CN115862206A - Intelligent park sensorless pass management method and system based on intermediate data layer - Google Patents
Intelligent park sensorless pass management method and system based on intermediate data layer Download PDFInfo
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Abstract
The invention relates to a middle data layer-based intelligent park non-sensory traffic management method and system. The intermediate data layer is respectively connected with subsystems such as vehicle management, personnel management and visitor reservation, equipment such as a pedestrian gate machine, a vehicle barrier gate, an identity information identification terminal and an entrance and exit display terminal through a wireless network and a local area network, and performs information interaction. The invention simplifies the operation flow of the user mobile terminal, ensures the independence and the flexibility of the passing system, realizes the blind passing of people and the park in-out experience of non-stop management, the middle data layer is not only the information transfer station of each subsystem, but also the copy of the service data of each subsystem, different subunits are divided inside, the units can also carry out relevant service processing, and the passing system is ensured not to influence the work of the whole passing system due to the fault of individual subsystem or the fault of a large platform of an intelligent park.
Description
Technical Field
The invention relates to the technical field of non-inductive passing, in particular to a method and a system for managing the non-inductive passing of an intelligent park based on an intermediate data layer.
Background
With the popularization of the non-sense passage, the transverse deep exploration in the intelligent passage field is still insufficient. The existing passing brake scheme of the sensorless passing intelligent identification organically combines facial identification, health codes, pass codes, identity cards and employee IC cards to a certain extent, but is still not reliable enough. Firstly, data of a user among subsystems are not shared, multiple times of information registration are needed, and background data do not support data communication. Even if data is communicated, the replacement of a subsystem brand or a database leads to the re-development of a park intelligent platform, secondary investment of development is caused, the normal use of the system is influenced, the satisfaction degree of entrants and exits is still not high, the user experience is poor, the number of faithful users is small, and the operation cost and the management difficulty are increased.
The Chinese patent application: 202011492025.X provides an unattended intelligent gatekeeper system aiming at the problems of the existing gate sentry that personnel is needed to be attended, the access path of visiting personnel cannot be controlled, the visiting registration speed of multiple persons is slow, and information cannot be actively pushed. The method comprises the following steps: the system comprises a background service module, a human-computer interaction module, an information verification module, an execution module, a commission agency module, a public information service module and a self-protection module; the human-computer interaction module, the information verification module, the execution module, the entrust proxy module, the public information service module and the self-protection module are respectively connected with the background service module. The all-weather gate guard unattended operation can be realized, some traditional work which cannot be well finished by the unattended operation is also solved, and the investment of wages of personnel and the personnel management cost are greatly reduced. However, the system has the defect that the background data does not support data communication, and the communication efficiency is influenced when the subsystem is in failure.
In view of the above, the present invention provides a smart campus non-sensitive traffic management method and system based on an intermediate data layer, which aims at the technical problems that the existing smart campus traffic system is not compatible and the traffic system cannot adopt double background operation, wherein the intermediate data layer establishes a low coupling between the smart campus and each traffic subsystem, so as to play a dual role of data backup and command issuing, thereby realizing smart traffic double insurance, simplifying the operation process of a mobile terminal, improving the satisfaction of users and a campus manager, reducing the operation cost of an operator, providing data support for the optimization of a management platform of the smart campus, and realizing scientific, efficient and intelligent management.
Disclosure of Invention
The invention aims to provide a method and a system for managing the sensorless passing of an intelligent park based on an intermediate data layer aiming at the defects of the prior art.
In order to realize the purpose, the invention adopts the technical scheme that:
in a first aspect, the invention provides a method for managing the sensorless pass of an intelligent park based on an intermediate data layer, which comprises the following steps:
s1: and (3) reserving the visitor: the method comprises the steps that a visitor submits appointment information to a background management server through a user mobile terminal, the background management server firstly calls a public security department real name authentication interface to judge whether name and identity card number information submitted by the visitor is legal or not, then calls a national epidemic prevention big data interface to obtain a visitor health code, if the health code is abnormal, the background management server reversely pushes health code abnormal information to a user terminal, and synchronously pushes the health code abnormal information of the visitor to a membership manager of a personnel management system so as to make epidemic prevention management; if the health code is normal, judging whether the visited person exists in the internal personnel list or not according to the internal personnel list of the visitor reservation system, and if not, returning that the visited person does not exist; if the reservation information exists, the reservation information is pushed to an internal employee mobile terminal for auditing, if the auditing is not passed, the back-stage management server pushes the refusal visit prompt information to the user mobile terminal, if the auditing is passed, whether the reservation information includes driving vehicle information is judged, if yes, the vehicle reservation record is pushed to a vehicle management system, otherwise, the back-stage management server is directly authorized to push a pass code to the user mobile terminal, and finally, the visitor reservation record is formed and the information is synchronously pushed to a middle data layer;
s2: identification and verification: through a pedestrian gate machine or a vehicle road gate, visitors can be verified in a face recognition mode, a health code, a pass code, an identity card, a staff IC card, a face recognition mode or a license plate recognition mode, MQTT service is built at the cloud, an MQTT communication endpoint is built at the cloud, identity information recognition terminals, an entrance and exit display terminal, a staff management system and an intermediate data layer are all MQTT communication endpoints, communication is achieved through an external network, visitor information and entrance and exit position information which are successfully verified are sent to the staff management system, the vehicle management system and the intermediate data layer, the identity information recognition terminals open Wifi and 4G dual networks, wifi is connected with an internal local area network, verification requests are sent to the intermediate data layer and the staff management system at the same time, and it is guaranteed that one of the intermediate data layer or the staff management system breaks down and personnel passing is not affected; the vehicle management system receives the vehicle reservation record, and the safety mechanism of the vehicle management system ensures disaster recovery operation;
s3: and (3) passage release: the personnel management system and the intermediate data layer ensure data consistency through a data interface, and the personnel management system and the intermediate data layer receive the verification request and carry out identity verification according to respective information data to generate two verification results and user information; user information is sent to the gateway display terminal; two paths of instructions are formed by the verification result and are respectively sent to the pedestrian gate machine from the middle layer data and the personnel management system; the vehicle passes the license plate recognition, is verified by a vehicle management system and then sends a control instruction to a driving barrier gate;
s4: web management and parking guidance: the park is internally provided with a vehicle detection terminal, the vehicle detection terminal captures the passing condition of vehicles in the park and stores the passing condition, the middle data layer timely issues personnel induction and vehicle induction on the display terminal and the mobile terminal according to the entering personnel and vehicle information and by combining the analysis of historical data, and the illegal vehicle information is sent to the visitor and personnel management system.
