CN102289877A - Card-free fingerprint intelligent vending system and realizing method thereof - Google Patents
Card-free fingerprint intelligent vending system and realizing method thereof Download PDFInfo
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Abstract
The invention discloses a card-free fingerprint intelligent vending system, which comprises a vending machine, a fingerprint collector and a server. The vending machine is characterized by comprising a first micro-processor and a fingerprint sensor; the server comprises a second micro-processor, a fingerprint image data memory, an IC (Integrated Circuit) card data memory and a fingerprint matching and verifying module; the fingerprint sensor, the first micro-processor, the second micro-processor, the fingerprint matching and verifying module and the fingerprint image data memory are in signal connection in sequence; and the IC card data memory and the fingerprint collector are respectively connected with the second micro-processor. The invention further discloses a method for realizing the card-free fingerprint intelligent vending system. According to the system and the method disclosed by the invention, the problems, such as inconvenience for carrying an IC card or money, low safety performance, inconvenience for use, insufficient diversification and the like in the prior art, can be overcome; and the system has the advantages, such as no need of carrying the IC card or money to shop, high safety, convenience for use, use way diversification and the like.
Description
Technical field
The present invention relates to the automatically vending system field, is a kind of no cassette fingerprint intelligent vending system and its implementation specifically.
Background technology
At present in China, the development technique of vending system is more and more advanced, especially aspect hommization obvious improvement is arranged, as utilizes the application of the automatically vending system that automatic vending machine sells more and more general, almost spreads all over each metropolitan streets and lanes.But the universal demand of these automatically vending systems all is: must use the IC smart card, or use bank note (and be newer bank note, otherwise may recognizer do not recognize), coin etc.So the shopper has to carry wealth or IC-card just can have been bought the thing of wanting, and is very inconvenient, also further promotes the use of because so limited automatic vending machine.
Fingerprint identification technology is ripe relatively on the other hand, be applied in aspects such as bank, finance, security system mostly, along with the more and more maturation of this technology, it is used also more and more widely, even entered numerous average families, as gate control system, launch computer system etc.But these fingerprint identification technologies in fact all are to utilize single fingerprint recognition system (Fingerprint Identification Unit) to finish, promptly finish by the process of " fingerprint template collection → fingerprint input → fingerprint matching → provide result ", that is to say that this system only is " reaching a standard " system of a proof of identification, fingerprint just can mate and can reach a standard, and can not just mate can not pass.
In sum, exist following technical matters in the prior art:
(1) automatically vending system must use IC-card, currency or coin just can do shopping, and carries inconvenience;
(2) IC-card, currency or coin may be stolen, security performance is not high;
When (3) using bank note, bank note must compare newly, and old bank note possibility nonrecognition causes and uses inconvenience;
(4) the fingerprint system that " reaches a standard " only is authentication in the prior art, and fingerprint verification system does not possess consumption function;
(5) the not enough diversification of use-pattern.
Summary of the invention
The objective of the invention is to overcome the deficiency that above prior art exists, provide a kind of have need not carry anything, the no cassette fingerprint intelligent vending system of safe, easy to use, use-pattern diversification.
Another object of the present invention is to provide a kind of no cassette fingerprint intelligent vending system implementation method.
In order to achieve the above object, the present invention by the following technical solutions: a kind of no cassette fingerprint intelligent vending system comprises automatic vending machine, fingerprint capturer and server; Wherein, automatic vending machine comprises first microprocessor and fingerprint sensor, and server comprises second microprocessor, fingerprint image data storer, IC-card data-carrier store and fingerprint matching authentication module; Fingerprint sensor, first microprocessor, second microprocessor, fingerprint matching authentication module and fingerprint image data storer signal successively are connected, and the IC-card data-carrier store is connected with second microprocessor respectively with fingerprint capturer.
Described automatic vending machine also comprises touch-screen, IC card reader, input keyboard, Coin identifying apparatus and paper money identifier; First microprocessor is connected with paper money identifier with touch-screen, IC card reader, input keyboard, Coin identifying apparatus respectively.
Preferably, described first microprocessor is connected by wireless network with second microprocessor.
