CN203535717U - A banknote dispensing machine core with a serial number identification function - Google Patents
A banknote dispensing machine core with a serial number identification function Download PDFInfo
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- CN203535717U CN203535717U CN201320657246.7U CN201320657246U CN203535717U CN 203535717 U CN203535717 U CN 203535717U CN 201320657246 U CN201320657246 U CN 201320657246U CN 203535717 U CN203535717 U CN 203535717U
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Abstract
The utility model relates to a banknote dispensing machine core with a serial number identification function. The banknote dispensing machine core is installed inside an ATM machine. A sorting machine and a banknote serial number identification device are installed inside the banknote dispensing machine core. The banknote serial number identification device comprises a contact-type image sensor, an analog-to-digital conversion module, an Flash module and a programmable gate array. The Flash module is connected with the programmable gate array. A data output terminal of the he contact-type image sensor is connected with a data interface of the programmable gate array through the analog-to-digital conversion module. A control signal terminal of the contact-type image sensor is connected with the data interface of the programmable gate array. A USB interface of the programmable gate array is connected with a USB interface of an industrial control host computer of the ATM machine. The contact-type image sensor is installed in a banknote-passing-channel of the sorting machine. The banknote dispensing machine core with the serial number identification function of the utility model can record the serial number of each banknote in each transaction, and strong evidences are provided for counterfeit note dispute which occurs to the ATM machine, so that the dispute can be solved rapidly.
Description
Technical field
The utility model relates to ATM ATM (Automatic Teller Machine), relates in particular to a kind of cash-out movement that possesses hat font size recognition function for ATM ATM (Automatic Teller Machine).
Background technology
In the financial industry such as bank, ATM ATM (Automatic Teller Machine) obtains and is widely used, and its convenient, efficient Self-Service is when alleviating bank counter service pressure, also with easy to operate and fast receive praises from customers.
Present stage, ATM (Automatic Teller Machine) has been a kind of high-tech product that integrates computer technology, network technology, mechanical & electrical technology, automatic control technology, is the key equipment that bank realizes Self-Service.ATM ATM (Automatic Teller Machine) can realize drawing, deposit, inquiry, change password and the operation such as transfer accounts.
Because domestic cash flow flux is increasing, along with the frequent use of ATM ATM (Automatic Teller Machine), the dispute of various ATM note output is also more and more frequent, and extraction number as less than desirable in note output amount, note output amount are greater than in the extraction number that needs or note output and occur counterfeit money etc.Especially counterfeit money dispute, owing to only having note output amount of money sum in current ATM printing strip, there is no other more effectively note output records, as banknote version, banknote hat font size etc., when getting counterfeit money in ATM, always each sticks to his own version or argument for bank and remittee, the counterfeit money that remittee is always difficult in proof hand comes from ATM, be difficult to evidence obtaining, cannot examine at all, therefore substantially cannot solve at present the dispute that ATM meets with counterfeit money.
Summary of the invention
The utility model mainly solves original ATM and only has note output amount of money sum, there is no other more effectively note output records such as banknote version, banknote hat font size, meet with counterfeit money and be difficult to evidence obtaining, cannot examine at all, cause and be difficult to solve the technical matters that ATM meets with the dispute of counterfeit money; A kind of cash-out movement that possesses hat font size recognition function is provided, it can record the hat font size of each banknote in the every transaction of ATM, when bank receives holder and meets with counterfeit money and complain, the banknote serial number that can record according to ATM is examined and is traced, confirm whether counterfeit money comes from bank, thereby the counterfeit money dispute of ATM is readily solved.
