An automatic processing method and equipment for optical fiber drawing, winding, screening and cutting

Abstract

The invention discloses an automatic treatment method and equipment for optical fiber drawing-rewinding and screening-slitting, and relates to an automatic treatment method and equipment for optical fiber drawing-rewinding and screening-slitting in optical fiber production. The equipment comprises an optical fiber parameter detector, a rewinding machine, a drawing main control device, a screening main control device and a screening machine, wherein the optical fiber parameter detector is arranged below a drawing furnace, and connected with the drawing main control device by a communication cable; the rewinding machine is arranged beside the drawing main control device; the drawing main control device is used for reading data of the rewinding machine by serial communication; meanwhile, the drawing main control device is used for transmitting optical fiber parameters and alarm information acquired by the drawing main control device to the screening main control device; the drawing main control device is used for processing the data of the rewinding machine and the data of the optical fiber parameter detector and then directly transmitting to the screening main control device and the screening machine by a communication interface; after broken fibers are screed every time, the screening main control device re-generates distribution information and timely regulates drawing parameters, so that linkage control of drawing-rewinding and screening is realized.

Description

technical field [0001] The invention relates to an automatic processing method and equipment for drawing, taking up, screening and cutting of optical fiber and relates to an automatic processing method and equipment for drawing and taking up, screening and cutting of optical fiber in optical fiber production. Background technique [0002] In the production of optical fiber drawing, the optical fiber segment to be removed needs to be screened and cut after each large plate, so that the processed optical fiber can meet the quality standard of the product. The existing technology is to send each large plate to the screening equipment, and the operator manually judges how to cut according to the information collected by the drawing main control computer. In this cutting process, the drawing device and the screening and cutting device are independent of each other. The two devices, the slitting process is complicated, the efficiency is low, and human error is prone to occur. Co...

AI Technical Summary

Problems solved by technology

The existing technology is to send each large plate to the screening equipment, and the operator manually judges how to cut according to the information collected by the wire drawing main control computer. In this cutting process, the wire drawing device and the screening and cutting device are independent of each other. The two devices, the slitting process is complicated, the efficiency is low, and human error is prone to occur

Images