Serial Number
99545760
Owner
Phase IV Engineering, Inc.Attorney
Elizabeth G. BorlandFirst Use Date
May 2, 2018
Filing Date
Dec 12, 2025
LEAP SENSORS Trademark
Serial Number: 99545760 • Registration: 8333150
Trademark Classes
Owner Contact Info
2820 Wilderness Place, Unit C
Boulder, CO 80301
Entity Type: 03
Legal Representation
Correspondence Address
Elizabeth G. Borland Smith, Gambrell & Russell, LLP
1105 W. Peachtree Street, N.E.
Suite 1000
Atlanta, GA 30309
United States
Trademark Details
Filing Date
December 12, 2025
Registration Date
July 7, 2026
First Use Anywhere
May 2, 2018
First Use in Commerce
May 2, 2018
Published for Opposition
May 19, 2026
Goods & Services
Wireless sensors, namely, wireless temperature sensors, wireless pressure sensors, wireless vibration sensors, wireless ultrasonic sensors, wireless proximity sensors, wireless infrared motion sensors, wireless ultrasonic distance sensors, wireless surface acoustic wave sensors, wireless position sensors and wireless acceleration sensors; wireless electric sensors for measuring strain, humidity, g-force, inclination, impact force, length of run-time, voltage, electrical current, liquid flow, light, touch, smoke, mechanical switch input, magnetic switch input, light switch input, switch output and switch input voltage, floodwater, motion, infrared motion, distance, time of flight over distance, color, voltage pulses, current pulses, incremental encoded pulses, electromagnetic pulse events, bending, radio frequency, microphone sound, viscosity, radiation, global positioning system location, imaging, force, density, speed, rotational speed, rotational acceleration, depth, angle, fluid viscosity, stretch, compression, traffic, flatness, sonar, torque, interferometry, calorimetry, transition edge, timing, orientation and angular velocity, inertial navigation location, Hall effect, optical and rotary encoding, linear distance, air quality, contaminants, count number, seismism, chemical concentrations, mixture content, gas concentration, liquid level, container fill-level, moisture and magnetic forces; wireless electric sensors that change resistance with a change in the object being measured; wireless electric sensors that change voltage with a change in the object being measured; wireless electric sensors that change electrical current with a change in the object being measured; wireless electric sensors that change inductance with a change in the object being measured; wireless electric sensors that change capacitance with a change in the object being measured; wireless electric sensors that write data to memory to be downloaded at a later time