Preferably, the intermediate data layer builds a local database, and when the internal staff of the staff management system is added, deleted, changed and checked, the staff management system interface is called to create a table: the system comprises an internal employee meter, a visitor meter, an internal vehicle meter, a visitor recording meter, a list entering the garden on the same day, and a running data synchronization interface, wherein the running data synchronization interface comprises a personnel management system interface, a visitor reservation system interface, a vehicle management system interface, a multifunctional code brushing terminal request interface, a vehicle in-and-out pushing interface and an epidemic prevention big data interface, the data interface can complete data bidirectional transmission, data association among multiple meters is combined, a pedestrian log and a vehicle row log are generated, and a door opening instruction is sent to a pedestrian gate after the identity verification passes.
Preferably, the intermediate data layer consists of a WebUI, a data interface and a local database, wherein the WebUI is used for local data management; the data interface completes the data bidirectional communication of each subsystem; the local database stores all communication data; the intermediate data layer can also process personnel identity authentication requests and send out equipment operation instructions, so that data backup and disaster recovery design of a personnel management system are realized; the failure of the subsystem is down, and the passing of the whole park is not influenced.
Further, the specific method for identification and verification is as follows: the method comprises the steps that people enter and exit a park, pass codes, health codes, identity cards, IC cards, faces or license plates are scanned through an identity information recognition terminal to initiate verification requests, the identity information recognition terminal starts a Wifi and 4G dual network, identity authentication requests are simultaneously initiated to an intermediate data layer of an intranet and a personnel management system of an extranet, and personnel identity authentication is carried out; then, verifying the health code;
the pass code verification method comprises the following steps: the visitor opens the user mobile terminal, generates the pass code in real time, the 60S is effective, the non-self copying and forwarding of the pass code is prevented, the screen is clicked to automatically refresh after overtime, the identity information identification terminal simultaneously initiates an identity verification request to the personnel management system of the middle data layer and the extranet after the user swipes the pass code, and the identity information identification terminal returns user information and a verification result;
the identity card verification method comprises the following steps: the visitor swipes an identity card at the identity information identification terminal, intelligently reads identity card information, sends a query request to the personnel management system and the intermediate data layer, and the identity information identification terminal returns user information and a verification result;
the health code verification method comprises the following steps: the identity information recognition terminal calls a national epidemic prevention big data interface in real time after scanning the health code of the visitor, and if the health code is abnormal, abnormal information is pushed to a personnel management system so as to make epidemic prevention management work; if the health code is normal, the large data interface user only identifies, the personnel identity information is verified through an identification request personnel management system and an intermediate data layer, and the identity information identification terminal returns the user information and a verification result;
the employee IC card verification method comprises the following steps: the identity information identification terminal reads the IC card, the card reader sends card information to the personnel management system and the middle data layer to respectively carry out personnel identity verification, and the identity information identification terminal returns user information and a verification result;
the face verification method comprises the following steps: the identity information identification terminal checks according to the locally stored face data to obtain an internal personnel identifier, verifies whether the internal personnel identifier is internal personnel information or not through an identifier request personnel management system background and an intermediate data layer, and returns user information and a verification result;
the license plate verification method comprises the following steps: when a visitor drives a vehicle to enter a park entrance, a high-definition camera captures a vehicle picture, carries out license plate recognition, and submits a license plate number to a vehicle management system for verification; the vehicle management system verifies and judges whether the license plate is added into a blacklist, if so, the license plate is forbidden to be added; the violation revocation of the vehicle needs to be handled; if not, judging whether the vehicle is an internal employee vehicle or a reserved vehicle; if yes, the lifting rod is released, otherwise, the lifting rod is prohibited from entering.
Further, the specific method for releasing the channel is as follows: the visitor reservation system, the personnel management system and the intermediate data layer are communicated through data interfaces, real-time data interaction ensures data synchronization, the personnel management system and the intermediate data layer respectively carry out identity verification on a verification request according to respective data, return user information and a verification result, carry out redundant data logic processing on two paths of return data, after data redundancy processing, the verification result is yes, visitor information is sent to an entrance and exit display terminal to prompt passage, and a door opening instruction is sent to a pedestrian gate; and if the verification result is 'no', sending visitor information to the entrance display terminal to prompt the reason for forbidding passage.
Further, the specific method for Web management and parking guidance includes: when a vehicle runs in a park, if a violation behavior of violation occurs, a vehicle detection system performs snapshot, license plate recognition and data archiving, violation information is synchronously pushed to an intermediate data layer and a vehicle management system, a license plate is added into a blacklist, and meanwhile, information is pushed to a visitor party and a personnel management system, so that the violation accident can be conveniently handled by the party and the personnel management department in time; the intermediate data layer is combined with historical data, web management inquiry and analysis of the intermediate data layer can be realized, and a daily traffic data report is generated; meanwhile, according to the real-time data of the current day of access, a park passing real-time detection picture is generated for the dispatching center to monitor, and personnel induction and vehicle induction data are issued to the display terminal and the public number in time for passing induction.
