20240050804. AN APPARATUS AND METHOD FOR FITNESS-TRACKING simplified abstract (BEFLEX INC.)
Contents
AN APPARATUS AND METHOD FOR FITNESS-TRACKING
Organization Name
Inventor(s)
Chang Keun Jung of Daejeon (KR)
AN APPARATUS AND METHOD FOR FITNESS-TRACKING - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240050804 titled 'AN APPARATUS AND METHOD FOR FITNESS-TRACKING
Simplified Explanation
The present invention is a fitness tracking method for workouts that includes the following steps:
- Calibration step: Setting local axes based on data from a body sensor and an arm sensor.
- Workout readiness posture detection step: Determining if a workout readiness posture is taken based on a designated axis value.
- Workout parameter data derivation step: Deriving workout parameter data based on a designated axis value for detecting motions or maintaining a workout posture.
- Workout end detection step: Detecting the end of a workout based on a designated axis value for determining if the workout is ended.
- Potential Applications:**
- Fitness tracking devices - Workout monitoring systems - Personal training tools
- Problems Solved:**
- Ensuring proper workout posture - Tracking workout parameters accurately - Detecting the end of a workout session
- Benefits:**
- Improved workout performance - Enhanced workout tracking - Real-time feedback on workout posture and readiness
Original Abstract Submitted
the present invention relates to a fitness tracking method for workouts, including: a calibration step of setting local axes, based on the sensed data from a body sensor and an arm sensor; a workout readiness posture detection step of determining whether a workout readiness posture is taken, based on a first designated axis value for workout readiness posture detection; a workout parameter data derivation step of deriving workout parameter data, based on a second designated axis value for detecting the number of motions or whether a workout posture is maintained; and a workout end detection step of detecting the end of a workout, based on a third designated axis value for determining whether the corresponding workout is ended.
