CN111554019B - Electronic discrepancy system capable of tracking and recording based on big data and verification method thereof - Google Patents
Electronic discrepancy system capable of tracking and recording based on big data and verification method thereof Download PDFInfo
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- CN111554019B CN111554019B CN202010341963.3A CN202010341963A CN111554019B CN 111554019 B CN111554019 B CN 111554019B CN 202010341963 A CN202010341963 A CN 202010341963A CN 111554019 B CN111554019 B CN 111554019B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/20—Individual registration on entry or exit involving the use of a pass
- G07C9/22—Individual registration on entry or exit involving the use of a pass in combination with an identity check of the pass holder
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
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Abstract
An electronic discrepancy system and a verification method thereof based on big data and capable of tracking historical records comprise an information acquisition module, an identity verification module, an information database, an electronic discrepancy generating module, an electronic discrepancy management database and an electronic discrepancy verification module. The information acquisition module acquires the information of each legal organization, each enterprise, each residential quarter and each individual; the identity authentication module verifies the authenticity of the input information and stores the information which is verified to be authentic and effective and the corresponding identity ID number into an information database; the electronic access certificate generation module generates an electronic access certificate and stores the electronic access certificate into the electronic access certificate management database when the electronic access certificate generation module meets the conditions after the comparison and verification of the information database and the electronic access certificate management database according to the information provided by the applicant; the electronic access certificate verification module calls the historical record of the electronic access certificate according to the set access condition for verification, and feeds back the verification result to the user side and stores the verification result in the electronic access certificate management database.
Description
Technical Field
The invention relates to an electronic access card system and an electronic access card verification method, in particular to an electronic access card system which is based on big data and can track the recent condition of a holder and a verification method thereof.
Background
With the development of economy, the wide-range flow of people across provinces and countries is normalized, and how to strengthen the management of the people and master the dynamic information of the flowing people is a problem to be solved urgently by governments and managers at all levels. Particularly, in the case of a major public health event in society, for example, a new type of coronavirus influenza outbreak worldwide in the early 2020, how to rapidly and effectively control the personnel mobility and control the recent situation of the personnel is particularly important.
At present, people in the jurisdiction of each region and each unit are mainly registered and managed in a mode of issuing and verifying paper certificates. The resident personnel get the paper certificate, when the resident personnel get in and out, the resident personnel show the paper certificate, the entrance guard visually verifies, the personnel meeting the entrance condition are allowed to enter, otherwise, the resident personnel refuse to enter. The disadvantages are as follows: 1. the paper certificate is easy to forget to take and lose; 2. the paper certificate is easy to be imitated, and the doorkeeper cannot judge the authenticity of the paper certificate; 3. the management mode is seriously lagged behind the era, the management level is low, the management efficiency is low, the big data management cannot be carried out, and the recent history condition of the licensee cannot be effectively known in real time.
At present, each region and each unit mainly inquire and require active declaration of visitor personnel and/or temporary in-and-out personnel for registration, and allow the personnel to enter the region and/or temporary in-and-out personnel according with the management requirements of the unit, otherwise, refuse the personnel to enter the region and/or temporary in-and-out personnel. The disadvantages of this management approach are: 1. the authenticity of the information reported by the user cannot be verified, and the phenomena of report hiding and report missing occur; 2. the recent history of the user cannot be comprehensively known and/or known; 3. scientific big data management cannot be carried out on the data, and the management efficiency is low.
In the major public health emergencies of the society, some provincial/municipal/regional governments develop management software like 'health treasure' and 'XX regional epidemic prevention and control information system' to manage the information of local personnel. The advantages of this management software are: 1. paperless management is achieved, and the operation is simple and convenient for users and managers; 2. the information feedback is rapid. The disadvantages are that:
1. the inquired and managed contents are limited, and are only limited to the management and inquiry of a certain specific content, and other historical information cannot be inquired.
For example, only the area recently visited by the inquired person can be inquired, whether the inquired person is in the quarantine period or not, and other information of the inquired person, such as feedback of the residential cell/unit to the recent situation, which specific places the inquired person visits in the last 14 days, the body temperature change situation in the last 14 days, the activity track in the last 14 days and the like, cannot be inquired.
