CN116862117B - ID card management system and method based on induction type - Google Patents
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Abstract
The invention discloses an ID card management system and method based on induction, and relates to the technical field of ID card management. In order to solve the problems that in the prior art, the uniqueness of the association relationship between the ID card and the user information cannot be ensured, so that the management of the ID card and the user information is disordered; an ID card management system based on induction comprises an information management unit, an ID card management unit and an identity recognition unit; the method has the advantages that the initial user information is acquired and recorded, the recorded information is stored, meanwhile, the ID card reader is utilized to conduct one-to-one correspondence between the ID card and the user information, the uniqueness and the safety of the association between the ID card and the users are absolutely ensured, the binding condition of the same ID card and a plurality of users is avoided, the management and the maintenance of the ID card are convenient, the illegal entry of external personnel can be effectively prevented, the time of entering and exiting doors of different users can be inquired, and the management system inside an enterprise is standardized.
Description
Technical Field
The invention relates to the technical field of ID card management, in particular to an ID card management system and method based on induction.
Background
The ID card is called as identity card, is a non-writable induction card and contains fixed number. The ID card is generally used as the user identification of the entrance guard or parking lot system in the weak current system, and has wide application in the weak current system because no built-in power supply is needed, and the ID card has no contact and long service life when in use. Related patents exist concerning ID card management systems; for example, chinese patent publication No. CN106384183a discloses an ID card management system comprising: at least one ID card; an account number for binding the ID card; a reading device that ingests the ID card information; verifying the comprehensive identification system of the ID card through the reading equipment; and combining functions of the account number through the comprehensive identification system. The patent not only improves the use safety, is more convenient and quick, but also saves the cost, and has wide market application prospect.
The above patent, although carrying out account acquisition by a comprehensive identification system, still has the following problems:
the uniqueness of the association relation between the ID card and the user information cannot be guaranteed, so that the situation of confusion of the ID card and the user information management is caused, and in the ID card management process, the situation of system blocking and inquiry difficulty is caused due to data increase, so that the use of an ID card management system is affected, the use experience of management staff is reduced, and the management quality is affected.
Disclosure of Invention
The invention aims to provide an ID card management system and an ID card management method based on induction, which are convenient for the management and maintenance of an ID card and standardize the management system in an enterprise by ensuring the uniqueness and the safety of the association between the ID card and a user so as to solve the problems in the background technology.
In order to achieve the above purpose, the present invention provides the following technical solutions:
an induction-based ID card management system, comprising:
the information management unit is used for acquiring and inputting initial user information, integrating the initial user information based on the data characteristics of the user information, numbering each piece of user information and determining the user number of the user;
the ID card management unit is used for carrying out ID card association and binding on the basis of the acquired user number and the ID card, acquiring ID card built-in coding data and enabling the user number to be in one-to-one correspondence with the ID card built-in coding data;
the ID card management unit is further used for associating and binding the ID card with a third party platform based on contracts, and carrying out one-to-one correspondence on the ID card built-in coding data and the account number of the third party platform;
the identification unit is used for acquiring the ID card carrier signal based on the ID card reader, reading the ID card built-in coding data based on the ID card carrier signal, and acquiring the user information corresponding to the ID card based on the association relation.
Further, the information management unit includes:
the information input module is used for acquiring input data actively uploaded by the input terminal, wherein the input data comprises user name information, user photo information, personal card swiping conditions, card swiping categories corresponding to card swiping times and card swiping time information;
the information storage module is used for preprocessing the input data, acquiring the quantity of users contained in the input data, establishing corresponding user storage spaces based on the quantity of users, and storing the input data into the user storage spaces;
the information integration module is used for extracting user name information in the input data, determining a user number based on the sequence of inputting each user name information, and integrating the input data based on the personal card swiping condition corresponding to the user number;
the user logout module is used for acquiring logout information, identifying logout user numbers in the logout information, performing one-to-one matching on the logout user numbers and user numbers in the input data, and performing logout operation on the input data based on a matching result, wherein the matching result is one.
