CN1889130A - Mine safety fingerprint management control method and system - Google Patents
Mine safety fingerprint management control method and system Download PDFInfo
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- CN1889130A CN1889130A CN 200610021461 CN200610021461A CN1889130A CN 1889130 A CN1889130 A CN 1889130A CN 200610021461 CN200610021461 CN 200610021461 CN 200610021461 A CN200610021461 A CN 200610021461A CN 1889130 A CN1889130 A CN 1889130A
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Abstract
This invention discloses a fingerprint management control method of mine safety, it contains the following steps: the miner register information in the mine operation centre; verifying the safety train status of the miner and noting the information of train checking on work attendance; verifying the status of the miner who comes in and goes out of the mine and noting the information that the miner comes in and goes out of the mine; administering mine and fundamental miner information of National functional department. A kind of mine safety fingerprint management system, the system including that the verification terminal of the living body's fingerprint, the information center system of National functional department and the operation centre system of the mine. The system use the technology that using the living body to distinguish person, by supervising the safety training notes of the new miner, verifying the status of the miner who comes in and goes out of the mine, reinforcing the safety training of the miner, examining the safety training of the miner and the situation of over time work in real time, Resolving the problem that concealing and understating the quantity of death miner in mine accident completely.
Description
Technical field
The present invention relates to a kind of fingerprint management method and system, in particular, the present invention relates to a kind of mine safety living body finger print management control method and system.
Technical background
Safety is center of gravity and the main body of country in mine resources exploitation work always, though there are clear and definite safety management and mine disaster reporting mechanism in national security controlling unit, but it is to happen occasionally that illegal exploitation, violation exploitation, miner do not carry out phenomenons such as safe training, miner's overtime work, and these all are the artificial sexual factors of mine safety problem, after mine disaster simultaneously takes place, some ore deposits department that advocates peace is concealed and unreported to dead miner's quantity, perhaps understatement, this has had a strong impact on assessment and the decision-making of national security administrative authority for mine safety.
Therefore the class hour work attendance is carried out in miner's safety training, the miner passes in and out mine and carries out the working time examination, and the dead miner's in back concrete quantity takes place in mine disaster and victim's detailed personal information exercises supervision, and must adopt corresponding ladder of management and technological means.
The class hour work attendance of miner's safety training and miner pass in and out the examination of mine working time and can adopt artificial signature, these conventional arts of smart card to finish according to present technological means, but these can be adopted counterfeit means to hoodwink by ore deposit master or mine management personnel and reach a standard, and the resulting data of national security administrative authority still can not guarantee authentic and valid.The physical resource that the concrete death toll in back and the dead take place in mine disaster is at still blank out at present, and public security organ, national security superintendent office can't really grasp first hand data, conscious and miner's that can only be by the ore deposit master report.On the market except going back the neither one product or project can solve by seeing the biological detection such as DNA, but DNA detection can only be under lab to finish to product in this respect, can not carry out fully in the application in mine from present.
Summary of the invention
Actual conditions in view of the above, the objective of the invention is to: a kind of mine safety living body finger print management control method and system are provided, adopt the technological means of vivo identification people's identity, by the supervision of newly advancing miner's safety training record, the personnel of turnover mine are carried out authentication, reinforcement is to miner's safety training, the situation of real-time inspection miner safety training and overtime work thoroughly solves the problem that the concealed and unreported and understatement of the dead miner's quantity in back takes place in mine disaster.
