SENSATA RESONIX
Mark Identification

SENSATA RESONIX

Serial Number

97479981

Filing Date

Jun 28, 2022

Trademark by

SENSATA TECHNOLOGIES

Classification Information

Sensors for measuring the speed of sound to detect gas leaks and gas quality for A2L refrigerants; Ultrasonic sensors; Acoustical sensors for measuring sound to detect gas leaks and gas quality in A2L refrigerants; Air quality sensors for A2L refrigerants; Leak detection sensors for A2L refrigerants; Acoustic emission sensors for detecting and measuring sound to detect gas leaks and gas quality for A2L refrigerants; Sensors to monitor and detect A2L refrigerant leaks in industrial and HVAC equipment; Industrial and HVAC gas sensors for detecting gas leaks and measuring gas quality for A2L refrigerants; Gas detection and monitoring equipment, namely, gas detectors for A2L refrigerants, computer display screens for monitoring gas detection data for A2L refrigerants, and gas alarms for A2L refrigerants; Gas detectors for detecting the presence of gas for A2L refrigerants; Protective cases specially adapted for use with gas detectors and gas testing instruments for A2L refrigerants; Gas sensing, detecting, and monitoring systems comprised of computer hardware and gas detectors for detecting the presence of gas for A2L refrigerants; Computer hardware and recorded software system for monitoring equipment data for A2L refrigerants; Computer hardware and recorded software system for monitoring and detecting gas leaks for A2L refrigerants; Environmental monitoring system comprised of meters and sensors that detect gas leaks and measure quality of gasses, pressure, humidity, and temperature and includes alarm and reporting functions for A2L refrigerants; Recorded operating system programs for A2L refrigerants; Downloadable software for monitoring specified conditions and controlling respective devices within a designated area for A2L refrigerants

Electrical and Scientific Apparatus

Product design and development of sensors for diagnosing and detecting the presence of gas for A2L refrigerants

Computer and Scientific