COMPUTER HARDWARE AIRCRAFT

Brand Owner (click to sort) Address Description
CIRRUS Cirrus Design Corporation 4515 Taylor Circle Duluth MN 55811 Computer Hardware for Aircraft; Avionic Sensor Systems, Namely, Navigation Systems, Aircraft Airspeed Sensors, and Aircraft Altitude Indicators; Navigation and Communication Systems in the Field of Avionics, Namely, GPS Receivers, Communication Transceivers, Transponders, Audio Panels Comprising Hardware and Software for Controlling Transmission and Reception of Radio Signals, Weather Radar, Terrain Awareness and Warning Systems (TAWS) Comprising Hardware and Software for Determining when a Terrain Hazard Exists and for Outputting Corresponding Alerts to an Aircraft Pilot or Crew, Automatic Flight Control Systems (AFCS) Comprising Hardware and Software for Automatically Controlling Flight of an Aircraft, Attitude Heading and Reference Systems (AHRS) Comprising Hardware and Software for Providing Aircraft Attitude and Heading Information for use by a Pilot, Flight Crew or Other Avionics, Primary Flight Displays (PFDs) Comprising Hardware and Software for Displaying Navigation and Flight Information and for Controlling Avionics Instruments, and Multi-Function Flight Displays (MFDs) Comprising Hardware and Software for Displaying Navigation and Flight Information and for Controlling Avionics Instruments; Aircraft Flight Planning Software; Electromechanical Controls for Use in Avionics; Electronic Communications Systems Comprised of Computer Hardware and Software for the Transmission of Data Between Two Points; On-Board Avionic Devices and Equipment, Namely a Suite of Computer Software Applications for Integrating the Operation of Flight Control Systems, Flight Management System, Electronic Calculators, Modular Computers, Autopilots, Navigation Computers and Instruments, Namely, Electronic Logs, Wind Instruments for Measuring and Indicating Force, Speed, and Direction, Compasses, Global Positioning Systems (GPS) Instruments, Autopilots for Automatic Navigation, Electronic Chart Plotters, Navigational Computers, Navigational Monitors, Automatic Flight Control System, Comprising of Stick Force Sensors, Control Wheels, Transducers, Amplifiers, Remote Actuators, Remote Terminals Computers and Computer Programs for Use Therewith, Radars and Muzzle Velocity Meters, Altitude Controls, Throttle Controls and Pitch Controls, Central Panel Displays, Radio Transceivers, Displays, All for Controlling Flight Parameters; Sensors and Automatic Testers for Command and Flight Control, Namely, Altitude Controls and Pitch Controls and Visual Radio Approach Systems, Monitoring Display; Aviation Engine Monitoring Instrumentation; Aviation Fuel Tracking Instrumentation; Enhanced Vision Systems, for Installation on Aircraft, Namely, Cameras, Sensors, Signal Processors, and Video Monitors; Servos; Hypoxia Checking Apparatus, Namely, an Interactive Software and Hardware System Which Requires Pilots to Check in at Certain Altitudes, and Upon Failure to do so, Automatically Adjusts Flight Altitude; Computer Application Software for Use by Aircraft Pilots or Aircraft Operators to Make and File Flight Plans, Make and Use Electronic Checklists, Obtain Current Information on Landing Facilities, Weather, Travel Accommodations, Airspace, Aircraft, and Regulatory Advisories, All for Use on Mobile Phones, Portable Electronic Devices, Computers, and the Internet; none of the foregoing being in relation to credit cards, debit cards, payment cards, automatic teller machines (ATMs), point of sale payment terminals, ATM, financial, banking, credit and payment services, electronic funds and currency transfer services, computer hardware and software for carrying out the aforementioned services;