2. The system cannot interface with information of a large number of basic level management units (such as communities and living committees), and does not achieve real large data management.
In the process of epidemic situation prevention and control, vast basic level management units, such as the management of residential areas, streets and villages, play a decisive role, and management software provided by governments at present is not in information butt joint with the vast basic level management units, so that accurate community access records, body temperature detection records and information feedback content records are not provided.
Disclosure of Invention
In view of the foregoing, it is a primary object of the present invention to provide an electronic discrepancy system based on a large data traceable history.
It is another object of the present invention to provide a method of electronic access verification based on a traceable history of big data.
In order to achieve the purpose, the invention adopts the following technical scheme: an electronic access card system based on big data and capable of tracking and recording comprises an information acquisition module, an identity verification module, an information database, an electronic access card generation module, an electronic access card management database and an electronic access card verification module;
the information acquisition module is used for acquiring information of natural persons, public places, enterprises, legal organizations and residential communities who want to issue electronic certificates;
the identity authentication module is used for verifying whether the information acquired by the information acquisition module is correct or not; if the information verification is correct, an identity ID number is distributed to each unit, each public place, each residential area and each natural person, and the identity ID number is stored in an information database together with the information of each legal person, each organization and each natural person;
the information database is used for storing the information of each legal person, each organization and each natural person and the ID number;
the electronic access card generating module is used for inquiring whether the applicant is registered or registered in the information database according to the request submitted by the applicant and the provided registration information, acquiring the information of the applicant through the information acquisition module if the applicant is not registered or registered, verifying the information through the identity verification module and checking the authenticity of the information submitted by the applicant; then inquiring whether the electronic discrepancy is transacted for the electronic discrepancy information database, if the electronic discrepancy is transacted for the electronic discrepancy information database, refusing the request, if the electronic discrepancy is not transacted, generating an electronic discrepancy containing the identity and organization information for the electronic discrepancy according to the registration information provided by the electronic discrepancy information database, sending the electronic discrepancy to the applicant, and simultaneously saving the electronic discrepancy and the bibliographic items in the electronic discrepancy database;
the electronic access certificate management database is used for storing issued electronic access certificates and various pieces of information recorded and labeled on the electronic access certificates; an organization or an individual inquires and manages the electronic access certificate and respective access record information in an electronic access certificate management database through the ID of the organization or the individual;
the electronic access certificate verification module is used for setting access conditions, calling the history records of the registered user, judging whether the access conditions are met or not, displaying result information which does not meet the access conditions at present, feeding the result information back to the client for identifying the current user state, and storing the judgment result into an electronic access certificate management database; and performing field detection, verifying whether the access conditions are met, updating and marking the state of the current user access data, and providing necessary conditions for later trip record verification.
The on-site admission condition is that the body temperature is less than or equal to a specified value, and the specified value is a temperature value between 37 ℃ and 37.3 ℃.
A big data-based electronic access certificate verification method capable of tracking records comprises the following steps:
s1, collecting information of each legal organization, each enterprise, each residential quarter and each individual;
s2, verifying whether the input information is real and effective, and distributing an identity ID number to each legal organization, each enterprise, each residential quarter and each individual; storing the information which is verified to be real and effective and the corresponding identity ID number into an information database;
the ID number can be a personal identification number, an enterprise unified social credit code or other verifiable numbers;
s3, generating an enterprise/legal organization electronic discrepancy and a natural person electronic discrepancy according to the conditions of each legal organization, each enterprise, each residential district and each individual, which comprises the following steps:
s3.1, inquiring whether the applicant is registered or not in an information database according to registration information provided by the applicant, and if the applicant is not registered, jumping to execute the steps S1 and S2 to collect information and verify identity; if the applicant is registered, step S3.2 is executed;
s3.2, inquiring whether the electronic access certificate is already transacted for the electronic access certificate in the electronic access certificate management database, if so, rejecting the request, and if not, executing the step S3.3;
