TU SIMPLE Trademark
Serial Number: 90770123
Trademark Classes
Class 9 - Computers & Electronics
Scientific, nautical, surveying, photographic, cinematographic, optical apparatus and instruments
Class 12 - Vehicles
Vehicles; apparatus for locomotion by land, air or water
Class 39 - Transportation & Storage
Transport; packaging and storage of goods; travel arrangement
Class 42 - Computer & Scientific
Scientific and technological services; industrial analysis and research services
Owner Contact Info
Legal Representation
Correspondence Address
Grace Han Stanton Perkins Coie LLP
P.O. Box 2608
Seattle, WA 98111
United States
Trademark Details
Filing Date
June 11, 2021
Registration Date
Not Registered
Published for Opposition
October 11, 2022
Goods & Services
Transportation and delivery services using autonomous vehicles, self-driving vehicles, driverless vehicles, and driver-assisted vehicles; freight brokerage services; freight transportation by land vehicles, autonomous land vehicles, self-driving land vehicles, driverless land vehicles, and driver-assisted land vehicles; leasing and rental of vehicles
Autonomous land vehicles, self-driving land vehicles, driverless land vehicles, driver-assisted land vehicles with all of the aforesaid vehicles featuring systems and devices for controlling their autonomous driving features and subsystems
Downloadable computer software, downloadable computer software applications and downloadable computer operating system software and computer hardware for operating and training artificial intelligence or deep learning applications for use in image analysis, autonomous vehicle monitoring and control, driver-assisted vehicle monitoring and control, human machine interfaces for vehicles, vehicle subsystem monitoring and control, object detection, lane detection, semantic segmentation for vehicle control, multi-object tracking, decision-making for vehicle control, navigation and mapping generation, facial analysis, and image recognition; recorded computer software and hardware for operating and training artificial intelligence or deep learning applications for use in image analysis, autonomous vehicle monitoring and control, driver-assisted vehicle monitoring and control, human-machine interfaces for vehicles, vehicle subsystem monitoring and control, object detection, lane detection, semantic segmentation for vehicle control, multi-object tracking, decision-making for vehicle control, navigation and mapping generation, facial analysis, and image recognition
Engineering and scientific research and development services in the field of vehicle automation, monitoring, and control systems, and products using those systems, which are used to control and monitor autonomous, self-driving, driverless, and driver-assisted vehicles; development, installation, consultancy, and maintenance of computer software and systems for the monitoring and control of autonomous, self-driving, driverless, and driver-assisted vehicles; software as a service (SaaS) featuring software for developing and supporting vehicle automation, vehicle monitoring, and vehicle control systems, and cartography services