LOW ENERGY ELECTRICAL CIRCUITS

Brand Owner (click to sort) Address Description
K KRONE AKTIENGESELLSCHAFT Beeskowdamm 3-11 D-14167 Berlin-Zehlendorf Germany low energy electrical circuits for data communication, telecommunications applications, and control engineering; apparatus for monitoring, measuring, testing and controlling electrical signals; overvoltage and electrical current protection apparatus, namely overvoltage arrestor magazines and overvoltage arrestor modules; electro-technical and electronic components, apparatus, and instruments, namely varistors, transistors, resistors, and printed circuit boards; electrical cables, electrical wires, electrical conductors, and electrical terminal and connection parts therefor; electric switches, electrical distribution panels and boxes and cabinets therefor; devices for electrical telecommunication, namely fiber optic cables and light guides, fiber optic terminals and apparatus for the transfer, distribution and connection of fiber optic transmissions, namely optical receivers, optical transmitters, and optical fibers; telephone installations comprising exchanges; interfaces and inquiry stations for electronic data processing; public exchange lines, terminals for an integrated service digital network (ISDN); telefax apparatus and connecting wires therefor; telephones; modems; facsimile machines for television, telephone and telescopy transmission and parts therefor; electronic computers; computer programs for use in telecommunication and data transfer; information display devices, namely light emitting diode and electro-luminescence displays and illuminated advertisement boxes; split flap and rolling band display devices and control units, monitors, and program to operate such information display devices;
KRONE COMMSCOPE TECHNOLOGIES 1100 CommScope Place SE Hickory NC 28602 low energy electrical circuits for data communication, telecommunications applications, and control engineering; apparatus for monitoring, measuring, testing and controlling electrical signals; overvoltage and electrical current protection apparatus, namely, overvoltage arrestor magazines and overvoltage arrestor modules; electro-technical and electronic components, apparatus, and instruments, namely, varistors, transistors, resistors, and printed circuit boards; electrical cables, electrical wires, electrical conductors, and electrical terminal and connection parts therefor; electric switches, electrical distribution panels and boxes and cabinets therefor; fiber optic cables and light guides, fiber optic terminals and apparatus for the transfer, distribution and connection of fiber optic transmissions, namely, optical receivers, optical transmitters, and optical fibers; telephone installations, namely, interface units for electronic data processing and connecting wires therefor; [telephones;] modems; [electronic computers; ]computer programs for use in telecommunication and data transfer; [information display devices, namely, light emitting diode and electro-luminescence displays and illuminated advertisement boxes; split flap and rolling band display devices and control units, monitors, and program to operate such information display devices];installation, assembly and maintenance and repair of data communication circuits, overvoltage and electrical signal detection, modules, printed circuit boards and electrical and electronic devices, fiber optic telecommunication equipment, telecommunication apparatus,[ computers, and illuminated advertising equipment and split flap and rolling band display monitors];The English translation of the word KRONE is crown, crest, or top.;
 

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

   
Technical Examples
  1. An energy harvester and method for electrical energy harvesting from electromagnetic interference, generated by electrical wiring and/or an electrical appliance, by receiving electromagnetic field energy radiated by the electromagnetic interference and converting the electromagnetic field energy to an electrical current for powering an electrical device. The voltage associated with the electrical current may be increased in preparation for powering the electrical device. The electrical current may be stored in preparation for powering the electrical device.