CIRRUS PERSPECTIVE Cirrus Design Corporation 4515 Taylor Circle Duluth MN 55811 Computer Hardware for Aircraft; Avionic Sensor Systems, Namely, Navigation Systems, Aircraft Airspeed Sensors, Indicators for Monitoring and Controlling Fuel and Fluid Levels, and Aircraft Altitude Indicators; Navigation and Communication Systems in the Field of Avionics, Namely, GPS Receivers, Communication Transceivers, Transponders, Audio Panels Comprising Hardware and Software for Controlling Transmission and Reception of Radio Signals, Weather Radar, Terrain Awareness and Warning Systems (TAWS) Comprising Hardware and Software for Determining when a Terrain Hazard Exists and for Outputting Corresponding Alerts to an Aircraft Pilot or Crew, Automatic Flight Control Systems (AFCS) Comprising Hardware and Software for Automatically Controlling Flight of an Aircraft; Attitude Heading and Reference Systems (AHRS) Comprising Hardware and Software for Providing Aircraft Attitude and Heading Information for use by a Pilot, Flight Crew or Other Avionics, Primary Flight Displays (PFDs) Comprising Hardware and Software for Displaying Navigation and Flight Information and for Controlling Avionics Instruments, and Multi-Function Flight Displays (MFDs) Comprising Hardware and Software for Displaying Navigation and Flight Information and for Controlling Avionics Instruments; Aircraft Flight Planning Software; Electromechanical Controls for Use in Avionics; Electronic Communication Systems Comprised of Computer Hardware and Software for the Transmission of Data Between Two Points; On-Board Avionic Devices and Equipment, Namely a Suite of Computer Software Applications for Integrating the Operation of Flight Control Systems, Flight Management System, Electronic Calculators, Modular Computers, Autopilots, Navigation Computers and Instruments, Namely, Electronic Logs, Wind Instruments for Measuring and Indicating Force, Speed, and Direction, Compasses, Global Positioning Systems (GPS) Instruments, Autopilots for Automatic Navigation, Electronic Chart Plotters, Navigational Computers, Navigational Monitors, Automatic Flight Control System, Comprising of Stick Force Sensors, Control Wheels, Transducers, Amplifiers, Remote Actuators, Remote Terminals, Computers and Computer Programs for Use Therewith, Radars and Muzzle Velocity Meters, Altitude Controls, Throttle Controls and Pitch Controls, Central Panel Displays, Radio Transceivers, Displays, All for Controlling Flight Parameters; Sensor and Automatic Testers for Command and Flight Control, Namely, Altitude Controls and Pitch Controls and Visual Radio Approach Systems, and Display Monitors Therefore; Aviation Engine Monitoring Instrumentation; Aviation Fuel Tracking Instrumentation; Enhanced Vision Systems, for Installation on Aircraft, Namely, Cameras, Electronic and Infrared Sensors, Signal Processors, and Video Monitors; Servos; Hypoxia Checking Apparatus, Namely, an Interactive Software and Hardware System Which Requires Pilots to Check in at Certain Altitudes, and upon Failure to do so, Automatically Adjusts Flight Altitude; Computer Application Software for Use by Aircraft Pilots or Aircraft Operators to Make and File Flight Plans, Make and Use Electronic Checklists, Obtain Current Information on Landing Facilities, Weather, Travel Accommodations, Airspace, Aircraft, and Regulatory Advisories, All for Use on Mobile Phones, Portable Electronic Devices, Computers, and the Internet;Color is not claimed as a feature of the mark.;
 

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

   
Technical Examples
  1. A method for determining the configuration of a hardware item use with an online auction system is disclosed. The configuration is determined by sending a unique code to the manufacturer that manufactured the hardware and receiving configuration data corresponding to the hardware. The configuration is further determined by executing configuration utility software that analyzes the hardware using diagnostic routines as well as analyzing the operating system registry for hardware information. Re-use of components in the old computer system in a new computer system is also disclosed for maximizing total value of the purchase of a new computer system by re-using high value components. The method retrieves the street price corresponding to the old computer system and subtracts the price from the new computer price without the reused components in order to minimize the cost of the transaction. A computer system for receiving configuration data and submitting an auction description to an online auction site is further disclosed.