Further, the information input module includes:
the historical data acquisition module is used for acquiring the input data obtained in the history by the input terminal, wherein the input data comprises user name information, user photo information, personal card swiping conditions, card swiping categories corresponding to card swiping times and card swiping time information;
the average data quantity acquisition module is used for acquiring the average data quantity of the input data according to the input data by the input terminal;
the data information extraction module is used for extracting the maximum data processing amount of the communication thread between the input terminal and the information input module in unit time; wherein the unit time is 1s;
the data volume threshold setting module is used for setting a first data volume threshold and a second data volume threshold by utilizing the maximum data processing volume of a communication thread between the input terminal and the information input module in unit time;
the first data volume threshold value and the second data volume threshold value are obtained through the following formula:
wherein C is y01 And C y02 Respectively representing a first data volume threshold and a second data volume threshold, when C y01 And C y02 C when the data processing amount is larger than the maximum data processing amount y01 ＝PC max ，C y02 ＝C max ；C max Representing the maximum data processing amount of a communication thread between an input terminal and the information input module in unit time; p represents a scaling factor; c (C) hmax And C hmin Respectively representing the maximum data volume and the minimum data volume of single input data of the input terminal; c (C) p Representing the average data quantity of single-time input data of the input terminal;
and the single data volume acquisition module is used for comparing the average data volume with the first data volume threshold and the second data volume threshold to obtain a comparison result, and determining the data volume of single data uploading of the input terminal according to the comparison result.
Further, the single data volume acquisition module includes:
the first data volume acquisition module is used for acquiring the data volume uploaded by the single data of the input terminal by using a first data volume model when the comparison result shows that the average data volume does not exceed the first data volume threshold; wherein the first data volume model is as follows:
wherein C is 01 The method comprises the steps of representing a first data volume model to obtain data volume uploaded by single data of an input terminal; c (C) y01 Representing a first data amount threshold; c (C) max Representing the maximum data processing amount of a communication thread between an input terminal and the information input module in unit time; p represents a scaling factor; c (C) p Representing the average data quantity of single-time input data of the input terminal;
the second data volume acquisition module is used for acquiring the data volume of single data uploading of the input terminal by using a second data volume model when the comparison result shows that the average data volume exceeds the first data volume threshold value but does not exceed the second data volume threshold value; wherein the second data volume model is as follows:
wherein C is 02 The second data quantity model is represented to acquire the data quantity of single data uploading of the input terminal; c (C) y01 And C y02 Representing a first data amount threshold and a second data amount threshold, respectively;
the third data volume acquisition module is used for acquiring the data volume uploaded by the single data of the input terminal by utilizing a third data volume model when the comparison result shows that the average data volume exceeds the second data volume threshold; wherein the third data volume model is as follows:
wherein C is 03 And the third data quantity model is used for acquiring the data quantity of single data uploading of the input terminal.
Further, the information input module specifically includes:
the user name information, the user photo information and the user basic information are sequentially input, wherein the user basic information comprises: contact phone, home address, and user identity code;
matching the user name information with the input data stored in the user storage space based on the input user name information, and generating input data from the user name information, the user photo information and the user basic information if the matching result is 0;
if the matching result is not 0, extracting a user identity code in the user basic information, matching the user identity code with input data in the matching result, and if the matching result is 0, generating the input data;
if the matching result is not 0, the input fails and is displayed as the existing input data, and a repeated input warning is displayed.
Further, the information integration module integrates the input data, specifically:
extracting data characteristics of the personal card swiping condition, and clustering the input data based on the data characteristics to obtain a card swiping type data set and a card swiping frequency data set;
cleaning the card swiping category data set according to the part-of-speech statistical characteristics to obtain a plurality of extracted words, and performing de-duplication processing on the extracted words to obtain card swiping category keywords;
and establishing a queuing queue for the key words of the card swiping category, displaying the queuing queue, integrating the input data into a data set of card swiping times corresponding to the key words of the card swiping category based on the key words of the card swiping category, and sequencing based on a time sequence of the card swiping time information.
Further, the ID card management unit includes:
the ID card induction module is used for receiving a carrier signal transmitted by the ID card reader and waking up the built-in power supply voltage, a reset signal and a system clock of the ID card based on the carrier signal;
the account binding module is used for acquiring ID card built-in coding data in the ID card and writing the input data corresponding to the user number into the ID card, wherein one user number is not changeable after being bound with one ID card;
the function expanding module is used for acquiring the ID card built-in coding data, signing a cooperation protocol with the third party platform based on a three-party contract, and interacting with the third party platform based on the cooperation protocol;
and the data transmission module is used for establishing the user vector space and a first data transmission channel of the ID card and establishing a second data transmission channel of the ID card and the three-party platform.
