Fully automatic optical fiber detection and sorting machine and the diameter measurement movement process of the sorting machine

Abstract

The invention relates to a full-automatic optical fiber filament detection sorter, which consists of sorter shell, a sorter rack and a rack support plate. An optical fiber feeding mechanism, an optical fiber storage mechanism and a diameter measurement module mechanism are disposed on the rack support plate. During working, a filament clamping block in a sorting module mechanism is utilized to grab optical fiber filament from the bottom of a bevel material guide plate to a position above a diameter measuring instrument in the diameter measurement module mechanism, so that the diameter measuring instrument can do reciprocating motion along the Y axis direction to detect the optical fiber filament, and the detected optical fiber filament is moved to a designated location inside the optical fiber storage mechanism to avoid secondary pollution in artificial detection, thereby improving the detection efficiency and lowering the detection cost. A colored light source emitter is disposed at one side above the diameter measuring instrument, and cushion valves are disposed respectively at two ends of a cushion valve fixed block, thus being conducive to reaching the surface quality and positioning precision of the detected optical fiber filament. The diameter measurement movement process of the sorter provided by the invention has the characteristic of simple and convenient operation andfull-automatic function.

Description

【Technical field】 [0001] The invention relates to a fully automatic optical fiber filament detection and sorting machine used in the optical fiber panel industry and the diameter measuring movement process of the sorting machine. 【Background technique】 [0002] As we all know, the diameter of the optical fiber tends to be unstable during the wire drawing process, so quality inspectors need to conduct diameter inspections to sort out unqualified wire drawing products. However, in the prior art, the operator wears gloves to detect the optical fiber in the high-clean room, and then transports the detected optical fiber to the designated optical fiber storage mechanism for storage. And use. During this inspection process, because the inspector uses a micrometer inspection tool to detect only three points on an optical fiber filament, that is, three-point inspection, the three-point inspection is not enough to pick out unqualified optical fiber filaments, resulting in being reje...

AI Technical Summary

Problems solved by technology

During this inspection process, because the inspector uses a micrometer inspection tool to detect only three points on an optical fiber filament, that is, three-point inspection, the three-point inspection is not enough to pick out unqualified optical fiber filaments, resulting in being rejected. Inefficient detection of optical fiber filaments for detection and increased detection cost of optical fiber filaments

In addition, due to the two adjacent optical fiber filaments colliding with each other and being polluted twice during the detection process and handling process, the surface quality of the detected optical fiber filament is reduced.

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