Preferably, described fingerprint capturer links to each other with second microprocessor by data line.
Preferably, described wireless network is 3G or WIFI network.
Preferably, described touch-screen is the LED touch-screen.
Preferably, the described first microprocessor and second microprocessor are CPU.
A kind of no cassette fingerprint intelligent vending system implementation method may further comprise the steps:
(1) the acquisition module initialization of fingerprint capturer, the user is placed on the specific region of fingerprint capturer with finger then, and fingerprint capturer is by sensing and shoot with video-corder the finger print information typing of mode with the user, and finger print information is sent to server;
(2) the characteristic fingerprint parameter analyzed and extracts by second microprocessor of server to finger print information, form the fingerprint image template, then this fingerprint template is uploaded to the fingerprint image data storer, name preservation in the user name mode, and carry out encryption, strengthen security;
(3) set up IC-card database and being stored in the IC-card data-carrier store, between IC-card database and fingerprint image data storehouse, set up simultaneously related information retrieval system, fingerprint image data storer and IC-card data-carrier store are bound, storage user's credit line and Stored Value information are carried out data processing, retrieval and inquisition and maintenance by the IC-card service system in the IC-card database;
When (4) user uses, input user name, in the specific region of fingerprint sensor, paste the finger of putting the typing fingerprint template then, and stop more than 1 second, fingerprint sensor is by sensing and shoot with video-corder the finger print information typing first microprocessor of mode with the user, second microprocessor during first microprocessor is uploaded onto the server by wireless network, second microprocessor is sent to the fingerprint matching authentication module to finger print information;
(5) after the fingerprint matching authentication module receives finger print information, on the one hand the fingerprint parameter of finger print information is analyzed, opened the fingerprint image data storehouse on the other hand, take out that corresponding fingerprint template compares under the same user name;
(6) if fingerprint template can mate, then begin retrieve user information, and point out the user to input password, carry out further authentication,, then show error message if can not mate;
(7) after the user inputs password, if password is correct, then fully by authentication, after authentication, system opens user's IC-card database, the credit line of inquiring user and Stored Value, be presented on the touch-screen on the one hand, carry out credit line or Stored Value on the other hand and judge; If the password mistake shows error message;
When (8) credit line or Stored Value are judged, if credit line or Stored Value＞0 then starts automatically vending system; If credit line or Stored Value≤0 then shows error message;
(9) start automatically vending system, carry out commodity selection, after the affirmation commodity selection by the user, system handles the IC-card data, and judge: if the information that allows shipment is then sent in the credit line in the IC-card or Stored Value-commodity price 〉=0, the line data of going forward side by side upgrades to be handled and demonstration; If the credit line in the IC-card or Stored Value-commodity price＜0 is then interrupted delivery, and shown error message, get back to the commodity selection page.
Described step (2) encryption is md5 encryption.
The password of described user's input is the IC-card password.
The present invention has following advantage and effect with respect to prior art:
1, the present invention has adopted fingerprint sensor to cooperate with server, only needing to have realized fingerprint just can finish the process of selling goods, and does not therefore need to carry IC-card, currency or coin, and is easy to use.
2, the present invention can also use IC-card, currency or coin except finishing the shopping with fingerprint, realizes the diversification of the mode of selling goods.
3, the present invention has adopted fingerprint capturer, fingerprint image data storer and IC-card data-carrier store, has realized the binding of fingerprint and IC-card on the one hand, has strengthened the centrality and the security of user management on the other hand.
4, the present invention has adopted the fingerprint matching authentication module, only after the user is through fingerprint matching and authentication, just starts automatically vending system, and the bad or violation operation of stopping and having avoided some to exist has strengthened the security of vending system.
Description of drawings
Fig. 1 is a structural representation of the present invention;
Fig. 2 is system works flow process figure of the present invention;
Fig. 3 sets up the user fingerprint image database flowchart for the present invention;
Fig. 4 is fingerprint matching checking process flow diagram of the present invention.
Embodiment
For ease of it will be appreciated by those skilled in the art that the present invention is described in further detail below in conjunction with drawings and Examples.