Further, the function expanding module interacts with a third party platform, and includes:
sending a public key request to a third party platform and receiving an encrypted public key returned by the third party platform;
encrypting attribute information of the function expansion module according to the encryption public key to obtain encrypted attribute information, sending the encrypted attribute information to a third party platform, and receiving authentication information of the third party platform on the encrypted attribute information;
sending a request for establishing a data interaction channel to a third party platform, wherein the request comprises authentication information and an establishment requirement, and the establishment requirement comprises the time, the speed and the effective duration of the channel;
and the third party platform verifies the authentication information, and when the authentication is passed, the data request actively uploaded by the ID card is acquired based on a second data transmission channel established by the data transmission module.
Further, the identity recognition unit includes:
the information acquisition module is used for transmitting the carrier signal outwards through the antenna based on the ID card reader, and acquiring the ID card built-in coding data based on the carrier signal after the ID card enters the working area of the ID card reader;
the information matching module is used for matching the acquired ID card built-in coding data with the user codes in the vector space based on the first data transmission channel, and acquiring input data corresponding to the user codes based on a matching result;
and the information updating module is used for acquiring card swiping data of the ID card on a third-party platform based on the second data transmission channel and storing the card swiping data into corresponding input data based on the first data transmission channel.
The invention provides another technical scheme, an ID card management method based on induction, comprising the following steps:
step one: collecting and inputting initial user information, integrating card swiping data of the user information, and determining a user number of each user according to an input sequence;
step two: after the ID card enters the working area of the ID card reader, the carrier signal emitted by the ID card wakes up the ID card to obtain the ID card built-in coding data, and the user number is bound with the ID card built-in coding data;
step three: after binding, the seal card generates an association relation between the user number and the ID card built-in coding data, and the association relation can not be changed before the seal card is written in.
Compared with the prior art, the invention has the beneficial effects that:
1. the method has the advantages that the initial user information is acquired and recorded, the recorded information is stored, meanwhile, the ID card reader is utilized to conduct one-to-one correspondence between the ID card and the user information, the uniqueness and the safety of the association between the ID card and the users are absolutely ensured, the binding condition of the same ID card and a plurality of users is avoided, the management and the maintenance of the ID card are convenient, the illegal entry of external personnel can be effectively prevented, the time of entering and exiting doors of different users can be inquired, and the management system inside an enterprise is standardized.
2. Corresponding user storage spaces are established through the number of users, input data are stored in the user storage spaces, the user spaces are mutually independent, and in the system matching process, ID card built-in coding data are matched only through user numbers, so that personal data in the user numbers are extracted, the condition of system card blocking is effectively avoided, display is clear, inquiry is carried out based on classification of card swiping types and card swiping times, and inquiry efficiency is improved.
Drawings
FIG. 1 is a block diagram of an induction-based ID card management system according to the present invention;
fig. 2 is a flowchart of an ID card management method based on induction according to the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
In order to solve the technical problem that in the prior art, uniqueness of the association relationship between the ID card and the user information cannot be guaranteed, which leads to confusion of the ID card and the user information management, referring to fig. 1, the present embodiment provides the following technical scheme:
an induction-based ID card management system, comprising:
the information management unit is used for acquiring and inputting initial user information, integrating the initial user information based on the data characteristics of the user information, numbering each user information and determining the user number of the user;
the ID card management unit is used for carrying out ID card association and binding on the basis of the acquired user number and the ID card, acquiring ID card built-in coding data and corresponding the user number and the ID card built-in coding data one by one;
the ID card management unit is also used for associating and binding the ID card with the third party platform based on the contract and carrying out one-to-one correspondence on the built-in code data of the ID card and the account number of the third party platform;
the identity recognition unit is used for acquiring an ID card carrier signal based on the ID card reader, reading ID card built-in coding data based on the ID card carrier signal, and acquiring user information corresponding to the ID card based on the association relation;
an identity recognition unit comprising:
the information acquisition module is used for transmitting the carrier signal outwards through the antenna based on the ID card reader, and acquiring the ID card built-in coding data based on the carrier signal after the ID card enters the working area of the ID card reader;
the information matching module is used for matching the acquired ID card built-in coding data with the user codes in the vector space based on the first data transmission channel, and acquiring input data corresponding to the user codes based on a matching result;
and the information updating module is used for acquiring card swiping data of the ID card on the third-party platform based on the second data transmission channel and storing the card swiping data into corresponding input data based on the first data transmission channel.