Preferably, the health code can call the epidemic prevention big data interface in real time to update the state to the latest state in real time.
In a second aspect, the invention provides an intelligent park sensorless pass management system based on an intermediate data layer, which comprises a visitor reservation system, the intermediate data layer, a personnel management system, a vehicle management system and a vehicle detection system, wherein the visitor reservation system checks and reserves the identity of a visitor; the intermediate data layer is used for building a local database, and when the internal staff of the staff management system is added, deleted, changed and checked, an interface of the staff management system is called to create a table: the system comprises an internal employee list, a visitor list, an internal vehicle list, a visitor recording list, a current day park list and an operation data synchronization interface, wherein the operation data synchronization interface comprises a personnel management system interface, a visitor reservation system interface, a vehicle management system interface, a multifunctional code brushing terminal request interface, a vehicle access pushing interface and an epidemic prevention big data interface; the personnel management system comprises: the system is used for auditing the internal personnel; the vehicle management system is used for judging whether the license plate is on a blacklist and whether vehicle violation revocation needs to be handled; the vehicle detection system is used for capturing the vehicle passing condition in the park and storing the vehicle passing condition.
In a third aspect, the invention provides a computer device comprising a memory storing a computer program and a processor implementing the steps of the method as claimed in any one of the above when the processor executes the computer program.
In a fourth aspect, the invention provides a computer-readable storage medium for storing a computer program for execution by a processor to perform a method as claimed in any one of the above.
Term(s)
MQTT
MQTT (Message queue Telemetry Transport) is an instant messaging protocol developed by IBM, is relatively suitable for performing remote sensor and control device communication in low-bandwidth and unreliable networks, and is increasingly becoming an important component of the internet of things communication protocol. MQTT is mainly used for instant messaging, internet of things M2M, internet of things collection and the like. Some open source MQTT service middleware currently has: 1) EMQX: github 4882stars; 2) Mosquitto: github 1645stars; 3) Apollo: an upgraded version of ActiveMQ, github 109stars.
WebUI
The Web UI is a Web remote management service integrated from Windows 2000. Through the service, a network administrator can manage common services (such as FTP, web service and the like) and common functions (such as managing users and groups) of the server through the IE browser at the client. .
Disaster recovery
The disaster recovery system is characterized in that two or more sets of IT systems with the same function are established in different places far away from each other, health status monitoring and function switching can be performed among the IT systems, and when one system stops working due to accidents (such as fire, earthquake and the like), the whole application system can be switched to the other system, so that the system can continue to work normally. The disaster recovery technology is a component of the high-availability technology of the system, and the disaster recovery system emphasizes the processing of the influence of the external environment on the system, particularly the influence of a catastrophic event on the whole IT node, and provides a node-level system recovery function.
Redundant data
The redundant data includes both repetitive data and data that is not relevant to the problem being analyzed and processed, and the redundant data is usually processed by filtering the data. The method of repeated filtering is adopted for repeated data, and the method of conditional filtering is adopted for irrelevant data.
The invention has the advantages that:
the invention provides a smart park non-sensory traffic management method and a system based on an intermediate data layer, aiming at the technical problems that the existing smart park traffic system is incompatible and cannot adopt double background operation, wherein the system comprises the intermediate data layer, a personnel management system, a visitor reservation system, a smart park management platform interface, a user mobile terminal, a pedestrian gate machine, a vehicle road gate, an identity information identification terminal and a display terminal, the intermediate data layer is respectively connected with a vehicle management system, the personnel management system, a visitor reservation subsystem, the pedestrian gate machine, the vehicle road gate, the identity information identification terminal, an entrance display terminal and other devices through a wireless network and a local area network and carries out intelligent information interaction, the intermediate data layer establishes a low coupling between the park and each traffic subsystem to play the dual roles of data backup and command sending execution, the intelligent passing double insurance is realized, the operation flow of a mobile terminal is simplified, the independence and the flexibility of a passing system are ensured, the non-inductive passing of people and the passing and leaving experience of a park in non-stop management are realized, an intermediate data layer is not only an information transfer station of each subsystem, but also the business data of each subsystem is copied, different subunits are divided inside, the subunits can also carry out related business processing, such as business logic processing of identity authentication, command sending and the like, and can also carry out inquiry, statistics and mining analysis on the passing data, passing data support is provided for a smart park platform and related departments in charge of passing, the passing system is ensured not to influence the work of the whole passing system due to the fault of individual subsystems or the fault of a large platform of the smart park, and the passing efficiency and the satisfaction degree of internal office staff and visitors are further improved, the method reduces contact, reduces the possibility of epidemic prevention and contact infection, reduces the operation cost of an operator, realizes scientific, efficient and intelligent management, and has strong practicability and wide application prospect.
Drawings
Fig. 1 is a diagram of an internal structure of an intermediate data layer.
Fig. 2 is a reservation flow chart.
Fig. 3 is an identification verification flow chart.
Fig. 4 is a channel release flow chart.
Fig. 5 is a Web management and parking guidance diagram.
Fig. 6 is a topological structure diagram of the system of the present invention.
Detailed Description
The invention will be further illustrated with reference to specific embodiments. It should be understood that these examples are for illustrative purposes only and are not intended to limit the scope of the present invention. Furthermore, it should be understood that various changes and modifications can be made by those skilled in the art after reading the disclosure of the present invention, and equivalents fall within the scope of the appended claims.