In order to solve above-mentioned problem, the invention provides a kind of mine safety living body finger print identification management control method, it is characterized in that it includes following steps:
A. miner's information registering: miner's individual Word message and pictorial information are stored in the computing machine miner personal information database of operational centre, mine, and set up the corresponding a plurality of finger print templates of identity ID unique with it by the living body finger print acquisition terminal and also store, miner's personal information and fingerprint template data can directly be downloaded and be stored in the personal information database and fingerprint template database of safety training fingerprint attendance terminal and mine gateway living body finger print verification terminal;
B. miner's safety training authentication and training work attendance information record: when the miner comes in and goes out safe place for training, gather miner's fingerprint image by the living body finger print verification terminal, image is handled, fingerprint characteristic value is proposed, and with fingerprint characteristic value as original fingerprint data, the fingerprint template of preserving with relevant position in the fingerprint template database compares checking, the checking result is comprised training time and the storage of training number of times, and will verify that by network system matching result is transferred in the database of operational centre, mine;
C. come in and go out the mine authentication and the mine information record of coming in and going out of miner: when the miner comes in and goes out mine, gather miner's fingerprint image by the living body finger print verification terminal, image is handled, fingerprint characteristic value is proposed, and with fingerprint characteristic value as original fingerprint data, the fingerprint template of preserving with relevant position in the fingerprint template database compares checking, and the checking result is comprised the temporal information storage, and will verify that by network system matching result is transferred in the database of operational centre, mine;
D. mine and miner's basic information management: store to the information center storehouse miner's personal information, safety training attendance record, turnover mine recording timing or the real-time Transmission that read the operational centre, mine, directly enter database inquiry system by the related work personnel of mine safety administrative authority, mine safety training, miner are exercised supervision and manage at once go into the well time etc. of mine record, miner of coming in and going out.
According to mine safety living body finger print management control method provided by the present invention, it is characterized in that the fingerprint template that generates in described miner's finger print information register method is stored in the storer or is stored in the IC-card of insertion.
Described miner comes in and goes out, and contrast verification and the search validation method to miner's fingerprint has following three kinds in mine information and the safety training work attendance information recording method: a. miner imports ID by keyboard, by last fingerprint, the living body finger print verification terminal is gathered fingerprint image data, eigenwert takes the fingerprint, and with fingerprint value as original fingerprint data, by with this ID number corresponding fingerprint template database in the fingerprint preserved mate contrast verification, and the contrast verification result is comprised the temporal information storage; B. the miner will point when being put on the living body finger print verification terminal inductor, and the system acquisition fingerprint image extracts its eigenwert, by all finger print datas of fingerprint template lane database are searched for one by one, and Search Results be comprised the temporal information storage; C. when the fingerprint authentication terminal scanning when legal intellective IC card information is arranged, the living body finger print verification terminal is gathered the miner by the finger print view data that is placed on the fingerprint sensor, eigenwert takes the fingerprint, and with fingerprint characteristic value as original correlation data, read the fingerprint template data that keep in the intellective IC card, by deciphering, contrast, and comparing result comprised temporal information storage.
A kind of mine safety living body finger print management system is characterized in that, comprises living body finger print verification terminal, system of information center and operational centre, mine system; System of described information center is made up of background host computer server and database, is used to provide mine essential information and miner's essential information; Described mine operational centre system comprises miner's individual's graphic-text database and miner's fingerprint template database, is connected with described background host computer by network by the terminal PC, is used for the download of uploading of individual graph text information data and fingerprint template data; Described finger print identifying terminal comprises fingerprint acquisition instrument, safety training fingerprint attendance system and mine discrepancy fingerprint authentication terminal, and fingerprint acquisition instrument connects computer, is used to gather fingerprint image; Safety training fingerprint attendance system is installed in safety training doorway, classroom, is used to gather the fingerprint with the authenticating security start-up, and record fingerprint authentication information also is transferred to operational centre, mine database by network system; Mine discrepancy fingerprint authentication terminal is placed in mine discrepancy sign-desk, is used to gather and verify the fingerprint of the mine personnel of coming in and going out, and writes down fingerprint authentication information and is transferred to operational centre, mine database by network system.
According to mine safety living body finger print management system provided by the present invention, it is characterized in that, described finger print identifying terminal is based on Trueprint fingerprint of biological living body technology and the fingerprint recognition comparison system that designs, realize the collection of fingerprint skin corium by the electromagnetic field inducing electric field detecting sensor that declines, image feature is handled the digital information that obtains store.
