CN201845382U

CN201845382U - Bank self-service system

Info

Publication number: CN201845382U
Application number: CN2010205093654U
Authority: CN
Inventors: 张炳华; 刘巍
Original assignee: BEIJING ORIENT XINGHUA TECHNOLOGY DEVELOPMENT Co Ltd
Current assignee: BEIJING ORIENT XINGHUA TECHNOLOGY DEVELOPMENT Co Ltd
Priority date: 2010-08-27
Filing date: 2010-08-27
Publication date: 2011-05-25
Anticipated expiration: 2020-08-27

Abstract

The utility model discloses a bank self-service system, which comprises a bank self-service terminal, a background service terminal and a network server. The bank self-service terminal includes a self-help signature device and a master control computer, the master computer includes an information processing module and an information confirming module, the background service terminal includes an information verifying module, the information processing module is in communication connection with the background service terminal, the information confirming module is in communication connection with the information verifying module, and a control processing device is in communication connection with the information confirming module, a printer and the self-help signature device. The bank self-service system is capable of meeting the requirement of signature for confirmation.

Description

Bank self-service system

Technical Field

The utility model relates to a self-service technical field especially relates to a bank self-service system.

Background

Along with the wave of finance electronization and informatization, self-service equipment is widely applied to banking business and plays an increasingly important role. Self-service equipment is in many kinds at domestic commercial bank, and representativeness has: an Automatic Teller Machine (ATM), an automatic deposit machine (CDM), a cash recycling machine (CRS), a passbook check-in machine, a foreign currency exchange machine (FEM), a night vault and an inquiry machine.

The self-service equipment is the best substitute channel for the traditional personal business of the bank counter, and is also an effective measure for relieving the counter business pressure and improving the business handling efficiency. Although the self-service equipment used by the bank is rich in service types, the current service modes of the self-service equipment are single, such as small deposit and withdrawal, bankbook printing, inquiry, payment and the like, the processing of most personal services requires signature confirmation of a customer (such as personal financing, signing, self-service card issuing and account opening and other services) to be capable of normally and successfully trading, and how to realize the personal services in a self-service manner is a difficult problem faced by the self-service equipment.

Compared with the existing counter personal business, the self-service equipment has some functional differences, which are mainly reflected in that: the counter transacts business, its characteristics are: the teller and the client have bidirectional interaction in the aspects of types, flows, modes and the like in the counter business transaction process, the communication is easy when the business is actually handled, the problems encountered in the business can be solved, and the self-service equipment just lacks bidirectional interaction.

The self-service system disclosed by the patent application with the publication number of CN101000702A and the invention name of 'a self-service system and method' not only can provide massive real data of customers for a bank data warehouse, but also can automatically compare and analyze corresponding characteristic data information acquired on site with saved file information so as to identify and confirm the effective identity of the customer, and can realize that the self-service system can replace a bank card of the user to carry out related business operations only by the characteristic information of the user, thereby realizing the function of applying for cardless business. However, since most financial (banking) units need to manually sign and confirm the transaction of personal business, the self-service system cannot meet the requirement of signing and confirming. Although the requirements can be realized by adopting the modes of fingerprints, electronic digital signatures and the like, certain hidden dangers and bugs exist, compared with direct paper handwritten signatures, a large amount of basic information needs to be saved in advance, and the instantaneity, the correctness of comparison after the fact and the intuitiveness are poor.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that to current self-service system not enough, provide a bank self-service system that can satisfy the sign of writing by hand and confirm the requirement.

In order to realize the above-mentioned purpose, the utility model provides a bank self-service system, including bank self-service terminal, backend server and network server, this bank self-service terminal includes user identification module, the printer, operating panel and control processing device, this bank self-service terminal still includes the show window, self-service signature device and main control computer, this main control computer has information processing module and information confirmation module, this backend server has the information and examines and verify the module, wherein, this information processing module is connected with this backend server communication, this information confirmation module examines and verifies the module communication with this information and is connected, this control processing device and this information confirmation module, this printer and this self-service signature device communication are connected.

