diaper bag, backpack, insulated cooler, storage tote, satchel, laptop and work bag, or a gym bag among other uses, with handles or shoulder strap or other carrying options as applicable. Said bag system may comprise one or more outer bag shells which allow for straps and/or handles and/or modular attachments to be attached to it. An outer bag shell may house a modular inner bag outfitted with a series of fastener systems to allow for complete interior customization. Furthermore, the present invention describes a fully functional smart flexible item, e.g. smart bag that espouses a system for delivering power from a battery located in an outer bag shell, and/or in an inner bag, and/or in a modular attachment (e.g. pockets) to an outer bag shell, and/or an inner bag, and/or one or more modular attachments featuring technological components. Finally, the power delivery system can be applied to a variety of soft goods, most notably: clothing, outdoor gear, home furnishing covers, and personal accessories.

The present invention relates to an apparatus that provides therapeutic effects and a source of hydration. The apparatus includes a garment that has one or more compartments for storing a therapeutic element. The therapeutic element may include one or more herbs, essential oils, and combinations thereof. The apparatus also includes a portable drinking apparatus attached to the garment. The portable drinking apparatus includes a pouch having a liquid reservoir inserted therein and a drinking tube having a first end in fluid communication with the liquid reservoir and a second end having a mouth operated valve. Methods of use are also disclosed.

A t-shirt apparel with integrated deep pockets includes a t-shirt body, at least one upper pocket, and a lower pocket. The t-shirt body includes a front panel and a rear panel as the front panel and the rear panel are perimetrically connected to each other. The at least one upper pocket includes an upper pocket body and an upper opening. The lower pocket includes a lower pocket body and a lower opening. The upper pocket body is internally integrated to a chest section of the front panel. The upper opening traverses into the upper pocket body through the chest section. The lower pocket body is internally integrated to a waist section of the front panel. The lower opening traverses into the lower pocket body through the waist section.

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.