Bill stacking device

Abstract

The invention relates to a thin piece medium collating device, in particular to a stacking collating device for bills one by one applied to financial self-service equipment. The bill stacking device comprises a guide plate, hot wheels and a stacking baffle, wherein the guide plate is used for supporting and guiding bills to be transported forward, and one end of the guide plate is in abutting joint with an output of a single-bill transport mechanism of bills. The hot wheels are used for carrying the bills at high speed to transport the bills in a rotating mode and located at the middle of the guide plate. The stacking baffle is used for bearing the whole pile bills, and located at the tail end of the guide plate and the downstream of the hot wheels. A bill falling space is formed between the stacking baffle, the guide plate and the hot wheels. A floating bill stopping mechanism is arranged on the stacking baffle, and provided with a bill falling guide plate which is chained with a support arm in a moving mode. The other end of the support arm is connected with the stacking baffle in a moving mode, and a torsion spring is arranged between the support arm and the stacking baffle. The torsion spring maintains the support arm to be close to the hot wheel. The bill stacking device can effectively solve the problem of changes of gestures of bills in different sizes entering the bill falling space, thereby guaranteeing reliable stacking of the bills in different sizes.

Description

technical field [0001] The invention relates to a sorting device for thin sheet media, in particular to a device for stacking banknotes one by one in financial self-service equipment. Background technique [0002] In financial self-service equipment, it is often necessary to carry out single-sheet transmission and identification one by one for the processed banknotes, and then store or send them to users. For the equipment that needs to be sent to users, after the equipment completes the identification one by one The user needs to stack the banknotes transported individually, and finally the entire stack of banknotes is taken away by the user at one time. At present, hot wheels are generally used to stack banknotes in small banknote counting machines, such as figure 1 As shown, there are two pairs of power clamping wheels at the channel exit, the driving wheel 01, the driven wheel 02, the driving wheel 01 is fixed on the driving wheel shaft, and the driven wheel 02 is fixed...

AI Technical Summary

Problems solved by technology

[0003] Since the width of banknotes in circulation is between 60mm and 85mm, when the financial self-service equipment handles banknotes of different sizes at the same time, for the banknote 052 with the narrowest width of 60mm, the entire banknote 052 is stacked on the banknote dropping plate 07 and the banknote retaining plate 06, and lower than the banknote retaining surface of the banknote retaining plate 06, the banknotes are subjected to the positive pressure F of the banknote retaining plate 09 on the banknotes in addition to the friction force f of the bill retaining plate 09 (does not affect the stacked banknotes), so that even The increase of banknote 052 cannot overcome the positive pressure F of the banknote retaining plate 09 on the banknote, so the angle b2 formed by the banknote 052 and the banknote retaining surface of the banknote retaining plate will not decrease, so that the space for stacking banknotes will decrease sharply, and the number of stacked banknotes will decrease sharply. Decrease, when the number of stacked banknotes is large, it will block the wind fire wheel 04, and because the banknote 052 is lower than the banknote blocking surface, it seriously affects the convenience of customers to take banknotes

When the number of banknotes 05 to be withdrawn is small, the angle b1 is relatively large, and the banknotes extend out of the banknote retaining surface is small, which will also affect the convenience of customers to withdraw banknotes

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