WO2012051933A1

WO2012051933A1 - Smart money-processing machine

Info

Publication number: WO2012051933A1
Application number: PCT/CN2011/080885
Authority: WO
Inventors: 黄腾玉; 黄大豪
Original assignee: Huang Terng-Yuh; Huang Tai-Hao
Priority date: 2010-10-22
Filing date: 2011-10-18
Publication date: 2012-04-26
Also published as: CN102456244A

Abstract

A smart money-processing machine (100) comprises a banknote intake unit (1), an image sampling and authentication unit (2), and a data processing unit (3). After a banknote is entered into the smart money-processing machine (100), the data processing unit (3) performs analysis, separation, optical filtering, and color filtering to obtain an image of the banknote and appraises the authenticity of the banknote. The banknote intake unit (1) is a delaying track that can extend the conveying time of the banknote to ensure that light wave information can be analyzed and filtered with enough time.

Description

Intelligent financial transaction machine

Technical field

The invention relates to a financial ticket counterfeiting and banknote dispensing device, in particular to an intelligent financial transaction machine. Background technique

In today's economically developed society, due to the large scale of cash flow, bank cash handling at the cashier's counter is heavy, and the money counter (counterfeit detector) has become an indispensable device. Counting machine counting and discriminating in one body. With the development of printing technology, copying technology and electronic scanning technology, the level of counterfeit banknote manufacturing is getting higher and higher, and the discriminating performance of the counting machine must be continuously improved. According to the movement track of the banknote, the money counter is divided into horizontal and vertical banknote counters. Common methods of discriminating are usually fluorescent recognition, magnetic analysis, and infrared penetration. Portable money detectors are divided into portable desktop laser detectors and portable handheld laser detectors. However, with the advancement of technology, whether the money detector or the money counter has a high degree of banknote correctness and a convenient operation interface has become an urgent problem to be solved in the future development of the money detector. SUMMARY OF THE INVENTION An object of the present invention is to provide an intelligent financial transaction machine for improving the correctness of banknote verification and providing convenience of operation.

An intelligent financial transaction machine of the present invention comprises: a banknote insertion device for feeding banknotes and transferring banknotes; an image capture and identification device comprising a light wave transmitter and a filter analysis device disposed adjacent to the input a predetermined position of the banknote device, via the The light wave transmitter emits at least a predetermined wavelength of light wave to the banknote, and is received by the filter analyzing device after the light wave is reflected by the banknote, to obtain a light wave information; a data processing unit connected to the image capturing and identifying device And receiving the light wave information obtained by the image capturing and identifying device, analyzing, separating, filtering and filtering the color through the data processing unit to obtain an image of the banknote and identifying the authenticity of the banknote; wherein the banknote is inserted The device is a delay track that extends the banknote transport to ensure that the light wave information has sufficient time for analytical filtering.

The delay track is an S-type track.

Wherein, the wavelength of the light wave emitted by the light wave emitter is between 350 and 380 nm, 900-960 nm or other specified wavelengths.

The data processing unit is connected to a thermal printing device, and the data can be directly output.

The intelligent financial transaction machine of the present invention further comprises a banknote checking device for separating the recognized genuine banknotes and counterfeit banknotes.

The intelligent financial transaction machine of the present invention further includes a strapping device.

The strapping device includes an automatic strapping device, an automatic packaging device, and at least one automatic identification object generating device.

The data processing unit is connected to a data transmission interface. The data processing unit is further connected to a data storage device. The image capturing and identifying device of the data processing unit is coupled to a magnetic detecting device to generate a waveform to detect the authenticity, denomination or old and new of the banknote when detecting the banknote.

Through the above technical means adopted by the present invention, using the optical wavelength division method as an inspection The method of banknotes is identified by the image of the banknotes or the hidden security images and signal strength maps obtained by different wavelengths, and the recognition accuracy is increased by extending the delay track of the identification time. It is also possible to achieve a smart financial transaction machine that can complete the identification of the ticket number alone, and can also check the banknotes, complete the banknotes, print, and query the transaction time, content or ticket number. In the future, in addition to the application of this intelligent financial transaction machine on a money detector, a money machine or a banknote binding machine, it can also be applied to other aspects such as forgery and comparison work applications. DRAWINGS

1 is a system block diagram of an intelligent financial transaction machine of the present invention;

2 is a schematic diagram showing the internal composition of the intelligent financial transaction machine of the present invention; FIG. 3 is another schematic diagram showing the internal composition of the intelligent financial transaction machine of the present invention; FIGS. 4A to 4B are diagrams showing the intelligent financial transaction machine of the present invention. Schematic diagram of light wave separation results of different banknotes;

Fig. 5 is a view showing the results of magnetic detection analysis of various banknotes by the intelligent financial transaction machine of the present invention.

