Damping control method for large-gradient running belt of fitness center

Abstract

The invention discloses a damping control method for a large-gradient running belt of a fitness center. The fitness center comprises a running belt, a front roller, a rear roller, a treadmill, a motor, a motor control panel, a brake resistor and a gradient sensor; the front roller is arranged at the front end of the treadmill; the rear roller is arranged at the rear end of the treadmill; the front roller and the rear roller are respectively wound at two ends of the running belt; the output end of the motor is connected with the front roller; the motor control panel is connected with the motor, the brake resistor and the gradient sensor; the gradient sensor is arranged on the treadmill. The method comprises the following steps that: the gradient sensor will automatically record the gradient data of the treadmill when the gradient rises or falls; the gradient data is sent to the motor control panel; and according to the speed consumed by the motor, the power consumption output to the brake resistor is adjusted, so that the running belt can keep constant speed at high and low gradients. Gradient data is monitored in real time, the motor is adjusted in real time, the running belt can be slightly braked for speed reduction, and the running belt is prevented from being accelerated due to gradient increase.

Description

technical field [0001] The invention relates to the technical field of fitness equipment, in particular to a damping control method for a large-slope running belt in a fitness center. Background technique [0002] The fitness center is a new concept of fitness equipment, which is dominated by the design of a variety of fitness equipment to create a full-scale home-style fitness equipment integration center. [0003] This case involves a kind of fitness center including a treadmill. As we all know, the frame and the treadmill are the main components of the treadmill. Now almost all treadmills have the function of slope adjustment, which adds new fun to the user's running, but Many running enthusiasts have reported that the running belt often "stalls" as the slope of the running platform increases, because the angle of the running platform gradually increases, the running belt is affected by gravity, the static friction force decreases, and the acceleration of the running belt...

AI Technical Summary

Problems solved by technology

[0003] This case involves a kind of fitness center including a treadmill. As we all know, the frame and the treadmill are the main components of the treadmill. Now almost all treadmills have the function of slope adjustment, which adds new fun to the user's running, but Many running enthusiasts have reported that the running belt often "stalls" as the slope of the running platform increases, because the angle of the running platform gradually increases, the running belt is affected by gravity, the static friction force decreases, and the acceleration of the running belt increases , but the treadmill does not have a stable running speed at this time, so the speed of the running belt at this time exceeds the preset speed

In this way, it is very likely that the user will not increase his running speed accordingly without knowing the speed increase, and the lack of power will cause a stall, thereby causing a safety hazard

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