Linkage type self-locking anti-hand pinching rotary cash door of large-capacity cash recycling system

Abstract

The utility model relates to a linkage type self-locking anti-hand pinching rotary cash door of a large-capacity cash recycling system. When the rotary cash door needs to be opened, a motor gear is driven to rotate by means of the rotation of a driving motor; the motor gear drives a driving gear to rotate; the driving gear drives an idler wheel to rotate; the idler wheel drives a driven gear to rotate; the driven gear drives a torque limiter to rotate; the torque limiter drives a transmission shaft to rotate; since the transmission shaft is fixedly connected with two side walls of the rotary cash door, the transmission shaft drives the rotary cash door to be opened along an opening direction; when the cash door needs to be closed, the rotary cash door can be driven to be closed along a closing direction by means of the reverse rotation of the driving motor; since the torque limiter is adopted, the torque limiter can filter power outputted by the driving motor, and therefore, the excessive opening and closing force of the rotary cash door can be avoided, and a condition that the pinching-caused hurt of the hands of an operator or pinching-caused damage to cashes which is caused by acondition that the operator does not move his or her hands from a cash deposit opening or take his or her cashes from the cash deposit opening, can be effectively prevented.

Description

technical field [0001] The invention relates to a linkage type self-locking anti-pinching rotating banknote door of a large-capacity deposit and withdrawal machine. Background technique [0002] Large-capacity ATMs are mainly suitable for customers who need a large amount of deposits and withdrawals. By setting cash doors at the cash outlets and deposit ports, the safety of the cash outlets or deposit ports is protected. Customers need a large amount of deposits or withdrawals. At this time, the system controls the opening of the banknote door to facilitate the customer's subsequent deposit or withdrawal operations. However, the cash deposit port and the cash outlet port of existing large-capacity cash deposit and withdrawal machines usually adopt a cash door to block, or the cash deposit port has no cash door to block. The safety is low, and when the same banknote door is used to block the banknote deposit port and the banknote output port at the same time, the customer wi...

AI Technical Summary

Problems solved by technology

However, the cash deposit port and the cash outlet port of existing large-capacity cash deposit and withdrawal machines usually adopt a cash door to block, or the cash deposit port has no cash door to block, and when there is no cash door to block the cash deposit port, the safety of the cash deposit port cannot be guaranteed. low security, and when the same banknote door is used to block the banknote deposit port and the banknote output port at the same time, customers are likely to confuse the two banknote ports during operation, resulting in wrong operations. An independent revolving banknote door is set at the banknote deposit port, which not only ensures the safety of the banknote deposit port, but also avoids customer operation errors

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