The bank self-service system described above, wherein the bank self-service terminal further includes:

the headset device is used for establishing audio connection between the self-service terminal and the background server through the main control computer;

and the camera device is used for establishing video connection between the self-service terminal and the background server through the main control computer.

In the bank self-service system, the information auditing module is provided with a comparator for comparing the identity information with the video image transmitted by the camera device.

The self-service bank service system comprises a paper feeding guide plate, a first conveying paper channel, a second conveying paper channel and a conveying device, wherein the paper feeding guide plate is arranged on the paper outlet side of the printer and used for bearing paper output from the printer, a signing window and an image acquisition area are sequentially arranged on the first conveying paper channel, a paper receiving box is arranged at the tail end of the first conveying paper channel, a paper outlet is arranged at the tail end of the second conveying paper channel, the conveying device conveys the paper to run in the first conveying paper channel or the second conveying paper channel, and the signing window corresponds to the display window.

In the bank self-service system, the paper feeding guide plate, the first paper conveying channel and the second paper conveying channel form a three-fork type transmission path.

The bank self-service system described above, wherein the control processing device includes: the paper conveying device comprises a control unit, a signal acquisition unit for acquiring signals and transmitting induction signals to the control unit, and an execution unit for receiving and executing control instructions, wherein the execution unit drives the conveying device to convey paper; wherein,

the signal acquisition unit also comprises a plurality of sensors and an image collector, wherein the sensors are respectively arranged on the paper feeding guide plate, the first paper conveying channel, the inlet of the paper delivery box and the outlet of the paper, and the image collector is arranged in the image collection area;

the control unit comprises a controller which is respectively connected with the signal acquisition unit, the execution unit, the key circuit and the main control computer through interfaces; the key circuit is connected with an external input key and used for receiving an instruction sent by the input key; the main control computer is an upper control computer for data transmission.

In the bank self-service system, two sensors are arranged on the first conveying channel and are respectively arranged at the front end and the rear end of the image acquisition area.

The utility model has the beneficial effects that:

the self-service signature device is arranged at a bank self-service terminal and is controlled by an information confirmation module and an information verification module arranged at a background server, so that the difficult problems of human-human interaction, identity authentication, identity verification, signature verification, storage of important accounting vouchers of customer signatures and online verification of legal user identities during account opening of personal counter services handled on self-service equipment are fundamentally solved, a plurality of services such as signing, online banking account opening, financial management, card issuing and the like in the personal counter services of the bank can be completed in a self-service mode, the counter services are effectively shunted, the duty ratio of the counter services is improved, and the counter personal services are further expanded and extended on the self-service equipment.

Meanwhile, the bank self-service system effectively solves the problem that important certificates are reserved after self-service signature and signature of a customer by using the self-service signature device, the preset certificates or the certificates printed in real time are displayed to the customer through the self-service signature transmission device for signature confirmation, and are automatically withdrawn after verification processing, so that the realized business process is completely consistent with the counter personal business processing process.

The present invention will be described in detail with reference to the accompanying drawings and specific embodiments, but the present invention is not limited thereto.

Drawings

Fig. 1 is an architecture diagram of a bank self-service system of the present invention;

FIG. 2 is an external block diagram of the bank self-service terminal of FIG. 1;

FIG. 3 is a schematic block diagram of the connection between the bank self-service terminal and the background server in FIG. 1;

FIG. 4 is a block diagram of the bank self-service terminal of FIG. 1;

FIG. 5 is a block diagram of the self-service signing apparatus of FIG. 2;

FIG. 6 is a block diagram showing the structure of the control processing device in FIG. 4;

FIG. 7 is a pin connection schematic of the first controller of FIG. 6;

FIG. 8 is a pin connection schematic of the second controller of FIG. 6;

fig. 9 is a flow chart of a bank self-service method according to a first embodiment of the present invention;

fig. 10 is a flow chart of a bank self-service method according to a second embodiment of the present invention.

