CN201383178Y - Cash out gate with anti-sticking and anti-insertion function - Google Patents

Abstract

The utility model relates to a gate mechanism of an automatic teller machine, in particular to a money-out gate mechanism capable of removing foreign matter pasted or inserted on the gate. This banknote output gate with anti-sticking and anti-insertion function includes a frame body assembled with an automatic teller machine, a gate leaflet and a control drive mechanism for the gate leaflet, and the banknote outlet of the gate leaflet is provided with an anti-insertion blocking piece. The anti-insertion flap covers the gap between the gate flap and the ATM fascia when the gate flap is closed. The gate leaflet is formed with strip-shaped grooves along its opening and closing direction, and the frame body is provided with matching teeth corresponding to the grooves of the gate leaflet. The grooves formed on the leaflet of the gate and the matching teeth corresponding to the frame can effectively prevent the insertion of foreign objects, and the anti-insertion block can effectively remove foreign objects, so as to prevent the spitting out of banknotes from being illegally intercepted, prevent tempting customers from transferring accounts, and improve automatic The safety of the use of teller machines, and the safety of cash and account funds of depositors.

Description

Cash out gate with anti-sticking and anti-insertion function

technical field

The utility model relates to a gate mechanism of an automatic teller machine, in particular to a banknote output gate mechanism capable of removing foreign objects pasted or inserted on the gate.

Background technique

With the continuous improvement of the automation service level of the banking service industry, independent automatic service devices are widely used. In order to provide 24-hour uninterrupted service, unattended automatic teller machines are rapidly promoted by major banking institutions. The use of unattended ATMs not only facilitates the needs of depositors, but also provides convenience for criminals to steal or intercept depositors' money. With the widespread placement of ATMs, crimes against ATMs are also increasing year by year. This type of crime mainly includes: 1. Illegal interception of depositors’ money by tampering with the cash outlet; 2. Stealing depositors’ money by illegally obtaining depositors’ magnetic card information and passwords.

Since the current ATM cash-out gates all use smooth cash-out gates, there is always a certain gap due to the relationship between processing and assembly. As criminals continue to upgrade their crime methods, criminals skillfully use this gap to insert or The pasting method illegally intercepts the money of depositors, which brings unnecessary troubles to banks and depositors. With the continuous improvement of people's demand for the safety of the ATM teller machine's cash-out gate, how to effectively solve this problem has become an urgent problem for equipment suppliers.

Utility model content

The purpose of this utility model is to provide a method that can effectively prevent illegal insertion and can remove foreign objects pasted or inserted on the gate in view of the defect that criminals can illegally intercept depositors' money by inserting or sticking means through the sheet inserting or pasting means of the current ATM teller machine. Clear out the cash gate mechanism.

The purpose of this utility model can be achieved through the following measures:

This banknote output gate with anti-sticking and anti-insertion function includes a frame body assembled with an automatic teller machine, a gate leaflet and a control drive mechanism for the gate leaflet, and the banknote outlet of the gate leaflet is provided with an anti-insertion blocking piece. The anti-insertion flap covers the gap between the gate flap and the ATM fascia when the gate flap is closed.

Preferably, the gate leaflet is provided with a ticket outlet for banknotes to be taken out, and the edge of the ticket outlet near the closed end of the gate leaflet is provided with the anti-insertion block.

Preferably, the anti-insertion blocking piece is a folded edge formed at the banknote outlet of the shutter leaf along the banknote outputting direction.

Preferably, the anti-insertion blocking piece is an additional sheet-shaped component with folded edges on the gate hinge.

Preferably, the control drive mechanism includes a detection mechanism for checking whether the gate hinges are opened and closed in place.

Preferably, the detection mechanism is a sensor assembly electrically connected to the control drive mechanism.

Preferably, the gate hinge is provided with sensing feet for sensing by the sensor assembly.

Preferably, the gate hinge is formed with strip-shaped grooves along its opening and closing direction.