Above-mentioned technical matters of the present utility model is mainly solved by following technical proposals: the utility model possesses the cash-out movement of hat font size recognition function, cash-out movement is arranged in ATM, in cash-out movement, be provided with sorter, in described cash-out movement, be also provided with banknote hat font size recognition device, described banknote hat font size recognition device comprises contact-type image sensor, analog-to-digital conversion module, Flash module and programmable gate array, Flash module is connected with programmable gate array, the data output end of described contact-type image sensor is connected through the data-interface of analog-to-digital conversion module and programmable gate array, the control signal end of contact-type image sensor and the data-interface of programmable gate array are connected, the USB interface of programmable gate array is connected with the USB interface of the industrial control host of ATM, described contact-type image sensor is arranged on described sorter.ATM when note output, the banknote cash-out movement of passing by, when banknote a sheet by a sheet during through sorter, the contact-type image sensor being installed on sorter scans down the banknote of all processes, and by image data transmission to programmable gate array.Programmable gate array both carried out logic control to contact-type image sensor, again the view data of obtaining is carried out to slant correction, denoising, luminance proportion, binaryzation, strengthen, the pre-service such as feature extraction and identification, obtain banknote hat font size pictorial information to be identified, also can be according to the characteristic information of the length and width of banknote picture and papery, identify denomination and the version of banknote, these information flow to the industrial control host of ATM in the lump, by industrial control host, banknote hat font size picture is carried out to OCR algorithm identified to obtain hat font size, and by hat font size and with hat font size picture together with the note output time, note output account, banknote denomination and version are kept in hard disk in the mode of database in the lump, and can to obtained data, carry out every processing and output according to the different demands of Ge Jia bank.Due to 10 hat font sizes of banknote, the same with people's identification card number, there is uniqueness, while therefore depositing and withdrawing in ATM, the hat font size of every banknote is recorded exactly, just can follow the trail of source and the whereabouts of each banknote.When bank receives holder and meets with counterfeit money and complain, the banknote serial number that can record according to ATM is examined and is traced, and confirms whether counterfeit money comes from bank, thereby the counterfeit money dispute of ATM is readily solved.On the other hand, once there is the malignant events such as robbery, know again the serial number of the stolen banknote of robbing, can follow the tracks of quickly and easily the cash of losing by the banknote prefix number storehouse of setting up, for solving a case, give a clue.
As preferably, described banknote hat font size recognition device comprises digital signal processor, memory module and microprocessor, memory module is connected with digital signal processor, the first bus interface of digital signal processor is connected with the bus interface of described programmable gate array, the second bus interface of digital signal processor is connected with the bus interface of described microprocessor, and the USB interface of microprocessor is connected with the USB interface of the industrial control host of ATM.In the technical program, the banknote to be identified hat font size pictorial information obtaining after programmable gate array pre-service is not transferred to industrial control host, but is transferred to digital signal processor, to reduce the workload of industrial control host.Digital signal processor carries out OCR identification to banknote hat font size pictorial information by fuzzy algorithm, output hat font size and picture, also can be according to the characteristic information of the length and width of picture and papery, identify denomination and the version of banknote, these data messages send industrial control host by microprocessor to by USB interface again, industrial control host can be first by the denomination of the picture of receiving and hat font size and banknote, version is together with the note output time, note output account is kept in hard disk in the mode of database in the lump, and can to obtained data, carry out every processing and output according to the different demands of Ge Jia bank.Meanwhile, microprocessor carries out logic control to programmable gate array and digital signal processor, and assurance system is normally worked.
As preferably, described sorter comprises prepass plate and the rear channel plate that face-to-face fastening is connected, between prepass plate and rear channel plate, form money transmitting channel, in money transmitting channel, the top of prepass plate is provided with the moving axis of uploading that upper driving wheel is installed, the bottom of rear channel plate is provided with the lower drive shaft that lower driving wheel is installed, lower drive shaft is connected with drive motor, lower driving wheel is connected by feed belt with upper driving wheel, described contact-type image sensor has four, be arranged on respectively left part and the right part of prepass plate and rear channel plate, and contact-type image sensor is being uploaded between moving axis and lower drive shaft.Upper driving wheel and lower driving wheel play the effect of carrying banknote, when banknote in money transmitting channel through out-of-date, contact-type image sensor scans banknote.Four contact-type image sensors, respectively with left and right, positive and negative location arrangements, guarantee that banknote is regardless of the money transmitting channel of passing by by what direction, and the hat font size on banknote can be scanned.
As preferably, described upper driving wheel, lower driving wheel all have two, the spacing of two upper driving wheels is identical with the spacing of two lower driving wheels, upload moving axis short, underdrive axial length, the two ends of uploading moving axis are connected on the left mount pad and right mount pad that is located at prepass plate top, the two ends of lower drive shaft are connected to left side and the right side of rear channel plate, the diameter of lower driving wheel is greater than the diameter of upper driving wheel, described prepass plate and the bottom of rear channel plate be curved evagination all, on prepass plate and rear channel plate, is equipped with some reinforcements.Banknote carries more smoothly, more reliable, and improve the intensity of sorter.
