Abstract: A magnetic mount for an electronic device with an inductive charging receiver and one or more engagement points. The mount has a static inductive charging head with an inductive coil delivering a charging current to the electronic device with the inductive charging receiver being in axial alignment with the inductive coil. A back plate with a circular frame is in rotating engagement with the static inductive charging head. The back plate also include one or more magnet support arms on which permanent magnets are mounted to magnetically couple with the one or more engagement points on the electronic device.

Abstract: A battery clamp assembly connecting an electrical wire to a battery terminal includes a body having a clamp cavity and at least one connection socket for receiving the electrical wire, a clamp device positioned in the clamp cavity, a compression wedge positioned in the clamp cavity, and a fastening member that engages the compression wedge to couple the clamp and the compression wedge to the body. A polarity marker may be plugged into a terminal aperture provided in an access cover to permit visual identification of the terminal connection. A method of completing an electrical circuit between a component and a power source may include coupling a battery clamp assembly to the power source, connecting the electrical wire to the battery clamp assembly by securing the electrical wire into the connection using the compression screw, and tightening the fastening member which engages the compression wedge to close the clamp. A post to be used for attachment of a jumper cable may be mounted to the battery clamp.

Abstract: A battery clamp assembly connecting an electrical wire to a battery terminal includes a body having a clamp cavity and at least one connection socket for receiving the electrical wire, a clamp device positioned in the clamp cavity, a compression wedge positioned in the clamp cavity, and a fastening member that engages the compression wedge to couple the clamp and the compression wedge to the body. A polarity marker may be plugged into a terminal aperture provided in an access cover to permit visual identification of the terminal connection. A method of completing an electrical circuit between a component and a power source may include coupling a battery clamp assembly to the power source, connecting the electrical wire to the battery clamp assembly by securing the electrical wire into the connection using the compression screw, and tightening the fastening member which engages the compression wedge to close the clamp.

Abstract: A configurable distribution block assembly includes a base member, a plurality of input terminals mounted to the base assembly, a plurality of output terminals mounted to the base assembly, and an insert, wherein the insert serves as an electrical bridge between at least two of the plurality of input terminals when the distribution block assembly is configured as the distribution block and the insert prohibits an electrical bridge between each of the plurality of input terminals when the distribution block assembly is configured as the power-ground combination block. In another aspect of the invention, a power distribution system includes a power source, a primary power wire, a primary ground wire, a distribution block assembly electrically connected to the power source by the primary power wire and the primary ground wire, and a plurality of electronic components electrically connected to the distribution block assembly.

Abstract: A configurable distribution block assembly includes a base member, a plurality of input terminals mounted to the base assembly, a plurality of output terminals mounted to the base assembly, and an insert, wherein the insert serves as an electrical bridge between at least two of the plurality of input terminals when the distribution block assembly is configured as the distribution block and the insert prohibits an electrical bridge between each of the plurality of input terminals when the distribution block assembly is configured as the power-ground combination block. In another aspect of the invention, a power distribution system includes a power source, a primary power wire, a primary ground wire, a distribution block assembly electrically connected to the power source by the primary power wire and the primary ground wire, and a plurality of electronic components electrically connected to the distribution block assembly.