s3.3, if the applicant is an individual, the individual is allowed to have an individual access certificate for each organization, so the individual applies for the access certificate for each organization individually, an electronic access certificate containing information such as organization ID and user ID is generated for the individual according to the registration information provided by the individual, the electronic access certificate is issued to the applicant, and meanwhile, the electronic access certificate and the bibliographic items are stored in an electronic access certificate database;
if the applicant is an organization, generating one or more electronic certificates containing information such as organization IDs for the applicant according to the registration information provided by the applicant, sending the electronic certificates to the applicant, and storing the electronic certificates and the bibliographic items in an electronic certificate database;
each organization can be set to a dangerous or safe state according to specific conditions, and the state can be obtained by scanning the entrance and exit certificate of the organization by an individual user;
s4, verifying the electronic certificate of the registered user, comprising the following steps:
s4.1, when a registered user enters the field, firstly, an electronic access certificate verification method is triggered by scanning and organizing access certificates;
recording the information of the entrance on the personal entrance certificate and storing the information into a database, wherein the fields comprise: key information such as user ID, organization security state, organization address, entrance guard detection result and the like;
s4.2, identifying whether the registered user registers a valid permit or not under the current organization according to the organization ID and the user ID, wherein if the registered user does not register or the permit state is invalid, the registered user is a visitor, otherwise, the registered user is identified as a resident;
s4.3, calling electronic certificates from the electronic certificate authority database according to the user ID, wherein the electronic certificates registered by all organizations of the user are directly fed back to the registered user and the user side of the entrance guard and the reason is displayed if one electronic certificate authority state is 'isolating'; if the role of the entrance and exit certificate is a resident, prompting the resident to be in isolation, and requiring the resident to be isolated independently; if the role of the entrance and exit is visitor, prompting 'no pass'; otherwise, executing step S4.4;
s4.4, verifying contents under different verification methods are carried out according to the recognized identity, verification results are fed back to mobile phone clients of registered users and entrance guards, meanwhile, the records of the entrance are generated and recorded into an electronic entrance and exit management database,
if the registered user is a visitor, verifying whether the unit allows the visitor to enter, if not, prompting 'no pass', and displaying the reason;
if the history record of the registered user does not conform to the specified time, normal body temperature detection records exist every day and abnormal body temperature detection records do not exist or isolation records exist in the day, the resident prompts to 'suggest isolation', and the visitor prompts to 'no pass';
if the history record of the registered user is in the set time, the organization with dangerous state is passed, the resident prompts to 'suggest isolation', and the visitor prompts to 'no pass';
if the records are normal, executing the step S4.5;
s4.5, detecting whether the registered user meets the admission condition by a field entrance guard;
if the electronic discrepancy is not matched, marking the electronic discrepancy as unqualified, and refusing to enter; if so, then mark as "eligible"; and updating the entry record to the electronic discrepancy management database.
Further, the predetermined time in step S4 is an integer number of days from 0 to 365 days from the current day.
Further, the admission condition in the step S4.5 is a body temperature, and if the body temperature detected on site is less than or equal to a specified value, the admission condition is met, otherwise, the admission condition is not met; the specified value is a temperature value between 37 degrees celsius and 37.3 degrees celsius, such as 37.3 degrees celsius.
Because the electronic discrepancy system based on the big data and capable of tracking the historical records registers the owners, residents, staff and visitors which go in and out of each fixed operating place, each residential quarter and each public place, and stores all the collected information such as names, body temperatures, residence time, visiting matters and the like into the database, the invention can realize real big data information management, carry out data analysis on the stored big data, track the historical information of the big data, and carry out whole-course prevention and control and travel tracking; meanwhile, the health certificate can provide convenience for residents and visitors.
The invention can collect data of provinces and cities, fixed operation places, residential areas and public places all over the country, so that the invention can really realize mutual recognition and intercommunication, networking all over the country, regional cooperation and high management efficiency.
The invention confirms the authenticity of the identity of the entrance guard and/or the detector in each fixed operation place, each residential district and each public place, and ensures the authenticity of each collected information data, so that each item of data generated by the invention for electronic access card and calling is real and reliable.
Drawings
FIG. 1 is a block diagram of a big data based electronic discrepancy system with traceable records according to the present invention;
FIG. 2 is a flow chart of information collection and identity verification according to the present invention;
FIG. 3 is a flow chart of electronic discrepancy generating process of the present invention;
fig. 4 is a flow chart of the electronic access card authentication process of the present invention.
