The present invention relates to clothing and more particularly to a garment designed to hold portable electronic devices and other items such as wallets, keys, etc. The garment has at least one and preferably more than one pocket to hold an electronic device, i.e., cell phone. Each pocket includes an internal passageway that leads to an interior side of the vest. The garment also includes a central passageway system which includes two passageways that are on opposite sides of the central opening of the garment. The passageways are segmented and allow for the installation of wires. The garment further includes a horizontal passageway that passes from the left side of the interior of the vest around the central portion of the back to the right side of the vest. The central passageway system, one or more wires can be removed and installed from an individual passageway segment without disturbing other wires neatly fastened in other passageway segments.
A closure arrangement includes two opposite bodies and a slider. Each of the bodies has a cooperative structure such as teeth of a zipper for the slider coupling and uncoupling the cooperative structure. A conductive conduit is provided within the bodies respectively. Each of the bodies has an upper stop with a connector inside for the upper ends of conductive conduits being coupled to a pair of external conductive conduits. A common bottom stop is joined to the bottoms of the bodies with two connectors inside the common bottom stop for the lower ends of the conductive conduits being coupled to another pair of external conductive conduits.
In a garment element, for example a cuff for a sleeve, an access opening is defined between an overlap section extending between two attachment sections, the overlap section being formed of interleaving fabric ends suitably stiffened to provide a self-sealing function in both a use mode in which a body member extends there through and a non-use mode with the opening closed.
