General Electric Company

Heather Ellen Pugliese

Roger N Castonguay

Craig Benjamin Williams

Joseph G Nagy

Narayansamy Soundararajan

Cecil Rivers

Dennis C Zuffelato

Swamy Muddaiah Ranga

John James Dougherty

Mariusz Duda

Henry Hall Mason, Jr

Tapas Ranjan Rout

Leonardo Dorea Mascarenhas

Tyler Braden Diomedi

Jorge Juan Bonilla Hernandez

Maxime Michel Pean

Yogesh Krishnarao Ingole

Suresh M

James Robert Scanlon

Fernando Jorge De Sousa Braga

Raquel Gallardo Alvarez

Philip Michael Banker

An electrical device includes a case defining an interior space. The case includes a sidewall and a cover. The sidewall defines an opening therethrough to provide access to the interior space. The electrical device also includes a power connector coupled to the case and disposed at least partially within the interior space. The power connector is coupleable to a cable extending through the opening into the interior space of the case. The electrical device further includes a shield removably coupleable to the case. The shield includes an engagement feature and a wall. The engagement feature is arranged to engage the case. The wall is arranged to at least partially cover the opening when the shield is coupled to the case such that the wall and the cable are spaced apart a distance that is less than a width of the opening when the cable is coupled to the power connector.

Electrical distribution apparatus including barrier and methods of assembling same

Charging stations for use in charging an electrically powered vehicle and related methods are disclosed. One example charging station includes a housing having an interior. The housing is configured to enclose at least one vehicle charging component and defines a receptacle opening. The charging station further includes a first receptacle configured to receive a charging connector. The receptacle includes a front portion and a back portion. The back portion of the first receptacle includes a first drain port configured to permit a fluid flow to drain from the first receptacle. The first receptacle is configured to be positioned at least partially within the first receptacle opening, such that the back portion of the first receptacle is positioned within the first enclosure. The first enclosure defines a first drain opening configured to permit fluid from the first receptacle to an exterior of said first enclosure.

Charging stations for use in charging electrically powered vehicles and related methods

Charging stations for use in charging an electrically powered vehicle and related methods are disclosed. One example charging station includes a housing defining an interior and an opening configured to permit access to the interior, a door configured to substantially cover the opening, and a hinge assembly configured to provide a pivotal movement of the door relative to the housing between at least a closed position, a first open position, and a second open position. The hinge assembly includes a base member and a bracket including a projecting member. The projecting member and the base member are configured to permit removal of the door from the housing when the door is in the first open position. The projecting member and the base member are configured to prevent removal of the door from the housing when the door is in the second open position

Charging station for use in charging electrically powered vehicles

A circuit breaker configured to be remotely operated is disclosed. The circuit breaker includes a set of main contacts configured to connect between an electrical source and an electrical load, an operating mechanism in operable communication to open and close the main contacts, and a remotely operable drive system configured to open and close the main contacts separate from actuation of the operating mechanism. The drive system includes a motor responsive to first and second control signals, a primary drive responsive to the motor, and an opening spring responsive to the primary drive, the main contacts being responsive to the opening spring. In response to the first control signal, the primary drive moves to charge the opening spring, and in response to the second control signal and the main contacts being closed, the primary drive moves to allow the opening spring to discharge thereby resulting in the main contacts opening independent of the motor.

Circuit breaker configured to be remotely operated

A circuit breaker configured to be remotely operated by a controller is disclosed. The circuit breaker includes a set of main contacts, an operating mechanism, a remotely operable drive system configured to open and close the main contacts separate from actuation of the operating mechanism, and a control circuit in operable communication with the main contacts. The drive system includes a motor, and a primary drive responsive to the motor and in operable communication to open and close the main contacts. The control circuit indicates a closed main contact state in response to the operating mechanism being in an on position and the main contacts being closed, and an open main contact state in response to the operating mechanism being in an on position and the main contacts being held open via the drive system.

A three phase (3.phi.) sub feed lug accessory is presented. In an exemplary embodiment the 3.phi. sub feed lug accessory comprises a 3.phi. sub feed lug block and a tie down bracket. The 3.phi. sub feed lug block includes a housing having a first end and a second opposing end. At the first end, at least one and preferably a plurality of openings are formed in the housing, wherein each opening has an interlocking slot extending from the opening. The openings are intended to receive corresponding first tabs extending from one side of a load center and once the first tabs are received, they are releasably interlocked within the interlocking slots of the housing. At the second end of the housing, a shoulder is formed, wherein the shoulder defines a planar platform for receiving a first end of the tie down bracket. Similarly, the tie down bracket includes interlocking slots at a second end which are designed to interlockingly secure the second end of the bracket to second tabs of the load center, with the first end being secured to the 3.phi. sub feed lug block. The interlocking of the 3.phi. sub feed lug block and bracket results in the 3.phi. sub feed lug block being electrically connected to load center bus bars across the load center itself.

Three phase sub feed lug accessory

Growing community of inventors

Amston, CT, United States of America

Heather Ellen Pugliese