As preferably, the top of described prepass plate is provided with the countervane arranging along the length direction of prepass plate, the left side of countervane and right side are respectively provided with a large lug and three little lugs, large lug is near the termination of countervane, three little lug intervals arrange, the large and small lug in left side and the large and small lug on right side are symmetrical arranged, and near the spacing between two little lugs at countervane center, are greater than the spacing between two described upper driving wheels.Countervane plays direction action, and guiding is moved towards next mechanism from sorter banknote out, also makes banknote more smooth.
The beneficial effects of the utility model are: by banknote, be preced with the hat font size that font size recognition device can record each banknote in the every transaction of ATM, when bank receives holder and meets with counterfeit money and complain, the banknote serial number that can record according to ATM is examined and is traced, confirm whether counterfeit money comes from bank, thereby the counterfeit money dispute of ATM is readily solved.In addition, by setting up banknote prefix number storehouse, can follow the trail of source and the whereabouts of each banknote, once there is the malignant events such as robbery, know again the serial number of the stolen banknote of robbing, can, by the ATM with banking system networking, follow the tracks of quickly and easily the cash of losing, thereby give a clue for solving a case.
Accompanying drawing explanation
Fig. 1 is a kind of circuit theory syndeton block diagram of banknote hat font size recognition device in the utility model.
Fig. 2 is a kind of backsight structural representation of the prepass plate of sorter in the utility model.
Fig. 3 is a kind of main TV structure schematic diagram of the rear channel plate of sorter in the utility model.
1. contact-type image sensors in figure, 2. analog-to-digital conversion module, 3.Flash module, 4. programmable gate array, the industrial control host of 5.ATM machine, 6. digital signal processor, 7. memory module, 8. microprocessor, 9. prepass plate, 10. rear channel plate, 11. upper driving wheels, 12. upload moving axis, 13. lower driving wheels, 14. lower drive shafts, 15. left mount pads, 16. right mount pads, 17. reinforcements, 18. countervanes, 19. large lugs, 20. little lugs.
Embodiment
Below by embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment: the cash-out movement that possesses hat font size recognition function of the present embodiment, cash-out movement is arranged in ATM, sorter and banknote hat font size recognition device are installed in cash-out movement, as shown in Figure 1, banknote hat font size recognition device comprises contact-type image sensor 1, analog-to-digital conversion module 2, Flash module 3, programmable gate array 4, digital signal processor 6, memory module 7 and microprocessor 8.Flash module 3 is connected with programmable gate array 4, the data output end of contact-type image sensor 1 is connected through the data-interface 41 of analog-to-digital conversion module 2 and programmable gate array 4, the control signal end of contact-type image sensor 1 is connected with the data-interface 41 of programmable gate array 4, and the USB interface 51 of the USB interface 42 of programmable gate array 4 and the industrial control host 5 of ATM is connected.Memory module 7 is connected with digital signal processor 6, the first bus interface 61 of digital signal processor 6 and the bus interface 43 of programmable gate array 4 are connected, the second bus interface 62 of digital signal processor 6 and the bus interface 81 of microprocessor 8 are connected, the USB interface 51 of the USB interface 82 of microprocessor 8 and the industrial control host 5 of ATM is connected, and the industrial control host of ATM is connected with bank background management system by network again.In the present embodiment, contact-type image sensor 1 has four, and four contact-type image sensors 1 are arranged on the sorter of cash-out movement.Sorter comprises prepass plate 9 and the rear channel plate 10 that face-to-face fastening is connected, between prepass plate 9 and rear channel plate 10, form money transmitting channel, in money transmitting channel, as shown in Figure 2, left mount pad 15 and right mount pad 16 are arranged at the top of prepass plate 9, between left and right mount pad, are provided with and upload moving axis 12, upload two upper driving wheels 11 are separately installed on moving axis 12, two contact-type image sensors 1 are arranged on respectively left part and the right part of prepass plate 9, and are positioned at the below of uploading moving axis.The top of prepass plate 9 is provided with the countervane 18 arranging along the length direction of prepass plate 9, the left side of countervane 18 and right side respectively have one to large lug 19 and three the little lugs 20 of walking paper money direction protrusion, large lug 19 is near the termination of countervane 18, three little lug 20 intervals arrange, the large and small lug in left side and the large and small lug on right side are