Embodiment 1:
As shown in Figure 1, a kind of no cassette fingerprint intelligent vending system comprises automatic vending machine, fingerprint capturer and server; Wherein, automatic vending machine comprises first microprocessor and fingerprint sensor, and server comprises second microprocessor, fingerprint image data storer, IC-card data-carrier store and fingerprint matching authentication module; Fingerprint sensor, first microprocessor, second microprocessor, fingerprint matching authentication module and fingerprint image data storer signal successively are connected, and the IC-card data-carrier store is connected with second microprocessor respectively with fingerprint capturer.
Automatic vending machine also comprises touch-screen, IC card reader, input keyboard, Coin identifying apparatus and paper money identifier; First microprocessor is connected with paper money identifier with touch-screen, IC card reader, input keyboard, Coin identifying apparatus respectively.First microprocessor is connected by wireless network with second microprocessor, and wireless network is a 3G network.Fingerprint capturer links to each other with second microprocessor by data line, and touch-screen is the LED touch-screen.The first microprocessor and second microprocessor are CPU.
As shown in Figure 2, a kind of no cassette fingerprint intelligent vending system implementation method may further comprise the steps:
(1) the acquisition module initialization of fingerprint capturer, the user is placed on the specific region of fingerprint capturer with finger then, and fingerprint capturer is by sensing and shoot with video-corder the finger print information typing of mode with the user, and finger print information is sent to server;
(2) the characteristic fingerprint parameter analyzed and extracts by second microprocessor of server to finger print information, form the fingerprint image template, then this fingerprint template is uploaded to the fingerprint image data storer, name preservation in the user name mode, and carry out encryption, strengthen security;
(3) set up IC-card database and being stored in the IC-card data-carrier store, between IC-card database and fingerprint image data storehouse, set up simultaneously related information retrieval system, fingerprint image data storer and IC-card data-carrier store are bound, storage user's credit line and Stored Value information are carried out data processing, retrieval and inquisition and maintenance by the IC-card service system in the IC-card database;
When (4) user uses, input user name, in the specific region of fingerprint sensor, paste the finger of putting the typing fingerprint template then, and stop more than 1 second, fingerprint sensor is by sensing and shoot with video-corder the finger print information typing first microprocessor of mode with the user, second microprocessor during first microprocessor is uploaded onto the server by wireless network, second microprocessor is sent to the fingerprint matching authentication module to finger print information;
(5) after the fingerprint matching authentication module receives finger print information, on the one hand the fingerprint parameter of finger print information is analyzed, opened the fingerprint image data storehouse on the other hand, take out that corresponding fingerprint template compares under the same user name;
(6) if fingerprint template can mate, then begin retrieve user information, and point out the user to input password, carry out further authentication,, then show error message if can not mate;
(7) after the user inputs password, if password is correct, then fully by authentication, after authentication, system opens user's IC-card database, the credit line of inquiring user and Stored Value, be presented on the touch-screen on the one hand, carry out credit line or Stored Value on the other hand and judge; If the password mistake shows error message;
When (8) credit line or Stored Value are judged, if credit line or Stored Value＞0 then starts automatically vending system; If credit line or Stored Value≤0 then shows error message;
(9) start automatically vending system, carry out commodity selection, after the affirmation commodity selection by the user, system handles the IC-card data, and judge: if the information that allows shipment is then sent in the credit line in the IC-card or Stored Value-commodity price 〉=0, the line data of going forward side by side upgrades to be handled and demonstration; If the credit line in the IC-card or Stored Value-commodity price＜0 is then interrupted delivery, and shown error message, get back to the commodity selection page.Wherein, step (2) encryption is md5 encryption.The password of user's input is the IC-card password.
As shown in Figure 3, present embodiment adopts fingerprint to do shopping, the at first acquisition module initialization of fingerprint capturer, the user is placed on finger the specific region of fingerprint capturer then, then fingerprint capturer is by sensing and shoot with video-corder the finger print information typing of mode with the user, and fingerprint capturer links to each other with second microprocessor by data line.The characteristic fingerprint parameter is analyzed and extracted to second microprocessor to the finger print information of typing, form the fingerprint image template, then this fingerprint template is uploaded to the fingerprint image data storer, name preservation in the user name mode, and carry out md5 encryption and handle, strengthen security.Set up the IC-card database and be stored in the IC-card data-carrier store, between IC-card database and fingerprint image data storehouse, set up related information simultaneously and retrieve system, fingerprint image data storer and IC-card data-carrier store are bound.Information such as storage user's credit line and Stored Value are carried out data processing, retrieval and inquisition and maintenance by the IC-card service system in the IC-card database.