According to mine safety living body finger print management system provided by the present invention, it is characterized in that described software and Database Systems framework are followed COM/DCOM and COBRA architecture, simultaneously the control Interface design.
According to mine safety living body finger print management system provided by the present invention, it is characterized in that mine discrepancy living body finger print verification terminal adopts independently two cpu circuit structures; The data communication of living body finger print verification terminal and operational centre, mine system and system of information center adopts the network type of attachment of TCP/IP, directly adopts the existing network system.
Mine safety living body finger print management system provided by the invention, be of the safe Training Management work attendance supervision of national security supervisory and management department to the mine staff, turnover mine authentication and the miner management system that mine information writes down of coming in and going out, the personnel that guaranteed the turnover mine have passed through enough safe Training Managements, not overtime work of ore deposit under the miner, and the miner that after the very first time obtains mine disaster, dies in an accident or political incident (turnover mine blacklist) data, particularly, the present invention adopts Trueprint fingerprint of biological living body recognition technology, the maximum of this technology and conventional fingerprint recognition technology is not both by finger skin live body layer but not the finger skin surface obtains the fingerprint image, owing to do not rely on skin surface, so this technology is dirty at skin, also can guarantee normally to read signal under the dry situation, stability and accuracy have been improved, also can avoid the someone to utilize the fingerprint sub-image that stays in addition, false or dead finger comes " deception " inductor, has living body finger print identification, the antifalsification height, strong interference immunity, confirm that the response time is short, accuracy of system identification, refuse characteristics such as sincere height, fill the domestic gaps, be specially adapted to the mine safety management.The technical barrier that this system has solved thoroughly that miner in the past is not on duty through the safety training, miner's overtime work and mine disaster dead list can't be learned has following advantage:
(1) the Trueprint fingerprint recognition system is a live body skin corium recognition technology in the system, have only live body could form fingerprint image, can't duplicate, antifalsification, anti-interference height, recognition speed fast (on average less than 2 seconds), accuracy of identification height (accuracy of system identification 0.01% below, refuse sincere 1%, user refuse the record rate less than 0.1%) are specially adapted to the demand that mine safety is managed.
(2) with the mode of safe Training Management by the living body finger print work attendance, stopped the mine owner and ignored the national security laws and regulations on the management without safety training phenomenon just on duty, be convenient to the supervision and management of national security supervisory and management department, implement reception and registration what the thought of safety in production and system really were sure to.
(3) user is simple and easy to use
The safe Training Management living body finger print attendance checking system and the mine authentication terminal of coming in and going out are placed in miner's safety training place and mine discrepancy sign-desk, only need to refer to get final product by letting go on terminal fingerprint collecting mouth, operate very easy.
(4) data communication of all terminals of system, database, operational centre and administrative center all based on the network system of TCP/IP, does not need other independent wiring, and is convenient and swift, is easy to safeguard and install.
(5) national management department monitors in real time, grasps the firsthand information
Miner's the safety training work attendance and the mine record of coming in and going out are real-time in the native system sends national security administrative authority to, and the violation operation in mine, miner's overtime work and mine disaster victim's concrete quantity and identity can be known by national security management supervision department in the very first time.
(6) staff's fingerprint template data can and be come in and gone out and upload and download between the mine authentication terminal at administrative center, safety training attendance checking system.
(7) discrepancy mine living body finger print authentication terminal adopts advanced Embedded System Design, possesses data and keeps function, even the long-time power down of system, interior data can not lost yet.Be independent of supervisory computer, can use separately, but also multimachine networking is carried out data communication with mine management center and data center of national security supervisory and management department easily by the TCP/IP interface.
