Magnetic damping sheet structure of magnetron flywheel of exercise bicycle

Abstract

The invention discloses a magnetic damping sheet structure of a magnetron flywheel of an exercise bicycle. The structure comprises an efficient automatic positioning anti-wear magnetic damping wheel device, a rotating rod, a first fixed installation disk, a connecting positioning column, a second fixed installation disk, a driving adjusting block, a driving adjusting rod and a driving column body,the efficient automatic positioning anti-wear magnetic damping wheel device is arranged at the upper end of the rotating rod and is connected by linkage, and the rotating rod is located at the same axis and connected with the first fixed installation disk in a rotating manner; the structure is provided with a structure capable of automatically adjusting the positioning pitch when heated and expanded, which helps to prevent the force generated by the expanded flywheel and the positioning structure from increasing and causing damage to the positioning structure, there is a structure in which incoming particulate matters are treated and discharged during work, and the magnetic damping structure is effectively prevented from being worn.

Description

technical field [0001] The invention relates to the field of exercise bike parts, more precisely, it relates to a magnetic damping plate structure of a magnetically controlled flywheel of an exercise bike. Background technique [0002] Magnetic damping is a structure that provides resistance to movement to reduce energy consumption. The magnetic damping structure in the exercise bike rotates according to the rotation of the magnetically controlled flywheel of the exercise bike to provide resistance. However, the current magnetic damping structure has the following disadvantages: [0003] 1. In the process of providing resistance for rotation, the rotating structure of the positioning flywheel and the flywheel will produce a relative force. Under the long-term force, heat energy will be generated, and the heat energy will cause the flywheel to slightly expand. The expanded flywheel and the positioning structure The generated force will increase, which will easily cause damag...

AI Technical Summary

Problems solved by technology

[0003] 1. In the process of providing resistance for rotation, the rotating structure of the positioning flywheel and the flywheel will produce a relative force. Under the long-term force, heat energy will be generated, and the heat energy will cause the flywheel to slightly expand. The expanded flywheel and the positioning structure The generated force will increase, which will easily cause damage to the positioning structure

[0004] 2. At the same time, wearing shoes to step on the exercise bike, the external particulate matter attached to the shoes is easy to mix into the air, and enter the magnetic damping structure through the air. During the movement of the magnetic damping structure, it will interact with the particulate matter Contact occurs, which easily leads to wear of the magnetic damping structure

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