Dual-channel banknote packaging assembly line system

Abstract

A double-channel paper money packaging assembly line system comprises paper money sorting and binding machines, stamping mechanisms, lifting mechanisms, front-and-back flow separating mechanisms, a conveying channel A, a conveying channel B, a double stacking and bundling mechanism, an automatic sealing and contracting mechanism and a labeling mechanism, wherein the conveying channel A and the conveying channel B are arranged in parallel. The double stacking and bundling mechanism is located at the tail end of the conveying channel A and the tail end of the conveying channel B and conducts packing on paper money. Sealing and contracting are conducted on the packed paper money through the automatic sealing and contracting machine, and then the sealed and contracted paper money enters the labeling mechanism to be labeled. Mechanical operation is adopted in the double-channel paper money packaging assembly line system, sorting and binding and automatic stamping are conducted on the paper money, distinguishing and separating are conducted on ATM rolls and circulation rolls, the front channel and the rear channel are used for conducting conveying at the same time, the paper money is packed in the double stacking and bundling mechanism, and then sealing and labeling are conducted on the paper money through the automatic sealing and contracting mechanism and the labeling mechanism.

Description

technical field [0001] The invention relates to the field of financial machinery and equipment, in particular to a double-channel banknote packaging assembly line system for banks and financial institutions. Background technique [0002] With the development of the national economy, industrial automation technology has been widely used in the financial equipment industry, such as self-service receipt cabinets, sorting machines, automatic banknote binding machines, and automatic binding machines. The application of these technologies has greatly reduced labor costs and improved It has improved work efficiency and made great contributions to the financial system. With the continuous development of the social economy and the deepening of foreign trade, although the financial industry, large-scale businesses, and banking institutions try their best to promote electronic transactions, bulk banknote transactions are still inevitable. The issuance and circulation of banknotes are i...

AI Technical Summary

Problems solved by technology

This method adopts purely manual operation, that is, it cannot complete the automatic stacking function of banknotes and cannot realize the assembly line operation. It has the following disadvantages: 1. Low efficiency, large amount of labor, and direct contact with banknotes by personnel, there are certain potential safety hazards; 2. The front-end banknote sorting equipment and the back-end packaging equipment cannot realize automatic assembly line operations; 3. ATM rolls and circulation rolls cannot be automatically distinguished and stacked, and automatically enter the binding machine for binding and packaging

In addition, there has been a lot of research and development on the banknote inspection, banknote counting, sorting and binding of banknotes, and most of the energy has been devoted to banknote counting and binding, and little attention has been paid to the automatic stamping of banknotes. Generally, stamping requires manual labor. Operation, manual stamping is inefficient and labor-intensive, so it is necessary to invent a banknote intelligent envelope line system for stamping banknotes

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