(8) all hardware equipment all passes through three anti-structures designs and three and prevents PROCESS FOR TREATMENT, and it is more to be particularly suitable for the mine dust, and the miner points dirty environment.
Description of drawings
Fig. 1 is the logic diagram of mine safety living body finger print management system provided by the present invention;
Fig. 2 is the workflow block diagram of mine safety living body finger print management system provided by the present invention;
Fig. 3 is the structured flowchart of mine safety living body finger print management system provided by the present invention;
Fig. 4 is the workflow diagram of the living body finger print verification terminal module of mine safety living body finger print management system provided by the present invention;
Fig. 5 is the workflow diagram of mine safety living body finger print management system provided by the present invention.
Embodiment
The present invention will be further described below in conjunction with accompanying drawing.
Fig. 1 is the logic diagram of mine safety living body finger print management system provided by the present invention, and Fig. 2 is the structured flowchart of mine safety living body finger print management system provided by the present invention.Fig. 3 is the workflow diagram of the living body finger print verification terminal module of mine safety living body finger print management system provided by the present invention.Mine safety living body finger print management system provided by the present invention, set up the data center in mine by the operational centre database, terminating machine (PC) is formed a wide area network by network and background host computer, main to entering and exiting miner's essential information of mine, comprise individual Word message, image information and finger print information and set up and safeguard, simultaneously regularly or gather miner's safety training work attendance information, the mine authentication information of coming in and going out in real time and mine information and miner's information are sent to the information center storehouse by network system.It comprises following components:
(1) living body finger print verification terminal comprises fingerprint acquisition instrument, fingerprint access and exit control device, and fingerprint acquisition instrument connects computer, is used to gather fingerprint image; Fingerprint access and exit control device is installed in the outside, be used to detect the finger print data that is input to the fingerprint input block, it meets the topworks of outside expansion respectively by control line, be connected with network controller with power supply by communication bus, power supply and communication controller connect the operational centre computing machine, the finger print information that collects is transferred to operation feels concerned about system.
This living body finger print verification terminal is based on the principle of Trueprint fingerprint of biological living body technology application system and the embedded fingerprint that designs identification comparison system, realize the collection of fingerprint skin corium by inductance type electric microfield detecting sensor, image feature is handled the digital information that obtains store; Adopt advanced Embedded System Design, possess data and keep function, even the long-time power down of system, interior data can not lost yet.Be independent of supervisory computer, can use separately, but also multimachine networking, carry out data communication with mine management center and data center of national security supervisory and management department easily by the TCP/IP interface, adopt Trueprint fingerprint of biological living body technology, realize the collection of fingerprint skin corium by electromagnetic field inducing formula fingerprint identification technology, the people's who only lives fingerprint could produce fingerprint image on sensor.The inductance type electric microfield induction fingerprint sensor that this technology is used, has unique automatic detecting function of corium, when finger places on the inductance type electric microfield induction fingerprint sensor, the skin corium of fingerprint activity part externally produces fine signal under the coupling of aerial array, and changes along with the variation of the wrinkle ridge of fingerprint and line paddy.The slight change of sort signal field by the perception one by one of the sensing unit on the sensor, and forms fingerprint image.TruePrint fingerprint of biological living body technology does not rely on the air of fingerprint recess, even factors such as recess is injured, adhesion earth (greasy dirt), dry skin can both obtain distinct image.Electric microfield links up between fingerprint and sensor simultaneously, has reduced the phase mutual interference between the inductor, and it can adapt to more abundant and the skin of callus is arranged, even can both operate as normal at skin coated outside one deck coverture.Living body finger print authentication terminal mainly contains following function: fingerprint collecting: obtain fingerprint image by collecting device; Fingerprint feature point extracts: original image is handled, extracted eigenwert; Data compression: the speed that has guaranteed transmission; Data encryption: compatible existing most cipher mode (as: DES, RAS etc.); Data transmission: support existing most transmission mode (as: TCP/IP, IPX etc.).