Detailed Description
The structure and features of the present invention will be described in detail below with reference to the accompanying drawings and examples. It should be noted that various modifications can be made to the embodiments disclosed herein, and therefore, the embodiments disclosed in the specification should not be construed as limiting the present invention, but merely as exemplifications of embodiments thereof, which are intended to make the features of the present invention obvious.
In order to scientifically and efficiently manage electronic access certificates, as shown in fig. 1, the invention discloses an electronic access certificate system which comprises an information acquisition module, an identity verification module, an information database, an electronic access certificate generation module, an electronic access certificate management database and an electronic access certificate verification module.
In order to realize mutual identification and intercommunication of electronic entrance and exit certificates in various regions, various units, various public places, various residential districts, various streets and the like, the invention comprises an information acquisition module. The information acquisition module not only acquires information of natural persons who want to issue electronic access certificates, including but not limited to names, telephones, work units, permanent addresses, recently visited places (such as restaurants, supermarkets, office buildings, libraries and the like), residence time, physical states (such as body temperature and mental conditions), body temperature conditions, whether the places are in the isolation period, but also acquires information of various public places, units and residential districts who want to issue electronic access certificates, including but not limited to unified social credit codes of the units, danger levels of the public places, existing employee lists of enterprises, information of staff on duty of guards and the like. The information acquisition module can be a scanner or a temperature measuring gun or a face recognizer and the like.
And after the information acquired by the information acquisition module is verified by the identity verification module, the acquired information is stored in an information database. The identity authentication module is mainly used for verifying whether the information acquired by the information acquisition module is correct. For example, whether enterprise information provided by each unit and each public place is correct is checked through networking with an enterprise information website authenticated by a business administration and administration bureau, and whether information provided by individuals is correct is checked through networking with a local public security bureau and a local police station; if the information provided is correct, an identity ID number is assigned to each unit, each public place, each residential area, and each natural person, and the identity ID number is stored in an information database together with information of each legal person, each organization, and each natural person.
The information database stores information of each legal person, each organization, such as identity ID number, name, address, unified social credit code, detailed information of employees/residents in the jurisdiction of the unit (such as name, sex, work unit, resident address, etc.), etc., and information of each natural person, such as: personal ID number, name, gender, residence address, work unit, identification number, etc.
The electronic access certificate generation module is used for inquiring whether the applicant is registered or not in an information database according to a request submitted by the applicant and the provided registration data, acquiring information of the applicant through the information acquisition module if the applicant does not exist, verifying the information through the identity verification module and checking the authenticity of the submitted information; and then inquiring whether the electronic discrepancy is transacted for the electronic discrepancy information database, if the electronic discrepancy is transacted, rejecting the request, if the electronic discrepancy is not transacted, generating an electronic discrepancy containing the information (such as a two-dimensional code containing the information) for the electronic discrepancy according to the registration information provided by the electronic discrepancy information database, sending the electronic discrepancy to the applicant, and simultaneously saving the electronic discrepancy and the bibliographic items in the electronic discrepancy information database.
The electronic access card may be a personal electronic access card for natural persons, including but not limited to name, gender, identification number, contact phone, resident address, time of day of visiting a cell/public place/building, body temperature, mental condition, whether a near-term or a near-term high-risk location is reached, whether an isolated period is present, whether a high-risk person is contacted, and the like.
The electronic discrepancy certificate can also be an electronic discrepancy certificate of enterprise/legal organization aiming at enterprises and social groups, and the electronic discrepancy certificate comprises but not limited to enterprise names, enterprise unified social credit code numbers, enterprise operation addresses, whether the enterprise operation places belong to epidemic situation high-risk areas, whether infectious disease patients are visited in the near term of the enterprise operation places, and the like. The electronic access card of the enterprise/legal person organization can be hung at an entrance or identified by a human face, when an visitor enters the electronic access card, the electronic access card is actively scanned or identified by the human face, various information of the enterprise/legal person organization is automatically input into the electronic access card, for the visitor, the condition of the visitor entering a unit or a public place or a residential quarter can be clearly known, and a guard of each unit or public place or residential quarter can know the condition of the visitor to enter the electronic access card at the first time; when the visitor leaves, the visitor scans the electronic certificate of departure, and the leaving time is naturally updated and recorded in the electronic certificate of departure. When entering, the entrance guard can record various indexes of detection on the electronic access card of the holder through the input terminal according to the actual detection condition on site, and label the indexes, for example, the body temperature of the electronic access card holder exceeds the specified upper limit, and the detection result is updated to the temperature measurement data recorded by the electronic access card.
