20240055099. RANGE OF MOTION DETERMINATION simplified abstract (Bardavon Health Digital, Inc.)
Contents
RANGE OF MOTION DETERMINATION
Organization Name
Inventor(s)
Jeffrey Miles Greenberg of San Francisco CA (US)
Manish Shah of San Francisco CA (US)
Borja Arias Drake of Rijeka (HR)
Emmett Jackson Greenberg of Mill Valley CA (US)
Oriol Janes Pereira of Barcelona (ES)
RANGE OF MOTION DETERMINATION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240055099 titled 'RANGE OF MOTION DETERMINATION
Simplified Explanation
The abstract describes a method for computer-assisted exercise which involves loading a definition for the exercise, receiving an image of a patient performing the exercise, determining keypoints in the image, and checking if the patient meets the constraints defined for each step in the exercise.
- Definition of exercise includes ordered list of steps with positions and constraints
- Method loads current step, receives patient image, and determines keypoints
- Determines if patient meets constraints based on relative locations of keypoints
- Proceeds to next step if first set of constraints is met
- Potential Applications
- Physical therapy
- Fitness training
- Rehabilitation programs
- Problems Solved
- Ensures patients are performing exercises correctly
- Provides real-time feedback on exercise performance
- Helps in creating personalized exercise programs
- Benefits
- Improves effectiveness of exercise programs
- Reduces risk of injury from incorrect exercise performance
- Allows for remote monitoring and guidance in exercise routines
Original Abstract Submitted
a method for computer-assisted exercise is described. the method includes loading a definition for the exercise including an ordered list of steps. each step includes positions, and each position is defined by constraints. for each step in the ordered list, the method loads the current step, receives an image of a patient performing the exercise; and determines a plurality of keypoints in the image. for each constraint, a determination is made as to whether the constraint is being met by the patient based, at least in part, on the relative locations of the plurality of keypoints. in response to determining a first set of constraints in the position is met by the patient, the method proceeds to a next step in the ordered list of steps. methods for authoring the definitions for the exercises are also described.
