Abstract: Method and system for sharing visual content across a plurality of mobile or computing devices to generate interest, support and/or funding for philanthropic or social causes is disclosed. The method enables the generation of interest, support and/or funding for philanthropic or social causes from a mobile application. The user downloads the application, captures one or more photos relating to a social cause. The user shares the content with his contacts and invites them to vote or donate. The person with the most number of votes, likes, other indication of interests, forwards or the most relevant social cause is displayed on the front page of the application. The votes, likes, other indication of interests, forwards that populate are considered the most relevant and the staff or program picks are possibly the ones that obtain the most votes, likes, other indication of interests, forwards.

Abstract: A hub motor includes a motor shaft, which is fixed and non-rotational and a rotating wheel hub. The hub includes a plurality of coil windings positioned around the motor shaft; a plurality of magnets positioned around the coil windings; one or more sensors in the wheel hub housing; and a cable to supply power and communicate control signals to a controller.

Abstract: A hub motor includes a motor shaft, which is fixed and non-rotational and a rotating wheel hub. The hub includes a plurality of coil windings positioned around the motor shaft; a plurality of magnets positioned around the coil windings; one or more sensors in the wheel hub housing; and a cable to supply power and communicate control signals to a controller.

Abstract: Systems and method are disclosed for modifying an imported vehicle to meet regulatory requirements by installing a vehicle charger with a charge interlock and a master cut-off and a master fuse on the vehicle; modifying the vehicle to comply with government safety requirement; limiting a vehicle Gross Vehicle Weight Rating (GVRW) to less than approximately 1,361 kg.; and limiting the maximum speed of the vehicle to between approximately 32 km/hr and approximately 40 km/hr.

Abstract: An electric vehicle charging station includes a parking meter; a main display coupled to the parking meter to display information; a fast charge port and a regular charge port coupled to the parking meter to dispense electricity upon authorization; a payment reader coupled to the parking meter to accept a financial card and to enable one or more ports after card authorization; a door coupled to the charge ports, the door allowing access to the ports after authorization and closing access to the ports after charging completes, the door securing the port from unauthorized charging and to secure the ports from tampering; and an outer casing to enclose the parking meter.

Abstract: Systems and method are disclosed for operating an electric vehicle. The electric vehicle has a power plug adapted to be plugged into a power line; a plurality of hub wheel motors, each hub wheel motor rotating a wheel; a controller coupled to the plurality of hub wheel motors; a charger coupled to the power plug; and a battery coupled to the charger. The vehicle includes a power interlock coupled to the power plug, the controller and the charger, where the power interlock disables the controller if the power plug is plugged into line power and other wise enables the controller to operate at least the motors.

Abstract: An electric vehicle includes a frame having a cab; a plurality of hub wheel motors mounted to the frame, each hub wheel motor rotating a wheel; and a heater and a fan thermally coupled to the cab, wherein the heater has an independent fuse to prevent a heater problem from shutting down the electric vehicle.

Abstract: An electric vehicle includes a frame having a cab; a plurality of hub wheel motors mounted to the frame, each hub wheel motor rotating a wheel; and an air conditioner mounted on the frame and thermally coupled to the cab, wherein the air conditioner includes an inverter driving an electric compressor and the inverter is coupled to an independent battery for air conditioning.

Abstract: A parking meter includes a credit or debit reader to capture financial information; a printer to print parking slips; and a controller coupled to a power receptacle, the controller receiving financial information from the card reader and upon receiving authorization for a credit or debit transaction, printing a parking slip and applying power to the power receptacle to recharge a vehicle battery.

Abstract: A parking meter includes a solar panel; a power regulator coupled to the solar panel; a battery coupled to the power regulator; and a parking meter coupled to the power regulator and the battery and having a power receptacle adapted to recharge a vehicle battery.

Abstract: The present invention generally includes a submersible marine vehicle for recreational use in which a propeller and motor assembly is disposed within the vehicle's hull and a battery is disposed beneath the hull. The front end of the hull contains a plurality of inlets and the back end contains a plurality of outlets. The propeller and motor assembly is disposed within the hull such the propeller is adjacent to the hull's front end and the motor is adjacent to the hull's back end. Each propeller blade has its leading edge aft of its trailing edge. The hull includes a pair of fins which are integral with the hull, each fin extending horizontally and away from the hull. Each fin contains a hand hold, extending downwardly and away from the underside surface of the fin. A pair of curved tracking fins are attached to opposite sides of the bottom side of the hull, each curved tracking fin extending outwardly and downwardly away from the hull.