Full-fiber sensing probe winding device and winding method

Abstract

The invention discloses a full-fiber sensing probe winding device and a winding method. The full-fiber sensing probe winding device comprises a tension control system, a glue coating control system, a fiber state adjusting system and a wire arranging and winding system; and the tension control system comprises a preparing ring bracket (1), a tension control motor (2), a fiber guiding wheel (3), a dance wheel (4), a tension sensor (5), a first adjusting wheel (6), a second adjusting wheel (7) and a guiding pulley (8) which are arranged on a support block (37). When the full-fiber sensing probe winding device is adopted for winding fiber, the winding device and the method have the advantages that the winding tension is constant and the wire arranging is precise, and further, the operation is simple, the production consistency is high, the reliability is high, and the like.

Description

Technical field [0001] The invention relates to an all-optical fiber sensing probe winding device and a winding method, and is particularly suitable for the probe winding of optical fiber hydrophone products. Background technique [0002] At present, for all-fiber sensing products, people often adjust probe structure parameters, fiber length, and sensitizing materials to obtain higher detection accuracy, while not paying enough attention to improving the winding device of fiber sensing probes. At present, the winding of domestic fiber probes basically adopts manual winding device, and during manual winding process, the fiber tension is prone to sudden sudden changes due to external disturbance, and the winding speed is not stable, the fiber discharge accuracy is too low, and the fiber twists frequently , Fracture phenomenon. The detection accuracy of the optical fiber sensor probe is very sensitive to the condition and tightness of the wound optical fiber. The uniformity and co...

AI Technical Summary

Problems solved by technology

[0002] At present, for all-fiber sensing products, people are more likely to obtain higher detection accuracy by adjusting the structural parameters of the probe, the length of the fiber, and the sensitizing material, etc., but not enough attention is paid to improving the winding device of the fiber-optic sensing probe.

At present, the winding of domestic fiber optic probes basically adopts manual winding devices. During the manual winding process, the tension of the optical fiber is prone to sudden changes due to external disturbances. At the same time, the winding speed is not stable, the precision of fiber arrangement is too low, and fiber twisting often occurs. , Fracture phenomenon

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