An anti-theft envelope banknote sealing device

Abstract

The invention discloses an anti-theft envelope cash loading device. The anti-theft envelope cash loading device includes a gate mechanism, a channel and a cash box; the lower inlet of the gate mechanism is connected with the upper part of a channel; the lower end of the channel is connected with the upper part of the cash box; according to the gate mechanism, a crank is driven to move through a driven gear, and under the action of the crank, a gate can be controlled to slide back and forth in a gate frame; and according to the cash box, in the push movement of a low movement, an unlocking slider is controlled to move through an unlocking push rod, a rack is controlled to move through an opening and closing push rod, and therefore, a cash box door can be controlled to rotate and move, and the cash box door can be opened. The gate mechanism of the anti-theft envelope cash loading device of the invention has the advantages of simple and compact structure, small opening and closing range and small occupied space; the envelope space of the gate can be reduced, and the gate can be uniformly stressed, the stability and reliability of the gate are high; and an unlocking mechanism is simple, convenient and practical, and can store banknotes and coins of any denominations.

Description

technical field [0001] The invention relates to the field of financial equipment, in particular to an anti-theft envelope encapsulation device for storing banknotes and coins of any denomination in a financial institution. Background technique [0002] Existing integrated teller machine money loading device usually has deposit and withdrawal cash box and recovery cash box, does not provide the storage device with scattered paper money and coin for the teller. Moreover, most of the money-loading devices in the existing financial self-service equipment are cash boxes and money bags. The cash boxes generally include three parts: separating banknotes, pressing banknotes and issuing banknotes. However, the unlocking structure of the banknote bag is complex, the rack is installed inside the safe, and the rack enters through the entrance of the unlocking device when unlocking, and is meshed with the internal gear to unlock. It is often difficult to unlock and the banknote bag canno...

AI Technical Summary

Problems solved by technology

[0002] Existing cash-loading devices for integrated teller machines usually have a cash box for depositing and withdrawing cash and a cash box for recycling, and there is no storage device for tellers to use scattered banknotes and coins

Moreover, most of the money-loading devices in the existing financial self-service equipment are cash boxes and money bags. The cash boxes generally include three parts: separating banknotes, pressing banknotes and issuing banknotes. However, the unlocking structure of the banknote bag is complex, the rack is installed inside the safe, and the rack enters through the entrance of the unlocking device when unlocking, and is meshed with the internal gear to unlock. It is often difficult to unlock and the banknote bag cannot be used normally. Banknotes and coins of other denominations cannot be stored in the change place. The structure is complex, and it is often difficult to unlock the banknote bag, which affects the normal use of the banknote bag.

[0003] The gate mechanisms of some self-service financial equipment currently on the market have two modes of action: horizontal placement (or tilting at a certain angle) and rotation around the axis, and the opening and closing ranges of these two modes are relatively large. The installation space caused by opening and closing is also large, and it cannot be applied to places with limited space, and the opening and closing range of the gate is relatively large, and most of the motors cannot rotate within an arbitrary angle range. If the sensors for the start and end positions fail, there is a risk of damage to the motor and mechanical structure

In addition, the design of the gate is limited by space, and the power of the motor can only be placed on one side of the gate, so that the force on the gate is not very uniform, and the stability and life of the mechanism will also be affected to a certain extent.

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