Integration device for stacking, bundling and labeling bank notes and tickets

Abstract

The invention discloses an integration device for stacking, bundling and labeling bill coupons. The integration device comprises a controller, a stacking mechanism, a bundling mechanism and a labeling mechanism, wherein a bill coupon stack transfer mechanism is arranged between the stacking mechanism and the bundling mechanism; a bill coupon bundle transfer mechanism is arranged between the bundling mechanism and the labeling mechanism; the stacking mechanism can be connected with a bill dispenser port of a sorter for stacking a certain quantity of bill coupons into bill coupon stacks and sending the bill coupon stacks to the bundling mechanism to bundle the bill coupon stacks into bill coupon bundles; and then the bill coupon bundles are transferred into the labeling mechanism through the bill coupon bundle transfer mechanism to finish labeling the bill coupon bundles. Due to the stacking mechanism, the defect of inclined bill coupon bundles caused by consistent direction of all bundling belts during stacking the bill coupon bundles is overcome. In addition, a guide block is also arranged, so that a PE (Poly Ethylene) film stretched due to the influence of a heat-seal knife faces downwards when a product is sent to the labeling mechanism, and the label cannot be unrecognized because of deformation, cracking or dropping out after labeling. The integration device can be used as a pre-seal bundling machine and lays a better foundation for the intellectualization of a packet processing system.

Description

technical field [0001] The invention relates to banknote stacking, bundling and labeling technologies in a banknote packaging processing system, in particular to a banknote stacking, binding and labeling integrated device that can be applied as a pre-sealing binding machine of an intelligent banknote packaging system. Background technique [0002] In the banknote package processing system, after the banknotes flow out of the sorting machine, the banknotes need to be stacked, bundled and labeled; usually a certain number (usually ten) of banknotes are stacked, and then Bundle together, and then label the bundled banknote bundles. [0003] In the prior art, the banknotes are usually stacked mechanically. Since each banknote has a strap on it, the mechanical stacking either makes the position of the straps of each banknote handle disorderly after stacking. Or the straps are all located on the same side of the banknote bundle, so that the stacked and bundled banknote bundle is ...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the banknotes are usually stacked mechanically. Since each banknote has a strap on it, the mechanical stacking either makes the position of the straps of each banknote handle disorderly after stacking. Or the straps are all located on the same side of the banknote bundle, so that the stacked and bundled banknote bundle is higher on one side and lower on the other. Banknote bundles with uneven thickness will affect the processing effect when entering the subsequent process, and the final packaging , it is difficult to bundle banknotes together without collapsing naturally

[0004] On the other hand, the stacking and binding process and the labeling process in the prior art are usually completed in separate devices. After the banknotes are bundled, the labeling machine directly sticks the label on the side where the two ends of the strap are connected; and Since the connection of the two ends of the strapping is usually done using a heat-melting process, it will inevitably cause the strapping near the connection to shrink due to heat; the label is attached to the shrunken strapping, which is easy to tear or fall off, thus affecting the banknotes Packet System Work Efficiency

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