Multidirectional movement device

Abstract

The invention provides multidirectional movement device, being characterized in that a control unit of the multidirectional movement device is connected with a sensor and a power unit; a loader of a bearing unit is arranged on the side, away from the ground, of a model, and the sensor and the power unit are arranged in the loader and the model respectively; when a user is located on the loader, the sensor sends preset information to the control unit, and the control unit controls the power unit to work according to the preset information; a transmission assembly of the power unit is arranged between a power assembly and the loader; and the bearing unit is supported through the transmission assembly, and the power unit controls the output end of the power assembly to abut against the transmission assembly at a preset frequency according to an instruction of the control unit to drive the bearing unit to vibrate. The multidirectional movement device can generate the vibration effect similar to horse riding without output of the user, thus meeting the horse riding requirement of the user, and can drive the user to do fitness through movement of the multidirectional movement device, sothat the user does not feel tired easily, and the fitness pleasure and effect of the user are improved.

Description

technical field [0001] The invention relates to the technical field of fitness equipment, in particular to a multi-directional exercise equipment. Background technique [0002] Equestrian sports are elegant and stimulating. Horseback riding can arouse the hidden self-confidence in people's hearts, enhance people's ability to adapt to complex environments, relieve loneliness and depression, and delight the body and mind. It is a fashion of life, but because horse riding is expensive and requires professional coaches and venues to exercise, it is called the first noble sport in the West. [0003] In order to meet people's equestrian exercise fitness needs, machines are used to simulate equestrian exercise on the market. But, its power mode of the equipment of existing simulation horse-riding motion is mainly the foot-stepping motion type. The foot-stepping movement type is that the rider's own leg movement steps on the flywheel pedal, drives the relevant mechanism components...

AI Technical Summary

Problems solved by technology

Both of these methods require the user's own effort and cannot simulate the vibration effect that does not require the user's own effort when riding a horse, so they cannot meet the user's horse riding fitness needs.

Moreover, the above-mentioned equipment requires the user to contribute himself, which is easy to make the user feel tired, thereby giving up fitness, reducing the fun and effect of the user's fitness

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