An intelligent detection device for bobbins

Abstract

The invention relates to an intelligent detection apparatus of bobbins, and aims at providing an apparatus for intelligently detecting, classifying and managing hollow tubes of a spinning frame. The intelligent detection apparatus comprises a multi-station turntable drive mechanism, an automatic bobbin dropping mechanism, a bobbin pressing mechanism, a spindle drive and vibration amplitude detection mechanism, a bobbin pre-loosening and color detection mechanism, a bobbin unplugging mechanism and a classifying mechanism, wherein the multi-station turntable drive mechanism is installed at the middle part of a foundation support, the foundation support is divided into four workstations A, B, C and D, the automatic bobbin dropping mechanism is disposed at the workstation A of the foundation support, the bobbin pressing mechanism is installed between the workstation A and the workstation B of the foundation support, the spindle drive and vibration amplitude detection mechanism is installed at the workstation B of the foundation support, the bobbin pre-loosening and color detection mechanism is installed at the workstation C of the foundation support, the bobbin unplugging mechanism is installed at the workstation D of the foundation support, and the classifying mechanism is disposed at the workstation D of the foundation support and connected with the bobbin unplugging mechanism. By adopting the intelligent detection apparatus of the bobbins, precision and consistency for detecting vibration amplitude of the bobbin can be realized, the labor intensity and the cost are reduced, and the quality stability of the bobbins can be improved.

Description

technical field [0001] The invention relates to an auxiliary machine of a textile machine, in particular to an intelligent detection device for bobbins. Background technique [0002] At present, with the increase of spinning spindle speed, the application of new technologies and new processes such as collective doffing, automatic winding and fine linking have increased the wear and tear of the bobbins and surface quality defects. After the worn and inferior bobbins are put into use, there will be problems such as head shaking and pipe skipping, which will lead to an increase in the breakage rate of the spinning frame, poor bobbin formation and difficulty in unwinding, resulting in a large number of defective yarns. The bobbin shaking head jump tube will also drive the spindle to resonate, accelerate the wear of the spindle tip and bearing, increase power consumption and shorten the service life of the spindle. Therefore, the use of inferior bobbins seriously affects the pro...

AI Technical Summary

Problems solved by technology

[0005] The above-mentioned invention can only realize the automatic detection and control of the management, tube drop and tube push actions, and ensure the normal operation of the tube management, tube drop and tube push actions, without empty push, it is impossible to truly realize the intelligent detection and control of the empty tubes of the spinning frame. Including classification and management, to ensure the accuracy and consistency of bobbin amplitude detection and to improve the stability of bobbin quality

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