Production equipment of intelligent optical fiber preforming bar with recovery function

Abstract

The invention relates to production equipment of an intelligent optical fiber preforming bar with a recovery function. The production equipment comprises a shell; the shell is internally provided witha first motor, a target bar and a reaction chamber; the reaction chamber is internally provided with a cleaning mechanism and a moving mechanism; the moving mechanism comprises a lifting assembly anda moving assembly; and the lifting assembly comprises a blast lamp, a moving frame, a second motor, a semi-gear, a connecting rod and two racks. According to the intelligent optical fiber preformingbar with the recovery function, residues on the target bar are cleaned away by the cleaning mechanism, and compared with a traditional cleaning mechanism, the cleaning mechanism is wider in cleaning angle and better in cleaning effect; and a nonuniform part of a dust-like porous stock bar is filled by the moving mechanism, and compared with a traditional moving mechanism, the moving mechanism is more stable and precise during lifting and horizontal moving, so that the dust-like porous stock bar is more precisely filled by using the blast lamp, and the practicability of the production equipmentof the optical fiber preforming bar is greatly improved.

Description

technical field [0001] The invention relates to the field of optical fiber equipment, in particular to an intelligent optical fiber preform production equipment with recycling function. Background technique [0002] Optical fiber manufacturing refers to the process of making optical fibers from raw materials such as silicon tetrachloride. The process of optical fiber manufacturing determines the mechanical strength, transmission characteristics and service life of the optical fiber, which is very important to ensure the quality of the optical fiber. The manufacture of communication optical fiber is divided into two processes: rod making and wire drawing. [0003] Due to the rotation of the target rod and the movement of the blowtorch, the existing equipment for producing optical fiber preforms by the OVD method may cause the thickness of the dusty porous preforms to be uneven, resulting in a decline in the product quality of the optical fiber preforms and residues on the ta...

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Problems solved by technology

[0003] Due to the rotation of the target rod and the movement of the blowtorch, the existing equipment for producing optical fiber preforms by the OVD method may cause uneven thickness of the dust-like porous preforms, resulting in a decline in the product quality of the optical fiber preforms and residues on the target rods. Some unreacted dust increases the consumption of raw materials, reduces the utilization rate of raw materials, increases the production cost of optical fiber preform production equipment, and reduces the practicability of optical fiber preform production equipment

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