Electromagnetic bicycle pedal

Abstract

The invention provides an electromagnetic bicycle pedal. The electromagnetic bicycle pedal comprises a pedal body, an electromagnetic device and a wireless controller. The electromagnetic device is positioned on the pedaling face of the pedal body, and the wireless controller is positioned on a bicycle handle and has on and off signals; the electromagnetic device comprises an iron core, an electricity-conductive winding, a battery, a wireless remote switch and a protective cover, wherein the electricity-conductive winding is wound around the iron core, the wireless remote switch is positioned between the battery and the electricity-conductive winding, the iron core and the electricity-conductive winding are positioned in the protective cover, and the wireless remote switch receives the on and off signals sent by the wireless controller. The electromagnetic bicycle pedal has the advantages of capability of controlling connection between the foot of a rider and the pedal body through manual on-off control of magnetic force, simple structure, low cost, wide application range, safety, reliability and capabilities of being directly applied to most of bicycles and meeting demands of professional or unprofessional riders for labor-saving bicycles.

Description

technical field [0001] The invention belongs to the field of bicycles, in particular to an electromagnetic bicycle pedal. Background technique [0002] Cycling is an increasingly popular way of healthy sports tourism. Bicycles are an important tool to realize this cycling movement. The positioning and connection between the rider's feet and the pedals during the riding process can greatly reduce the rider's Physical loss during cycling. [0003] The existing step-in pedals can tightly connect the rider's shoes to the pedals, thereby assisting the rider to use the inertia of the bicycle to save the rider's physical strength, but when the rider's feet need to be detached from the pedals, the rider must control the detachment of the shoes The strength and angle of the pedals, otherwise it is difficult to separate the shoes from the pedals, especially in emergency situations, it is difficult for the rider to control the required strength and angle, which often leads to the ride...

AI Technical Summary

Problems solved by technology

[0003] The existing step-in pedals can tightly connect the rider's shoes to the pedals, thereby assisting the rider to use the inertia of the bicycle to save the rider's physical strength, but when the rider's feet need to be detached from the pedals, the rider must control the detachment of the shoes The strength and angle of the pedals, otherwise it is difficult to separate the shoes from the pedals, especially in emergency situations, it is difficult for the rider to control the required strength and angle, which often leads to the rider falling because the shoes are difficult to detach from the pedals. Due to the difficulty of getting out of the pedal, it will pose a threat to the riding safety of the rider; on the other hand, this kind of pedal needs the rider to wear special shoes, which are not convenient for the rider to walk in daily life and the price is relatively high

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