Wherein the reference numerals

601-bank self-service terminal

602-network server

603-background server

6031-WEB server

6032-application server

6033-service processing terminal

6034-information auditing module

10-control processing device

11-power supply

111-24V power supply

112-power converter

12-control unit

121-first controller

1211-program downloading port

122-second controller

1221-Serial Port

1222 program downloading port

13-Signal acquisition Unit

14-execution Unit

141-electric machine

1411 Motor chip

1412 inductor

1413-inductor

15-key socket

161-crystal oscillator

162-crystal oscillator

171-174 photoelectric coupler

181-triode

182-relay

183-triode

184-Relay

19-buzzer

20-display

30-laser printer

40-camera

50-sound box

60-pickup/MIC

70-identity recognizer

80-transmitter/reader

90-self-service signature device

91-paper feed guide plate

92-first conveyance path

921-first angle of rotation

922-second corner

923-third corner

924-fourth corner

93-second conveyance paper path

94-conveying device

95-signature window

96-image collector

97-delivery box

98-electric machine

991 ~ 995-sensor

910-image collector

911-paper collecting guide plate

912-paper delivery guide plate

100-IC card read-write machine

110-receipt printer

120-invoice printer

130-fingerprint collector

140-USB interface

150-cipher keyboard

160-master control computer

161-information processing Module

162-information confirmation module

Detailed Description

The following detailed description of the embodiments of the present invention will be provided in conjunction with the accompanying drawings and specific embodiments for further understanding the objects, aspects and functions of the present invention, but not for limiting the scope of the appended claims.

Referring to fig. 1, the utility model discloses a bank self-service system adopts the popular B/S structure of current industry, and it includes: the bank self-service terminal 601, the web server 602 and the background server 603, the background server 603 includes: a WEB server 6031 for controlling the client customization function, controlling most of the transaction flow, and managing data communication with the application server; a plurality of service processing terminals 6033 for real-time processing of specific services; an application server 6032, which is used for communication between the service processing terminal and the WEB server; the WEB server 602 is a system in which the bank self-service terminal 601 performs network communication with a self-service bank background server WEB server. Since the frame format is not the focus of the present invention, it is not repeated herein.

Referring to fig. 2 and 4, the bank self-service terminal 601 (also called counter personal business self-service processor) includes a main control computer 160, a control processing device 10, and a touch display 20 (the touch display has operation keys and a display screen, also called an operation panel) connected to the control processing device, a printer 30, a sound box 40, a camera 50, a sound pickup/MIC 60, a user personal identification device 70 depending on the personal characteristics of the user and a self-service issuing/card reader 80 depending on the user personal identification device, a self-service signature device 90, an IC card reader/writer 100, a receipt printer 110, an invoice printer 120, a fingerprint collector 130, a USB interface 140, and a password keyboard 150. The control processor 10 and the main control computer 160 are the core of the bank self-service terminal 601, and control and connect all the functional components to perform communication and send out corresponding control strategies. The printer 30 is a laser printer that prints the document to be signed with the signing location according to the programmed instructions of the control processor. Since the touch display 20, the printer 30, the camera 40, the sound box 50, the sound pickup 60, the identification device 70, the transmitter/reader 80, the IC card reader/writer 100, the receipt printer 110, the invoice printer 120, the fingerprint collector 130, the USB interface 140, and the password keyboard 150 are applied to the counter personal business self-service processing machine as conventional applications, they are not described herein again.

Referring to fig. 3, the main control computer 160 has an information processing module 1601 and an information confirmation module 1602, and the backend server 603 also has an information verification module 6034, where the information processing module 1601 is configured to start the identity identifier 70 according to a client instruction sent from the touch display 20 (i.e., an operation panel), the identity identifier 70 collects personal identity information of a user in an identity card IC card, and the information processing module 1601 may be a common CPU, and sends the identity information to the backend server after processing. The information auditing module 6034 of the backend server may include a comparator, or may be a face recognition device, and the comparator sends a confirmation instruction to the information confirmation module 1602 according to the identity information sent by the information processing module. The information confirmation module 1602 is configured to send a start/stop signal to the control processing apparatus 10 according to a confirmation instruction sent by the backend server; upon receiving the activation signal, the control processing device 10 transmits an activation instruction to the printer 30 and the self-service signature device 90. The specific operation principle will be described later.

