Adaptive stepless tie piece plate with adjustable pedal angle

Abstract

The invention provides an adaptive stepless tie piece plate with an adjustable pedal angle, and belongs to the field of sports equipment. The adaptive stepless tie piece plate comprises a bottom plate, a pedal and a foot baffle, wherein the end of the pedal is hinged to the bottom plate, the foot baffle is arranged at the rear side of the lower end of the pedal, the adaptive stepless tie piece plate is characterized in that the rear side of the foot baffle is fixedly provided with a vertical gauge rod, and the front side of the gauge rod fixes a contact sensor; the adaptive stepless tie pieceplate further comprises a controller and a pedal adjusting mechanism, wherein the pedal adjusting mechanism and the contact sensor are electrically connected with the controller respectively. According to the adaptive stepless tie piece plate with the adjustable pedal angle, double feet of a user can adjust the inclined angle of the pedal without leaving the pedal when the tie piece plate is in use, and the gradient of the pedal can be automatically adjusted according to the physical condition of the user.

Description

Technical field [0001] The invention belongs to the field of sports fitness equipment, and in particular relates to a self-adaptive and stepless adjustable pedal angle. Background technique [0002] Stretching board, as the name suggests, is a kind of exercise equipment for stretching muscles and collaterals. It mainly uses the inclination angle of the pedal to stretch the leg muscles, so that the muscles on the back of the legs can be effectively exercised, which can relax the muscles and promote blood circulation, and promote the legs. The blood circulation in the body and even the whole body is smoother, which is in line with the physiotherapy concept of Chinese medicine. At the same time, when the user is standing on the stretcher, the body is upright, especially the shoulders, neck, buttocks and other parts are balanced and upright, which promotes uniform muscle force throughout the body, which is beneficial to improve the body shape, and frequent use can help the user to ha...

AI Technical Summary

Problems solved by technology

[0003] Existing lacing boards usually include pedals, bottom boards and foot guards. A support board is provided at the bottom of the pedals to adjust the inclination angle of the pedals. However, no matter what the adjustment structure is, the user needs to leave the pedals and bend down to adjust manually.

While stretching, the leg muscles are in a tense state, leaving the pedal to adjust the angle will make the muscles relax, and then stand on the pedal again to stretch, this up and down will make the leg muscles tight and loose, and it is impossible to do it step by step Stretching, which seriously affects the effect of stretching and user experience

[0004] In addition, the standard stretching posture is to keep the legs upright on the pedals. Only at this time can the leg muscles be well stretched and the stretching effect can be achieved. Unbearable to tense calves

In the prior art, the adjustment of the pedal angle is divided into gears, such as third gear, fourth gear, fifth gear, etc., which need to be adjusted manually, but because the gears are fixed, for some people, it is impossible to find a suitable gear. Either the calves cannot get enough stretching strength, or the stretching degree is too large, causing discomfort in the legs, which seriously affects the effect of stretching

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