Banknote jamming processing method and system, money depositing and withdrawing equipment and storage medium

Abstract

An embodiment of the invention discloses a banknote blocking processing method, which is applied to a money depositing and withdrawing machine core, and the money depositing and withdrawing machine core comprises a plurality of processing parts. The banknote jamming processing method comprises the following steps of: acquiring a banknote jamming component with a banknote jamming fault in a plurality of processing components and an upstream component and a downstream component of the banknote jamming component in the plurality of processing components; stoppping banknote conveying operations of the upstream component and the banknote jamming component, and judging whether to-be-transmitted banknote exists in the downstream component or not; if the to-be-transmitted banknote exists in the downstream component, driving the downstream component to run until the to-be-transmitted banknote is transmitted, and then stopping the banknote conveying operation; and when all the processing components stop the banknote conveying operation, driving the money depositing and withdrawing machine core to carry out self-recovery processing. The invention further discloses a banknote jamming processing system, money depositing and withdrawing equipment and a storage medium. According to the banknote jamming processing method and the banknote jamming processing system, the success rate of self-recovery after banknote jamming can be effectively improved, and the difficulty of manual recovery is reduced.

Description

technical field [0001] The invention relates to the technical field of automation, in particular to a cash card processing method, system, deposit and withdrawal device and storage medium. Background technique [0002] The general deposit and withdrawal movement is composed of multiple functional parts, and the banknote needs to be moved from the starting part to the target part, which needs to be completed through the cooperation of multiple parts. The key to banknote movement control is the real-time detection and control of banknote movement. Jamming of banknotes during movement is a common phenomenon. When banknote jamming occurs, it needs to be stopped in time and self-recovery. However, the detection of stuck banknotes stops the banknotes in time, but the success rate of self-recovery is relatively low. [0003] When the banknote jam occurs, the functional components on the entire banknote walking path will stop, and there will be banknotes remaining in the passage fr...

AI Technical Summary

Problems solved by technology

When there are too many banknotes left in the channel, if you try to self-recover many times, the banknotes are likely to be crowded together, increasing the damage of the banknotes

[0004] The self-recovery of jammed banknotes failed, requiring manual intervention. The maintenance engineer needs to clean up the banknotes in the entire channel. There are many residual banknotes and it is not easy to maintain

At the same time, there are too many banknotes exposed, and there are financial security risks

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