ELECTRICAL MACHINES APPARATUS NAMELY

Brand Owner (click to sort) Address Description
EM MCGRAW-EDISON COMPANY Elgin IL ELECTRICAL MACHINES AND APPARATUS-NAMELY, SYNCHRONOUS GENERATORS, SYCHRONOUS MOTORS, [ DIRECT-CURRENT GENERATORS, ] INDUCTION MOTORS, VERTICAL HOLLOW-SHAFT SYNCHRONOUS MOTORS, [ DIRECT-CURRENT MOTORS, ] DUAL-VOLTAGE SYNCHRONOUS GENERATORS, SYNCHRONOUS CONDENSERS, [ AUTOMATIC SYNCHRONIZERS ] VOLTAGE REGULATORS, [ FREQUENCY-RESPONSIVE SYNCHRONOUS-MOTOR CONTROLS, POLARIZED FIELD-FREQUENCY SYNCHRONOUS-MOTOR CONTROLS, PART-WINDING MOTOR STARTING CONTROLS, AUTOMATIC CONTROLS FOR INDUCTION MOTORS, SWITCH MAGNETS, OVERLOAD RELAYS, AUTOTRANSFORMERS, CURRENT TRANSFORMERS, UNDERVOLTAGE RELEASE RELAYS, FIELD DISCHARGE RESISTORS, DISCONNECTING SWITCHES, CONTROL TRANSFORMERS, REACTORS,RHEOSTATS, ] AND MAGNETIC DRIVES;
EM MCGRAW-EDISON COMPANY Elgin IL Electrical Machines and Apparatus-Namely, Synchronous Generators, Synchronous Motors, Direct-Current Generators, Induction Motors, Vertical Hollow-Shaft Synchronous Motors, Direct-Current Motors, Dual-Voltage Synchronous Generators, Synchronous Condensers, Automatic Synchronizers, Voltage Regulators, Frequency-Responsive Synchronous-Motor Controls, Polarized Field-Frequency Synchronous-Motor Controls, Part-Winding Motor Starting Controls, Automatic Controls for Induction Motors, Switch Magnets, Overload Relays, Autotransformers, Current Transformers, Undervoltage Release Relays, Field Discharge Resistors, Disconnecting Switches, Control Transformers, Reactors, Rheostats, and Magnetic Drives;
EM ELECTRIC MACHINERY MFG. COMPANY Minneapolis MN ELECTRICAL MACHINES AND APPARATUS-NAMELY, SYNCHRONOUS GENERATORS, SYNCHRONOUS MOTORS, DIRECT-CURRENT GENERATORS, INDUCTION MOTORS, VERTICAL HOLLOW-SHAFT SYNCHRONOUS MOTORS, DIRECT-CURRENT MOTORS, DUAL-VOLTAGE SYNCHRONOUS GENERATORS, SYNCHRONOUS CONDENSERS,AUTOMATIC SYNCHRONIZERS, VOLTAGE REGULATORS, FREQUENCY-RESPONSIVE SYNCHRONOUS-MOTOR CONTROLS, POLARIZED FIELD-FREQUENCY SYNCHRONOUS-MOTOR CONTROLS,PART-WINDING-STARTING MOTOR CONTROLS AUTOMATIC CONTROLS FOR INDUCTION MOTORS, SWITCH MAGNETS, OVERLOAD RELAYS, AUTO-TRANSFORMERS, CURRENT TRANSFORMERS, UNDERVOLTAGE RELEASE RELAYS, FIELD DISCHARGE RESISTORS, DISCONNECTING SWITCHES, CONTROL TRANSFORMERS, REACTORS, RHEOSTATS, MAGNETIC DRIVES, SLIP RING INDUCTION MOTORS, INCHING CONTROLS FOR ELECTRIC MOTORS, AND TWO SPEED INDUCTION MOTORS;
EM ELECTRIC MACHINERY MFG. COMPANY Minneapolis MN ELECTRICAL MACHINES AND APPARATUS-NAMELY, SYNCHRONOUS GENERATORS, SYNCHRONOUS MOTORS, DIRECT-CURRENT GENERATORS, INDUCTION MOTORS, VERTICAL HOLLOW-SHAFT SYNCHRONOUS MOTORS, DIRECT-CURRENT MOTORS, DUAL-VOLTAGE SYNCHRONOUS GENERATORS, SYNCHRONOUS CONDENSERS, AUTOMATIC SYNCHRONIZERS, VOLTAGE REGULATORS, FREQUENCY-RESPONSIVE SYNCHRONOUS-MOTOR CONTROLS, POLARIZED FIELD-FREQUENCY SYNCHRONOUS-MOTOR CONTROLS,PARTWINDING-STARTING MOTOR CONTROLS, AUTOMATIC CONTROLS FOR INDUCTION MOTORS, SWITCH MAGNETS, OVERLOAD RELAYS, AUTO-TRANSFORMERS, CURRENT TRANSFORMERS, UNDERVOLTAGE RELEASE RELAYS, FIELD DISCHARGE RESISTORS, DISCONNECTING SWITCHES, CONTROL TRANSFORMERS, REACTORS, RHEOSTATS, MAGNETIC DRIVES, SLIP RING INDUCTION MOTORS, INCHING CONTROLS FOR ELECTRIC MOTORS, AND TWO SPEED INDUCTION MOTORS;
 

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

    
Technical Examples
  1. A self coordinated machine network is established by two or more machines in proximity with each other via a wired or wireless network infrastructure. The machines are configured to establish an ad hoc network between themselves for sharing information related to their common applications. New machines that come into proximity of the network infrastructure are configured to join an existing ad hoc network. Machines that power down or are removed from proximity of the network infrastructure are eliminated from the ad hoc network. Communications between the constituent machines of the ad hoc network allow the machines to self coordinate the network and redundantly store information pertaining to the common and disparate applications of the various machines that comprise the self coordinated machine network.