Example 1
The embodiment provides a smart park sensorless traffic management method, which comprises the following steps:
s1: and (3) reserving the visitor: the method comprises the steps that a visitor submits reservation information to a background management server through a user mobile terminal, the background management server firstly judges whether identity information of the visitor is legal or not, then a national anti-epidemic big data interface is called to obtain a health code of the visitor, if the health code is abnormal, abnormal health code information is reversely pushed to a user terminal through the background management server, and the abnormal health code information of the visitor is synchronously pushed to a membership manager of a personnel management system so as to make anti-epidemic management; if the health code is normal, judging whether the visited person exists in the internal personnel list or not according to the internal personnel list of the visitor reservation system, and if not, returning that the visited person does not exist; if the reservation information exists, the reservation information is pushed to an internal employee mobile terminal for auditing, if the reservation information passes the auditing, whether the reservation information comprises driving vehicle information or not is judged, if yes, a vehicle reservation record is pushed to a vehicle management system, otherwise, a pass code is directly authorized to be pushed to a user mobile terminal through a background management server, finally, a visitor reservation record is formed, and the information is synchronously pushed to a middle data layer;
s2: identification and verification: through a pedestrian gate machine or a vehicle barrier gate, visitors can be verified in a face recognition mode, a health code, a pass code, an identity card, an employee IC card, a face recognition mode or a license plate recognition mode, MQTT service is built at the cloud, an identity information recognition terminal, an entrance display terminal, a personnel management system and an intermediate data layer are MQTT communication endpoints, communication is achieved through an external network, visitor information and entrance position information which are successfully verified are sent to the personnel management system, the vehicle management system and the intermediate data layer, the identity information recognition terminal starts a Wifi and 4G dual network, the Wifi is connected with an internal local area network, a verification request is sent to the intermediate data layer and the personnel management system at the same time, and it is ensured that one of the intermediate data layer or the personnel management system breaks down and personnel pass is not affected; the vehicle management system receives the vehicle reservation record, and the safety mechanism of the vehicle management system ensures disaster recovery operation;
s3: and (3) passage release: the personnel management system and the intermediate data layer ensure data consistency through the data interface, the personnel management system and the intermediate data layer receive the verification request, perform identity verification according to respective information data to generate two verification results and user information, and return the verification results and the user information; user information is sent to the entrance and exit display terminal; two paths of instructions are formed by the verification result and are respectively sent to the pedestrian gate machine from the middle layer data and the personnel management system; the vehicle passes the license plate recognition, is verified by a vehicle management system and then sends a control instruction to a driving barrier gate;
s4: web management and parking guidance: be equipped with vehicle detecting terminal in the garden, vehicle detecting terminal takes a candid photograph the current situation of vehicle in the garden and archives, and the middle data layer is according to the personnel and the vehicle information of entering the field and combine historical data's analysis, and the person of issuing in time is induced and the vehicle is induced at display terminal and mobile terminal, gives visitor and personnel management system with vehicle information violating the regulations.
Referring to fig. 1, fig. 1 is a diagram illustrating an internal structure of an intermediate data layer.
The core function of the intermediate data layer is to realize bidirectional communication and data storage among a plurality of systems and has service processing capability. The system comprises a WebUI, a data interface and a local database, wherein the WebUI is used for local data management; the data interface completes the data bidirectional communication of each subsystem; the local database stores all communication data; the intermediate data layer can also process personnel identity authentication requests and send out equipment operation instructions, so that data backup and disaster recovery design of a personnel management system are realized; the failure of the subsystem is down, and the passing of the whole park is not influenced.
And a local database is built in the intermediate data layer, and when the internal staff of the staff management system is added, deleted, changed and checked, an interface of the staff management system is called, and staff information is synchronously pushed to the intermediate data layer to generate an internal staff table.
After a user (visitor) mobile terminal submits an access reservation, a visitor list is generated after the approval of internal personnel, a visitor reservation system interface is called, the visitor list is synchronously pushed to an intermediate data layer, and a visitor table and a visitor record table (the visitor table keeps a certificate number unique and neglects if the certificate number exists) are obtained.
The vehicle management system has the function of calling a third party interface, the intermediate data layer provides a WebAPI interface and registers the WebAPI interface to the vehicle management system, and when the internal vehicle changes, the WebAPI is pushed to the intermediate data layer to generate an internal vehicle list.
The middle data layer runs background service, a list of entering the garden on the same day is generated every morning, a big epidemic prevention data interface is called, the latest state of the health codes waiting to enter and exit the whole district on the same day is refreshed, and personnel with non-green codes timely inform the manager of the garden so as to make epidemic prevention management (the middle data layer does not reversely push the user mobile terminal).
When all the people (internal staff and temporary visitors) driving the vehicles come in and go out of the park, the license plate recognition high-definition camera shoots the vehicles, then the license plates are pushed to the middle data layer, and the vehicle information of the people related to the internal vehicle meter (internal staff) and the visitor recording meter (temporary visitors) is combined to generate a vehicle log.
When a person passes through the pedestrian gate, the identity information identification terminal is verified in a certain verification mode, and the identity information identification terminal sends two verification requests: requesting a personnel management system through a 4G network; and requesting the intermediate data layer through the Wifi local area network. After the personnel management system and the intermediate data layer verify the identity and the health code green code respectively, a pedestrian log is generated, and a door opening instruction is sent to the pedestrian gate.
Referring to fig. 2, fig. 2 is a reservation flow chart.
Specifically, the method comprises the following steps: 1. the visitor submits reservation information to a background management server through a WeChat applet, and whether user (visitor) identity information is legal or not is judged in the background management server;
2. calling a national epidemic prevention big data interface to acquire the health code state of the national epidemic prevention big data interface, and if the state is abnormal, pushing information to a personal and personnel management system so as to make epidemic prevention management; if no abnormal situation exists, the reservation information is pushed to the internal employee mobile terminal to be audited;
3. after receiving the visitor reservation application, the internal employee mobile terminal checks the visitor reservation information, determines whether the visitor is allowed to enter or refused, if not, pushes a refusal prompt message to the visitor mobile terminal, otherwise, continuously judges whether the vehicle is driven;
4. if the user drives the vehicle, the vehicle reservation information is pushed to the vehicle management system, the visitor reservation process is completed, the reservation record is generated, the middle data layer is synchronously pushed, and meanwhile, the reservation success information is pushed to the visitor mobile terminal (WeChat small program).
