Device for conveying fibers broken after traction to machine without slowing down

Abstract

The invention discloses a device for conveying fibers broken after traction to a machine without slowing down. The device for conveying fibers broken after traction to the machine without slowing down comprises an optical fiber take-up device bracket, and further comprises a main traction device, a guide wheel device, a fiber-arranging control device, an optical fiber collecting device, a fiber guiding wheel device, and a dance wheel device; the main traction device and the optical fiber collecting device are placed on the same horizontal line, and an outlet of the main traction device is placed opposite to an inlet of the optical fiber collecting device; one end of the fiber guiding wheel device is connected with the optical fiber collecting device, and the other end of the fiber guiding wheel device is connected with the guide wheel device; and the guide wheel device, the dance wheel device and the fiber-arranging control device are fixedly mounted on the optical fiber take-up device bracket. According to the device for conveying fibers broken after traction to the machine without slowing down, the overall design is reasonable, by adoption of the guide wheel device, the problem that fibers cannot be conveyed to the machine at a high speed manually is solved, the equipment delay time is greatly reduced so that the automation degree is greatly improved, and thus the equipment utilization rate and the production efficiency are improved.

Description

technical field [0001] The invention belongs to the field of optical fiber production equipment, and in particular relates to a device for cutting fibers after traction without slowing down the machine. Background technique [0002] In the production of optical fiber drawing, the collection of optical fibers is an important factor restricting the production efficiency of optical fibers, because we have adopted a double take-up take-up machine, which is switched back and forth by two large disks. When a large disk collects 500KM or more optical fibers, it needs Switch to another large disk, if the optical fiber breaks behind the main traction wheel during the switching process or due to the guide wheel and so on. Since the average line speed of optical fiber production is higher than 2500M / min, in order to ensure the continuous operation of the optical fiber, it takes about 10 minutes to reduce the speed to the manual speed of 30M / min on this basis, and then increase the spee...

AI Technical Summary

Problems solved by technology

Since the average line speed of optical fiber production is higher than 2500M / min, in order to ensure continuous fiber, it takes about 10 minutes to reduce the speed to the manual speed of 30M / min on this basis, and then increase the speed and control the diameter of the optical fiber, often every time Fiber breakage after traction will delay production for 1 hour, wasting a lot of manpower and time, and reducing production efficiency

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