Man-machine interactive system and method applied to intelligent exercise bike

Abstract

The invention relates to a man-machine interactive system applied to an intelligent exercise bike. The system comprises a man-machine interactive module achieving man-machine interaction, an electromagnetic resistance generator, a circuit control unit, a heart rate detection sending unit, a data stage module and a communication module; for the man-machine interactive module, in the training process, a user adjusts the size of resistance in real time through the man-machine interactive module; the circuit control unit detects a foot pedal rotating speed signal and a foot pedal resistance signal and outputs a control signal to the electromagnetic resistance generator; the heart rate detection sending unit collects the heart rate of the user and sends the heart rate to the man-machine interactive module through the communication module. The invention further discloses a man-machine interactive method applied to the intelligent exercise bike. Accordingly, real-time resistance adjustment is achieved in a real sense, a trainee takes training in a constant power mode, and therefore the effectiveness of training is greatly improved; meanwhile, training is more scientific, simple fitness makes movement interesting, the training interest of the trainee is motivated, and the trainee can keep training perseveringly.

Description

technical field [0001] The invention relates to the technical field of smart exercise bikes, in particular to a human-computer interaction system and method applied to smart exercise bikes. Background technique [0002] With the advancement of science and technology, people's way of exercising is also quietly changing, and the tools for exercising are no longer simply a combination of machines, but are replaced by more and more machines, electronics, sensors, computer technologies and A new type of intelligent fitness equipment that integrates automation and control, exercise bikes are widely loved by bodybuilders because of their simple exercise methods, obvious exercise effects, and low exercise risks. [0003] Most of the traditional exercise bikes use the artificial adjustment of resistance during the training process, or the resistance adjustment by the computer according to the preset simulation environment. These training methods often adjust the training through th...

AI Technical Summary

Problems solved by technology

[0003] Most of the traditional exercise bikes use the artificial adjustment of resistance during the training process, or the resistance adjustment by the computer according to the preset simulation environment. These training methods often adjust the training through the trainer's self-feeling or according to his own experience. The method does not realize the real-time adjustment of resistance in a real sense, so that the trainer can train with constant power, and it is difficult for the trainer to maintain a constant power output, thus greatly reducing the effectiveness of training

At the same time, there is no evaluation of the training effect after the training of the trainer. The trainer himself can only judge the training effect subjectively, so that the training is not scientific enough. Simple fitness makes the exercise boring, and it is difficult to stimulate the trainer's enthusiasm interest in training, making training difficult to maintain

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