Abstract: The word “carryall” generally refers to a bag having a storage compartment with a base, where the base is a housing for an electric circuit that distributes power to various AC receptacles and USB ports. The storage compartment may be constructed, without limitation, as soft sided luggage, a duffle bag, a carpet bag, a weekender, a tote, a small polyester active bag, or the like and may be made from canvas, polyester fabric, natural leather, or similar materials.

Abstract: The present invention concerns an electric circuit to distribute electricity in the guise of a practical carryall, where the circuit is in a sturdy housing that serves as the base for the carryall. The base is made from an insulated material and the carryall is reinforced, treated, or made from a fire resistant fabric. The circuit is equipped with an on/off switch and can simultaneously distribute alternating and direct current when plugged into an external wall outlet. The circuit distributes alternating and direct current to AC receptacles and USB ports located about the base.

Abstract: The present invention concerns an electric circuit to distribute electricity in the guise of a practical carryall, where the circuit is in a sturdy housing that serves as the base for the carryall. The base is made from an insulated material and the carryall is reinforced, treated, or made from a fire resistant fabric. The circuit is equipped with an on/off switch and can simultaneously distribute alternating and direct current when plugged into an external wall outlet. The circuit distributes alternating and direct current to AC receptacles and USB ports located about the base.

Abstract: A portable docking station for powering multiple AC-powered battery chargers and multiple DC-powered battery chargers simultaneously. The portable docking station includes an enclosure, a plurality of female AC receptacles, an AC power circuit, a plurality of female DC receptacles, and a DC power circuit. The plurality of female AC receptacles and the plurality of female DC receptacles are accessible from the enclosure. The AC power circuit is contained within the enclosure and powers the plurality of female AC receptacles for powering the multiple AC-powered battery chargers. The DC power circuit is contained within the enclosure and powers the plurality of female DC receptacles for powering the multiple DC-powered battery chargers. The AC power circuit and the DC power circuit operate simultaneously for powering the multiple AC-powered battery chargers and the multiple DC-powered battery chargers, respectively, simultaneously.