STRIV Trademark

Physical therapy equipment in the nature of wearable sensor-equipped shoe insoles for measuring plantar pressure, ground reaction force, gait mechanics, and limb-loading asymmetry to provide biomechanical support and rehabilitation; physical therapy equipment in the nature of wearable sensor-equipped shoe insoles sold as a unit with a foot-mounted computing module for measuring plantar pressure, ground reaction force, gait mechanics, and limb-loading asymmetry to provide gait analysis and rehabilitation assessment; all of the foregoing being for use in gait analysis, rehabilitation assessment, and biomechanical support, and not for blood glucose monitoring, insulin delivery, drug delivery, blood or urine testing, sleep-apnea diagnosis or treatment, infant vital-sign monitoring, heart-rate monitoring, GPS-based activity or route tracking, social-fitness networking, or general fitness tracking.

Sensors for scientific use to be worn by humans to gather human biomechanical data, namely, plantar pressure, ground reaction force, gait mechanics, and limb-loading asymmetry data, the foregoing sensors comprising sensor-equipped shoe insoles, a foot-mounted computing module, and a removable battery, sold as a unit; downloadable computer software using artificial intelligence for personalized biomechanical feedback and gait and load analysis based on plantar pressure, ground reaction force, gait mechanics, limb-loading asymmetry, and gait data generated by the foregoing sensor-equipped shoe insoles and foot-mounted computing module; downloadable cloud-based software for tracking and analyzing gait data and biomechanical performance data generated by the foregoing sensor-equipped shoe insoles and foot-mounted computing module; the foregoing software not being software for collecting, recording, displaying, or analyzing data from third-party sensors that are not part of the foregoing sensor-equipped shoe insoles and foot-mounted computing module, and not being standalone fitness-tracking, workout-logging, exercise-class, heart-rate-monitoring, GPS-based activity or route-tracking, or social-fitness-networking software independent of data generated by the foregoing sensor-equipped shoe insoles and foot-mounted computing module.