This living body finger print verification terminal is before using Trueprint fingerprint of biological living body technology, build the fingerprint hardware test platform earlier, continuous Adjustment System parameter, extract the fingerprint image under the various environment, test by PC end fingerprint algorithm, and test result and other fingerprint technique test results are compared.By the corium detection technique and the performance of normal finger print and unusual finger (comprise decortication finger, dirty finger, the finger of dust is arranged) test Trueprint fingerprint recognition system, test the live body detection technique and the performance of Trueprint fingerprint recognition system by live finger and dead volume finger; Live body detection technique and performance by normal live finger and silica gel prosthetic finger test Trueprint fingerprint recognition system.
This terminal algorithm for recognizing fingerprint is used online PC system and off line embedded system.The accuracy of identification of algorithm for recognizing fingerprint and rapidity all must be improved by a large amount of test jobs and algorithm and get a promotion, relative PC on-line system, embedded system is because memory size, CPU floating-point operation ability, memory data output and system's arithmetic speed of algorithm operation platform, hardware device are much smaller, if adopt and the same algorithm of PC, in embedded system, almost can't realize normal fingerprint processing.
The living body finger print verification terminal is built up in safe trainee department and mine sign-desk, carry out safety training attendance management to newly advancing the miner, real time record miner's safety training record, the miner registers to coming in and going out and sign-out identity authentication, the discrepancy information of real time record miner's fingerprint authentication, its major technology parameter is as follows:
| Project | Parameter | |
| The fingerprint recognition position | Skin corium | |
| Recognition speed | Less than 1 second | |
| Fingerprint input number of times during registration | 3 times/2 times | |
| Accuracy of system identification (FAR) | Below 0.01% | |
| Refuse sincere (FRR) | Below 0.1% | |
| Refuse record rate (FTE) | Below 0.1% | |
| Fingerprint registration number | Customization according to the actual requirements | |
| The record strip number | Article 30,000, | |
| Working environment | Temperature/humidity | -10 ℃～50 ℃/93% no condensation |
(2) system of information center is based upon functions and powers of the state administrative authority as country, province, city's safety supervision department, form by background host computer server and database, mine basic information management and miner's basic information management (comprise miner's safety training attendance checking system, miner come in and go out mine record, miner once go into the well the working time etc.) mainly is provided.
(3) operational centre, mine system, as Fig. 5, described mine operational centre system comprises miner's personal information database and miner's fingerprint template database, be connected with described background host computer by network by the terminal PC, be used for the download of uploading of finger print data, long-range contrast and terminal user's authentication, the operational centre database server mainly contains following function: the foundation of fingerprint base; Finger print data upload download; The long-range comparison of fingerprint: to the checking of terminal user ID; Data encryption, compression, transmission; Log management; User management.
The workflow of mine safety living body finger print management system provided by the present invention is: 1, handle miner's individual identification ID (identity number) card, set up individual picture and text archives information bank, Digital Video connects computer equipment, go through the formalities miner's digital photograph of typing, and photo is stored in the database of operational centre, mine, the operational centre files for mine safety administrative center by Network Transmission miner's personal information.2, when newly advancing the miner when carrying out safety training work attendance, system reads miner's personal identification card, after fingerprint recognition is confirmed data recording being comprised temporal information preserves, and be transferred to operational centre, mine database and preserve, the operational centre, mine is transferred to the information center storehouse with this attendance record again, also this finger print data can be connected to miner's personal information database and read miner individual essential information.3, when the miner comes in and goes out mine, after system reads miner's fingerprint and confirms, data recording is comprised temporal information preserves, and be transferred to operational centre, mine database and preserve, the operational centre, mine is transferred to the system of information center with this attendance record again, also this finger print data can be connected to miner's personal information database and read miner individual essential information.
