Reciprocating Bounce Machine

Abstract

The invention relates to a reciprocating bouncing exercise machine, comprising: pedals for users to stand on; a base located below the pedals; a driving device installed on the base, which includes: a motor, a speed reduction mechanism, an eccentric shaft and a transmission A connecting rod; and a buffer energy-saving mechanism, including: a plurality of guide posts, vertically fixed on the base and symmetrical to the center of the pedal; and a plurality of buffer accumulators, matched with a plurality of guide posts, each The buffer accumulator can move back and forth along the corresponding guide column, so that it can store part of the kinetic energy to provide a cushioning function when the pedal approaches the base downward, and can release the stored energy to provide a lift when the pedal leaves the base upward. Lifting auxiliary force. The reciprocating bouncing machine of the present invention has the effects of reducing the impact and wear on the structure, saving the energy consumption of the driving device, and prolonging the service life of the machine.

Description

technical field [0001] The invention relates to a reciprocating bouncing machine, in particular to a reciprocating bouncing machine with buffering and energy-saving effects. Background technique [0002] In order to achieve the effect of fitness and sports, and with the popularization of sports and fitness equipment to families, the industry has proposed a variety of fitness equipment that can drive the user's body to generate vibration. These fitness sports equipment usually have a platform placed on the ground to support the human body. The motor drives the eccentric transmission shaft, and then drives the linkage mechanism composed of many connecting rods through the eccentric transmission shaft, and then directly and continuously through this linkage mechanism. Continuously drive the supporting frame or the shell and the seat used to support the human body to generate up and down vibration displacement, and then support the human body to generate vibration movement. How...

AI Technical Summary

Problems solved by technology

However, the existing fitness equipment is complex in structure, time-consuming and labor-intensive to assemble, and there are still many unreasonable places in the design, for example: there are many connection points of the parts, and the user is likely to cause the equipment to be subjected to excessive impact when exercising, causing the parts to be prone to wear , or even damaged, so the service life is shortened; on the other hand, the up and down vibration movement is completely driven by the motor, which is also prone to high energy consumption, resulting in more energy consumption of the motor

Especially for the reciprocating bouncing motion, because the mechanical structure of the equipment needs to withstand more frequent up and down reciprocating motions, the impact of the force received during the motion is greater, the machine is more likely to be worn or even damaged, and the maintenance cost is higher

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