Abstract: A power cable or data cable system includes an integrated electrical connection adaptor configured to be mechanically coupled to the cable system when not in use. The adaptor is coupled to the cable system using clasping features formed in the body of the adaptor or a tethering element. Thus, the adaptor is conveniently located for use and cannot be lost. In some embodiments, the tethering element serves as a cable management system that enhances portability of the cable system by bundling loops of the cable system together.

Abstract: A power cable or data cable system includes an integrated electrical connection adaptor configured to be mechanically coupled to the cable system when not in use. The adaptor is coupled to the cable system using clasping features formed in the body of the adaptor or a tethering element. Thus, the adaptor is conveniently located for use and cannot be lost. In some embodiments, the tethering element serves as a cable management system that enhances portability of the cable system by bundling loops of the cable system together.

Abstract: Transfer devices are disclosed. At least one transfer device includes a housing, a supply roll rotatably mounted to the housing, a take-up roll rotatably mounted to the housing, and an application head. The supply roll has a wound supply of liner wound thereon, and the liner has an adhesive carrying surface with an adhesive provided thereon. The take-up roll has at least an end portion of the liner connected thereto such that rotation of the take-up roll in a take-up direction winds portions of the liner unwound from the supply roll onto the take-up roll. The application head includes a plurality of rollers that are rotatable about substantially parallel axes spaced apart from one another, and a closed-loop belt that is trained about the plurality of rollers to provide a transfer surface facing outwardly of the device. The rotation of the rollers enables the belt to travel around the rollers.