A fiber optic connector with self-test function

Abstract

The invention provides a fiber connector with a self-check function. The fiber connector comprises a fiber coupling connector (6), a fixed fiber (10), and a mobile fiber (9) wherein the fixed fiber (10) is inserted from the right port of the fiber coupling connector (6) and is fixedly arranged at the right end of the fiber coupling connector (6). In addition, the fiber connector is also provided with a housing (11). The bottom of the housing (11) is provided with a base plate (16). The base plate (16) is of a rectangular shape. The base plate (16) is provided with a first guide track (7). The two guide rails of the first guide track (7) are at the left side of the base plate (16). The base plate (16) is further provided with a left fixed shaft (5) and a right fixed shaft (15). The fiber connector of the invention is simple in structure and has a better reliability performance. The fiber connector overcomes the defects of the prior art that the fiber detection is both complex and time consuming. The fiber connection can be conveniently and reliably detected with a shorter time. Therefore, before the connection of each fiber, the fiber is detected. This ensures the reliability of laser transmission, and at the same time, the fiber is free from damage, increasing the service life of the fiber.

Description

Technical field [0001] The invention relates to the field of laser applications, especially the field of laser safety detection. Background technique [0002] With the development of fiber lasers, the application field of fiber lasers has become wider and wider. Fiber lasers have developed in the direction of maturity, practicality and industrialization. However, the reliability of fiber lasers has also become the focus of attention of all parties. The reliability of each component of the fiber laser itself and the overall reliability, on the one hand, requires a means to realize the detection of the fiber laser system. The usual method is to install another short-wavelength, low-power laser inside the laser to detect the normality of the components in the fiber laser. However, this method cannot determine whether the components of the fiber laser work normally and whether they can meet the power requirements under full power operation. Summary of the invention [0003] The purpo...

AI Technical Summary

Problems solved by technology

[0002] With the development of fiber lasers, the application fields of fiber lasers are becoming wider and wider. Fiber lasers have developed towards maturity, practicality, and industrialization. However, the reliability of fiber lasers has also become the focus of attention of all parties. On the one hand, it needs The reliability of each component and the whole of the fiber laser itself requires a means to realize the detection of the fiber laser system. The usual method is to install another short-wavelength, low-power laser inside the laser to detect the normality of each component in the fiber laser. However, this method cannot determine whether each component of the fiber laser is operating normally and whether it can meet the power requirements under full power operation.

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