5. If the staff is the internal staff, the back stage of the staff management system starts service, internal staff health code information is refreshed every day through a national epidemic prevention big data interface, if the information of some staff is abnormal, a passcode is forbidden to be generated, the staff with abnormal health codes are prevented from entering a park, and the information simultaneously informs the manager so as to well perform epidemic prevention management.
Referring to fig. 3, fig. 3 is a flow chart of identification verification.
The method comprises the steps that people come in and go out of a park, pass codes, health codes, identity cards, employee IC cards, faces and the like are scanned through an identity information recognition terminal to initiate verification requests, the identity information recognition terminal starts a Wifi and 4G dual network, identity authentication requests are simultaneously initiated to an intermediate data layer of an intranet and a personnel management system of an extranet, and personnel identity authentication is conducted; then health code verification is carried out (each subsystem and the middle data layer, the health codes of the list of the people to enter the garden are refreshed in the morning of the current day); the double-network request of the multifunctional code scanning terminal realizes the system disaster tolerance of intelligent passing identity verification, and the passing of personnel is not influenced when one of the personnel management system and the intermediate data layer cannot run due to network or system faults.
Specifically, the method comprises the following steps: 1. the pass code verification method comprises the following steps: the user opens the small program to generate the pass code in real time, 60S is effective, the non-self copy and forwarding pass code is prevented, the screen is clicked to automatically refresh after overtime, the user swipes the pass code and then initiates an identity verification request to a background, and user information and a verification result are returned;
2. the identity card verification method comprises the following steps: the user swipes an identity card on the identity information identification terminal, intelligently reads identity card information, sends an inquiry request to the personnel management system and the intermediate data layer, and returns user information and a verification result;
3. the health code verification method comprises the following steps: the identity information identification terminal scans health codes of the general pedestrians, calls a national epidemic prevention big data interface in real time, and pushes abnormal information to a personnel management system if the health codes are abnormal so as to make epidemic prevention management work; if the health code is normal, the health code is uniquely represented by a big data interface user, the personnel identity information is verified through an identification request personnel management system and an intermediate data layer, and the user information and the verification result are returned;
4. the employee IC card verification method comprises the following steps: the identity information identification terminal scans and reads the IC card, the card reader sends card information to the personnel management system and the middle data layer, personnel identity authentication is respectively carried out, and user information and an authentication result are returned;
it should be noted that, on the current day of access, the user moves to open the pass code, scans the code at the identity information recognition terminal, and checks whether the pass code is out of date (refreshing after clicking to prevent copying and forwarding); after the verification is passed, returning the user information and the verification result;
5. the face identification verification method comprises the following steps: the identity information identification terminal checks according to the locally stored face data to acquire personnel identification, requests a background and an intermediate data layer of the personnel management system through identification to verify whether the personnel information is internal personnel information, and returns user information and a verification result;
6. when a passer drives a vehicle to enter a park entrance, a high-definition camera captures a vehicle picture, license plate recognition is carried out, and the license plate number is submitted to a vehicle management system for verification;
the vehicle management system is provided with blacklist management, and vehicles added into the blacklist are not allowed to enter a park; the license plate verification firstly judges whether the license plate is added into a blacklist or not, and if so, the license plate is forbidden to be added; the violation revocation of the vehicle needs to be handled; otherwise, judging whether the vehicle is an internal employee vehicle or an appointment vehicle; if yes, the lifting rod is released, otherwise, the lifting rod is forbidden to enter.
Referring to fig. 4, fig. 4 is a flow chart of channel release.
After identification and verification, the identity information identification terminal returns user information and a verification result, and performs logic processing on two paths of return data: setting a timeout period, and if the timeout period returns, performing logic OR operation; if yes, the data returned first is taken as the standard; if the two paths of signals are abnormal and overtime simultaneously, the entrance terminal displays on a large screen: and (6) the network is abnormal.
If the passage is allowed, the entrance display terminal (display screen) displays user information, including a working photo or a certificate photo, a name, a unit and the like of a passer, so that security personnel can check whether the person and the certificate are integrated or not; and if the pass is forbidden, displaying the reason of the authentication failure.
In order to realize the double verification of the information verification of the passage personnel, the data synchronization of the middle data layer and other subsystems needs to be ensured, and the following data synchronization interfaces are realized:
specifically, the method comprises the following steps: 1. the data synchronization interface of the intermediate data layer and the personnel management system is used for increasing, deleting, modifying and checking internal personnel files of the personnel management system, and pushing the internal personnel files to the intermediate data layer in real time through the data interface, so that the data of the two parties are kept consistent.
2. And the intermediate data layer and the visitor reservation system data synchronization interface are used for the visitor mobile terminal to reserve access and synchronously push the reservation order to the intermediate data layer after the reservation order is generated.
3. And if the visitor visits the vehicle, the reservation order is pushed to the middle data layer, the middle data layer judges whether the vehicle is driven, if so, the reservation order is pushed to the vehicle management system to generate the reserved vehicle, and the noninductive automatic release of the driven vehicle is realized when the visitor visits the vehicle.
Referring to fig. 5, fig. 5 is a Web management and parking guidance diagram.
Specifically, the method comprises the following steps: the middle data layer background is used for performing statistical analysis and data mining according to the entrance information of personnel and vehicles and by combining historical data to generate a daily traffic data report; and generating a park passing real-time detection picture for the dispatching center to monitor according to the real-time data of the current day of access.