And the electronic access certificate management database is used for storing issued electronic access certificates and various pieces of information which is recorded and labeled on the electronic access certificates. For each enterprise/legal organization electronic discrepancy, not only the information of the enterprise and each legal organization is saved, but also the situation of the natural people who enter and exit the unit every day is saved. For natural people, the electronic discrepancy management database not only stores the information of the person, but also stores key field information of the person in and out of each public place, such as: organization ID, user ID, organization security status, address, time, dwell time, body temperature condition, reason for transit anomaly, and personal condition of the electronic passport holder, such as normal, in quarantine, body temperature anomaly, and the like.
The electronic access card verification module is mainly used for judging fields such as whether an electronic access card holder comes from an epidemic situation high-occurrence area, is in an isolation period, whether the recent body temperature is normal or not, whether the electronic access card holder arrives at a dangerous place or not and the like, and allowing the electronic access card holder to enter if the electronic access card holder accords with an access condition; if the admission condition is not met, the access is refused; and feeding the judgment result back to the electronic discrepancy generating module to label on the electronic discrepancy, and meanwhile, storing the judgment result in an electronic discrepancy management database.
As shown in fig. 2-4, the electronic access authentication method based on big data traceable history record of the present invention includes the following steps:
and S1, collecting information of each legal organization, each enterprise, each residential quarter and each individual.
S2, verifying whether the input information is real and effective, and distributing an identity ID number to each legal organization, each enterprise, each residential quarter and each individual; storing the information which is verified to be real and effective and the corresponding identity ID number into an information database;
the ID number may be a personal identification number, an enterprise unified social credit code, or other verifiable number.
S3, according to the situation of each legal organization or each enterprise or each residential quarter or each individual, generating an enterprise/legal organization electronic access certificate or a natural person electronic access certificate, which comprises the following steps:
s3.1, inquiring whether the applicant is registered or not in an information database according to registration information provided by the applicant, and if the applicant is not registered, jumping to execute the steps S1 and S2 to collect information and verify identity; if the applicant is registered, step S3.2 is executed;
s3.2, inquiring whether the electronic access certificate is already transacted for the electronic access certificate in the electronic access certificate management database, if so, rejecting the request, and if not, executing the step S3.3;
s3.3, if the applicant is an individual, the individual is allowed to have an individual access certificate for each organization, so the individual applies for the access certificate for each organization individually, an electronic access certificate containing information such as organization ID and user ID is generated for the individual according to the registration information provided by the individual, the electronic access certificate is issued to the applicant, and meanwhile, the electronic access certificate and the bibliographic items are stored in an electronic access certificate database;
if the applicant is an organization, generating one or more electronic certificates containing information such as organization IDs for the applicant according to the registration information provided by the applicant, sending the electronic certificates to the applicant, and storing the electronic certificates and the bibliographic items in an electronic certificate database;
each organization may be set to a hazardous or safe state as the case may be, which may be accessed by an individual user scanning the organization's entrance and exit.
