Modular banknote outlet machine

Abstract

The invention discloses a modular banknote outlet machine. The modular banknote outlet machine is formed by combining the following module devices which are arranged independently and relatively: a banknote storing and transferring device and at least group of banknote storing devices which are arranged on the bottom portion in parallel; an upper support which is arranged on the upper portions of the banknote storing and transferring device and the banknote storing devices; a banknote discrimination device and a banknote recovery device which are arranged in parallel on the upper support in a slide assembly manner, wherein the banknote discrimination device is located above the banknote storing and transferring device, and the banknote recovery device is located above the banknote storing devices; and a banknote stacking and transferring device, a banknote multi-channel transferring device and front and rear interchangeable racks are arranged in parallel on the upper support, wherein the banknote multi-channel transferring device is located between the banknote stacking and transferring device and the front and rear interchangeable racks, and the front and rear interchangeable racks are interchangeable plates, fixed on side surfaces of the banknote multi-channel transferring device, and is interchangeable with the banknote stacking and transferring device in a left-and-right manner. The device adopts an independent modular design, has advantages of simple structure, easy installation, easy maintenance, easy transportation and easy assembly line volume production.

Description

technical field [0001] The invention relates to a banknote dispensing device whose materials are paper, plastic and rubber, in particular to a modularized banknote dispensing machine. Background technique [0002] At present, there are the following implementation modes for the banknote dispensers used in cash self-service teller machines and withdrawal devices and other equipment: the functional devices in the cash dispenser are designed in an integrated manner, and their structures are interrelated. This method is implemented in production. The assembly process requires high requirements, and the mass production line is relatively cumbersome. When maintenance is required due to mechanical failure, the associated device mechanism components will be involved, thereby increasing the difficulty and cost of maintenance. [0003] In terms of transporting stacked banknotes, the belt is used to hold the entire stack of banknotes for transport. When there are too many banknotes on ...

AI Technical Summary

Problems solved by technology

[0003] In terms of transporting stacked banknotes, the belt is used to hold the whole stack of banknotes for transport. When there are too many banknotes on the stacked belt, the belt moves frequently and slips and fails, which makes the upper and lower belts unable to run at the same speed, resulting in tilting, scattering, etc. Phenomenon, which affects the quality of banknotes withdrawn by customers and the status of banknote detection, and even reports an error and stops the operation

In addition, because the belt is in a stretched state for a long time during the whole stack of banknotes, the belt is prone to aging and failure, and maintenance personnel must often replace the belt

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