Automatic paper money whole encapsulation system

Abstract

The invention relates to an automatic paper money whole encapsulation system, which comprises a conveyor belt, wherein a plurality of pre-wrapping mechanisms matched with the conveyor belt for transfer are arranged at the side of the conveyor belt, and the conveyor belt for conveying pre-wrapped money bundles passes through a plastic film encapsulating machine and a plastic film hot shrink machine in turn, the conveyor belt is an integrated conveying chain formed by combining a plurality of sections, a bundle measuring and information collection unit is arranged at the partial lateral section of the conveyor belt in front of the plastic film encapsulating machine, an automatic label printing and pasting unit is arranged at the partial lateral section of the conveyor belt behind the plastic film hot shrink machine, and the bundle measuring and information collection unit is used for detecting whether the number of pre-wrapped money bundles is right, obtaining the pre-wrapping condition information and providing the pre-wrapping condition information to the automatic label printing and pasting unit through a computer processing unit. Through the design, the tightened totally-closed packaging for each bundle of paper money can be automatically realized, with appropriate tightness degree and prevention from damage, mildew and losing, and the working efficiency of packaging is greatly improved. The automatic paper money whole encapsulation system has the advantages of compact structure, continuous and stable conveyance and strong reliability.

Description

technical field [0001] The invention relates to an automatic banknote full-wrapping system. Background technique [0002] During the circulation of banknotes, such as banknote return, whole point, sorting, and storage, the banking system needs to bind every 100 banknotes, and seal and sign every 1000 (10) banknotes. At present, my country's banks use plastic straps to bind 1,000 banknotes with double crosses after compression, and then manually paste the seals. There are following problems in this method: the first, the banknote binding process is easy to cause damage, and the storage process is easy to mold and stick. Due to the adoption of the strapping, the banknotes will be drawn out of the groove or damaged, so that the banknotes cannot be used on the automatic teller machine; Second, the efficiency of packaging work is low, requiring a large number of staff and difficult to manage. In our country, there is a large amount of banknotes in circulation. At present, the ...

AI Technical Summary

Problems solved by technology

There are following problems in this method: the first, the banknote binding process is easy to cause damage, and the storage process is easy to mold and stick

Since the banknotes will be pulled out of the groove or damaged by the strapping, it cannot be used on the ATM; in addition, only the strapping is used to bundle the banknotes, and the banknotes are exposed to the outside air, and the banknotes are susceptible to moisture and mildew

Second, the efficiency of packaging work is low, requiring a large number of staff and difficult to manage

In our country, there is a large amount of banknotes in circulation. At present, the whole counting, sorting, sealing, and signing are all manual operations. The workload is very heavy. The more people there are, the more difficult it is to manage and the higher the management cost.

Third, open packaging with straps is used, the banknote bundle is not safe, and the amount of information provided by the banknote bundle is insufficient. Once a problem occurs, the responsibility is not clear

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