Motion platform having wire-shaped body winding mechanism

Abstract

The present invention provides a motion platform having a wire-shaped body winding mechanism, where the wire-shaped body winding mechanism is combined on one side of the motion platform to wind related pipelines, which prevents problems in operating security caused by dropping of overlong pipelines, makes the peripheral environment of the motion platform neat, and causes no vibration or noise pollution.

Description

BACKGROUND OF THE INVENTION1. Field of the Invention[0001]The present invention relates to a motion platform technology, and more particularly to a motion platform having a wire-shaped body winding mechanism.2. Description of the Related Art[0002]Regarding general automated mechanical devices such as a motion platform, repeated movement may cause damages to cables under automatic operation of a set stroke, and therefore, to protect the cables, an elastic sleeve pipe having desired strength and a protecting chain can be used to protect the cables in the prior art. The elastic sleeve pipe is relatively weak in telescopic and bending deformation capabilities, and is limited in application. The chain structure of the protecting chain allows diversified changes in shape, and thus the protecting chain is widely applied to protect cables in the technical field of motion platforms.[0003]However, when the conventional protecting chain is deformed, the volume of sound produced when the chain ...

AI Technical Summary

Benefits of technology

The present invention is a motion platform with a wire-shaped body winding mechanism that can protect cables, keep the motion platform clean, and avoid noise and vibration. The mechanism allows for easy adjustment of the wire-shaped body length as the platform moves. The mechanism does not affect the effectiveness of the winding mechanism in coiling the wire-shaped body or simplifying the environment. The motion platform's second rotary bodies can smoothly move relative to the wire-shaped body without hindering the winding process.

Problems solved by technology

The elastic sleeve pipe is relatively weak in telescopic and bending deformation capabilities, and is limited in application.

However, when the conventional protecting chain is deformed, the volume of sound produced when the chain links move relative to each other and contact the mechanical surface are usually very loud, and meanwhile the weight of the chain may easily cause undesired vibration during movement.

Therefore, in addition to the noises that affect the human health, the protecting chain is inapplicable in fields having high accuracy requirements because of the undesired vibration.

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