As shown in fig. 5, the self-service signature apparatus 90 includes a paper feed guide 91, a first paper transport path 92, a second paper transport path 93, and a conveying device 94.

The paper feed guide 91 is provided on the paper discharge port side of the printer 30 to carry a document to be signed (hereinafter, the document to be signed is also referred to as a paper) printed by the printer 30, and a sensor 991 is provided on the paper feed guide 91.

The first paper path 92 is disposed at the end of the paper feeding guide 91, a signature window 95 and an image capturing area 96 are sequentially disposed on the first paper path 92, and a paper receiving box 97 is disposed at the end of the first paper path 92. The first paper conveying path 92 is provided with a first corner 921, a second corner 922, a third corner 923 and a fourth corner 924, the signing window 95 is arranged between the second corner 922 and the third corner 923, and the image capturing area 96 is arranged between the third corner 923 and the fourth corner 924. The first paper conveying path 92 is also provided with two sensors (sensors 992, 993), preferably, the two

sensors

992, 993 are respectively disposed at the front and rear ends (front and rear in relation to the paper running direction) of the image capturing area 96, and the image capturing area 96 is provided with an image capturing unit 910 at a corresponding position. A sensor 994 is also provided at the entrance of the delivery box 97. In order to make the signed document smoothly enter the paper receiving box 97, a paper receiving guide 911 is further provided between the end of the first paper conveying path 92 and the paper receiving box 97.

A second conveyance paper path 93 is also provided at the end of the paper feed guide 91, and a document outlet provided with a sensor 995 is provided at the end of the second conveyance paper path 93. Preferably, the second paper path 93 is provided at an end thereof with a paper delivery guide 912, and the sensor 995 is disposed on the paper delivery guide 912. The second conveying paper path 93 sets the number of corners according to actual conditions, and the number of corners of the second conveying paper path is two in the example.

The conveying device 94 adopted in this embodiment is a structure in which a driving wheel and a driven wheel drive a conveying belt, and since the structure is a common conveying manner, it is not described here in detail. The conveying device 94 is driven by a motor 98 to drive the document to be printed from the printer 30, and the document to be signed conveyed by the paper feeding guide 91 runs in the first conveying paper path 92 or the second conveying paper path 93. In order to realize the automatic sorting, a three-fork type conveying path is formed among the paper feed guide 91, the first paper conveying path 92 and the second paper conveying path 93.

For convenience of control, the motor 98, the

sensors

991, 992, 993, 994, 995 and the image collector 910 are respectively connected to the control processing device 10, wherein the motor 98 is an execution unit 14 of the control processing device 10, and the

sensors

991, 992, 993, 994, 995 and the image collector 910 are a signal acquisition unit 13 of the control processing device 10. The sensor 991 collects signals when the sensor is completely covered by the paper and when the tail of the paper just passes the sensor. The sensor 992 collects signals when the sensor is completely covered by the paper and when the tail of the paper just passes the sensor. The sensor 993 also collects signals when the sensor is completely covered by the paper and when the tail of the paper just passes the sensor. The sensor 994 collects a signal when the tail of the paper just passes the sensor. The sensor 995 collects a signal when the tail of the paper just passes the sensor.

Further, at the position of the paper receiving box 97, a conveying device driven by a motor can be arranged according to the number or position of the paper receiving boxes 97, so as to position and convey the recovered paper. The motor here corresponds to the motor 141 in fig. 4, that is, the motor 98 and the motor 141 constitute the execution unit 14 of the control processing device 10.

