Optical fiber fusion splicer

Abstract

The invention relates to the field of optical fiber fusion splicers, in particular to an optical fiber fusion splicer which is controlled by a mobile terminal and can be provided with an optical power meter module or an optical time domain reflectometer module. The optical fiber fusion splicer comprises a router, a detection interface and a mobile terminal, wherein the router is installed on the optical fiber fusion splicer, can establish wifi hot spots or be connected with other wifi hot spots, and is communicated with devices inside the optical fiber fusion splicer; the detection interface can be externally connected with a detection module of the optical power meter or the optical time domain reflectometer, collects detection data of the detection module and is communicated with the router; the mobile terminal can be connected with the router in a wifi mode and is provided with control software; the control software coordinates with hardware of the mobile terminal to receive or process data of the devices on the optical fiber fusion splicer and the data, collected by the detection interface, of the detection module of the optical power meter or the optical time domain reflectometer. The optical fiber fusion splicer aims to overcome the defects in the prior art, saves manufacturing cost and is smaller in size and more convenient to carry.

Description

technical field [0001] The invention relates to the field of optical fiber fusion splicers, in particular to an optical fiber fusion splicer controlled by a mobile terminal and capable of installing an optical power meter or an optical time domain reflectometer module. Background technique [0002] In the existing optical fiber fusion splicer, a very fast control system and a set of specially compiled programs are installed inside the optical fiber fusion splicer, and this system is usually not cheap, so the current optical fiber fusion splicer is more expensive ;At the same time, the upgrade of the chip is very fast. Usually, the chip will be out of date after the manufacturer has designed it. At the same time, the software is always not perfect and needs to be continuously improved. Although the traditional fusion splicer can also be upgraded, But it is difficult to notify the specific construction personnel. Moreover, the upgrade needs to be connected to the computer and ...

AI Technical Summary

Problems solved by technology

[0002]In the existing optical fiber fusion splicer, a very fast control system and a set of specially compiled programs are installed inside the optical fiber fusion splicer. The system is usually not cheap, so the current optical fiber fusion splicer is more expensive; at the same time, the upgrade of the chip is very fast, and usually the manufacturer designs it well, and the chip will be out of date. At the same time, the software is always not perfect. It needs to be continuously improved. Although the traditional welding machine can also be upgraded, it is difficult to notify the specific construction personnel. Moreover, the upgrade needs to be connected to the computer and re-flashed. Many front-line operators are limited in quality and cannot complete these operations. After the optical fiber splicing is completed, the spliced ​​optical fiber needs to be detected by an optical power meter or an optical time domain reflectometer. However, these two devices are not convenient to carry, and the operator must bring them with him every time he goes out for splicing work.

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