Abstract: A power distributor includes a plurality of power outlets and a plurality of power inlet receptors. Each power inlet receptor is configured to supply power to all the power outlets in the plurality of power outlets. Each power outlet has a cover that when in a closed and locked configuration prevents physical access to a power inlet receptor. A physical locking mechanism is configured to lock every cover from the plurality of covers. The physical locking mechanism allows at most one cover from the plurality of covers to be unlocked at a time so that the physical locking mechanism prevents the simultaneous unlocking of more than one cover from the plurality of covers.

Abstract: A power connector with an anti-disengaging mechanism that has a power socket that includes a metal terminal. The power socket is shaped to receive a plug pin of a power plug. A seizing piece that includes a through hole. The seizing piece is located so that the plug pin of the power plug travels through the through hole in order to come in contact with the metal terminal. A pull rod is arranged so that when the pull rod is in a first position, the pull rod tilts the seizing piece so as to lock the plug pin in contact with the metal terminal. When the pull rod is in a second position, the seizing piece releases the plug pin. A toggle ring is rotated by a user to drive the pull rod to slide between the first position and the second position. A first portion of the seizing piece is within a supporting groove inside the power connector. A second portion of the seizing piece is inserted into a driving groove of the pull rod. Movement of the pull rod is controlled by the toggle ring.

Abstract: A power distributor includes a detachable display and a power distribution unit. The power distribution unit includes a plurality of electrical sockets and a display port available to provide connection to the detachable display. Configuration parameters are stored within the power distribution unit. The detachable display includes a memory that contains configuration information for the power distribution unit. The configuration information can be transmitted through the display port to the power distribution unit and stored by the power distribution unit as the configuration parameters.

Abstract: A power distributor includes a detachable display and a power distribution unit. The power distribution unit includes a plurality of electrical sockets and a display port available to provide connection to the detachable display. Configuration parameters are stored within the power distribution unit. The detachable display includes a memory that contains configuration information for the power distribution unit. The configuration information can be transmitted through the display port to the power distribution unit and stored by the power distribution unit as the configuration parameters.

Abstract: A power distributor has a plurality of electrical sockets and a plurality of display ports. Each display port in the plurality of display ports is available to provide connection to a detachable display. The display ports in the plurality of display ports are located at different locations on the power distributor so that when the detachable display is mounted on a first display port of the plurality of display ports, the detachable display faces in a direction that is different than any other directions the detachable display would face if mounted on any other display port in the plurality of display ports.

Abstract: An enclosure for an energy monitoring current transformer includes upper housing that houses an upper transformer core section. Lower housing houses a transformer coil and a lower transformer core section. When the enclosure is assembled there is an overlap between the cap for the lower housing and the lower housing that lengthens a creepage path from the upper transformer core to the external surface of the enclosure.

Abstract: A lighted outlet system has a circuit mounted on a printed circuit board. The circuit includes a light source that emits light. An outlet is mounted on the printed circuit board over the circuit. The outlet includes an outlet core composed of transparent or clear material. The outlet core serves as a light pipe for light emitted from the light source. Housing houses the outlet core.

Abstract: Housing for a module outlet includes first housing with a first opening configured to receive a body of a first outlet core so that a lip area of the first outlet core prevents the first outlet core from travelling through the first opening. A tab is configured to hold the body of the first outlet core secure within the first opening. A dovetail tongue is configured for sliding into a dovetail groove of a second module housing so as to secure the first module housing to the second module housing.

Abstract: A connector includes a socket configured to be secured within a socket opening of a power input. A socket head has a plurality of plug insert receptacles. Each plug insert receptacle receives a conductive insert. The conductive insert connects with a cable that extends from the plug insert receptacle through and out of the socket. A plug contains a base. A head of the base has a plurality of plug insert units. Each plug insert unit receives a conductive insert that connects with a cable that extends out the base of the plug. A handle covers the base. The handle and the base are fixed and connected by a positioning device that includes an inverted tooth structure. The socket and plug when connected are secured in place by an elastic hasp.