S4, verifying the electronic certificate of the registered user, comprising the following steps:
s4.1, when a registered user enters the field, firstly, an electronic access certificate verification method is triggered by scanning and organizing access certificates;
automatically recording the entrance information on the personal entrance and exit certificate and storing the entrance information in a database, wherein the fields comprise: key information such as user ID, organization security state, organization address, entrance guard detection result and the like;
s4.2, identifying whether the registered user registers a valid permit or not under the current organization (the unit) according to the organization ID and the user ID, and if the registered user does not register or the permit state is invalid, identifying the registered user as a visitor, otherwise, identifying the registered user as a resident;
s4.3, calling electronic certificates from the electronic certificate authority database according to the user ID, wherein the electronic certificates registered by all organizations of the user are directly fed back to the registered user and the user side of the entrance guard and the reason is displayed if one electronic certificate authority state is 'isolating'; if the role of the entrance and exit certificate is a resident, prompting the resident to be in isolation, and requiring the resident to be isolated independently; if the role of the entrance and exit is visitor, prompting 'no pass'; otherwise, executing step S4.4;
s4.4, verifying contents under different verification methods are carried out according to the recognized identity, verification results are fed back to mobile phone clients of registered users and entrance guards, meanwhile, the records of the entrance are generated and recorded into an electronic entrance and exit management database,
if the registered user is a visitor, verifying whether the unit allows the visitor to enter, if not, prompting 'no pass', and displaying the reason;
if the registered user history does not conform to the specified time (such as 14 days recently), there are normal temperature detection records every day and no abnormal temperature detection records or there are isolated records in the day, such as: the resident prompts 'isolation is recommended', and the visitor prompts 'no pass';
if the history of the registered user is within a specified time (such as the recent 10 days or 14 days or 30 days), and if the history of the registered user is within a specified time (such as the recent 10 days or 14 days or 30 days), there are organizations whose states are dangerous during the specified time, such as: the resident prompts 'isolation is recommended', and the visitor prompts 'no pass';
if the records are normal, executing the step S4.5;
s4.5, detecting whether the registered user meets the access conditions, such as body temperature and the like, by a field entrance guard;
if the body temperature is abnormal (for example, more than 37.3 degrees centigrade), marking the electronic certificate as 'unqualified' and refusing to enter; if the body temperature is normal, then mark as "eligible"; and updating the entry record to an electronic discrepancy management database as a historical record for the next verification.
The invention has the advantages that:
1. the invention realizes the unified management of electronic entrance and exit certificates.
2. The invention is based on big data management, and can scientifically and effectively manage the history record of each electronic discrepancy certificate.
3. The invention can call the historical data of the electronic access permit in the electronic access permit management database according to the set access condition, judge whether the historical data accords with the access condition, and ensure the consistency, science and rigor of management.
Finally, it should be noted that: the above-mentioned embodiments are only used for illustrating the technical solution of the present invention, and not for limiting the same; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.
Claims (3)
1. A big data-based electronic entrance and exit verification method capable of tracking and recording is characterized in that: which comprises the following steps:
s1, collecting information of legal organization, enterprises, public places, residential areas and natural people;
s2, verifying whether the input information is real and effective, and distributing an identity ID number to each legal organization, each enterprise, each residential quarter, each public place and natural person; storing the information which is verified to be real and effective and the corresponding identity ID number into an information database;
the ID number is a personal identification number, an enterprise unified social credit code or other verifiable number;
s3, generating an enterprise/legal organization electronic discrepancy and a natural person electronic discrepancy according to the conditions of each legal organization, each enterprise, each residential district and each individual, which comprises the following steps:
s3.1, inquiring whether the applicant is registered or not in an information database according to registration information provided by the applicant, and if the applicant is not registered, jumping to execute the steps S1 and S2 to collect information and verify identity; if the applicant is registered, step S3.2 is executed;
s3.2, inquiring whether the electronic access certificate is already transacted for the electronic access certificate in the electronic access certificate management database, if so, rejecting the request, and if not, executing the step S3.3;
s3.3, if the applicant is an individual, the individual is allowed to have an individual access certificate for each organization, so the individual applies for the access certificate for each organization individually, an electronic access certificate containing organization ID and user ID information is generated for the individual according to the registration information provided by the individual, the electronic access certificate is issued to the applicant, and meanwhile, the electronic access certificate and the bibliographic items are stored in an electronic access certificate database;