The control method of mine safety living body finger print management system provided by the invention is: A, miner's information registering: miner's individual Word message and pictorial information are stored in the computing machine miner personal information database of operational centre, mine, and set up the corresponding a plurality of finger print templates of identity ID unique with it by the living body finger print acquisition terminal and also store, miner's personal information and fingerprint template data can directly be downloaded and be stored in the personal information database and fingerprint template database of safety training fingerprint attendance terminal and mine gateway living body finger print verification terminal; B, the training authentication of miner's safety and training work attendance information record: when the miner comes in and goes out safe place for training, gather miner's fingerprint image by the living body finger print verification terminal, image is handled, fingerprint characteristic value is proposed, and with fingerprint characteristic value as original fingerprint data, the fingerprint template of preserving with relevant position in the fingerprint template database compares checking, the checking result is comprised training time and the storage of training number of times, and will verify that by network system matching result is transferred in the database of operational centre, mine; C, miner come in and go out the mine authentication and the mine information record of coming in and going out: when the miner comes in and goes out mine, gather miner's fingerprint image by the living body finger print verification terminal, image is handled, fingerprint characteristic value is proposed, and with fingerprint characteristic value as original fingerprint data, the fingerprint template of preserving with relevant position in the fingerprint template database compares checking, and the checking result is comprised the temporal information storage, and will verify that by network system matching result is transferred in the database of operational centre, mine; D, mine and miner's basic information management: store to the information center storehouse miner's personal information, safety training attendance record, turnover mine recording timing or the real-time Transmission that read the operational centre, mine, directly enter database inquiry system by the related work personnel of mine safety administrative authority, mine safety training, miner are exercised supervision and manage at once go into the well time etc. of mine record, miner of coming in and going out.
The miner comes in and goes out, and contrast verification and the search validation method to miner's fingerprint has following three kinds in mine information and the safety training work attendance information recording method: a. miner imports ID by keyboard, by last fingerprint, the living body finger print verification terminal is gathered fingerprint image data, eigenwert takes the fingerprint, and with fingerprint value as original fingerprint data, by with this ID number corresponding fingerprint template database in the fingerprint preserved mate contrast verification, and the contrast verification result is comprised the temporal information storage; B. the miner will point when being put on the living body finger print verification terminal inductor, and the system acquisition fingerprint image extracts its eigenwert, by all finger print datas of fingerprint template lane database are searched for one by one, and Search Results be comprised the temporal information storage; C. when the fingerprint authentication terminal scanning when legal intellective IC card information is arranged, the living body finger print verification terminal is gathered the miner by the finger print view data that is placed on the fingerprint sensor, eigenwert takes the fingerprint, and with fingerprint characteristic value as original correlation data, read the fingerprint template data that keep in the intellective IC card, by deciphering, contrast, and comparing result comprised temporal information storage.
Be optimization embodiment of the present invention below:
Native system mainly adopts multinomial technology such as Trueprint fingerprint of biological living body detection technique, fingerprint identification technology, software development technique, embedded system, Network Transmission, database.
The main performance index of system:
Item argument
Running software platform: Windows XP
Database: SQL Server2000
Fingerprint collecting position live finger skin corium
The fingerprint identification response time is average＜and 1 second
Fingerprint input number of times is 3 times/2 times during registration
Accuracy of system identification (FAR) is below 0.01%
Refuse sincere (FRR) below 1%
The user refuses record rate (FTE) below 0.1%
Data communication method TCP/IP
Hardware system operating ambient temperature/humidity-20 ℃～50 ℃/＜93% no condensation
The embedded fingerprint identification alignment algorithm of independent development has self study, self-organization, adaptive characteristics and advantage simple, general, that be suitable for parallel processing, makes system response time fast, the accuracy of identification height.