Specifically, the initial user information is collected and recorded, the recorded information is stored, meanwhile, the ID card reader is utilized to conduct one-to-one correspondence between the ID card and the user information, the uniqueness and the safety of the association between the ID card and the user are absolutely ensured, the situation that the same ID card is bound with a plurality of users is avoided, the ID card is convenient to manage and maintain, if in the use of an entrance guard, a user confirms the identity through the ID card reader and records the entrance time when the ID card is used, and when the user leaves, the identity confirmation is conducted again and the entrance time is recorded, so that the entrance time of different users can be effectively prevented, the entrance time of different users can be inquired, and the management system in an enterprise is standardized.
In order to solve the technical problem of the prior art that the system is blocked and the inquiry is difficult due to the increase of data in the ID card management process, referring to fig. 1, the present embodiment provides the following technical scheme:
an information management unit comprising:
the information input module is used for acquiring input data actively uploaded by the input terminal, wherein the input data comprises user name information, user photo information, personal card swiping conditions, card swiping categories corresponding to card swiping times and card swiping time information;
specifically, the information input module includes:
the historical data acquisition module is used for acquiring the input data obtained in the history by the input terminal, wherein the input data comprises user name information, user photo information, personal card swiping conditions, card swiping categories corresponding to card swiping times and card swiping time information;
the average data quantity acquisition module is used for acquiring the average data quantity of the input data according to the input data by the input terminal;
the data information extraction module is used for extracting the maximum data processing amount of the communication thread between the input terminal and the information input module in unit time; wherein the unit time is 1s;
the data volume threshold setting module is used for setting a first data volume threshold and a second data volume threshold by utilizing the maximum data processing volume of a communication thread between the input terminal and the information input module in unit time;
the first data volume threshold value and the second data volume threshold value are obtained through the following formula:
wherein C is y01 And C y02 Respectively representing a first data volume threshold and a second data volume threshold, when C y01 And C y02 C when the data processing amount is larger than the maximum data processing amount y01 ＝PC max ，C y02 ＝C max ；C max Representing the maximum data processing amount of a communication thread between an input terminal and the information input module in unit time; p represents a scaling factor; c (C) hmax And C hmin Respectively representing the maximum data volume and the minimum data volume of single input data of the input terminal; c (C) p Representing the average data quantity of single-time input data of the input terminal;
and the single data volume acquisition module is used for comparing the average data volume with the first data volume threshold and the second data volume threshold to obtain a comparison result, and determining the data volume of single data uploading of the input terminal according to the comparison result.
The technical effects of the technical scheme are as follows: data uploading efficiency optimization: through the average data volume acquisition module, the system can determine the average data volume according to the statistical information of the historical input data. This helps to avoid too frequent or congested situations when the entry terminal is uploading data, thereby improving the efficiency of data uploading.
Dynamic adjustment of data volume threshold: the data volume threshold setting module dynamically sets a first data volume threshold and a second data volume threshold according to the maximum data processing volume in unit time. This means that the system can adaptively adjust the data amount threshold according to the load condition of the current communication thread, so as to utilize the communication resource to the maximum extent and ensure smooth data uploading.
And (3) reasonably controlling data uploading: and the single data quantity acquisition module determines the data quantity of single data uploading of the input terminal according to the comparison result. The method is beneficial to controlling the size of each data uploading so as to ensure that the data uploading is within a reasonable range, avoid the oversized or undersized data packet and improve the stability and reliability of the data uploading.
The resource utilization rate is improved: by dynamically adjusting the data quantity threshold, the system can better manage the resources of the communication threads, reduce the congestion of the communication threads and improve the utilization efficiency of the resources.
In a word, the technical scheme of the embodiment is beneficial to optimizing the data uploading process, improving the efficiency, controllability and stability of data uploading, ensuring smooth communication between the input terminal and the information input module, and improving the overall performance of the system.
