CHARGING APPLIANCES BATTERIES

Brand Owner Address Description
CARLA KUKA Aktiengesellschaft Zugspitzstraße 140 D-86165 Augsburg Germany Charging appliances for batteries; charging appliances for vehicles; parts and accessories for all the aforesaid goods, included in this class; battery chargers; electronic load modules; chargers for electric batteries; electrical charging stations; electric charging posts; charging stations for electric vehicles; charging stations for gas-powered vehicles; charging stations for hydrogen-powered vehicles; electrical plugs; electrical plugs; power generating apparatus for vehicles; power generation appliances for vehicles; electric power units; power supply units; plug-in connectors; plug-in connectors; robotic electrical control apparatus; software for robots, robotics, service robots, charging appliances for batteries, charging appliances for vehicles, electric charging posts, charging stations, medical robots, automatic vehicles, service robots and mobile platforms (trolleys); security surveillance robots; none of the aforementioned goods for the estimation of daily dietary calcium intake and prevention of osteoporosis; electric power supplies;Robots for use in industry; transportation robots; robots with articulated arms for manipulating workpieces; charging robots, stationary or mobile; robots for supplying operating resources; gripper systems, namely, grippers (parts of machines); robotic arms for industrial purposes; energy supply equipment (power supply apparatus), namely, generators; electric power supplies; fuel dispensing pumps for service stations for refuelling vehicles with natural gas and liquefied petroleum gas; fuel dispensing pumps for service stations for refuelling vehicles with hydrogen gas; fuel dispensing pumps for service stations; robotic mechanisms being parts of loading-unloading machines and apparatus; robots for transport, conveying and handling; service robots [machines] for cleaning tasks; mobile platforms (parts of machines), in particular for moving industrial and service robots;Automatically guided vehicles, in particular for moving industrial and service robots; mobile platforms (trolleys), in particular for moving industry and service robots, other than mobile platforms (handling carts) for the transportation of people and automatically guided vehicles for the transportation of people; transportation robots;Physiotherapy and rehabilitation equipment; rehabilitation apparatus (body -) for medical purposes; robots (machines) for medical purposes, in particular for positioning and guiding medical measuring and diagnostic apparatus, for positioning and guiding persons for diagnosis and treatment, for positioning and guiding medical treatment instruments, including surgical instruments, and for positioning and guiding limbs within the framework of rehabilitation measures;Scientific and technological services and research and design relating thereto, in particular for robotics; industrial analysis and research services, in particular for robotics; design and development of computer hardware and software; engineering services; construction drafting; conducting technical project studies; other than the design and development of computer hardware and software in the field of the transportation of people, not other than the design and development of computer hardware and software for interfaces/software for communications and sequencers relating to service and charging robotics and charging stations/apparatus; none of the aforementioned services for the estimation of daily dietary calcium intake and prevention of osteoporosis;
 

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

    
Technical Examples
  1. A method and apparatus for charging batteries in a system of batteries. The method and apparatus involve producing a set of state of charge signals indicative of the states of charge of each battery in the system, successively identifying, from the state of charge signals, a most discharged battery in the system and applying a charging current to the most discharged battery for at least part of a first period of time less than a period of time required to fully charge the most discharged battery before identifying a succeeding most discharged battery in said system. The batteries are charged according to a dynamic charging sequence in which batteries are added into the charging sequence in order of increasing state of charge as batteries already in the charging sequence are charged to exceed the state of charge of a battery having the next higher state of charge relative to the state of charge of the batteries already in the charging sequence.