Water heating constant-temperature cutting device of illumination optical fiber

Abstract

The invention discloses a water heating constant-temperature cutting device of an illumination optical fiber, which comprises a rectangular housing, wherein the rectangular housing is internally provided with a rectangular opening water tank; the rectangular opening water tank is internally equipped with a guillotine optical fiber cutting mechanism; a thermostatic controller, a timer and a power switch are arranged on the rectangular housing; the thermostatic controller is electrically connected with heating rods; the heating rods extend into the rectangular opening water tank; and a water level in the rectangular opening water tank is higher than a cutting surface of the guillotine optical fiber cutting mechanism. After electrification, the electric heating rods begin to heat water in the rectangular opening water tank; after a preset temperature is reached, an optical fiber to be cut is inserted into the guillotine optical fiber cutting mechanism; the plastic optical fiber is heated to a softenable temperature and then cut; a light guide effect of the end face of the cut optical fiber is ensured; compared with the traditional equipment and technique, the traditional optical fiber end face treatment procedure is simplified; a treatment effect and a cutting effect of the end face of the optical fiber are improved; the cutting time is saved; and the cost is lowered.

Description

technical field [0001] The invention relates to a lighting optical fiber water heating constant temperature cutting device, which belongs to the technical field of optical fiber production and processing equipment. Background technique [0002] Due to its low cost and low susceptibility to electromagnetic signal interference, plastic optical fiber has been well used in the field of lighting. The existing application of plastic optical fiber for lighting is mainly to use its end face to emit light. Therefore, the light guiding effect of the end face of the optical fiber has become A very important factor affecting the effect of fiber optic lighting. [0003] After the existing plastic optical fiber for lighting is cut by the cutting device, its heat conduction, heat preservation, temperature control and cutting effect are poor, and its end face needs to go through: cutting --- coarse grinding --- semi-finish grinding --- fine grinding And other processes to achieve the corre...

AI Technical Summary

Problems solved by technology

[0003] After the existing plastic optical fiber for lighting is cut by the cutting device, its heat conduction, heat preservation, temperature control and cutting effect are poor, and its end face needs to go through: cutting --- coarse grinding --- semi-finish grinding --- fine grinding And other processes to achieve the corresponding light guide effect, not only labor-intensive and time-consuming but also relatively high processing costs

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