Stride frequency regulating method for intelligent treadmill

Abstract

The invention discloses a stride frequency regulating method for an intelligent treadmill. According to the stride frequency regulating method, the stride frequency of a runner is calculated first, the relevant parameters including the matching parameter of the stride frequency and the rotation speed value are preset in the system of the treadmill, the treadmill can carry out comparing and judgment on the calculated stride frequency and the preset parameters, and the treadmill is enabled to make the corresponding response; and during the use process, for users having body fatigue or sudden body discomfort after long-time running, the stride frequency of running can decrease out of control, at the time, the treadmill realizing real-time computing on the stride frequency can make the corresponding response according to the judgment result in real time, the response measure is to reduce the rotation speed of a running belt or reduce the rotation speed of the running belt to the minimal rotation speed value, so that the rotation speed of the running belt is suitable for the users, meanwhile, due to the response made by the treadmill, the users have the sufficient time for adjusting theself-state or leaving the treadmill, then the danger that the users fall over and are injured on the treadmill is avoided, and therefore, the safety factor of the treadmill is improved.

Description

technical field [0001] The invention relates to the technical field of treadmills, in particular to a step frequency control method of an intelligent treadmill. Background technique [0002] Treadmill is a regular fitness equipment for families and gyms. The existing treadmill has various functions. Users can not only run on it, but also read, watch movies or listen to music, making boring running more effective. Fun has basically become the first choice for modern people to exercise. [0003] However, it is found through observation that existing treadmills have relatively large potential safety hazards during use. When the user runs for a long time, the body is tired, or when a sudden physical discomfort occurs, the running belt on the treadmill rotates faster. , the footstep frequency of the user can no longer keep up with the speed of the running belt. At this time, it is extremely easy to cause the user to fall and get injured. [0004] In view of this, the present in...

AI Technical Summary

Problems solved by technology

[0003] However, it is found through observation that existing treadmills have relatively large potential safety hazards during use. When the user runs for a long time, the body is tired, or when a sudden physical discomfort occurs, the running belt on the treadmill rotates faster. , the footstep frequency of the user can no longer keep up with the speed of the running belt. At this time, it is extremely easy to cause the user to fall and get injured.

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