Structuring, modular design concept are all adopted in the design of software and database section in the system, follow COM/DCOM and COBRA architecture, control Interface design simultaneously, help software systems maintainability, be convenient to upgrade and with the interface of outer application system.Hardware components all adopts independently two cpu circuit structures, separately design of slow running system with fingerprint image acquisition, fingerprint storage processing high-speed cruising system and general data processing, data management, reduced the complicacy of embedded software system greatly, reduced the development difficulty of software systems, the reliability and maintainability of enhanced system, reduce the response time of fingerprint recognition, improved the travelling speed of total system.The data communication of end product and operational centre and administrative center adopts the network type of attachment of TCP/IP, directly adopts the existing network system, does not need other wiring, economizes on resources, and is convenient and swift.
Claims (7)
1. mine safety living body finger print management control method is characterized in that it includes following steps:
A. miner's information registering: miner's individual Word message and pictorial information are stored in the computing machine miner personal information database of operational centre, mine, and set up the corresponding a plurality of finger print templates of identity ID unique with it by the living body finger print acquisition terminal and also store, miner's personal information and fingerprint template data can directly be downloaded and be stored in the personal information database and fingerprint template database of safety training fingerprint attendance terminal and mine gateway living body finger print verification terminal;
B. miner's safety training authentication and training work attendance information record: when the miner comes in and goes out safe place for training, gather miner's fingerprint image by the living body finger print verification terminal, image is handled, fingerprint characteristic value is proposed, and with fingerprint characteristic value as original fingerprint data, the fingerprint template of preserving with relevant position in the fingerprint template database compares checking, the checking result is comprised training time and the storage of training number of times, and will verify that by network system matching result is transferred in the database of operational centre, mine
C. come in and go out the mine authentication and the mine information record of coming in and going out of miner: when the miner comes in and goes out mine, gather miner's fingerprint image by the living body finger print verification terminal, image is handled, fingerprint characteristic value is proposed, and with fingerprint characteristic value as original fingerprint data, the fingerprint template of preserving with relevant position in the fingerprint template database compares checking, and the checking result is comprised the temporal information storage, and will verify that by network system matching result is transferred in the database of operational centre, mine;
D. mine and miner's basic information management: store to the information center storehouse miner's personal information, safety training attendance record, turnover mine recording timing or the real-time Transmission that read the operational centre, mine, directly enter database inquiry system by the related work personnel of mine safety administrative authority, mine safety training, miner are exercised supervision and manage at once go into the well time etc. of mine record, miner of coming in and going out.
2. mine safety living body finger print management control method according to claim 1 is characterized in that, can be stored in the fingerprint template that generates in the storer in described miner's finger print information register step or is stored in the intellective IC card.
3. mine safety living body finger print management control method according to claim 1, it is characterized in that, described miner comes in and goes out, and contrast verification and the search validation method to miner's fingerprint has following three kinds in mine information and the safety training work attendance information recording method: a. miner imports ID by keyboard, by last fingerprint, the living body finger print verification terminal is gathered fingerprint image data, eigenwert takes the fingerprint, and with fingerprint value as original fingerprint data, by with this ID number corresponding fingerprint template database in the fingerprint preserved mate contrast verification, and the contrast verification result is comprised the temporal information storage; B. the miner will point when being put on the living body finger print verification terminal inductor, and the system acquisition fingerprint image extracts its eigenwert, by all finger print datas of fingerprint template lane database are searched for one by one, and Search Results be comprised the temporal information storage; C. when the fingerprint authentication terminal scanning when legal intellective IC card information is arranged, the living body finger print verification terminal is gathered the miner by the finger print view data that is placed on the fingerprint sensor, eigenwert takes the fingerprint, and with fingerprint characteristic value as original correlation data, read the fingerprint template data that keep in the intellective IC card, by deciphering, contrast, and comparing result comprised temporal information storage.
