Spiral optical fiber winding device

Abstract

The invention relates to a spiral optical fiber winding device. The spiral optical fiber winding device comprises an optical fiber winding component, a base plate, a tension control component, an adjusting wheel component and an optical fiber wheel component. The optical fiber winding component and the optical fiber wheel component are installed at the two ends of the base plate respectively. The tension control component and the adjusting wheel component are installed on the base plate. An optical fiber on an optical fiber disk is wound around a tension wheel through the adjusting wheel and then is fixed into an optical fiber groove formed in the optical fiber disk. A turning handle on an optical fiber pressing disk is turned, and in this way, the optical fiber begins to be wound into a spiral shape according to an inner ring on the optical fiber disk. Due to the fact that the gap between the optical fiber disk and the optical fiber pressing disk just ensures that the optical fiber forms the spiral shape in the same plane, and the optical fiber pressing disk and the optical fiber disk are absorbed into a whole automatically through two sets of magnets, the turning handle on the optical fiber pressing disk is turned, the optical fiber disk and the optical fiber pressing disk convolute simultaneously through ball bearings, and in this way, the winding work of the spiral shape can be achieved. The spiral optical fiber winding device is simple and easy to use, the spiral optical fiber can be wound fast, and the optical fiber is not damaged.

Description

technical field [0001] The invention relates to the field of mechanical technology, in particular to a mechanical coiling device for a vortex-shaped optical fiber. technical background [0002] The existing optical fiber coiling technology is to coil the optical fiber on a long cylinder, but cannot be coiled into a spiral shape on the same plane. However, in the field of optical fiber applications, there are more and more requirements for the shape of optical fibers, such as the typical spiral shape. The current equipment cannot realize this function, and it is all achieved by manual coiling. However, manual coiling cannot guarantee the uniformity of each coil, and it also needs to consume a lot of time, the operation is cumbersome, the efficiency is low, and it is easy to cause visual fatigue of the eyes. Therefore, there is a need for a vortex-shaped optical fiber coiling device with simple structure, easy operation, high efficiency and safety. Contents of the invention...

AI Technical Summary

Problems solved by technology

[0002] The existing optical fiber coiling technology is to coil the optical fiber on a long cylinder, but cannot be coiled into a spiral shape on the same plane

However, in the field of optical fiber applications, there are more and more requirements for the shape of optical fibers, such as the typical spiral shape. The current equipment cannot realize this function, and it is all achieved by manual coiling.

However, manual coiling cannot guarantee the uniformity of each coil, and it takes a lot of time, the operation is cumbersome, the efficiency is low, and it is easy to cause visual fatigue to the eyes.

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