A multifunctional and internally adjustable fiber optic clamping device

Abstract

The invention discloses a multifunctional optical fiber fixture device with an adjustable inner part. The multifunctional optical fiber fixture device comprises a base and is characterized in that the multifunctional optical fiber fixture device comprises an outlet worktable, a plastic film machine, a welding chamber, a guiding plate and an optical fiber inlet body; the base is connected with the outlet worktable; the outlet worktable is internally provided with a controller and is composed of a first outlet and a second outlet; the two outlets are internally provided with outlet guiding pipes; the plastic film machine and the welding chamber are successively connected above the outlet worktable; the outer wall of the plastic film machine and the outer wall of the welding chamber are connected with an anti-corrosion protecting layer; the welding chamber is composed of a condensation nozzle and a welding cutter head; the condensation nozzle is connected with a condenser; the welding cutter head is connected with a welder; the optical fiber inlet body is connected with one end of a fixture channel through a connecting arm; the other end of the fixture channel is connected with the guiding plate and is arranged above the welding chamber; the optical fiber is input through the optical fiber inlet body; the optical fiber penetrates through the inner part of the fixture channel and enters the guiding plate; and the guiding plate guides the un-machined optical fiber to the welding cutter head.

Description

technical field [0001] The invention relates to a multifunctional and internally adjustable optical fiber clamping device, in particular to a multifunctional and internally adjustable optical fiber clamping device. Background technique [0002] In the optical communication industry, optical fibers and lasers are packaged to achieve photoelectric conversion, and laser welding is generally used. Lasers used in optical fiber communication generally use TO56 dies. Due to differences in wavelength, power, focal length, and packaging structure, lasers cannot be directly connected to optical fibers or optical cables. Power range to suit different optical transmission distances. The optical transmission path is mainly the fiber core, and the single-mode fiber core is The focal spot of the laser is generally at The power of the laser itself is generally in the range of 0.5-6mW, and customers require various power ranges from 0-3mW. When the laser enters the fiber interface, if ...

AI Technical Summary

Problems solved by technology

[0004] The technical problems to be solved by the present invention are poor welding quality, excessive heat damages the optical fiber, the transmission of the optical fiber in the channel cannot be synchronized due to inertia, resulting in an inaccurate length of the processed optical fiber, and one outlet but different processing specifications, so it is difficult to distinguish with the naked eye when transported together. The purpose is to provide a multi-functional and internally adjustable optical fiber clamping device to solve the problem of poor welding quality, excessive heat damage to optical fibers, inaccurate processing of optical fiber length due to the inability of the optical fiber transported in the channel to be synchronized with the switch due to inertia, and one exit but processing The specifications are different, so it is difficult to distinguish the problem with the naked eye

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