if the applicant is an organization, generating one or more electronic certificates containing organization ID information for the applicant according to the registration information provided by the applicant, sending the electronic certificates to the applicant, and simultaneously saving the electronic certificates and the bibliographic items in an electronic certificate database;
each organization can be set to a dangerous or safe state according to specific conditions, and the state can be obtained by scanning the entrance and exit certificate of the organization by an individual user;
s4, verifying the electronic certificate of the registered user, comprising the following steps:
s4.1, when a registered user enters the field, firstly, an electronic access certificate verification method is triggered by scanning and organizing access certificates;
recording the information of the entrance on the personal entrance certificate and storing the information into a database, wherein the fields comprise: user ID, organization security state, organization address and entrance guard detection result;
s4.2, identifying whether the registered user registers a valid permit or not under the current organization according to the organization ID and the user ID, wherein if the registered user does not register or the permit state is invalid, the registered user is a visitor, otherwise, the registered user is identified as a resident;
s4.3, calling electronic certificates from the electronic certificate authority database according to the user ID, wherein the electronic certificates registered by all organizations of the user are directly fed back to the registered user and the user side of the entrance guard and the reason is displayed if one electronic certificate authority state is 'isolating'; if the role of the entrance and exit certificate is a resident, prompting the resident to be in isolation, and requiring the resident to be isolated independently; if the role of the entrance and exit is visitor, prompting 'no pass'; otherwise, executing step S4.4;
s4.4, verifying contents under different verification methods are carried out according to the recognized identity, verification results are fed back to mobile phone clients of registered users and entrance guards, meanwhile, the records of the entrance are generated and recorded into an electronic entrance and exit management database,
if the registered user is a visitor, verifying whether the unit allows the visitor to enter, if not, prompting 'no pass', and displaying the reason;
if the history record of the registered user does not conform to the specified time, normal body temperature detection records exist every day and abnormal body temperature detection records do not exist or isolation records exist in the day, the resident prompts to 'suggest isolation', and the visitor prompts to 'no pass';
if the history record of the registered user is in the set time and the organization with the state being dangerous in the set time is passed, the resident prompts to suggest isolation and the visitor prompts to forbid passage;
if the records are normal, executing the step S4.5;
s4.5, detecting whether the registered user meets the admission condition by a field entrance guard;
if the electronic discrepancy is not matched, marking the electronic discrepancy as unqualified, and refusing to enter; if so, then mark as "eligible"; and updating the entry record to the electronic discrepancy management database.
2. The big-data based traceable electronic access verification method of claim 1, wherein: the predetermined time in step S4 is an integer number of days within 0 to 365 days from the current day.
3. The big-data based traceable electronic access verification method of claim 2, wherein: the admission condition in step S4.5 is body temperature,
if the body temperature detected on site is less than or equal to the specified value, the body temperature accords with the access condition, otherwise, the body temperature does not accord with the access condition;
the specified value is a temperature value between 37 ℃ and 37.3 ℃.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010341963.3A CN111554019B (en) | 2020-04-27 | 2020-04-27 | Electronic discrepancy system capable of tracking and recording based on big data and verification method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010341963.3A CN111554019B (en) | 2020-04-27 | 2020-04-27 | Electronic discrepancy system capable of tracking and recording based on big data and verification method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN111554019A CN111554019A (en) | 2020-08-18 |
| CN111554019B true CN111554019B (en) | 2021-11-02 |
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| CN112233293A (en) * | 2020-10-13 | 2021-01-15 | 北京市应对气候变化研究中心 | Electronic discrepancy certificate generation method, system and device |
| CN112509199A (en) * | 2020-11-09 | 2021-03-16 | 国网甘肃省电力公司综合服务中心 | Visitor management system for health data acquisition based on big data |
| CN113327362A (en) * | 2021-05-26 | 2021-08-31 | 上海声通信息科技股份有限公司 | Intelligent robot for investigating new crown epidemic situation |
| CN114898494A (en) * | 2022-05-30 | 2022-08-12 | 万申科技股份有限公司 | Intelligent security operation and maintenance management system based on cloud computing |
| CN115223283A (en) * | 2022-06-17 | 2022-10-21 | 中国银行股份有限公司 | Convenient passing method, device and system |
| CN115188113A (en) * | 2022-09-14 | 2022-10-14 | 苏州智数信息科技有限公司 | Digital access certificate, access verification method, electronic device and storage medium |
| CN116246381B (en) * | 2023-05-08 | 2023-08-08 | 广东粤电信息科技有限公司 | Online registration method and related device for two-dimension code visitor through property authentication generation gate |
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