Specifically, the single data volume acquisition module includes:
the first data volume acquisition module is used for acquiring the data volume uploaded by the single data of the input terminal by using a first data volume model when the comparison result shows that the average data volume does not exceed the first data volume threshold; wherein the first data volume model is as follows:
wherein C is 01 The method comprises the steps of representing a first data volume model to obtain data volume uploaded by single data of an input terminal; c (C) y01 Represent the firstA data amount threshold; c (C) max Representing the maximum data processing amount of a communication thread between an input terminal and the information input module in unit time; p represents a scaling factor; c (C) p Representing the average data quantity of single-time input data of the input terminal;
the second data volume acquisition module is used for acquiring the data volume of single data uploading of the input terminal by using a second data volume model when the comparison result shows that the average data volume exceeds the first data volume threshold value but does not exceed the second data volume threshold value; wherein the second data volume model is as follows:
wherein C is 02 The second data quantity model is represented to acquire the data quantity of single data uploading of the input terminal; c (C) y01 And C y02 Representing a first data amount threshold and a second data amount threshold, respectively; c (C) max Representing the maximum data processing amount of a communication thread between an input terminal and the information input module in unit time; p represents a scaling factor; c (C) p Representing the average data quantity of single-time input data of the input terminal;
the third data volume acquisition module is used for acquiring the data volume uploaded by the single data of the input terminal by utilizing a third data volume model when the comparison result shows that the average data volume exceeds the second data volume threshold; wherein the third data volume model is as follows:
wherein C is 03 The third data quantity model is represented to acquire the data quantity of single data uploading of the input terminal; c (C) max Representing the maximum data processing amount of a communication thread between an input terminal and the information input module in unit time; p represents a scaling factor; c (C) p Representing the average data size of the single entry data of the entry terminal.
The technical effects of the technical scheme are as follows: dynamic data volume adjustment: the data volume uploaded by the single data of the input terminal is dynamically adjusted by the system according to the comparison result of the average data volume and different data volume thresholds through the first data volume acquisition module, the second data volume acquisition module and the third data volume acquisition module. This helps to flexibly control the amount of data in different situations, avoiding the problem of too much or too little data upload.
Data uploading efficiency optimization: each data volume model calculates a suitable data upload volume according to different data volume thresholds and average data volume. This means that the system can upload data according to the processing power of the communication thread under different circumstances, so as to improve the efficiency of data uploading.
Resource utilization and stability enhancement: by selecting a proper data volume model according to different situations, the system can better manage the resources of the communication threads, reduce the congestion of the communication threads, and improve the utilization efficiency of the resources and the stability of the system.
Adaptivity: the technical scheme has self-adaptability, and the data volume of data uploading can be flexibly adjusted according to different data uploading requirements and environmental conditions so as to meet the requirements in different scenes.
In general, the above technical solution of the present embodiment realizes data uploading adaptivity, efficiency optimization and resource management in the information input process, thereby improving the performance and stability of the system.
The information input module specifically comprises:
sequentially inputting user name information, user photo information and user basic information, wherein the user basic information comprises: contact phone, home address, and user identity code;
matching the input user name information with the input data stored in the user storage space, and if the matching result is 0, generating input data from the user name information, the user photo information and the user basic information;
if the matching result is not 0, extracting a user identity code in the user basic information, matching the user identity code with input data in the matching result, and if the matching result is 0, generating the input data;
if the matching result is not 0, the input fails and is displayed as the existing input data, and a repeated input warning is displayed;
specifically, user name information is subjected to one-to-one matching during the input, user identity codes in user basic information are extracted based on matching results to perform secondary matching, the uniqueness and the accuracy of input information in the input process are ensured, the efficiency of input data is ensured, the condition of repeated input in the manual input process is avoided, and the working quality of staff is improved;
the information storage module is used for preprocessing the input data, acquiring the input data containing the number of users, establishing corresponding user storage spaces based on the number of users, and storing the input data into the user storage spaces;
the information integration module is used for extracting user name information in the input data, determining user numbers based on the sequence of inputting each user name information, and integrating the input data based on personal card swiping conditions corresponding to the user numbers;
the information integration module integrates the input data, and specifically comprises the following steps:
extracting data characteristics of the personal card swiping condition, and clustering the input data based on the data characteristics to obtain a card swiping type data set and a card swiping frequency data set;
cleaning the card swiping category data set according to the part-of-speech statistical characteristics to obtain a plurality of extracted words, and performing de-duplication processing on the extracted words to obtain card swiping category keywords;
establishing a queuing queue for the key words of the card swiping category, displaying the queuing queue, integrating input data into a data set of card swiping times corresponding to the key words of the card swiping category based on the key words of the card swiping category, and sequencing based on a time sequence of card swiping time information;
specifically, the personal card swiping condition is divided into a card swiping type data set and a card swiping times data set based on data characteristics, wherein the card swiping type data set is displayed as each card swiping type of the ID card, the card swiping times data set is displayed as card swiping times corresponding to each card swiping type of the ID card and the total card swiping times of the ID, the card swiping types are classified by the types of ID card reading equipment, wherein the card swiping type keywords comprise access control, three-party platform payment, card swiping up and down and the like, sorting of the card swiping times is performed based on card swiping time, and a bill is provided by the three-party platform based on a cooperation protocol while the three-party platform is paying through the ID card;
the user logout module is used for acquiring logout information, identifying logout user numbers in the logout information, performing one-to-one matching on the basis of the logout user numbers and the user numbers in the input data, and performing logout operation on the input data based on a matching result, wherein the matching result is one.
