An ultra-quiet intelligent power riding platform with electromagnetic resistance

Abstract

The invention proposes an ultra-quiet intelligent power riding platform with electromagnetic resistance. A large belt pulley is installed on the top of the frame, and a bicycle tower base is installed on the axis of the large belt pulley, and the bicycle flywheel is assembled and fixed with the tower base; , remove the rear wheel of the bicycle, clamp the bicycle frame on both sides of the large belt pulley, and then mesh the bicycle chain with the flywheel. The rider pedals the bicycle. At this time, the front wheel of the bicycle does not rotate, and the large belt pulley simulates the rear wheel of the bicycle to follow. The rhythm of the ride turns. The intelligent riding platform designed by the present invention can provide sufficient resistance, and can realize automatic adjustment of resistance according to different scenarios, bringing the most realistic riding experience. The riding platform makes very little noise during operation, creating an ultra-quiet riding environment for riders. The riding platform can provide accurate power measurement, so as to provide users with more scientific training data reference. Compared with the current riding platform on the market, the price is affordable and the cost performance is very high.

Description

technical field [0001] The invention relates to the field of training equipment, in particular to an ultra-quiet intelligent power riding platform with electromagnetic resistance. Background technique [0002] Chinese people have always had a special interest in bicycles. Many years ago, ordinary people used to use bicycles as their main means of transportation, and China became a "bicycle power". However, with the popularization of automobiles, the improvement of residents' income and the change of consumption concept, fewer and fewer people travel by bicycle, and bicycles are no longer the most important means of transportation. However, in recent years, with the increase of people's interest in sports and the pursuit of a healthy life, bicycles have returned with their unique fitness advantages and penetrated into the sports and lives of many people. Bicycle riding has gradually become popular all over the country. [0003] However, outdoor cycling is usually subject to ...

AI Technical Summary

Problems solved by technology

[0005] First of all, the resistance that the riding platform can provide determines whether it can provide the most realistic riding environment for users. At present, most riding platforms, especially roller riding platforms, have very little resistance, and the resistance cannot be adjusted, or the resistance adjustment effect is not good. Ideal, this greatly affects the user experience, and the exercise effect is relatively limited

Secondly, in cycling training, whether it is a professional athlete or an amateur cyclist, cycling power is a data that has attracted much attention. However, as far as the current situation is concerned, the power calculation of many riding platforms is not accurate. Cannot provide more scientific data reference for cyclists

Furthermore, the noise of the riding platform is also a problem that makes many riders feel distressed. Excessive noise will affect the training of the rider and the normal life of the surrounding people, and the user experience is not good.

In addition, although foreign manufacturers have successively launched several riding platforms that are highly praised by users, the price of nearly 10,000 or more than 10,000 yuan is too expensive to achieve good quality and low price, which makes many cyclists discouraged.

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