As Fig. 2 and shown in Figure 4, at first input user name, in the specific region of fingerprint sensor, paste the finger (finger of typing fingerprint template) of letting go then, and stop more than 1 second, fingerprint sensor is by sensing and shoot with video-corder the finger print information typing first microprocessor of mode with the user, second microprocessor during first microprocessor is uploaded onto the server by 3G wireless network (also can be the WIFI wireless network), second microprocessor is sent to the fingerprint matching authentication module to finger print information, after the fingerprint matching authentication module receives finger print information, on the one hand the fingerprint parameter of typing fingerprint is analyzed, open the fingerprint image data storer on the other hand, take out under the same user name corresponding fingerprint template and compare.If can mate, then begin retrieve user information, and point out the user to input password, carry out further authentication.If password is correct, then fully by authentication, after authentication, system opens user's IC-card database, and the credit line of inquiring user is presented on the touch-screen on the one hand, judge on the other hand: if credit line＞0 then starts automatically vending system; If credit line≤0 then shows the information of makeing mistakes.After starting automatically vending system, carry out commodity selection by the user.After confirming commodity selection, system handles the IC-card data, and judges: if the information that allows shipment is then sent in the Stored Value in the IC-card (or credit line)-commodity price 〉=0, the line data of going forward side by side upgrades to be handled and demonstration; If the Stored Value in the IC-card (or credit line)-commodity price＜0 then interrupts delivery, and shows error message, get back to the commodity selection page.
Embodiment 2:
Be with the difference of embodiment 1: present embodiment adopts IC-card to do shopping, the user inserts IC card reader on the automatic vending machine with IC-card, and input is after password carries out authentication, the IC-card long distance service system of first microprocessor in server sends instruction, open user's IC-card database, the credit line of inquiring user, and carry out the judgement of credit line, realize shopping.
Embodiment 3:
Be with the difference of embodiment 1: present embodiment adopts currency or coin to do shopping, the user drops into coin at paper money identifier or Coin identifying apparatus, start automatically vending system, if drop into number-commodity price 〉=0 of coin, then send the information that allows shipment, carry out data processing and demonstration, remaining then money is returned the user; If drop into number-commodity price＜0 of coin, then interrupt delivery, and show error message, get back to the commodity selection page.
Above-mentioned embodiment is the preferred embodiments of the present invention, can not limit the present invention, and other any change or other equivalent substitute mode that does not deviate from technical scheme of the present invention and made is included within protection scope of the present invention.
Claims (10)
1. a no cassette fingerprint intelligent vending system is characterized in that: comprise automatic vending machine, fingerprint capturer and server; Wherein, automatic vending machine comprises first microprocessor and fingerprint sensor, and server comprises second microprocessor, fingerprint image data storer, IC-card data-carrier store and fingerprint matching authentication module; Fingerprint sensor, first microprocessor, second microprocessor, fingerprint matching authentication module and fingerprint image data storer signal successively are connected, and the IC-card data-carrier store is connected with second microprocessor respectively with fingerprint capturer.
2. no cassette fingerprint intelligent vending system according to claim 1, it is characterized in that: described automatic vending machine also comprises touch-screen, IC card reader, input keyboard, Coin identifying apparatus and paper money identifier; First microprocessor is connected with paper money identifier with touch-screen, IC card reader, input keyboard, Coin identifying apparatus respectively.
3. no cassette fingerprint intelligent vending system according to claim 1, it is characterized in that: described first microprocessor is connected by wireless network with second microprocessor.
4. no cassette fingerprint intelligent vending system according to claim 1, it is characterized in that: described fingerprint capturer links to each other with second microprocessor by data line.