symmetrical arranged, and near the spacing between two little lugs 20 at countervane 18 centers, are greater than two spacing between upper driving wheel 11.As shown in Figure 3, lower drive shaft 14 is arranged at the bottom of rear channel plate 10, the two ends of lower drive shaft 14 are connected to left side and the right side of rear channel plate 10, two lower driving wheels 13 are separately installed on lower drive shaft 14, the spacing of two upper driving wheels 11 is identical with the spacing of two lower driving wheels 13, upload moving axis 12 short, lower drive shaft 14 is long, the diameter of lower driving wheel 13 is greater than the diameter of upper driving wheel 11, lower drive shaft 14 is connected with drive motor, lower driving wheel 13 is connected by feed belt with upper driving wheel 11, two contact-type image sensors 1 are arranged on respectively left part and the right part of rear channel plate 10, and be positioned at the top of lower drive shaft.Four contact-type image sensors 1 are all being uploaded between moving axis and lower drive shaft, and the position of two contact-type image sensors on prepass plate and two contact-type image sensors on rear channel plate is corresponding one by one.The bottom of prepass plate 9 and rear channel plate 10 is curved evagination all, and the installation site of lower driving wheel matches, and all has a plurality of reinforcements 17 on prepass plate 9 and rear channel plate 10.
ATM is when note output, the banknote cash-out movement of passing by, when banknote a sheet by a sheet when the sorter, four contact-type image sensors that are installed on sorter scan banknote, guarantee that banknote is regardless of the sorter of passing by by what direction, hat font size on banknote can be scanned, and these image data transmission that scan down are to programmable gate array.Programmable gate array both carried out logic control to contact-type image sensor, again the view data of obtaining is carried out to slant correction, denoising, luminance proportion, binaryzation, strengthen, the pre-service such as feature extraction and identification, obtain banknote hat font size pictorial information to be identified, also can be according to the characteristic information of the length and width of banknote picture and papery, identify denomination and the version of banknote, these information flow to digital signal processor in the lump, digital signal processor carries out OCR identification to banknote hat font size pictorial information by fuzzy algorithm, obtain hat font size and picture, together with relevant informations such as the denomination of banknote and versions, flow to microprocessor, by microprocessor, by USB interface, send industrial control host to again, industrial control host can be first by the denomination of the picture of receiving and hat font size and banknote, version is together with the note output time, note output account is kept in hard disk in the mode of database in the lump, and can to obtained data, carry out every processing and printout according to the different demands of Ge Jia bank.Programmable gate array carries out logic control to contact-type image sensor, and microprocessor carries out logic control to programmable gate array and digital signal processor, and assurance system is normally worked.
By banknote, be preced with the hat font size that font size recognition device records each banknote in the every transaction of ATM, when bank receives holder and meets with counterfeit money and complain, the banknote serial number that can record according to ATM is examined and is traced, confirm whether counterfeit money comes from bank, thereby the counterfeit money dispute of ATM is readily solved.In addition, by setting up banknote prefix number storehouse, can follow the trail of source and the whereabouts of each banknote, once there is the malignant events such as robbery, know again the serial number of the stolen banknote of robbing, can follow the tracks of quickly and easily the cash of losing by the ATM with banking system networking, for solving a case, give a clue.
Claims (5)
1. one kind possesses the cash-out movement of being preced with font size recognition function, cash-out movement is arranged in ATM, in cash-out movement, be provided with sorter, it is characterized in that in described cash-out movement, being also provided with banknote is preced with font size recognition device, described banknote hat font size recognition device comprises contact-type image sensor (1), analog-to-digital conversion module (2), Flash module (3) and programmable gate array (4), Flash module (3) is connected with programmable gate array (4), the data output end of described contact-type image sensor (1) is connected through the data-interface (41) of analog-to-digital conversion module (2) and programmable gate array (4), the data-interface (41) of the control signal end of contact-type image sensor (1) and programmable gate array (4) is connected, the USB interface (51) of the USB interface (42) of programmable gate array (4) and the industrial control host (5) of ATM is connected, described contact-type image sensor (1) is arranged on described sorter.
