Motion training pedal cycle with multi-motion and feedback mode
A feedback mode and sports training technology, applied in sports accessories, transportation and packaging, vehicle parts, etc., can solve the problems of only indoor activities in a fixed location and single function, and achieve the effect of enhancing interest and confidence and reducing manufacturing costs
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specific Embodiment approach 1
[0013] The control module 2 adjusts the operation mode of the bicycle 1 according to the feedback signal of the myoelectric signal module 4, and sends a control signal to the functional electrical stimulation module 3 according to the operation mode of the bicycle 1;
[0014] The functional electrical stimulation module 3 generates a stimulation pattern according to the control signal of the control module 2, and electrically stimulates the leg muscles of the user;
[0015] The electromyographic signal module 4 collects the electromyographic signals of the skin surface of the muscle groups of the user of the bicycle 1 , analyzes the electromyographic signals, and feeds back the muscle fatigue to the control module 2 .
[0016] The bicycle 1 is used to carry the entire system, and the existing bicycle can be transformed to convert the pedaling motion of the patient into the motion of the car body, which can be adjusted according to different patients to make the patient more com...
specific Embodiment approach 2
[0019] Specific implementation mode three: see figure 1 The difference between this embodiment and the first embodiment is that the control module 2 is composed of the following units:
[0020] The torque sensor (SRM) 2-1 is arranged on the pedal 8 of the bicycle 1 and sends the torque signal collected by the user acting on the pedal 8 to the data converter 2-3;
specific Embodiment approach 3
[0021] The shaft encoder 2-2 is arranged on the pedal 8 of the bicycle 1 and sends the collected pedal 8 rotation angle signal to the data converter 2-3;
[0022] The data converter 2-3 converts the digital signal from the torque sensor 2-1 and the shaft encoder 2-2 into an analog signal and sends it to the data acquisition card 2-4;
[0023] The data acquisition card 2-4 sends the analog signal from the data converter 2-3 to the computer 2-5;
[0024]The computer 2-5 analyzes the data from the data acquisition card 2-4, and sends a control signal to the switch device of the motor 5 of the bicycle 1 and the functional electrical stimulation module 3 according to the analysis result.
[0025] The software of the control module 2 is mainly composed of power closed-loop control, motor closed-loop control and myoelectric signal control modules. The power closed-loop control system obtains the output power of the patient by collecting the signals of the torque sensor 2-1 and the s...
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