The middle data layer starts a service function, vehicle induction data are issued to the display terminal in real time, and a user can check the personnel induction and the vehicle induction in real time through a mobile terminal public number, so that the problems of difficulty in queuing of passengers and parking of vehicle parking spaces are solved.
When the vehicle runs in the park, if the violation behaviors of the rule violation exist, the vehicle detection system carries out snapshot, license plate recognition and data archiving, data are synchronized to the intermediate data layer and the vehicle management system, and meanwhile, information is pushed to the party and the personnel management system, so that the party and the management department can conveniently process the violation accidents in time.
Example 2
The embodiment provides a sensorless pass management system for an intelligent park, which comprises a visitor reservation system, a middle data layer, a personnel management system, a vehicle management system and a vehicle detection system, wherein the visitor reservation system checks and reserves the identity of a visitor; the intermediate data layer is used for building a local database, and when the internal staff of the staff management system is added, deleted, changed and checked, an interface of the staff management system is called to create a table: the system comprises an internal employee list, a visitor list, an internal vehicle list, a visitor recording list, a current day park list and an operation data synchronization interface, wherein the operation data synchronization interface comprises a personnel management system interface, a visitor reservation system interface, a vehicle management system interface, a multifunctional code brushing terminal request interface, a vehicle access pushing interface and an epidemic prevention big data interface; the personnel management system comprises: the method is used for auditing the inside personnel; the vehicle management system is used for judging whether the license plate is on a blacklist and whether vehicle violation revocation needs to be handled; the vehicle detection system is used for capturing the passing condition of vehicles in the park and storing the passing condition.
Example 3
The embodiment provides a computer device, comprising a memory and a processor, wherein the memory stores a computer program, and the processor executes the computer program to realize the following steps:
s1: and (3) reserving the visitor: the method comprises the steps that a visitor submits reservation information to a background management server through a user mobile terminal, the background management server firstly judges whether identity information of the visitor is legal or not, then a national anti-epidemic big data interface is called to obtain a health code of the visitor, if the health code is abnormal, abnormal health code information is reversely pushed to a user terminal through the background management server, and the abnormal health code information of the visitor is synchronously pushed to a membership manager of a personnel management system so as to make anti-epidemic management; if the health code is normal, judging whether the visited person exists in the internal personnel list or not according to the internal personnel list of the visitor reservation system, and if not, returning that the visited person does not exist; if the information is existed, the reservation information is pushed to an internal employee mobile terminal for auditing, if the information is approved, whether the reservation information comprises driving vehicle information is judged, if so, the vehicle reservation record is pushed to a vehicle management system, otherwise, the passing code is directly authorized to be pushed to a user mobile terminal through a background management server, and finally, the visitor reservation record is formed and the information is synchronously pushed to a middle data layer;
s2: identification and verification: through a pedestrian gate machine or a vehicle road gate, visitors can be verified in a face recognition mode, a health code, a pass code, an identity card, a staff IC card, a face recognition mode or a license plate recognition mode, MQTT service is built at the cloud, an MQTT communication endpoint is built at the cloud, identity information recognition terminals, an entrance and exit display terminal, a staff management system and an intermediate data layer are all MQTT communication endpoints, communication is achieved through an external network, visitor information and entrance and exit position information which are successfully verified are sent to the staff management system, the vehicle management system and the intermediate data layer, the identity information recognition terminals open Wifi and 4G dual networks, wifi is connected with an internal local area network, verification requests are sent to the intermediate data layer and the staff management system at the same time, and it is guaranteed that one of the intermediate data layer or the staff management system breaks down and personnel passing is not affected; the vehicle management system receives the vehicle reservation record, and the safety mechanism of the vehicle management system ensures disaster recovery operation;
s3: and (3) passage release: the personnel management system and the intermediate data layer ensure data consistency through the data interface, the personnel management system and the intermediate data layer receive the verification request, perform identity verification according to respective information data to generate two verification results and user information, and return the verification results and the user information; user information is sent to the entrance and exit display terminal; two paths of instructions are formed by the verification result and are respectively sent to the pedestrian gate machine from the middle layer data and the personnel management system; the vehicle passes the license plate recognition, is verified by a vehicle management system and then sends a control instruction to a driving barrier gate;
s4: web management and parking guidance: the park is internally provided with a vehicle detection terminal, the vehicle detection terminal captures the passing condition of vehicles in the park and stores the passing condition, the middle data layer timely issues personnel induction and vehicle induction on the display terminal and the mobile terminal according to the entering personnel and vehicle information and by combining the analysis of historical data, and the illegal vehicle information is sent to the visitor and personnel management system.