DESCRIPTION OF REFERENCE NUMERALS: 100-smart financial transaction machine; 1-banking device; 2-image acquisition and identification device; 21-light wave transmitter; 22-filter analysis device; 3-data processing unit; Banknote device; 41-direction switching mechanism; 5-thermal printing device; 6-data storage device; 7-data transmission interface; 8-bundling device; 81-automatic strapping device; 811- automatic identification object generating device; Automatic packaging device; 821-automatic identification object generating device; 83-noteout slot; 9-magnetic detection device; S1-wavelight information. detailed description

Figure 1 shows the system of the intelligent financial transaction machine of the present invention, Figure 2 and Figure 3 show The internal composition of the intelligent financial transaction machine of the present invention is shown.

As shown in the figure, the intelligent financial transaction machine 100 includes a banknote depositing device 1, an image capturing and identifying device 2, and a data processing unit 3, wherein the data processing unit 3 is connected to a banknote detecting device 4 and a thermal printing device. The device 5, a data storage device 6, and a data transmission interface 7.

Among the various components, the depositing device 1 mainly feeds a banknote and is transported inside, wherein the banknote length is between 84 mm and 180 mm. The banknote insertion device 1 of the present embodiment is a delay track, in particular, an S-shaped track as shown in FIG. 2, and the S-shaped curling travel path can extend the banknote conveyance and increase the detection time after the banknote enters, Ensure that the measured information has sufficient time for analysis and filtering, complete the stand-alone identification and achieve the effect of cross-banking, and also reduce the width of the machine. At the same time, the direction of the banknotes is not limited, such as the entry of the shorter side of the banknote or the entry of the longer side, so that the banknote can be placed in any manner, with the shorter side entering better. It also does not cause an unrecognizable error because the direction in which the banknotes are placed on the face is different. In other words, the banknotes placed in the machine can be identified in any four directions, and the present invention adopts a double-tilt type straight banknote design. When Eli notes are inserted into the banknotes in four directions, they can travel more on the side, so that people can more accurately grasp the position to be inspected. The S-type track is merely exemplary, and those skilled in the art can also make appropriate changes according to the disclosure of the present invention, but these changes are still within the scope of the present invention.

The image capturing and identifying device 2 is composed of a light wave transmitter 21 and a filter analyzing device 22, and is disposed adjacent to a predetermined position of the banknote loading device 1. The light wave emitter 21 includes a plurality of different light wave emitters, and can emit light waves having a wavelength of 350-380 nm, 900-960 nm or other specified wavelengths into the transported banknotes, and after filtering, by the filter analyzing device 22 ( Receiving, by the receiver or the sensing component, a light wave information S1, the The light wave information si may be an image of a banknote, a hidden security feature, a ticket number, or a wavelength.

The optical wave information S1 is obtained, and then transmitted to the data processing unit 3 connected to the image capturing and identifying device 2, and analyzed, separated, filtered, and filtered by the data processing unit 3 according to the wavelength, the intensity of the wave, and the chromatic aberration of the light wave. You can get a variety of information on the banknote for counterfeiting and application, ticket number, hidden pattern, security feature, picture word, wavelength information or magnetic voltage strength, etc., and identify the authenticity, denomination or Old and new. For example, via the separated signal group, the light wavelength group information is displayed by the thermal printing device 5 (printer), thereby obtaining the serial number of the banknote, or obtaining the image of the banknote and the hidden security feature to identify the banknote. The authenticity.

After the real banknotes and the counterfeit banknotes are identified through the above procedure, the recognized banknotes and the counterfeit banknotes may be separated by the banknote counting device 4, or the banknotes of different denominations may be identified and the banknotes of different denominations may be separated, respectively. There are two types of dispensing directions shown in FIG. 2 to enter different dispensing slots 83, which are two dispensing slots in this embodiment, and the invention is not limited thereto, as long as more than one dispensing slot is provided. Just fine. In addition, in this embodiment, a direction switching mechanism 41 is installed in the middle of the S-shaped conveying path. When the mechanism is actuated, the banknotes will leave the S-track and enter another track, and the track will send the banknotes to the cash-out slot 83. However, the banknotes are placed in a direction different from the direction of the S-shaped track, and enter the lower banknote slot 83 via the two types of banknotes, respectively. The present invention is the effect of cross-aligning banknotes of the same direction by this method. , that is, the left and right banknotes are crossed one by one, so that the new banknotes in the same direction of the OVD security line can be arranged in different directions for use by the cash dispenser. In addition, the function of the whole banknote can be added to include the folding angle of the banknote, damage, tape, OVD security check and old banknote identification.

