NETWORK CONTROLLERS REMOTELY MONITOR

Brand Owner Address Description
IOTMETER Linor Technology, Inc. 8065 North Point Blvd, Suite R Winston Salem NC 27106 Network controllers to remotely monitor and control the function and status of other electrical, electronic, and mechanical devices or systems, namely, wireless and wired LAN connectivity, TCP and IP network enabled hardware with built-in web-based runtime meter with recording features, electronic counters, elapsed time meters, elapsed time indicators, mechanical, electromechanical and electronic counting units, time controllers and time measuring units, time switches and hour meters; hour meters with resettable and non-resettable runtime monitors; wireless, electronic hour meters to remotely monitor and control the function and status of industrial vehicles, ground support equipment and powered equipment, namely, airport ground support vehicles, construction equipment, forklifts, scissor lifts, golf carts, overhead crane, manufacturing machinery, engines, pumps, compressors, generators, and industrial vehicles over the network or the internet; Network controllers for accurately monitoring and displaying elapsed time for machines and processes, service period monitoring for preventative maintenance and indicate maintenance intervals; electronic hour meters with digital inputs and relay outputs that can be used for many purposes, namely, saving electric energy by consuming it only when required, switching equipment on, off, or both at times required by some process; measuring analog and user defined inputs; measuring, signaling, and checking industrial equipment comprising computer hardware and recorded operating software used for displaying and measuring temperature, usage, power, position and locations;LINOR TECHNOLOGY METER;
 

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

    
Technical Examples
  1. A wireless scatternet is provided that has at least two networks, each including a controller and one or more devices. The controller of each network has a usable physical area that indicates the farthest distance to which the controller can successfully communicate. The controllers will pass network information to each other in various ways depending upon the extent of overlap between the networks. If two networks have visible overlap, the controllers will pass the network information directly. If they have hidden overlap, one controller will use a device in the other controller's network to pass the network information. If they have indirect overlap, one device from each network will together in a child network, and the controllers will pass the network information via the devices in this child network. The network information may be passed through beacons or a separate broadcast message.