Example 4
The present embodiments provide a computer-readable storage medium having stored thereon a computer program which, when executed by a processor, performs the steps of:
s1: and (3) reserving the visitor: the method comprises the steps that a visitor submits reservation information to a background management server through a user mobile terminal, the background management server firstly judges whether identity information of the visitor is legal or not, then a national anti-epidemic big data interface is called to obtain a health code of the visitor, if the health code is abnormal, abnormal health code information is reversely pushed to a user terminal through the background management server, and the abnormal health code information of the visitor is synchronously pushed to a membership manager of a personnel management system so as to make anti-epidemic management; if the health code is normal, judging whether the visited person exists in the internal personnel list or not according to the internal personnel list of the visitor reservation system, and if not, returning that the visited person does not exist; if the information is existed, the reservation information is pushed to an internal employee mobile terminal for auditing, if the information is approved, whether the reservation information comprises driving vehicle information is judged, if so, the vehicle reservation record is pushed to a vehicle management system, otherwise, the passing code is directly authorized to be pushed to a user mobile terminal through a background management server, and finally, the visitor reservation record is formed and the information is synchronously pushed to a middle data layer;
s2: identification and verification: through a pedestrian gate machine or a vehicle barrier gate, visitors can be verified in a face recognition mode, a health code, a pass code, an identity card, an employee IC card, a face recognition mode or a license plate recognition mode, MQTT service is built at the cloud, an identity information recognition terminal, an entrance display terminal, a personnel management system and an intermediate data layer are MQTT communication endpoints, communication is achieved through an external network, visitor information and entrance position information which are successfully verified are sent to the personnel management system, the vehicle management system and the intermediate data layer, the identity information recognition terminal starts a Wifi and 4G dual network, the Wifi is connected with an internal local area network, a verification request is sent to the intermediate data layer and the personnel management system at the same time, and it is ensured that one of the intermediate data layer or the personnel management system breaks down and personnel pass is not affected; the vehicle management system receives the vehicle reservation record, and the safety mechanism of the vehicle management system ensures disaster recovery operation;
s3: and (3) passage release: the personnel management system and the intermediate data layer ensure data consistency through the data interface, the personnel management system and the intermediate data layer receive the verification request, perform identity verification according to respective information data to generate two verification results and user information, and return the verification results and the user information; user information is sent to the entrance and exit display terminal; two paths of instructions are formed by the verification result and are respectively sent to the pedestrian gate machine from the middle layer data and the personnel management system; the vehicle passes the license plate recognition, is verified by a vehicle management system and then sends a control instruction to a driving barrier gate;
s4: web management and parking guidance: the park is internally provided with a vehicle detection terminal, the vehicle detection terminal captures the passing condition of vehicles in the park and stores the passing condition, the middle data layer timely issues personnel induction and vehicle induction on the display terminal and the mobile terminal according to the entering personnel and vehicle information and by combining the analysis of historical data, and the illegal vehicle information is sent to the visitor and personnel management system.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and additions can be made without departing from the principle of the present invention, and these should also be considered as the protection scope of the present invention.
Claims (10)
1. A sensorless pass management method for an intelligent park based on an intermediate data layer is characterized by comprising the following steps:
s1: and (3) visitor reservation: a visitor submits appointment information to a background management server through a user mobile terminal, the background management server firstly calls a real name authentication interface of a public security department to judge whether the name and identity card number information submitted by the visitor is legal or not, then calls a national anti-epidemic big data interface to obtain a health code of the visitor, if the health code is abnormal, the background management server reversely pushes abnormal health code information to a user terminal, and synchronously pushes the abnormal health code information of the visitor to an informed management personnel of a personnel management system so as to make anti-epidemic management; if the health code is normal, judging whether the visited person exists in the internal person list or not according to the internal person list of the visitor reservation system, and if not, returning that the visited person does not exist; if the reservation information exists, the reservation information is pushed to an internal employee mobile terminal for auditing, if the auditing is not passed, the back-stage management server pushes the refusal visit prompt information to the user mobile terminal, if the auditing is passed, whether the reservation information includes driving vehicle information is judged, if yes, the vehicle reservation record is pushed to a vehicle management system, otherwise, the back-stage management server is directly authorized to push a pass code to the user mobile terminal, and finally, the visitor reservation record is formed and the information is synchronously pushed to a middle data layer;
s2: identification and verification: through a pedestrian gate machine or a vehicle barrier gate, visitors can be verified in a face recognition mode, a health code, a pass code, an identity card, an employee IC card, a face recognition mode or a license plate recognition mode, MQTT service is built at the cloud, an identity information recognition terminal, an entrance display terminal, a personnel management system and an intermediate data layer are MQTT communication endpoints, communication is achieved through an external network, visitor information and entrance position information which are successfully verified are sent to the personnel management system, the vehicle management system and the intermediate data layer, the identity information recognition terminal starts a Wifi and 4G dual network, the Wifi is connected with an internal local area network, a verification request is sent to the intermediate data layer and the personnel management system at the same time, and it is ensured that one of the intermediate data layer or the personnel management system breaks down and personnel pass is not affected; the vehicle management system receives the vehicle reservation record, and the safety mechanism of the vehicle management system ensures disaster recovery operation;
s3: and (4) passage release: the personnel management system and the intermediate data layer ensure data consistency through the data interface, the personnel management system and the intermediate data layer receive the verification request, and perform identity verification according to respective information data to generate two verification results and user information; user information is sent to the gateway display terminal; two paths of instructions are formed by the verification result and are respectively sent to the pedestrian gate machine from the middle layer data and the personnel management system; the vehicle passes the license plate recognition, is verified by a vehicle management system and then sends a control instruction to a driving barrier gate;
s4: web management and parking guidance: be equipped with vehicle detecting terminal in the garden, vehicle detecting terminal takes a candid photograph the current situation of vehicle in the garden and archives, and the middle data layer is according to the personnel and the vehicle information of entering the field and combine historical data's analysis, and the person of issuing in time is induced and the vehicle is induced at display terminal and mobile terminal, gives visitor and personnel management system with vehicle information violating the regulations.
2. The method according to claim 1, wherein the intermediate data layer builds a local database, and when the internal staff of the staff management system increases, deletes, modifies and checks, the staff management system interface is called to create a table: the system comprises an internal employee meter, a visitor meter, an internal vehicle meter, a visitor recording meter, a list entering the garden on the same day, and a running data synchronization interface, wherein the running data synchronization interface comprises a personnel management system interface, a visitor reservation system interface, a vehicle management system interface, a multifunctional code brushing terminal request interface, a vehicle in-and-out pushing interface and an epidemic prevention big data interface, the data interface can complete data bidirectional transmission, data association among multiple meters is combined, a pedestrian log and a vehicle row log are generated, and a door opening instruction is sent to a pedestrian gate after the identity verification passes.
