ZF COPILOT Trademark

Computer hardware; downloadable computer software for use in Advanced Driver Assistance Systems (ADAS) for use in monitoring traffic conditions, monitoring the condition of the driver and vehicle handling, providing intelligent route guidance, and providing the drivers with warnings in connection with the driver's condition, vehicle handling, and traffic conditions, including forward collision and lane departure warnings, traffic sign alerts, traffic light alerts, follow distance alerts, and speed detection alerts; electronic control and regulating devices for drives, motors, and engines for motor vehicles, namely, electronic controls; electronic control and regulating devices based on deep learning technology for the partly automated, highly automated, and fully automated operation of motor vehicles, namely, cruise controls for motor vehicles; electronic control and regulating devices for accelerating, slowing down and steering vehicles, namely, electronic controls; downloadable software for electronic control and regulating devices for accelerating, slowing down and steering vehicles; electronic control and regulating devices for apparatus for locomotion by land, air or water, namely, supercomputers for vehicles, aircraft, ships and submarines; electronic control and regulating devices for machines, namely, computer controls for the operation of machines; electronic control and regulating devices for industrial installations, namely, industrial automation controls; all the aforesaid control and regulating devices including for the partly automated, highly automated or fully automated operation of the aforesaid objects; measuring, control and regulating devices for mechanical, electric, electronic, hydraulic and pneumatic vehicle systems, namely, electronic control systems for identifying, analyzing and influencing vehicle functions including oil level, cabin air hydraulic fluid and coolant temperature, vehicle speed and acceleration, vehicle navigation, vehicle driving mode, steering angles, gear positions, entertainment systems, radio reception, in-vehicle temperature, distance between the vehicle and other objects, tire pressure, shock absorption, and engine and gearbox performance levels; sensors for determining the conditions of vehicles, including sensors for determining vehicle states, namely, pressure sensors, ultrasonic radiation sensors, infrared radiation sensors, acceleration sensors, temperature sensors, speed sensors, rotational speed sensors; radar ranging sensors; lidar sensors; testing and diagnostic systems for vehicles comprised primarily of electronic control systems for engines, simulators for driving, steering and control of vehicles