Preferably, the frame body is provided with matching teeth corresponding to the groove of the gate hinge, and the matching teeth slide in the groove when the gate hinge is opened and closed.

Compared with the prior art, the utility model has the following advantages:

1. The loose-leaf banknote outlet of the banknote delivery gate provided by the utility model is equipped with an anti-insertion stopper, which can effectively prevent sheet-like foreign objects from being inserted into the assembly gap between the gate and the panel of the teller machine, and if there are foreign objects at the banknote outlet, the insertion prevention When the baffle cannot successfully remove the foreign objects, the opening and closing of the gate loose-leaf will not be in place, so that the ATM teller machine will report an error and block the withdrawal and transfer functions, thereby improving the safety of the use of the ATM, and the safety of depositors' cash and account funds.

2. The gate leaflet of the money-out gate provided by the utility model is formed with strip-shaped grooves along its opening and closing direction, and the groove corresponding to the frame body is provided with matching teeth, which can effectively prevent the insertion of foreign objects and prevent the Spitting banknotes are illegally intercepted, preventing tempting customers from transferring funds, improving the safety of ATMs, and the safety of depositors' cash and account funds.

Description of drawings

Fig. 1 is the rear view of the banknote output gate of the utility model.

Fig. 2 is a rear perspective view of the banknote output gate of the present invention.

Fig. 3 is a front side perspective view of the banknote output gate of the present invention.

Fig. 4 is a schematic diagram of the gate hinge of the utility model.

Fig. 5 is a partial schematic view of the banknote dispensing gate assembled in the automatic teller machine in a closed state.

Fig. 6 is a partial schematic view of the banknote dispensing gate assembled in the automatic teller machine when it is in an open state.

Detailed ways

Below in conjunction with the accompanying drawings, the banknote output gate with anti-sticking and anti-insertion functions of the utility model will be further described in detail.

Referring to accompanying drawings 1 to 6, this banknote output gate with anti-sticking and anti-insertion functions includes a frame body 1 assembled with an automatic teller machine, a gate leaflet 2 and a gate leaflet control drive mechanism 3, wherein the gate leaflet 2 The banknote outlet 21 is provided with an anti-insertion blocking piece 4, and the anti-insertion blocking piece 4 covers the gap between the gate leaflet 2 and the panel 5 of the automatic teller machine when the gate leaflet is closed.

Referring to Figures 1 and 4, the gate leaflet 2 is provided with a ticket outlet 21 for taking out banknotes, and the ticket outlet 21 is provided with the anti-insertion block 4 near the edge of the closed end of the gate leaflet. The anti-insertion blocking piece 4 is an additional sheet-shaped component with folded edges on the gate leaflet 2 . The anti-insertion blocking piece 4 is movably installed on the gate leaflet 2 through several hanging hooks 41, and the hanging hooks 41 are movably limited on the gate leaflet 2 by the limit reinforcing piece 42. Wherein the suspension hook 41 limits the parallel movement displacement of the anti-insertion blocking sheet 4 on the gate leaflet, and the limit reinforcement sheet 42 prevents the movement of the anti-insertion blocking sheet 4 on the vertical gate leaflet plane.

Of course, the anti-insertion blocking piece 4 is not limited to be movably added on the gate leaflet 2, and the anti-insertion blocking piece 4 can be folded along the banknote outlet 21 of the gate leaflet 2 along the banknote outputting direction. This side can be formed integrally with the gate leaflet 2.

Referring to Figures 1 and 2, the control drive mechanism 3 of the cash output gate includes a detection mechanism 32 to determine whether the opening and closing of the gate hinge 2 is in place, in addition to a power motor 31, a control assembly (not shown) and related power transmission assemblies. The detection mechanism 32 is a sensor assembly electrically connected to the control drive mechanism. Correspondingly, a sensing foot 22 for sensing by the sensor assembly is provided on the gate leaflet 2 . Among them, there are preferably two detection mechanisms, and they are respectively set at positions that can be sensed when the gate leaflet is closed and opened, preferably one at the top and one at the top and bottom. The first one is isolated by the sensing foot when the gate leaflet 2 is closed, and the second one is in a non-isolated state. And when the gate leaflet 2 was opened, the first was in a non-isolated state, and the second was in an isolated state, thereby judging whether the opening and closing of the gate leaflet were in place. The sensor component may be a through-beam photoelectric sensor, or other types of sensors.