4. a mine safety living body finger print management system is characterized in that, comprises living body finger print verification terminal, system of information center and operational centre, mine system; System of described information center is made up of background host computer server and database, is used to provide mine essential information and miner's essential information; Described mine operational centre system comprises miner's individual's graphic-text database and miner's fingerprint template database, is connected with described background host computer by network by the terminal PC, is used for the download of uploading of finger print data; Described finger print identifying terminal comprises fingerprint acquisition instrument, safety training fingerprint attendance system and mine discrepancy fingerprint authentication terminal, and fingerprint acquisition instrument connects computer, is used to gather fingerprint image; Safety training fingerprint attendance system is installed in safety training doorway, classroom, is used to gather the fingerprint with the authenticating security start-up, and record fingerprint authentication information also is transferred to operational centre, mine database by network system; Mine discrepancy fingerprint authentication terminal is placed in mine discrepancy sign-desk, is used to gather and verify the fingerprint of the mine personnel of coming in and going out, and writes down fingerprint authentication information and is transferred to operational centre, mine database by network system.
5. mine safety living body finger print management system according to claim 4, it is characterized in that, described finger print identifying terminal is based on Trueprint fingerprint of biological living body technology and the fingerprint recognition comparison system that designs, realize the collection of fingerprint skin corium by the electromagnetic field inducing electric field detecting sensor that declines, image feature is handled the digital information that obtains store.
6. mine safety living body finger print management system according to claim 4 is characterized in that, described database is the three layer data storehouse systems of S/S/C, follows COM/DCOM and COBRA architecture, simultaneously the control Interface design.
7. according to the arbitrary described mine safety living body finger print management system of claim 4--6, it is characterized in that mine discrepancy living body finger print verification terminal adopts independently two cpu circuit structures; The data communication of living body finger print verification terminal and operational centre, mine system and system of information center adopts the network type of attachment of TCP/IP, directly adopts the existing network system.
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| CN 200610021461 CN1889130A (en) | 2006-07-26 | 2006-07-26 | Mine safety fingerprint management control method and system |
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| CN 200610021461 CN1889130A (en) | 2006-07-26 | 2006-07-26 | Mine safety fingerprint management control method and system |
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| CN102456184A (en) * | 2010-10-29 | 2012-05-16 | 镇江雅迅软件有限责任公司 | Information-based attendance-checking method based on Web technology |
| CN101828203B (en) * | 2007-10-17 | 2013-11-06 | 联邦印刷有限公司 | System for screening people and method for carrying out a screening process |
| CN104833948A (en) * | 2014-02-06 | 2015-08-12 | 玛珂***分析和开发有限公司 | Borehole operation positioning system |
| CN105809759A (en) * | 2016-03-16 | 2016-07-27 | 铜陵有色金属集团股份有限公司冬瓜山铜矿 | Borehole operation safety guarantee and attendance platform |
| CN111144843A (en) * | 2019-12-25 | 2020-05-12 | 甘肃路桥精石建材科技有限公司 | Mine integrated management system |
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2006
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101828203B (en) * | 2007-10-17 | 2013-11-06 | 联邦印刷有限公司 | System for screening people and method for carrying out a screening process |
| CN102456184A (en) * | 2010-10-29 | 2012-05-16 | 镇江雅迅软件有限责任公司 | Information-based attendance-checking method based on Web technology |
| CN102184586A (en) * | 2011-05-10 | 2011-09-14 | 吴存兴 | Barrier-free access control system in tunneling construction process |
| CN102306339A (en) * | 2011-06-27 | 2012-01-04 | 曾理 | Cheat preventing method in remote education and examination by adopting fingerprint collecting identifying technology |
| CN104833948A (en) * | 2014-02-06 | 2015-08-12 | 玛珂***分析和开发有限公司 | Borehole operation positioning system |
| CN105809759A (en) * | 2016-03-16 | 2016-07-27 | 铜陵有色金属集团股份有限公司冬瓜山铜矿 | Borehole operation safety guarantee and attendance platform |
| CN111144843A (en) * | 2019-12-25 | 2020-05-12 | 甘肃路桥精石建材科技有限公司 | Mine integrated management system |
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