Abstract: A female locking electrical outlet is provided including an outlet body having slots for apertured prongs of a standard male electrical plug, a pair of receptacles and a locking member mounted within the outlet body. The locking member has locking tabs that engage within apertures in the prongs when the outlet is in a locked position and the electrical plug is connected to the outlet. The outlet has a release mechanism with a release member for engaging the locking member and to transition the locking member from the locked position to an unlocked position. The outlet is capable of being mounted on the end of an extension cord or within a standard wall outlet box, and for use in portable generators, UPS systems, and other auxiliary power sources containing female receptacles.

Abstract: A female locking electrical outlet is provided including an outlet body having slots for apertured prongs of a standard male electrical plug, a pair of locking receptacles mounted within the outlet body. Each of the receptacles has locking tabs that engage within apertures in the prongs when the outlet is in a locked position and the electrical plug is connected to the outlet. The outlet has a release mechanism with a release member for engaging each of the locking receptacles and to transition the locking receptacles from the locked position to an unlocked position. The outlet is capable of being mounted on the end of an extension cord or within a standard wall outlet box, and for use in portable generators, UPS (uninterrupted powers supply) systems, and other auxiliary power sources containing female receptacles.

Abstract: A female locking electrical outlet is provided including an outlet body having a pair of slots for apertured prongs of a standard male electrical plug, a central cavity positioned within the body, and a channel extending partially through the body. A plunger is mounted in the channel that has a recess in a lower end, an upper end, and a first section and a second section between the lower and upper ends. The first section has a smaller cross-sectional area than a second section. A spring is partially in the recess. A pair of locking balls is mounted within the central cavity and positional within apertures in the prongs when the outlet is in a locked position. At least one unlocking mechanism is provided for compressing the spring to transition the locking balls within the central cavity from the locked position to an unlocked position.