An anti-insertion block is added to the loose-leaf banknote outlet of the banknote delivery gate to effectively prevent flake foreign objects from being inserted into the assembly gap between the gate and the teller machine panel. If there are foreign objects in the cash outlet, if the anti-insertion block cannot successfully remove the foreign objects, the opening and closing of the gate leaflet will not be in place, so that the ATM teller machine will report an error and block the withdrawal and transfer functions, thereby improving the safety of the use of the ATM, and depositors cash and Security of Account Funds.

Referring to Figures 1 to 6, the gate leaflet 2 is formed with a strip-shaped groove 23 along its opening and closing direction, and the frame body 1 is provided with matching teeth 11 corresponding to the groove 23 of the gate leaflet 2, and the mating teeth 11 are positioned on the gate. The hinge slides in the groove 23 when opening and closing. Since the mating teeth protrude into the groove 23 and form a certain slope, it plays a blocking role for inserting foreign matter from the gap after assembly.

The gate loose leaf of the banknote dispensing gate is formed with a strip-shaped groove along the opening and closing direction, and the groove corresponding to the gate loose leaf of the frame is provided with matching teeth, which can effectively prevent foreign objects from being inserted, prevent the dispensed banknotes from being illegally intercepted, and improve automatic operation. The use safety of teller machines, and the cash safety of depositors.

The above disclosures are only preferred embodiments of the present invention, and all equivalent changes made under the guidance of the concept of the present invention still fall within the scope of the present invention.

Claims (9)

1, a kind of cash-out shutter with anti-paste anti-insertion function, it comprises the controlling and driving mechanism of the framework, gate loose-leaf and the gate loose-leaf that assemble with ATM (Automatic Teller Machine), it is characterized in that, the banknote exit of described gate loose-leaf is provided with the anti-catch that inserts, and described anti-insertion catch covers the slit between gate loose-leaf and the ATM (Automatic Teller Machine) panel when the gate loose-leaf is closed.

According to the described cash-out shutter with anti-paste anti-insertion function of claim 1, it is characterized in that 2, described gate loose-leaf is provided with the hole of drawing a bill of taking out for banknote, described edge of drawing a bill the close gate loose-leaf closing end in hole is provided with described anti-insertion catch.

According to the described cash-out shutter of claim 1, it is characterized in that 3, the banknote exit that described anti-insertion catch is the gate loose-leaf is along going out the flanging that the paper money direction forms with anti-paste anti-insertion function.

According to the described cash-out shutter of claim 1, it is characterized in that 4, described anti-insertion catch is the pellet module with flanging additional on the gate loose-leaf with anti-paste anti-insertion function.

According to the described cash-out shutter of claim 1, it is characterized in that 5, described controlling and driving mechanism comprises that the gate loose-leaf opens and closes the testing agency that whether puts in place with anti-paste anti-insertion function.

According to the described cash-out shutter of claim 5, it is characterized in that 6, described testing agency is the inductor assembly that is electrically connected with controlling and driving mechanism with anti-paste anti-insertion function.

According to the described cash-out shutter of claim 6, it is characterized in that 7, described gate loose-leaf is provided with the induction pin for described inductor assembly induction with anti-paste anti-insertion function.

According to the described cash-out shutter of 1 to 8 arbitrary claim, it is characterized in that 8, described gate loose-leaf opens and closes on the direction along it and is formed with strip groove with anti-paste anti-insertion function.

9, the cash-out shutter with anti-paste anti-insertion function according to claim 8 is characterized in that, the groove of the corresponding gate loose-leaf of described framework is provided with the cooperation tooth, and described cooperation tooth slides in described groove when the gate loose-leaf opens and closes.

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