CN203192065U - ATM (Automatic Teller Machine) self-help bank - Google Patents

Abstract

The utility model relates to an ATM self-service bank, which belongs to the field of bank management facilities. The utility model comprises a protective door, a card reader located on one side of the protective door, a magnetic switch and an electric lock located on the top of the protective door, a people counting camera and an exit button located on the wall of the self-service bank, an ATM cabinet, and an ATM cabinet located on the ATM cabinet. Data acquisition camera and card reader, embedded controller, human body recognition module, management computer; the embedded controller is connected with protective door, door magnetic switch, electric lock, people counting camera, data acquisition camera, face recognition module , The management computer is connected, and the people counting camera, the data acquisition camera, the card reader, the face recognition module, and the management computer are connected with the embedded controller. The utility model can provide a relatively exclusive and closed independent space, highly guarantees the personal safety of the self-service bank customers, and simultaneously solves the problem that the operation room is illegally occupied.

Description

A kind of ATM self-service bank

technical field

The utility model relates to an ATM self-service bank, which belongs to the field of bank management facilities.

Background technique

Usually, there are ATM self-service banks in various public places. The now popular ATM self-service bank can accommodate many people to wait in an ATM operating room to use the ATM self-service equipment. The ATM operating room has a spacious space, and the ATM operating room is provided with a glass curtain wall and a protective door to provide a relatively closed operating environment. The existing ATM self-service bank can provide personal customers with 24-hour bank self-service, which not only facilitates and meets the needs of individual customers, but also diverts the pressure of counter service at bank outlets, so that the limited resources of the bank are allocated first in more important areas. In terms of business, it effectively reduces the cost of the bank. But in many years of actual use, it is found that the existing ATM self-service bank has the following shortcomings: since the existing ATM self-service bank includes a relatively large and closed public operating room, if air-conditioning equipment is installed, the public operating room will be further increased. The environmental comfort of the operating room attracts some abnormal customers to occupy the public operating room, especially at night, this relatively spacious and comfortable public operating room becomes a shelter for homeless people and other people, which not only seriously affects the normal The use of customers, and there are serious security risks.

Existing ATM self-service banks do not have a relatively exclusive and closed independent space. Like this, criminals easily take advantage of the loopholes in the public operating rooms of ATM self-service banks, often in the public operating rooms of ATM self-service banks through peeping, interference and Follow-up and other means to obtain customers' bank cards, passwords or cash, and even violent robbery. Various methods of committing crimes against ATM self-service banks emerge in an endless stream, which not only cause direct losses to customers, but also have a great negative impact on banks and society. Unstable factors have seriously hindered the healthy development of ATM self-service banks.

These shortcomings make the popular ATM self-service bank less and less able to adapt to the needs of social development, we urgently need safer, more reliable and smarter ATM self-service bank.

Utility model content

The utility model provides an ATM self-service bank to solve the problem that an operating room is illegally occupied.

The technical scheme of the utility model is: an ATM self-service bank, comprising a protective door 1, a card reader 2 located on one side of the protective door 1, a door magnetic switch 3 and an electric lock 4 located on the top of the protective door 1, and a door lock located on the wall of the self-service bank. People counting camera 5 and exit button 8, ATM cabinet 9, data acquisition camera 6 and card reader 7 positioned on ATM cabinet 9, embedded controller 10, body identification module 11, management computer 12; wherein embedded control The device 10 is respectively connected with the protective door 1, the door magnetic switch 3, the electric lock 4, the people statistics camera 5, the data collection camera 6, the face recognition module 11, the management computer 12, the people statistics camera 5, the data collection camera 6, the card reader Machine 7, face recognition module 11, management computer 12 are connected with embedded controller 10 again.

After the customer swipes a valid bank card on the credit card machine 2, the door magnetic switch 3 opens the protective door 1, and the user enters the self-service bank operating room, and the people counting camera 5 located on the wall of the self-service bank immediately captures video data, and through the embedded control Device 10 counts the number of people: when the counted number is 0, the embedded controller 10 sends a door closing command in a short time; when the counted number is 1, the embedded controller 10 immediately sends a door closing command, and starts the electric lock 4 to close the door 1 is locked, and the door cannot be opened by waiting for the customer to swipe the card outside. At this time, after the customer inserts the bank card on the card reader, the data acquisition camera 6 captures the face image, and the face recognition module 11 embedded in the embedded controller 10 is used to identify the face. The feature is compared with the image information stored in advance by the customer in the bank management computer 12. After confirming the user, the embedded controller 10 sends an instruction, and the customer can perform normal operations on the ATM cabinet. A door-opening command can be issued to unlock the electric lock 4 and open the protective door 1; when the counted number exceeds 1, the embedded controller 10 locks the ATM cabinet 9, making the ATM cabinet 9 inoperable.

The beneficial effect of the utility model is that it can provide a relatively exclusive and closed independent space, highly ensure the personal safety of self-service bank customers, and solve the problem of illegal occupation of the operating room.

Description of drawings

Fig. 1 is a block diagram of the utility model system;

Fig. 2 is a block diagram of internal information flow of the utility model;

Each label in the figure: 1 is the protective door, 2 is the card reader, 3 is the door magnetic switch, 4 is the electric lock, 5 is the people counting camera, 6 is the data collection camera, 7 is the card reader, 8 is the exit button, 9 10 is an embedded controller, 11 is a human body identification module, and 12 is a management computer.

Detailed ways

Below in conjunction with accompanying drawing and embodiment, the utility model will be further described, but the content of the utility model is not limited to said range.

Embodiment: As shown in Figure 1-2, an ATM self-service bank includes a protective door 1, a card reader 2 located on one side of the protective door 1, a door magnetic switch 3 and an electric lock 4 located at the top of the protective door 1, and a self-service bank located at the top of the protective door 1. People counting camera 5 and exit button 8 on the wall of the bank, ATM cabinet 9, data collection camera 6 and card reader 7 on the ATM cabinet 9, embedded controller 10, human body recognition module 11, management computer 12; Wherein the embedded controller 10 is respectively connected with the protective door 1, the door magnetic switch 3, the electric lock 4, the people statistics camera 5, the data collection camera 6, the face recognition module 11, the management computer 12, the people statistics camera 5, the data collection camera 6. The card reader 7 , the face recognition module 11 , and the management computer 12 are connected to the embedded controller 10 again.

Claims (1)

1. An ATM self-service bank, characterized in that it includes a protective door (1), a card reader (2) located on one side of the protective door (1), a door magnetic switch (3) located on the top of the protective door (1) and an electric Lock (4), people counting camera (5) and exit button (8) on the wall of the self-service bank, ATM cabinet (9), data collection camera (6) and card reader on the ATM cabinet (9) (7), embedded controller (10), human body identification module (11), management computer (12); wherein the embedded controller (10) is respectively connected with the protective door (1), door magnetic switch (3), electric lock (4), people counting camera (5), data collection camera (6), face recognition module (11), management computer (12) connected, people counting camera (5), data collection camera (6), card reader (7), the face recognition module (11), and the management computer (12) are connected with the embedded controller (10).

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