BATTERY CHARGERS ELECTRICALLY POWERED

Brand Owner (click to sort) Address Description
ACT Advanced Charger Technology, Inc. 680 Engineering Drive Suite 180 Norcross GA 30092 battery chargers for electrically powered consumer and industrial electronics;engineering consulting services to adapt battery charging technology for clients;
HEVO Hevo Incorporated 147 Prince Street Brooklyn NY 11201 Battery chargers for electrically powered motor vehicles; wireless battery charge devices for electrically powered motor vehicles; electronic controllers for use with wireless charging for electrically powered motor vehicles; electrical apparatus, namely, charging stations for charging electric vehicles; inductive battery charging devices for electrically powered motor vehicles; inductive couplings for charging electrically powered motor vehicles; electrical boxes for housing wireless chargers for electrically powered motor vehicles; computer application software for smart phones, mobile phones, cellular phones, hand held devices, tablet computes, handheld computers, laptops, and personal computers for wireless content delivery for use in managing, battery charging stations for electrically powered motor vehicles, and providing proper positioning over a battery charging station for electrically powered motor vehicles;
POWERWISE TEXTRON INNOVATIONS INC. 40 Westminster Street Providence RI 02903 battery chargers for electrically powered cars;POWER WISE;
REZONANT Hevo Incorporated 147 Prince Street Brooklyn NY 11201 Battery chargers for electrically powered motor vehicles; wireless battery charge devices for electrically powered motor vehicles; electronic controllers for use with wireless charging for electrically powered motor vehicles; electrical apparatus, namely, charging stations for charging electric vehicles; inductive battery charging devices for electrically powered motor vehicles; inductive electric couplings for charging electrically powered motor vehicles; electrical connection boxes for housing wireless chargers for electrically powered motor vehicles; downloadable computer application software for smart phones, mobile phones, cellular phones, hand held devices, tablet computers, handheld computers, laptops, and personal computers for wireless content delivery for use in managing battery charging stations for electrically powered motor vehicles; downloadable computer application software for smart phones, mobile phones, cellular phones, hand held devices, tablet computers, handheld computers, laptops, and personal computers for providing proper positioning over a battery charging station for electrically powered motor vehicles;
TRURANGE Hevo Incorporated 147 Prince Street Brooklyn NY 11201 Battery chargers for electrically powered motor vehicles; wireless battery charge devices for electrically powered motor vehicles; electronic controllers for use with wireless charging for electrically powered motor vehicles; electrical apparatus, namely, charging stations for charging electric vehicles; inductive battery charging devices for electrically powered motor vehicles; inductive electric couplings for charging electrically powered motor vehicles; electrical connection boxes for housing wireless chargers for electrically powered motor vehicles; downloadable computer application software for smart phones, mobile phones, cellular phones, hand held devices, tablet computers, handheld computers, laptops, and personal computers for wireless content delivery for use in managing, battery charging stations for electrically powered motor vehicles; downloadable computer application software for smart phones, mobile phones, cellular phones, hand held devices, tablet computers, handheld computers, laptops, and personal computers for providing proper positioning over a battery charging station for electrically powered motor vehicles;TRUE RANGE;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A battery charger with a discrete switched regulator provides relatively high efficiency and relatively low cost. Unlike known battery chargers which incorporate switched regulator ICs, the battery charger in accordance with the present invention utilizes the microprocessor for a dual function. In particular, the microprocessor not only controls the charging characteristics of the battery charging circuit but also directly controls the power output of the battery charger by direct control of the discrete switched regulator circuit. By using a discrete switched regulator circuit and redefining the role of the microprocessor, the battery charger in accordance with the present invention is relatively less expensive than known battery chargers which incorporate switched regulator ICs.