Abstract: An enclosure for an energy monitoring current transformer includes upper housing that houses an upper transformer core section. Lower housing houses a transformer coil and a lower transformer core section. When the enclosure is assembled there is an overlap between the cap for the lower housing and the lower housing that lengthens a creepage path from the upper transformer core to the external surface of the enclosure.

Abstract: A mounting device for a power distributor includes a base plate having an open longitudinal chute. A sliding block is set in the longitudinal chute and is configured to be able to slide along the longitudinal chute. A connector is attached to the sliding block. The connector is configured to attach to a cabinet that is configured to house the power distributor.

Abstract: A power distributor includes an upper cover with an inverted U-shaped cross-section, a plurality of output power sockets being located along a longitudinal direction of the upper cover. The power distributor also includes a lower cover with a U-shaped cross-section. The lower cover is engaged with the upper cover to form housing for the power distributor. The upper cover is composed of several modular cover units that are interconnected with each other. Each modular cover unit includes stepped connecting parts that connect to stepped connecting parts of adjacent modular cover units. The lower cover includes a slidable hanging mechanism. A front end of the housing is provided with an input power connector.

Abstract: A mounting device for a power distributor includes a base plate having an open longitudinal chute. A sliding block is set in the longitudinal chute and is configured to be able to slide along the longitudinal chute. A connector is attached to the sliding block. The connector is configured to attach to a cabinet that is configured to house the power distributor.

Abstract: A socket connector has a core. The core has a base located at a first end of the core and has a plurality of orifices opening at a second end of the core. Each socket contact in a plurality of socket connectors includes a socket contact lead. Each of the socket contacts in the plurality of socket connectors is located in an orifice in the plurality of orifices so that the socket contact lead of each socket contact lead extends through the base and outside the socket connector. A core cap is affixed to the core so that the core cap covers the plurality of orifices.

Abstract: A circuit board is used with a duplex receptacle electrical outlet. The circuit includes a first connecting pole configured for placement within a first wire reception hole of the duplex receptacle electrical outlet. The first wire reception hole is in electrical contact with a hot wire connection of the duplex receptacle electrical outlet. A second connecting pole is configured for placement within a second wire reception hole of the duplex receptacle electrical outlet. The second wire reception hole is in electrical contact with a neutral wire connection of the duplex receptacle electrical outlet. A control circuit is connected to the first connecting pole and the second connecting pole.

Abstract: A connector includes a socket configured to be secured within a socket opening of a power input. A socket head has a plurality of plug insert receptacles. Each plug insert receptacle receives a conductive insert. The conductive insert connects with a cable that extends from the plug insert receptacle through and out of the socket. A plug contains a base. A head of the base has a plurality of plug insert units. Each plug insert unit receives a conductive insert that connects with a cable that extends out the base of the plug. A handle covers the base. The handle and the base are fixed and connected by a positioning device that includes an inverted tooth structure. The socket and plug when connected are secured in place by an elastic hasp.

Abstract: A circuit board is used with a duplex receptacle electrical outlet. The circuit includes a first connecting pole configured for placement within a first wire reception hole of the duplex receptacle electrical outlet. The first wire reception hole is in electrical contact with a hot wire connection of the duplex receptacle electrical outlet. A second connecting pole is configured for placement within a second wire reception hole of the duplex receptacle electrical outlet. The second wire reception hole is in electrical contact with a neutral wire connection of the duplex receptacle electrical outlet. A control circuit is connected to the first connecting pole and the second connecting pole.

Abstract: A socket connector has a core. The core has a base located at a first end of the core and has a plurality of orifices opening at a second end of the core. Each socket contact in a plurality of socket connectors includes a socket contact lead. Each of the socket contacts in the plurality of socket connectors is located in an orifice in the plurality of orifices so that the socket contact lead of each socket contact lead extends through the base and outside the socket connector. A core cap is affixed to the core so that the core cap covers the plurality of orifices.