Specifically, corresponding user storage spaces are established through the number of users, input data are stored in the user storage spaces, the user spaces are mutually independent, and in the system matching process, the ID card built-in coding data are matched only through user numbers, so that personal data in the user numbers are extracted, the condition of system blocking is effectively avoided, display is clear, inquiry is carried out based on classification of card swiping types and card swiping times, and inquiry efficiency is improved.
In order to solve the technical problem that in the prior art, the ID card has a single function, reduces the use experience of the manager, and affects the management quality, referring to fig. 1, the present embodiment provides the following technical scheme:
an ID card management unit including:
the ID card induction module is used for receiving a carrier signal transmitted by the ID card reader and waking up the built-in power supply voltage, a reset signal and a system clock of the ID card based on the carrier signal;
the account binding module is used for acquiring ID card built-in coding data in the ID card and writing input data corresponding to the user number into the ID card, wherein after binding one user number and one ID card, the ID card cannot be changed;
the function expanding module is used for acquiring the ID card built-in coding data, signing a cooperation protocol with the third party platform based on the three-party contract, and interacting with the third party platform based on the cooperation protocol;
the function expansion module interacts with a third party platform and comprises:
sending a public key request to a third party platform and receiving an encrypted public key returned by the third party platform;
encrypting the attribute information of the function expansion module according to the encryption public key to obtain encrypted attribute information, sending the encrypted attribute information to a third party platform, and receiving authentication information of the third party platform on the encrypted attribute information;
sending a data interaction channel establishment application request to a third party platform, wherein the application request comprises authentication information and an establishment requirement, and the establishment requirement comprises the establishment time, the rate and the effective duration of a channel;
the third party platform verifies the authentication information, and when the authentication is passed, a data request actively uploaded by the ID card is obtained based on a second data transmission channel established by the data transmission module;
specifically, a safe data interaction channel is built based on a current data request and a third party platform on the basis of a second data transmission channel, and the data interaction channel is limited by the establishment requirement, when the establishment requirement is met, data interaction is carried out, the rate in the process of data interaction with the third party platform is effectively ensured on the basis of the establishment requirement, the risk generated in the process of data interaction with the third party platform is avoided, the use safety of a user is influenced, the fund loss risk is effectively reduced, and the ID card has a consumption function and the application range of the ID card is improved on the basis of realizing access control and staff attendance;
and the data transmission module is used for establishing a user vector space and a first data transmission channel of the ID card and establishing a second data transmission channel of the ID card and the three-party platform.
Specifically, ID card reader receives ID card built-in coding data, ID card built-in coding data and user numbers are bound one by one, a three-way contract and a third-party platform sign a cooperation agreement, a second data transmission channel of the ID card and the three-way platform is built based on a data transmission module, when the ID card is used on the third-party platform, data interaction is carried out in a safe data interaction channel built on the basis of the built second data transmission channel, the use safety of the ID card is effectively improved, funds of an ID card user are protected, the use experience of the ID card user is improved, the purpose of one-card of the ID card is achieved, and the function expansion module can be updated and expanded at any time to reduce repeated investment.
In order to better demonstrate the management flow of the ID card management system based on induction, referring to fig. 2, the present invention provides an ID card management method based on induction, comprising the following steps:
step one: collecting and inputting initial user information, integrating card swiping data of the user information, and determining a user number of each user according to an input sequence;
step two: after the ID card enters the working area of the ID card reader, the carrier signal emitted by the ID card wakes up the ID card to obtain the ID card built-in coding data, and the user number is bound with the ID card built-in coding data;
step three: after binding, the seal card generates an association relation between the user number and the built-in coded data of the ID card, and the association relation can not be changed any more before the seal card and after writing, so that the uniqueness and the safety of the association between the ID card and the user are absolutely ensured.