As shown in fig. 6, the control processing device 10 includes a power supply 11, a control unit 12, a signal acquisition unit 13 for acquiring and transmitting signals to the control unit, and an execution unit 14 for receiving and executing a control instruction.

The control unit 12 includes a first controller 121 and a second controller 122 connected to each other. Referring to fig. 5 and fig. 6 in combination, the first controller 121 and the second controller 122 adopted in the present embodiment are both PIC16F877A single-chip microcomputers.

The first controller 121 has a key connection pin for connecting the key jack 15, an execution unit connection pin for connecting the execution unit chips (such as the motor chip 981 of the motor 98 and the motor chip 1411 of the motor 141), a crystal oscillator connection pin for connecting the crystal oscillator 161 (for providing a clock for the single chip), a buzzer connection pin for connecting the buzzer 19 (for alarming when a circuit fault occurs and for providing a prompt whether an instruction is sent successfully), and a program download interface 1211 for downloading a program.

The second controller 122 has a signal acquisition unit connection pin, an execution unit connection pin, a crystal oscillator connection pin, and a serial connection pin, where the signal acquisition unit connection pin is used to connect chips of the signal acquisition unit (such as the chips of the

sensors

991, 992, 993, 994, 995 and the image collector 910), the execution unit connection pin is also used to connect chips of the execution unit (such as the motor chip 981 of the motor 98 and the motor chip 1411 of the motor 141), the crystal oscillator connection pin is used to connect the crystal oscillator 162 (to provide a clock for a single chip), the serial connection pin is used to connect the serial port 1221, and the serial port 1221 is mainly used to receive an instruction sent by a host (where the host refers to an initiator of a communication command). Specifically, the connection pin of the execution unit of the second controller 122 is connected to the motor chip 981 through the

photocouplers

171 and 172, the triode 177 and the relay 178, and the motor chip 981 is connected to the motor interface of the motor 98 through the inductors 982 and 983; the execution unit connection pin of the second controller 122 is further connected to a motor chip 1411 through photo-couplers 173 and 174, a triode 175 and a relay 176, and the motor chip 1411 is connected to the motor interface of the motor 141 through inductors 1412 and 1413.

The power supply 11 comprises a 24V power supply 111 and a power supply converter 112 for converting the 24V power supply into a 5V power supply, the 24V power supply 111 supplies power to the motor 98, the motor chip 981, the motor 141, the motor chip 1411 and the power supply converter 112, and the power supply converter 112 supplies power to the first controller 121, the buzzer 19 of the second controller 122 and all sensors, relays and photocouplers.

The utility model discloses a control processing apparatus 10 is to self-service signing device 90's control principle: a main control computer (which may be a main server in communication connection with a counter personal service self-service processor) sends an instruction to a second controller 122 (which may also be called a slave chip PIC16F877A) through a serial port 1211, the second controller 122 is connected with a motor chip 1411 (the motor chip adopts LMD18200T) through photocouplers 173 and 174 and a relay 182, and the motor chip 1411 is connected with a motor interface (MG2) of a motor 141 through inductors 1412 and 1413 to control the start, stop, direction and rotation speed of a recycling carton motor; the motor chip 981 (the motor chip adopts LMD18200T) is connected through the

photocouplers

171 and 172 and the relay 184, and the motor chip 981 is connected with the motor interface (MG1) of the motor 98 through the inductors 982 and 983 to control the start, stop, direction and rotating speed of the paper transmission motor. Meanwhile, the second controller 122 is connected to a plurality of sensors (for example, the

sensors

991, 992, 993, 994, 995 and the image collector 910 are provided, and the paper delivery box 97 is also provided with a sensor, which is not shown in the figure) through a sensor chip LM293, and the position, the start, the stop, and the direction and the rotation speed change of the paper transmission and recovery carton motor can be controlled through the sensors. Moreover, after the key is connected to the key jack 15, the command is input from the key, and the command can control the motor 98 and the motor 141 through the first controller 121, so as to control the start, stop and direction of the two motors through the key.

