Wire labelling mechanism and method

Abstract

The invention provides a wire labelling mechanism and method, which relate to the technical field of automatic wire labelling. The wire labelling mechanism comprises a feeding mechanism, a material belt guiding mechanism, a stepping detector, a material belt separating mechanism, a power mechanism, a wire fixing frame, a folding mechanism, a control module and a rack, wherein the feeding mechanism, the material belt guiding mechanism, the material belt separating mechanism and the power mechanism are sequentially fixed at the upper end of the rack along a material belt feeding direction; the stepping detector is arranged between the material belt guiding mechanism and the material belt separating mechanism, and the detection end of the stepping detector is opposite to the labelled surface of a material belt; the wire fixing frame is arranged above the material belt separating mechanism; the folding mechanism is arranged above the wire fixing frame; and the control module is arranged in the rack and connected with the power mechanism, the folding mechanism and the stepping detector respectively. According to the wire labelling mechanism and method, mechanical steps for labelling are simplified, the structure of the mechanism is simplified, and the labelling speed is enhanced; and moreover, the mechanism is simple to locate and low in adjusting difficulty.

Description

technical field [0001] The invention relates to the technical field of automatic labeling, in particular to the technical field of automatic labeling of wire rods. Background technique [0002] Now, merchants will put labels on the ends of wires such as network cables, earphone cables, and electric wires to indicate the wire brand, safety factor, precautions, product barcodes, etc. However, due to the stickiness at the bottom of the label, traditional manual labeling requires It is easy to stick to hands, resulting in a waste of labels. Moreover, the speed of manual labeling is slow, and it is difficult to ensure the quality of label bonding. It is easy to cause uneven bonding surfaces and bubbles on the bonding surface. Overall, the manual labeling method is inefficient , High labor cost and poor bonding effect. In the prior art, there are already some automatic labeling mechanisms, but the existing labeling mechanisms are complex in structure, such as the structure of the...

AI Technical Summary

Problems solved by technology

[0002] Now, merchants will put labels on the ends of wires such as network cables, earphone cables, and electric wires to indicate the wire brand, safety factor, precautions, product barcodes, etc. However, due to the stickiness at the bottom of the label, traditional manual labeling requires It is easy to stick to hands, resulting in a waste of labels. Moreover, the speed of manual labeling is slow, and it is difficult to ensure the quality of label bonding. It is easy to cause uneven bonding surfaces and bubbles on the bonding surface. Overall, the manual labeling method is inefficient , High labor cost and poor bonding effect

In the prior art, there are already some automatic labeling mechanisms, but the existing labeling mechanisms are complex in structure, such as the structure of the feeding and laminating parts of the fully automatic wire label laminating device (patent number: 201220433923.2), The retrieving part requires multiple positioning and guiding structures, which are complicated in structure and difficult to adjust; the laminating part needs to translate the wire to be labeled to the lower end of the rolling wheel, and then roll down by the rolling wheel until the label completely passes through the rolling wheel. The clamping gap between the pressing wheels, and then driving the rolling wheel to rise and reset to complete a label stacking process, the label stacking time increases with the length of the label, the labeling efficiency is low, and the label is on the rolling wheel The lower end is prone to sticking, which will easily cause the label to be scrapped, and the scrapping rate is high. The time for the operator to process the waste is increased, and the working time of the labeling agency is reduced.

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