5. no cassette fingerprint intelligent vending system according to claim 3 is characterized in that: described wireless network is 3G or WIFI network.
6. no cassette fingerprint intelligent vending system according to claim 2, it is characterized in that: described touch-screen is the LED touch-screen.
7. no cassette fingerprint intelligent vending system according to claim 1, it is characterized in that: the described first microprocessor and second microprocessor are CPU.
8. an implementation method of not having cassette fingerprint intelligent vending system is characterized in that, may further comprise the steps:
(1) the acquisition module initialization of fingerprint capturer, the user is placed on the specific region of fingerprint capturer with finger then, and fingerprint capturer is by sensing and shoot with video-corder the finger print information typing of mode with the user, and finger print information is sent to server;
(2) the characteristic fingerprint parameter analyzed and extracts by second microprocessor of server to finger print information, forms the fingerprint image template, then this fingerprint template is uploaded to the fingerprint image data storer, names preservation in the user name mode, and carries out encryption;
(3) set up IC-card database and being stored in the IC-card data-carrier store, between IC-card database and fingerprint image data storehouse, set up simultaneously related information retrieval system, fingerprint image data storer and IC-card data-carrier store are bound, storage user's credit line and Stored Value information are carried out data processing, retrieval and inquisition and maintenance by the IC-card service system in the IC-card database;
When (4) user uses, input user name, in the specific region of fingerprint sensor, paste the finger of putting the typing fingerprint template then, and stop more than 1 second, fingerprint sensor is by sensing and shoot with video-corder the finger print information typing first microprocessor of mode with the user, second microprocessor during first microprocessor is uploaded onto the server by wireless network, second microprocessor is sent to the fingerprint matching authentication module to finger print information;
(5) after the fingerprint matching authentication module receives finger print information, on the one hand the fingerprint parameter of finger print information is analyzed, opened the fingerprint image data storehouse on the other hand, take out that corresponding fingerprint template compares under the same user name;
(6) if fingerprint template can mate, then begin retrieve user information, and point out the user to input password, carry out further authentication,, then show error message if can not mate;
(7) after the user inputs password, if password is correct, then fully by authentication, after authentication, system opens user's IC-card database, the credit line of inquiring user and Stored Value, be presented on the touch-screen on the one hand, carry out credit line or Stored Value on the other hand and judge; If the password mistake shows error message;
When (8) credit line or Stored Value are judged, if credit line or Stored Value＞0 then starts automatically vending system; If credit line or Stored Value≤0 then shows error message;
(9) start automatically vending system, carry out commodity selection, after the affirmation commodity selection by the user, system handles the IC-card data, and judge: if the information that allows shipment is then sent in the credit line in the IC-card or Stored Value-commodity price 〉=0, the line data of going forward side by side upgrades to be handled and demonstration; If the credit line in the IC-card or Stored Value-commodity price＜0 is then interrupted delivery, and shown error message, get back to the commodity selection page.
9. the implementation method of no cassette fingerprint intelligent vending system according to claim 8 is characterized in that: described step (2) encryption is md5 encryption.
10. the implementation method of no cassette fingerprint intelligent vending system according to claim 8 is characterized in that: the password of described user's input is the IC-card password.
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| CN104036393A (en) * | 2014-06-28 | 2014-09-10 | 李佳丽 | Intelligent automatic fingerprint payment system |
| CN105976515A (en) * | 2016-07-18 | 2016-09-28 | 广西师范大学 | Automatic vending system with fingerprint recognition function |
| CN106157031A (en) * | 2015-04-08 | 2016-11-23 | 董建飞 | The method and device of intelligent card payment transaction configuration item is set after biological identification success |
| CN106204925A (en) * | 2016-07-18 | 2016-12-07 | 广西师范大学 | A kind of fingerprint recognition automatic vending machine |
| CN109716409A (en) * | 2017-01-30 | 2019-05-03 | 德国万众金属制品有限公司 | Card automatic device with secured user interface |
| CN111353408A (en) * | 2012-06-29 | 2020-06-30 | 苹果公司 | Enrollment and fingerprint sensing system using composite fingerprint images |
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Application publication date: 20111221 |