The foregoing is only a preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art, who is within the scope of the present invention, should be covered by the protection scope of the present invention by making equivalents and modifications to the technical solution and the inventive concept thereof.
Claims (8)
1. An ID card management system based on induction, which is characterized in that: comprising the following steps:
the information management unit is used for acquiring and inputting initial user information, integrating the initial user information based on the data characteristics of the user information, numbering each piece of user information and determining the user number of the user;
the information management unit includes:
the information input module is used for acquiring input data actively uploaded by the input terminal, wherein the input data comprises user name information, user photo information, personal card swiping conditions, card swiping categories corresponding to card swiping times and card swiping time information;
an information entry module comprising:
the historical data acquisition module is used for acquiring the input data obtained in the history by the input terminal, wherein the input data comprises user name information, user photo information, personal card swiping conditions, card swiping categories corresponding to card swiping times and card swiping time information;
the average data quantity acquisition module is used for acquiring the average data quantity of the input data according to the input data by the input terminal;
the data information extraction module is used for extracting the maximum data processing amount of the communication thread between the input terminal and the information input module in unit time; wherein the unit time is 1s;
the data volume threshold setting module is used for setting a first data volume threshold and a second data volume threshold by utilizing the maximum data processing volume of a communication thread between the input terminal and the information input module in unit time;
the first data volume threshold value and the second data volume threshold value are obtained through the following formula:
wherein C is y01 And C y02 Respectively representing a first data volume threshold and a second data volume threshold, when C y01 And C y02 C when the data processing amount is larger than the maximum data processing amount y01 ＝PC max ，C y02 ＝C max ；C max Representing the maximum data processing amount of a communication thread between an input terminal and the information input module in unit time; p represents a scaling factor; c (C) hmax And C hmin Respectively representing the maximum data volume and the minimum data volume of single input data of the input terminal; c (C) p Representing the average data quantity of single-time input data of the input terminal;
the single data volume acquisition module is used for comparing the average data volume with the first data volume threshold and the second data volume threshold to obtain a comparison result, and determining the data volume of single data uploading of the input terminal according to the comparison result;
the information storage module is used for preprocessing the input data, acquiring the quantity of users contained in the input data, establishing corresponding user storage spaces based on the quantity of users, and storing the input data into the user storage spaces;
the information integration module is used for extracting user name information in the input data, determining a user number based on the sequence of inputting each user name information, and integrating the input data based on the personal card swiping condition corresponding to the user number;
the user logout module is used for acquiring logout information, identifying logout user numbers in the logout information, performing one-to-one matching on the logout user numbers and user numbers in the input data, and performing logout operation on the input data based on a matching result, wherein the matching result is one;
the ID card management unit is used for carrying out ID card association and binding on the basis of the acquired user number and the ID card, acquiring ID card built-in coding data and enabling the user number to be in one-to-one correspondence with the ID card built-in coding data;
the identity recognition unit is used for acquiring the ID card carrier signal based on the ID card reader, reading the ID card built-in coding data based on the ID card carrier signal and acquiring user information corresponding to the ID card based on the association relation;
the ID card management unit is further used for associating and binding the ID card with the third party platform based on contracts, and carrying out one-to-one correspondence on the ID card built-in coding data and the account number of the third party platform.
2. An inductive-based ID card management system as claimed in claim 1, wherein: a single data volume acquisition module comprising:
the first data volume acquisition module is used for acquiring the data volume uploaded by the single data of the input terminal by using a first data volume model when the comparison result shows that the average data volume does not exceed the first data volume threshold; wherein the first data volume model is as follows:
wherein C is 01 The method comprises the steps of representing a first data volume model to obtain data volume uploaded by single data of an input terminal; c (C) y01 Representing a first data amount threshold; c (C) max Representing the maximum data processing amount of a communication thread between an input terminal and the information input module in unit time; p represents a scaling factor; c (C) p Representing the average data quantity of single-time input data of the input terminal;
the second data volume acquisition module is used for acquiring the data volume of single data uploading of the input terminal by using a second data volume model when the comparison result shows that the average data volume exceeds the first data volume threshold value but does not exceed the second data volume threshold value; wherein the second data volume model is as follows:
wherein C is 02 The second data quantity model is represented to acquire the data quantity of single data uploading of the input terminal; c (C) y01 And C y02 Representing a first data amount threshold and a second data amount threshold, respectively;
the third data volume acquisition module is used for acquiring the data volume uploaded by the single data of the input terminal by utilizing a third data volume model when the comparison result shows that the average data volume exceeds the second data volume threshold; wherein the third data volume model is as follows:
wherein C is 03 And the third data quantity model is used for acquiring the data quantity of single data uploading of the input terminal.
