Intelligent riding equipment and power calculation method thereof

Abstract

The invention relates to the technical field of intelligent riding equipment, and provides a power calculation method of intelligent riding equipment, which can realize accurate adjustment of the power of a riding platform without additionally arranging various measuring equipment such as a torque sensor on the riding platform. By controlling the relative position, namely the displacement amount, between the permanent magnet in the magnetic force resistance increasing device and the inertia wheel of the riding table, the relative induction area and the magnetic induction flux between the magnet and an aluminum sheet on the inertia wheel are changed, the torque of the inertia wheel is correspondingly affected, linear adjustment of the power is achieved, corresponding specific steps are given, and the reliability of the riding table is improved. The output power data is more stable and reliable, and the accuracy of power output is improved. Meanwhile, the invention further provides intelligent riding equipment, the stepping motor is arranged to control the lead screw to rotate, namely, the displacement amount of the permanent magnet is correspondingly controlled, the displacement amount can be precisely and linearly adjusted by setting the specific numerical value of the screw pitch of the lead screw, and the stability and accuracy of power output are ensured.

Description

technical field [0001] The invention relates to the technical field of intelligent riding equipment, in particular to an intelligent riding equipment and a power calculation method thereof. Background technique [0002] At present, in the field of professional cycling training, the output power of athletes is an important indicator for evaluating the training effect. In training equipment, the calculation of power requires accurate speed and torque data, so it is necessary to install a variety of detection devices, such as torque sensors, power meters, etc., but the cost is high, maintenance and calibration are required in the later period, and there are usually problems during use. Inaccurate measurement, low service life and other problems make it impossible to accurately output power, let alone achieve linear regulation and control of power. In most of the riding training equipment in the prior art, it is impossible to accurately measure the output power and the correspo...

AI Technical Summary

Problems solved by technology

In training equipment, the calculation of power requires accurate speed and torque data, so it is necessary to install a variety of detection devices, such as torque sensors, power meters, etc., but the cost is high, maintenance and calibration are required in the later period, and there are usually problems during use. Inaccurate measurement, low service life and other problems make it impossible to accurately output power, let alone achieve linear adjustment and control of power

In most of the riding training equipment in the prior art, it is impossible to accurately measure the output power and the corresponding changes; in a small number of products, the power can be adjusted, but usually the multi-position switch is manually adjusted, and the linearity of the power cannot be achieved. Change adjustment, resulting in a large error in the measured power and poor user experience

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