Battery packaging line

Abstract

The invention discloses a battery packaging line. The battery packaging line comprises a boxing machine, a capping machine and a labeling machine which are sequentially connected to form a main conveying line. An inner box unpacking machine, a box sleeving machine and an outer box unpacking machine which are sequentially connected to form an auxiliary conveying line is arranged beside the main conveying line. The box sleeving machine and the boxing machine are laterally arranged in a butt-joint mode. The inner box unpacking machine and the outer box unpacking machine are used for unpacking andforming of an inner box and an outer box and conveying the inner box and the outer box to the box sleeving machine oppositely. The inner box and the outer box are received by the box sleeving machineand mounted into a packaging box in a sleeved mode, and the box sleeving machine conveys the packaging box to the boxing machine. The boxing machine receives the packaging box, moves a plastic plateinto the packaging box after a battery is put into the plastic plate and conveys the packaging box to the capping machine. The capping machine is used for feeding a rubber cover and an outer box coverand fastening the rubber cover and the outer box cover to the plastic plate and the packaging box in sequence. The labeling machine is used for printing labels and attaching the labels to the outer box cover or / and the packaging box. The battery packaging line is high in automation degree, efficiency and packaging precision.

Description

technical field [0001] The invention relates to the technical field of packaging, in particular to a battery packaging line capable of realizing automatic flow operation of battery packaging. Background technique [0002] Packaging is inseparable from the process of goods from manufacture to final consumer. Especially for the battery, due to its own characteristics, it may cause the danger of fire if it is used or packaged improperly. Therefore, in order to avoid mechanical damage or accidents due to collisions during transportation, loading and unloading, and stacking of the loaded batteries, effective and safe packaging is particularly important for batteries. To realize the packaging of products, packaging equipment is often involved. [0003] At present, when packaging batteries into boxes, it generally requires multiple processes, multiple equipment or multiple production lines to achieve, which results in a large number of packaging equipment, a large footprint, and ...

AI Technical Summary

Problems solved by technology

[0003] At present, when packaging batteries into boxes, it generally requires multiple processes, multiple equipment or multiple production lines to achieve, which results in a large number of packaging equipment, a large footprint, and high operating and maintenance costs.

In addition, the operations involving the forming and transshipment of the packaging box, the transfer of the battery, and the labeling of the packaging are mostly manual operations, which are time-consuming, low in production efficiency, high in cost, and have artificial packaging accuracy. The problem of low degree and potential safety hazard

Moreover, when the label is attached to the packaging box, the existing labeling machine can generally only achieve an angle of attachment to the packaging box, such as attaching the label to the top or one side of the box, and it is very difficult to Few equipment can realize the labeling on the top side and the surrounding side of the box, and the adaptability is relatively insufficient

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