3. The method of claim 1, wherein the intermediate data layer is composed of a WebUI, a data interface, and a local database, the WebUI being used for local data management; the data interface completes the data bidirectional communication of each subsystem; the local database stores all communication data; the intermediate data layer can also process personnel identity authentication requests and send out equipment operation instructions, so that data backup and disaster recovery design of a personnel management system are realized; the failure of the subsystem is down, and the passing of the whole park is not influenced.
4. The method according to claim 1, wherein the specific method for identification and verification is as follows: the method comprises the steps that people enter and exit a park, pass codes, health codes, identity cards, IC cards, faces or license plates are scanned through an identity information recognition terminal to initiate verification requests, the identity information recognition terminal starts a Wifi and 4G dual network, identity authentication requests are simultaneously initiated to an intermediate data layer of an intranet and a personnel management system of an extranet, and personnel identity authentication is carried out; then, health code verification is carried out;
the pass code verification method comprises the following steps: the visitor opens the user mobile terminal, generates the pass code in real time, 60S is effective, the condition that the pass code is copied and forwarded by a non-user is prevented, the screen is clicked to automatically refresh after overtime, the identity information identification terminal sends an identity verification request to the personnel management system of the middle data layer and the extranet after the user swipes the pass code, and the identity information identification terminal returns user information and a verification result;
the identity card verification method comprises the following steps: the visitor swipes an identity card at the identity information identification terminal, intelligently reads identity card information, sends a query request to the personnel management system and the intermediate data layer, and the identity information identification terminal returns user information and a verification result;
the health code verification method comprises the following steps: the identity information recognition terminal calls a national epidemic prevention big data interface in real time after scanning the health code of the visitor, and if the health code is abnormal, abnormal information is pushed to a personnel management system so as to make epidemic prevention management work; if the health code is normal, the large data interface user only identifies, the personnel identity information is verified through an identification request personnel management system and an intermediate data layer, and the identity information identification terminal returns the user information and a verification result;
the employee IC card verification method comprises the following steps: the identity information identification terminal reads the IC card, the card reader sends card information to the personnel management system and the middle data layer to respectively carry out personnel identity verification, and the identity information identification terminal returns user information and a verification result;
the face verification method comprises the following steps: the identity information identification terminal checks according to the locally stored face data to obtain an internal personnel identifier, verifies whether the internal personnel identifier is internal personnel information or not through an identifier request personnel management system background and an intermediate data layer, and returns user information and a verification result;
the license plate verification method comprises the following steps: when a visitor drives a vehicle to enter a park entrance, a high-definition camera captures a vehicle picture, carries out license plate recognition, and submits a license plate number to a vehicle management system for verification; the vehicle management system verifies and judges whether the license plate is added into a blacklist, if so, the license plate is forbidden to be added; the violation revocation of the vehicle needs to be handled; if not, judging whether the vehicle is an internal employee vehicle or an appointment vehicle; if yes, the lifting rod is released, otherwise, the lifting rod is forbidden to enter.
5. The method of claim 1, wherein the specific method for channel clearance is: the visitor reservation system, the personnel management system and the intermediate data layer are communicated through data interfaces, real-time data interaction ensures data synchronization, the personnel management system and the intermediate data layer respectively carry out identity verification on a verification request according to respective data, return user information and a verification result, carry out redundant data logic processing on two paths of return data, after data redundancy processing, the verification result is yes, visitor information is sent to an entrance and exit display terminal to prompt passage, and a door opening instruction is sent to a pedestrian gate; and if the verification result is 'no', sending visitor information to the entrance display terminal to prompt the reason for forbidding passage.
6. The method of claim 1, wherein the specific method for Web management and parking guidance is as follows: when a vehicle runs in a park, if a violation behavior of violation occurs, a vehicle detection system performs snapshot, license plate recognition and data archiving, violation information is synchronously pushed to an intermediate data layer and a vehicle management system, a license plate is added into a blacklist, and meanwhile, information is pushed to a visitor party and a personnel management system, so that the violation accident can be conveniently handled by the party and the personnel management department in time; the intermediate data layer is combined with historical data, web management inquiry and analysis can be carried out on the intermediate data layer, and a daily data report is generated; meanwhile, according to the real-time data of the current day of access, a park passing real-time detection picture is generated for the dispatching center to monitor, and personnel induction and vehicle induction data are issued to the display terminal and the public number in time for passing induction.
7. The method of claim 1, wherein the health code invokes the big epidemic prevention data interface in real time to update to the latest state in real time.
8. A smart park non-sensory traffic management system based on an intermediate data layer is characterized by comprising a visitor reservation system, the intermediate data layer, a personnel management system, a vehicle management system and a vehicle detection system, wherein the visitor reservation system checks and reserves the identity of a visitor; the intermediate data layer is used for building a local database, and when the internal staff of the staff management system is added, deleted, changed and checked, an interface of the staff management system is called to create a table: the system comprises an internal employee list, a visitor list, an internal vehicle list, a visitor recording list, a current day park list and an operation data synchronization interface, wherein the operation data synchronization interface comprises a personnel management system interface, a visitor reservation system interface, a vehicle management system interface, a multifunctional code brushing terminal request interface, a vehicle access pushing interface and an epidemic prevention big data interface; the personnel management system comprises: the system is used for auditing the internal personnel; the vehicle management system is used for judging whether the license plate is on a blacklist and whether vehicle violation revocation needs to be handled; the vehicle detection system is used for capturing the passing condition of vehicles in the park and storing the passing condition.
9. A computer device comprising a memory and a processor, the memory storing a computer program, wherein the processor when executing the computer program implements the steps of the method of any of claims 1-7.
10. A computer-readable storage medium, characterized in that the computer-readable storage medium is used to store a computer program, which is executed by a processor to implement the method of any of claims 1-7.
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