Referring to fig. 9, the service method of the first embodiment of the bank self-service system having the above-mentioned structure includes:

and step S1, the bank self-service terminal and the background server establish an interactive channel through the network server.

In step S2, a service transaction instruction is sent to the host computer through the operation panel (i.e., the touch display 20).

And step S3, the information processing module of the main control computer starts the user identity recognition module according to the service handling instruction, processes the identity information collected by the user identity recognition module and sends the processed identity information to the background server. In step S3, the method further includes the step of triggering establishment of a bidirectional audio/video connection between the bank self-service terminal and the background server.

Step S4, the information auditing module sends an acknowledgement command to the information confirmation module after auditing the identity information sent from the information processing module. In step S4, the method includes that the information auditing module compares the sent identity information audit with the live video image (i.e., the image transmitted from the camera 50) in step S41, if the comparison result is "not compliant", then steps S42, S51 and S511 are performed in sequence, an illegal user confirmation instruction is sent to the information confirmation module, after the information confirmation module receives the illegal user confirmation instruction, it first determines whether the instruction is sent by the information auditing module, if not, the step S41 is returned to; if the determination is yes, a non-starting signal is sent to the control processing device, and at this time, a friendly prompt is displayed on the display 20, so that the next operation cannot be performed; if the comparison result is "match", then go to step S42', send a legal user confirmation instruction to the information confirmation module, after the information confirmation module receives the legal user confirmation instruction, first determine whether the instruction is sent by the information auditing module, if not, return to step S41; if yes, the control processing device sends an activation signal, and then proceeds to step S51'.

Step S51', the information confirmation module sends a start signal to the control processing device according to the legal user confirmation instruction;

step S6, after receiving the start signal, the control processing device sends a start instruction to the printer and the self-service signature device, the printer prints out the prefabricated paper (the prefabricated paper has a signature position for a customer to write by hand), the self-service signature device transmits the prefabricated paper, and the specific working process is as follows: when the sensor 991 is covered by the prefabricated paper printed by the printer, the sensor 991 feeds back a signal to the second controller 122, the second controller 122 receives the signal and sends a forward rotation instruction to the motor chip 981, and the motor 98 rotates forward (counterclockwise) to enable the paper to move forward in the first paper conveying channel 92 (also called forward paper channel) through the space between the driving wheel and the driven wheel. When the paper passes through the signing window 95 to the visible position (which may be defined as the position of the tail sensor 991), the sensor 991 feeds back a signal to the second controller 122, and the second controller 122 receives the signal and sends a stop command to the motor chip 981, so that the motor 98 stops operating. The sensor can also be added here, and the paper is divided into several presentations according to the size of the exhibition area (the content on the paper can be completely browsed through n presentations). In the embodiment, the paper tail sensor 991 is shown in a first part; the second controller 122 commands the motor 98 to continue moving until the paper cover sensor 992 stops and the signing window 95 displays a second portion of the paper; the second controller 122 commands the motor 98 to continue moving until the paper overlay sensor 993 stops and the signing window 95 displays a third portion of the paper, which can be signed in the signing window 95.

In step S6, the method further includes

In step S61, the control processing device controls the pre-manufactured paper to wait for a certain time period in the display window for the customer to read information and sign.

And step S62, the control processing device collects the signature information and transmits the signature information to the information processing module of the main control computer. After the certain time, the second controller 122 commands the motor 98 to continue moving until the paper end passes through the sensor 992 and stops, the document reaches the image capturing area 96, and the image capturing unit 910 captures the signature.

And step S63, the information processing module of the main control computer processes the signature information and sends the processed signature information to the background server.

In step S64, the information auditing module compares the signature information sent from the information processing module with the identity information and sends a second confirmation instruction to the information confirmation module. In this step, if the signature information is blank (i.e., the client does not sign a signature) or the signature information does not match the identity information, proceed to step S651; if the signature information of the signature information provider matches the identity information, the process proceeds to step S652.

