A banknote processing device

Abstract

The invention discloses a banknote processing device, which includes a deposit and withdrawal port, a banknote identification part, a temporary storage part, at least one currency storage box, and an upper transmission channel, a lower transmission channel and a temporary storage transmission channel for transporting banknotes. The deposit part is arranged on the rear side of the deposit and withdrawal port, the front end of the upper transmission passage is connected to the outlet end of the temporary storage part and the exit end of the deposit and withdrawal port, and the front end of the lower transmission passage is connected to the The entrance end of the deposit and withdrawal port, the front end of the temporary storage transmission channel is connected to the entrance end of the temporary storage part, the banknote identification part is installed on the upper transmission channel, and the coin storage box is connected to the lower transmission channel. The invention has a simple structure, simplifies the overall layout of the whole machine, achieves the effect of straight channels, and has obvious effects on reducing banknote jamming and reducing noise. By setting a circular transport channel, the transport and processing time of banknotes is greatly reduced.

Description

technical field [0001] The invention relates to a banknote processing device used for depositing and withdrawing money of an automatic teller machine. Background technique [0002] ATM provides great convenience for users to withdraw cash, ATM can serve 24 hours a day; and people do not need to line up at the counter to withdraw cash, which greatly reduces the workload of bank tellers. In recent years, with the advancement of technology, the ATM CRS has gradually become the mainstream of self-service equipment. CRS can withdraw the cash deposited by users for other users to withdraw. This kind of cash deposit and withdrawal equipment greatly reduces the need for banks to clear and add money. The workload, especially when the amount of deposits and withdrawals are relatively close, can last for several months without manual intervention, bringing obvious economic benefits to the bank. With the continuous development of technology, the current deposit and withdrawal cycle equ...

AI Technical Summary

Problems solved by technology

But still there are following problems in this technical scheme: 1) temporary storage part is positioned at the below of deposit and withdrawal port, and the height of equipment= deposit and withdrawal port height+temporary storage part height+transmission channel height+paper money storage box height, this height has not yet A larger compression is obtained; 2) The banknotes in the temporary storage part are lifted to the deposit and withdrawal port by a lifting mechanism, and the banknote receiving mechanism of the deposit and withdrawal port receives the banknotes. This process is cumbersome and takes a long time to respond; 3) The whole stack During the lifting process of the banknotes, the banknotes are easy to hit other parts, causing failures, especially when the loaded banknotes are full and the banknotes have defects such as wrinkles, fluff, tears, etc., such failures are prone to occur; 4) Temporary storage and lifting Too many action mechanisms such as mechanism, deposit and withdrawal mechanism and corresponding banknote receiving mechanism are concentrated in the same area of ​​the equipment, resulting in a very compact local space and increasing difficulty in product design, which is not conducive to improving product reliability.

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