3. An inductive-based ID card management system as claimed in claim 1, wherein: the information input module specifically comprises:
the user name information, the user photo information and the user basic information are sequentially input, wherein the user basic information comprises: contact phone, home address, and user identity code;
matching the user name information with the input data stored in the user storage space based on the input user name information, and generating input data from the user name information, the user photo information and the user basic information if the matching result is 0;
if the matching result is not 0, extracting a user identity code in the user basic information, matching the user identity code with input data in the matching result, and if the matching result is 0, generating the input data;
if the matching result is not 0, the input fails and is displayed as the existing input data, and a repeated input warning is displayed.
4. An induction-based ID card management system according to claim 3, wherein: the information integration module integrates the input data, and specifically comprises the following steps:
extracting data characteristics of the personal card swiping condition, and clustering the input data based on the data characteristics to obtain a card swiping type data set and a card swiping frequency data set;
cleaning the card swiping category data set according to the part-of-speech statistical characteristics to obtain a plurality of extracted words, and performing de-duplication processing on the extracted words to obtain card swiping category keywords;
and establishing a queuing queue for the key words of the card swiping category, displaying the queuing queue, integrating the input data into a data set of card swiping times corresponding to the key words of the card swiping category based on the key words of the card swiping category, and sequencing based on a time sequence of the card swiping time information.
5. An inductive-based ID card management system as claimed in claim 4, wherein: the ID card management unit includes:
the ID card induction module is used for receiving a carrier signal transmitted by the ID card reader and waking up the built-in power supply voltage, a reset signal and a system clock of the ID card based on the carrier signal;
the account binding module is used for acquiring ID card built-in coding data in the ID card and writing the input data corresponding to the user number into the ID card, wherein one user number is not changeable after being bound with one ID card;
the function expanding module is used for acquiring the ID card built-in coding data, signing a cooperation protocol with the third party platform based on a three-party contract, and interacting with the third party platform based on the cooperation protocol;
and the data transmission module is used for establishing the user vector space and a first data transmission channel of the ID card and establishing a second data transmission channel of the ID card and the three-party platform.
6. An inductive-based ID card management system of claim 5, wherein: the function expansion module interacts with a third party platform and comprises:
sending a public key request to a third party platform and receiving an encrypted public key returned by the third party platform;
encrypting attribute information of the function expansion module according to the encryption public key to obtain encrypted attribute information, sending the encrypted attribute information to a third party platform, and receiving authentication information of the third party platform on the encrypted attribute information;
sending a request for establishing a data interaction channel to a third party platform, wherein the request comprises authentication information and an establishment requirement, and the establishment requirement comprises the time, the speed and the effective duration of the channel;
and the third party platform verifies the authentication information, and when the authentication is passed, the data request actively uploaded by the ID card is acquired based on a second data transmission channel established by the data transmission module.
7. An inductive-based ID card management system as claimed in claim 6, wherein: the identity recognition unit comprises:
the information acquisition module is used for transmitting the carrier signal outwards through the antenna based on the ID card reader, and acquiring the ID card built-in coding data based on the carrier signal after the ID card enters the working area of the ID card reader;
the information matching module is used for matching the acquired ID card built-in coding data with the user codes in the vector space based on the first data transmission channel, and acquiring input data corresponding to the user codes based on a matching result;
and the information updating module is used for acquiring card swiping data of the ID card on a third-party platform based on the second data transmission channel and storing the card swiping data into corresponding input data based on the first data transmission channel.
8. An induction-based ID card management method, implemented based on the induction-based ID card management system according to any one of claims 1 to 5, characterized in that: the method comprises the following steps:
step one: collecting and inputting initial user information, integrating card swiping data of the user information, and determining a user number of each user according to an input sequence;
step two: after the ID card enters the working area of the ID card reader, the carrier signal emitted by the ID card wakes up the ID card to obtain the ID card built-in coding data, and the user number is bound with the ID card built-in coding data;
step three: after binding, the seal card generates an association relation between the user number and the ID card built-in coding data, and the association relation can not be changed before the seal card is written in.
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