Cable automatic sample preparation detection system and method

Abstract

The invention relates to a cable automatic sample preparation detection system. A wire and cable sampling support frame is included. The sampling support frame assists to identify cable head positioning. An automatic grabbing operating mechanism grabs and sends cable head winding. A fixing device and a cutting device used for cutting a cable are connected. The fixing device includes a cross frame, a blocking fan, an anti-collision baffle plate, a slide rail and a mechanical claw. The cutting device consists of the cutting device, a cutting platform and a cutting waste residue and waste material collection hopper. A measuring device forms a visual sense to identify an insulating color and records a number of single wires of a conductor. A measuring module is composed of a charge-coupled component visual measuring mechanism. The measuring device receives an output signal of a linear array charge-coupled component. A sorting processor sends materials to be sorted to a sorting operation area via a transmission band. A sorting system in the automatic grabbing operating mechanism carries out image capture on a source object through a collection image port so as to realize cable sample preparation, and a distribution one-stop mode. Labor intensity of detection personnel is mitigated, uncertain factors in a measurement and lineation link are reduced, and a detection ability and accuracy are increased.

Description

technical field [0001] The present invention relates to the technical field of cable detection, in particular to an automatic cable automatic detection system for one-stop sample preparation that accurately segments, processes, marks, marks, and uploads data to corresponding laboratories. Sample preparation detection system. Background technique [0002] At present, the testing center uses manual measurement of the length of the sample section, electric hand saws to divide the sample section, blades for insulation, and manual scribing. As the requirements for wire and cable testing accuracy become higher and higher, the testing center has many bottlenecks in the testing process, including The testers are labor-intensive and time-consuming. Due to uncontrollable factors, the test results deviate and personnel errors cause personal injuries. [0003] During the production process, due to the material factors of the cables, most of the cables are relatively heavy and require t...

AI Technical Summary

Problems solved by technology

The test process has such accuracy requirements for the length of the marking line, and it is very easy to cause inaccurate accuracy in the case of only relying on manual line drawing

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