Fitness exercise guiding equipment

Abstract

The invention relates to fitness exercise guiding equipment which can guide a user to do fitness exercise, detect displacement of a plurality of body parts of the user during guiding and display an image picture for the user to watch, and the image picture comprises a demonstration portrait and at least one action checking image, each action checking image corresponds to a preset body part which can be detected by the user and is provided with an action prompting track and an action evaluation quantity, and the action prompting track is displayed at a preset display position and presents a preset track style, the motion evaluation indicates a motion coincidence degree of the predetermined body part of the user corresponding to a segment of motion path of the predetermined body part in the motion motions demonstrated by the demonstration portrait, and the motion coincidence degree is determined according to the measured displacement of the predetermined body part.

Description

technical field [0001] The present invention relates to sports training equipment, in particular to a guiding device that can use interactive images to guide users to exercise. Background technique [0002] For a long time, many people will follow the instructor's action demonstration and oral guidance in the pre-recorded video to perform fitness exercises such as aerobics, aerobic dance, Pilates, yoga, weight training, etc. This kind of one-way learning The disadvantage of the training method is that compared with the demonstration and requirements in the video, the actual movements of the practitioner will inevitably be incorrect or inaccurate, such as wrong body posture, hands and feet not moving according to the required path, the movement stroke is too short, Insufficient reciprocating times, etc., cannot be corrected and supervised immediately, so that the exercise effect is often lower than the expected goal; on the other hand, when the exerciser moves correctly or me...

AI Technical Summary

Problems solved by technology

[0005] In the practical framework of the technology disclosed above or similar prior technologies, the above-mentioned guidance equipment usually provides a number of fitness exercises with different contents for users to choose according to their needs. When developing a sports program database, let’s not talk about the design and production of the action composition and demonstration content of each fitness exercise (such as the aforementioned virtual coach, whether it is a computer-generated animation or a real-life demonstration video), just because the content has been determined. It is a time-consuming and labor-intensive task to set the movement targets (such as the aforementioned target area or the aforementioned virtual shadow) to guide and evaluate the various actions in each fitness exercise of the user.

In addition, the performance specifications and hardware costs of the aforementioned detection devices (such as time-of-flight ranging cameras) that assist in the implementation of the technology disclosed above are relatively high. At the same time, the software calculations for image display are also relatively complex, and the execution burden of the computer system is relatively heavy.

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