Labelling equipment that prints labels online

Abstract

The invention discloses a labelling device for printing label on line. The labelling device includes an installation frame, a carrier group, a carrier group driver, a label printer, an electric cabinet, a production system and a first label scanning sensor. The carrier group is installed on the installation frame. The carrier group driver is used for driving the carrier group to move flatly and is connected with at least one end of the carrier group. The label printer is arranged below or above the carrier group, and a paper discharging opening on the label printer is also provided with a label pulling tongue sheet placed below or above the terminal point end of the move stroke of the carrier group. The electric cabinet is electrically connected with the carrier group driver and the label printer. The production system is electrically connected with the electric cabinet. The first label scanning sensor is electrically connected with the production system and is used for scanning label data that need to be labelled and sending the label data to the production system. The labelling device has the function that a label can be labelled simultaneously after the label is printed, which reduces manual operation to the greatest extent so that the work efficiency can be enhanced and error rate caused by manual operation is eliminated.

Description

technical field [0001] The invention relates to a labeling device, in particular to a labeling device capable of printing labels online. Background technique [0002] Labeling on materials has become an indispensable step in the processing of most materials at present. For example, in computer accessories, memory sticks, hard drives, etc., labels that record product serial numbers, production dates, etc. need to be pasted on them to facilitate production. It can be used to manage the ex-factory products or to judge the authenticity of the products according to the labels. [0003] At present, there are two main types of labeling methods used in factory production. The first method is to manually tear off the labels one by one from the pre-printed labels, and then manually stick them on the material; the second method is to install the pre-printed labels in the labeling machine , using mechanical methods instead of manual methods to complete the step of attaching labels to ...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned first method is currently widely used in some small factories or small batch production, that is because it is basically done by hand, the efficiency is particularly low, and it is very time-consuming, and the error rate of manual labeling is also low. higher; and for some large-scale factories or mass production, the first method has basically been eliminated, and they generally adopt the second method, because the second method can obviously Improve the efficiency of labeling, but this method needs to print a new volume label after replacing a batch of products, and then load it into the labeling machine again to continue the labeling step. It can be seen that this method will also A lot of time is wasted in printing labels and changing labels, and its efficiency still cannot reach a high level, especially in the large-scale production lines that exist in most factories at present, this method will very obviously show that the efficiency is not high. One disadvantage, and since the step of replacing the label is also done manually, this manual operation also has a certain probability of error

Images