2. the cash-out movement that possesses hat font size recognition function according to claim 1, it is characterized in that described banknote hat font size recognition device comprises digital signal processor (6), memory module (7) and microprocessor (8), memory module (7) is connected with digital signal processor (6), first bus interface (61) of digital signal processor (6) is connected with the bus interface (43) of described programmable gate array (4), second bus interface (62) of digital signal processor (6) is connected with the bus interface (81) of described microprocessor (8), the USB interface (51) of the USB interface (82) of microprocessor (8) and the industrial control host (5) of ATM is connected.
3. the cash-out movement that possesses hat font size recognition function according to claim 1 and 2, it is characterized in that described sorter comprises prepass plate (9) and the rear channel plate (10) that face-to-face fastening is connected, between prepass plate (9) and rear channel plate (10), form money transmitting channel, in money transmitting channel, the top of prepass plate (9) be provided with upper driving wheel (11) is installed upload moving axis (12), the bottom of rear channel plate (10) is provided with the lower drive shaft (14) that lower driving wheel (13) are installed, lower drive shaft (14) is connected with drive motor, lower driving wheel (13) is connected by feed belt with upper driving wheel (11), described contact-type image sensor (1) has four, be arranged on respectively left part and the right part of prepass plate (9) and rear channel plate (10), and contact-type image sensor (1) is positioned to be uploaded between moving axis (12) and lower drive shaft (14).
4. the cash-out movement that possesses hat font size recognition function according to claim 3, it is characterized in that described upper driving wheel (11), lower driving wheel (13) all has two, the spacing of two upper driving wheels (11) is identical with the spacing of two lower driving wheels (13), upload moving axis (12) short, lower drive shaft (14) is long, the two ends of uploading moving axis (12) are connected on the left mount pad (15) and right mount pad (16) that is located at prepass plate (9) top, the two ends of lower drive shaft (14) are connected to left side and the right side of rear channel plate (10), the diameter of lower driving wheel (13) is greater than the diameter of upper driving wheel (11), described prepass plate (9) and the bottom of rear channel plate (10) be curved evagination all, on prepass plate (9) and rear channel plate (10), be equipped with some reinforcements (17).
5. the cash-out movement that possesses hat font size recognition function according to claim 4, the top that it is characterized in that described prepass plate (9) is provided with the countervane (18) arranging along the length direction of prepass plate (9), the left side of countervane (18) and right side are respectively provided with a large lug (19) and three little lugs (20), large lug (19) is near the termination of countervane (18), three little lugs (20) interval arranges, left side large, little lug and right side large, little lug is symmetrical arranged, near the spacing between two little lugs (20) at countervane (18) center, be greater than the spacing between described two upper driving wheels (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320657246.7U CN203535717U (en) | 2013-10-23 | 2013-10-23 | A banknote dispensing machine core with a serial number identification function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320657246.7U CN203535717U (en) | 2013-10-23 | 2013-10-23 | A banknote dispensing machine core with a serial number identification function |
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| CN203535717U true CN203535717U (en) | 2014-04-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320657246.7U Expired - Fee Related CN203535717U (en) | 2013-10-23 | 2013-10-23 | A banknote dispensing machine core with a serial number identification function |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105427449A (en) * | 2015-10-30 | 2016-03-23 | 新达通科技股份有限公司 | Bank note image optical compensation correction method, bank note testing identification device, and ATM |
| CN107240187A (en) * | 2016-03-28 | 2017-10-10 | 日立金融设备***（深圳）有限公司 | Electronics strip provides method, automated trading system and communication terminal |
-
2013
- 2013-10-23 CN CN201320657246.7U patent/CN203535717U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105427449A (en) * | 2015-10-30 | 2016-03-23 | 新达通科技股份有限公司 | Bank note image optical compensation correction method, bank note testing identification device, and ATM |
| CN107240187A (en) * | 2016-03-28 | 2017-10-10 | 日立金融设备***（深圳）有限公司 | Electronics strip provides method, automated trading system and communication terminal |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140409 Termination date: 20181023 |