In step S651, the information confirmation module sends a non-start signal to the control processing device according to the "non-compliance" confirmation instruction, and after receiving the non-start signal, the control processing device controls the self-service signature device to move, so that the paper is collected into the paper collecting box (specifically, the movement is that the paper enters the paper collecting box 97 through the paper collecting guide 911, and when the paper tail passes through the sensor 994, the second controller 122 sends a stop instruction to the motor chip 981).

In step S652, the information confirmation module sends a restart signal to the control processing device according to the "matching" confirmation instruction, the control processing device receives the restart signal, and then sends a start instruction to the printer and the signing device, the self-service signing device moves to recycle the paper into the paper receiving box (specifically, the paper enters the paper receiving box 97 through the paper receiving guide 911), then the printer 30 prints the prefabricated paper again, the signing device moves again to bring the paper to the paper receiving guide 912 through the second paper conveying channel 93, and after the paper tail passes through the sensor 995 and reaches the outside of the apparatus, the second controller 122 sends a stop instruction to the motor chip 981.

Referring to fig. 10, a second embodiment of the self-service system of bank with the above structure is a service method, which is substantially the same as the method of the first embodiment, except that in step S4, the method includes that the information auditing module compares the sent identity information audit with the video image in the database to obtain step S41, if the comparison result is "not in accordance", the steps S42, S51 and S511 are sequentially performed, an illegal user confirmation instruction is sent to the information confirmation module, and after the information confirmation module receives the illegal user confirmation instruction, the information confirmation module sends a non-start signal to the control processing device, at this time, a friendly prompt is displayed on the display 20, and the next operation cannot be performed; if the comparison result is "match", the process proceeds to step S42 ', a valid user confirmation command is sent to the information confirmation module, and then the process proceeds to step S51'.

Naturally, the present invention can be embodied in many other forms without departing from the spirit or essential attributes thereof, and it should be understood that various changes and modifications can be made by one skilled in the art without departing from the spirit or essential attributes thereof, and it is intended that all such changes and modifications be considered as within the scope of the appended claims.

Claims

1. A bank self-service system comprises a bank self-service terminal, a background service end and a network server, wherein the bank self-service terminal comprises a user identity identification module, a printer, an operation panel and a control processing device, and is characterized in that the bank self-service terminal further comprises a display window, a self-service signature device and a main control computer, the main control computer is provided with an information processing module and an information verification module, the background service end is provided with an information verification module, the information processing module is in communication connection with the background service end, the information verification module is in communication connection with the information verification module, and the control processing device is in communication connection with the information verification module, the printer and the self-service signature device.

2. The bank self-service system according to claim 1, wherein the bank self-service terminal further comprises:

3. The bank self-service system according to claim 2, wherein the information auditing module has a comparator for comparing the identity information with a video image transmitted from the camera device.

4. The self-service bank service system according to claim 3, wherein the self-service signature device comprises a paper feeding guide plate, a first conveying paper channel, a second conveying paper channel and a conveying device, the paper feeding guide plate is arranged on the paper outlet side of the printer and used for carrying paper output from the printer, a signature window and an image acquisition area are sequentially arranged on the first conveying paper channel, a paper receiving box is arranged at the tail end of the first conveying paper channel, a paper outlet is arranged at the tail end of the second conveying paper channel, the conveying device is used for conveying the paper to run in the first conveying paper channel or the second conveying paper channel, and the signature window corresponds to the display window.

5. The self-service bank service system according to claim 4, wherein the paper feeding guide plate, the first paper conveying path and the second paper conveying path form a three-fork type conveying path therebetween.

6. The bank self-service system according to claim 5, wherein the control processing device comprises: the paper conveying device comprises a control unit, a signal acquisition unit for acquiring signals and transmitting induction signals to the control unit, and an execution unit for receiving and executing control instructions, wherein the execution unit drives the conveying device to convey paper; wherein,

7. The bank self-service system according to claim 6, wherein two sensors are arranged on the first paper conveying channel, and are respectively arranged at the front end and the rear end of the image acquisition area.