WIRELESS BATTERY CHARGERS

Brand Owner (click to sort) Address Description
CECOMO Cecomo 30 N Gould St Ste R Sheridan WY 82801 wireless battery chargers;
IKEA HOME SMART INTER-IKEA SYSTEMS B.V. Olof Palmestraat 1 2616 LN Delft Netherlands Wireless battery chargers; home and office electrical power automation systems comprising wireless and wired controllers, controlled devices, and software for appliances, lighting, HVAC, security and other home and office electrical power monitoring and control applications; electrical sensor apparatus for sensing the presence of absence of individuals or objects; plug adaptors and connectors; electric switches, switch housings and plates;HOME SMART;Furniture;
MOFLIN CASIO KEISANKI KABUSHIKI KAISHA 6-2, Hon-machi 1-chome Shibuya-ku, Tokyo 151-8543 Japan Wireless battery chargers; downloadable computer operating programs; downloadable computer programs for communication with, control of, maintaining and updating robots; electronic machines, namely, security surveillance robots; teaching robots; robots for educational support, namely teaching robots; entertainment robots, namely, humanoid and animal-like robots with artificial intelligence having metronomes; electronic circuits and digital storage media recorded with automatic performance programs for playing electronic musical instruments, for playing audio recordings, and accessing the Internet; downloadable musical files; downloadable image files containing artwork, photographs, animations; recorded video discs featuring entertainment and information in the field of robots; downloadable cinematographic films featuring entertainment for animal lovers; downloadable electronic publications being e-books, e-zines, articles, and manuals in the field of robots; animal-like robots with artificial intelligence for personal use or for recreation, having movement and mobility of animals in the nature of animal robots with artificial intelligence, and structural parts therefor;Toys for pets; electronic and mechanical action toys; dolls; toy robots; smart robot toys; robot toys and their replacement parts and fittings; robot pet toys; sports-equipment in the nature of tossing ring games and play balls; entertainment robots, namely, smart robot toys; smart robot toys for personal use or for recreation, having movement and mobility of animals in the nature of animal smart robot toys with artificial intelligence, and structural parts therefor;
POWERHOLIC Opentech Inc. 13F, SJ-Technoville 278, Beotkkot-ro, Geumcheon-gu; Seoul Republic of Korea Wireless battery chargers; battery chargers; rechargers for electric batteries; rechargers for electric accumulators; cases for mobile phones; cases for cellular phones; battery charging cradles for portable electronic devices; battery charging cradles for portable communications apparatus; rechargers for tablet computers; stands for tablet computers;
TECHIPAK T&A Ventures 69 Wentworth Drive East Hartford CT 06118 Wireless battery chargers;
THE POWER TO CONNECT WIRELESSLY L&P PROPERTY MANAGEMENT COMPANY 4095 Firestone Blvd. South Gate CA 90280 wireless battery chargers; wireless power chargers for charging batteries in portable devices using induction; wireless power supplies; charging appliances for rechargeable equipment;
VOTECHME Johny Vo 10711 Francis Drive Silver Spring MD 20902 Wireless battery chargers, portable battery chargers, phone cases;
 

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.