A motion protection system for training bicycles based on motion frequency sensing

Abstract

The invention discloses a protection system for an exercise frequency induction based spinning protection system. On the basis of a spinning bicycle, a frequency regulation box for driven riding is additionally arranged on the protection system; an exerciser can change self-riding to passive riding under the driving of a motor; a friction driving mode of a rough surface is adopted; when the exerciser applies force to stop pedaling and two sets of driving components have a certain speed difference, a transducer can induce and then feed back to the motor for relieving the driving, so that the potential safety hazard caused by continuous force application of the exerciser can be reduced, the long-term resistance abrasion between the parts can be avoided and the service life of the parts can be prolonged; a hinged cushion is matched with a trigger switch; when the exerciser leans back and drives the cushion to rotate so as to press the trigger switch, the box can be driven to move downward so as to release the driving between the gears, so that the passive suspension of the motion can be realized; the protection effect of the mechanical automatic and manual starting multi-aspect system is achieved; the exerciser can be effectively protected from being hurt in the motion process; the safety is higher.

Description

technical field [0001] The invention relates to the field of sports equipment, in particular to a sports protection system for training bicycles based on motion frequency induction. Background technique [0002] Generally, the cycling training bicycles used in the gym or at home are all exercised by people actively riding. This method allows people to complete physical exercise without leaving home. However, in the implementation, it will appear that the exercisers do not have strong perseverance to persist in exercising. After riding a bicycle a few times, they feel tired and stop riding. The effect of exercising and fitness cannot be achieved, and the training bicycle has become a decoration. If the function of passive riding can be added to the existing bicycle, the exerciser can still rely on the passive driving of the bicycle to complete the exercise after active pedaling fatigue, and maintain a certain heart rate and neuromuscular excitability. Exercise effect, the w...

AI Technical Summary

Problems solved by technology

However, in the implementation, it will appear that the exercisers do not have strong perseverance to persist in exercising. After stepping on the bicycle a few times, they feel tired and stop riding. The effect of exercise and fitness will not be achieved, and the training bicycle has become a decoration.

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