At the same time, the intelligent financial transaction machine of the present invention can also be combined with a strapping device 8, straight Automatically completing the banknote tying operation, including automatic banding of up to 100 sheets (or other number of sheets) via the automatic tying device 81 of the tying device 8, and automatically identifying the object generating device 811 Label the label, date or serial number, or the way it is directly imprinted on it. And after reaching 10 ties (or set to other number of ties), the automatic packaging device 82 performs automatic tying, and similarly, the automatic identification object generating device 821 is attached with a label, such as a barcode, a date or a serial number, or The way to directly imprint on it, and automatically identify the object (such as barcode, date or serial number, etc.) can provide a query to know the serial number on all the banknotes in the bundle. The intelligent financial transaction machine of the invention can be operated in connection with the operation of installing a touch screen, such as an authentication, a mixed point (can simultaneously check different banknotes, denominations of banknotes), a ticket number, and a fixed number of sheets ( The number of sheets refers to the number of sheets in the withdrawal slot, the denomination, the whole banknote, and the printing function. The operation interface makes the overall operation simple and efficient, and the touch screen can be easily input directly. Customer or operator data to facilitate operator control of this intelligent financial transaction machine.

In addition, the information group filtered by the foregoing optical wavelength filtering method can be stored in the data storage device 6 (the database can be added as needed for storing data), and can also be transmitted through the data transmission interface 7 (wired or The wireless transmission device is transmitted to the bank and other accounting systems, and can be simultaneously connected and applied to the financial order management. In order to further confirm the actual results of the intelligent financial transaction machine of the present invention, a series of application of the optical wavelength division method to optically filter the banknotes of various currency values is provided, and the results are shown in Figs. 4A to 4B. From the results in the respective figures, it can be seen that the intelligent financial transaction machine of the present invention uses the optical wavelength division method to perform banknote authentication and ticket number acquisition, and has a good effect. In the present invention, a magnetic detecting device 9 connected to the device of the present invention can also be used to generate a waveform when detecting banknotes, as shown in FIG. 5, to identify the authenticity of the banknote, the waveform will be due to the face value of the banknote. The waveform is the NT$1000 waveform, but the waveform of each denomination must be fixed in shape, so it does have a good effect in checking the banknotes.

In addition to the above-described optical wavelength division method, the apparatus of the present invention can also be used for identification with techniques such as infrared line detection, fluorescence detection, magnetic detection, image recognition, and image capture. For example, when using the image capture method, an image capture device using CCD technology can be used to capture text into a digital image by using a scanner or other optical device, and then automatically recognize and process text information (at this time, the data processing unit is OCR). ), the text information is automatically entered into the database, and the ticket number is obtained by this technique. According to the disclosure of the present invention, in addition to the application of the smart financial transaction machine to the money detector and the currency counter, the future can also be applied to other aspects such as forgery and comparison work applications.

Claims

Claim

1. An intelligent financial transaction machine, comprising:

a banknote dispensing device for feeding banknotes and transferring banknotes;

An image capturing and identifying device, comprising: a light wave transmitter and a filter analyzing device, disposed at a predetermined position adjacent to the money depositing device, transmitting at least a predetermined wavelength of light wave to the banknote via the light wave transmitter, and the light wave is The banknote is reflected and received by the filtering analysis device to obtain a light wave information;

a data processing unit, connected to the image capturing and identifying device and receiving light wave information obtained by the image capturing and identifying device, analyzing, separating, filtering and filtering through the data processing unit to obtain an image of the banknote Identify the authenticity of the banknote;

Wherein the depositing device is a delay track, the banknote transport can be extended to ensure that the light wave information has sufficient time for analysis and filtering.

The intelligent financial transaction machine according to claim 1, wherein the delay track is an S-type track.

The intelligent financial transaction machine according to claim 1, wherein the light wave emitted by the light wave transmitter has a wavelength of 350 to 380 nm, 900 to 960 nm or other specified wavelength.

The intelligent financial transaction machine according to claim 1, wherein the data processing unit is further connected with a thermal printing device for directly outputting data.

The intelligent financial transaction machine according to claim 1, further comprising a banknote checking device for separating the recognized genuine banknotes and the counterfeit banknotes.

6. The intelligent financial transaction machine according to claim 5, further comprising setting more than one cash dispensing slot, and separately storing the identified banknotes.

7. The intelligent financial transaction machine of claim 1 further comprising a strapping device.

The intelligent financial transaction machine according to claim 7, wherein the binding device comprises an automatic strapping device, an automatic packaging device and at least one automatic identification object generating device.

The intelligent financial transaction machine according to claim 1, wherein the data processing unit is further connected to a data transmission interface.

10. The intelligent financial transaction machine of claim 1, wherein the data processing unit is further coupled to a data storage device.

11. The intelligent financial printer of claim 1 wherein the image capture device is coupled to a magnetic detection device for generating a waveform for detecting the authenticity, denomination or oldness of the banknote when the banknote is detected.

12. The intelligent financial transaction machine of claim 1, wherein the light wave information is an image of a banknote, a hidden security feature, a ticket number, or a wavelength strength.