CN110930564A - Multi-channel entrance guard joint identification method and system - Google Patents
Multi-channel entrance guard joint identification method and system Download PDFInfo
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- CN110930564A CN110930564A CN201911238606.8A CN201911238606A CN110930564A CN 110930564 A CN110930564 A CN 110930564A CN 201911238606 A CN201911238606 A CN 201911238606A CN 110930564 A CN110930564 A CN 110930564A
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Abstract
The invention provides a multi-channel entrance guard joint identification method and a multi-channel entrance guard joint identification system, which comprise a user information acquisition unit, a local control unit, an entrance guard device, a background server and at least one associated identification device.
Description
Technical Field
The invention relates to the technical field of entrance guard control, in particular to a multi-channel entrance guard joint identification method and a multi-channel entrance guard joint identification system.
Background
An Access Control System (ACS) is developed based on a conventional door lock. At present, with the development and popularization of digital information technology and network technology, an access control system is widely applied, the management of access doors and passages exceeds the simple management of door locks and keys, the access control system can automatically record the access conditions of personnel all the time, limit the access areas and the access time of internal personnel, politely refuse the impatient passengers, and the access control system is developed into a set of modern management system with complete functions.
The earliest advent of networked access was in the nineties of the last century. With the increasingly wide application range of the access control system, people do not limit the appeal of the access control system to single access control any more, but require the access control system to have multiple control functions such as access control, attendance management, building automatic control and the like, so that higher and higher hardware requirements are provided for access control management equipment.
At present, the identification and management work of the access control is generally controlled by local identification devices arranged at each access control point; however, with the increase of daily use time, the local identification device sometimes has identification data loss, such as door card information loss, user face template information loss, and the like, thereby causing the problems of identification and influencing normal travel of the user.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a multi-path entrance guard joint identification method and a multi-path entrance guard joint identification system.
The invention adopts the following technical scheme for realizing the purpose:
in a first aspect, the present invention provides a multi-channel entrance guard joint identification method, including:
when the local identification equipment acquires the identification information of the user;
the local identification equipment reads the current working state;
when the working state is active, the local identification equipment compares the acquired identification information with verification information in a preset database;
when verification information matched with the identification information does not exist in the preset database;
the local identification equipment sends the identity information and the identification information of the local equipment to a background server;
when the background server receives the local equipment identity information, acquiring associated identification equipment information matched with the local equipment identity information from a preset associated database according to the local equipment identity information;
the background server sends the identification information to the associated identification equipment;
when the associated identification equipment receives the identification information and matches, the associated identification equipment compares the acquired identification information with verification information in a local database;
when verification information matched with the identification information exists, the associated identification equipment sends verification success information to the background server;
the background server sends the received verification success information to the local control unit;
and when the local control unit receives the verification success information, controlling the entrance guard to open.
In an embodiment of the present invention, the method for multi-channel entrance guard joint identification further includes:
when verification information matched with the identification information exists, the associated identification equipment sends the matched verification information to the local identification equipment;
and the local identification equipment writes the received verification information into a preset database.
In an embodiment of the present invention, the method for multi-channel entrance guard joint identification further includes:
when the local identification equipment acquires the verification success information;
the local identification equipment sends maintenance reminding information to maintenance personnel according to preset maintenance information;
the operating state of the local identification device is set to inactive.
In an embodiment of the present invention, the method for multi-channel entrance guard joint identification further includes:
and when the working state is inactive, the local identification equipment sends the identity information and the identification information of the local equipment to a background server.
In a second aspect, the present invention provides a multi-channel entrance guard joint identification system, which includes a user information acquisition unit, a local control unit, an entrance guard device, a background server, and at least one associated identification device:
the user information acquisition unit is used for acquiring identification information of a user and sending the acquired identification information to the local control unit;
when the local control unit receives the identification information of the user, the local control unit is used for reading the current working state;
when the working state is active, the local control unit is further configured to compare the received identification information with verification information in a preset database;
when verification information matched with the identification information does not exist in the preset database, the local control unit is further used for sending local equipment identity information and identification information to the background server;
when the background server receives the local equipment identity information, the background server is used for acquiring associated identification equipment information matched with the local equipment identity information from a preset associated database according to the local equipment identity information;
the background server is further used for sending the identification information to the associated identification equipment matched with the associated identification equipment information;
when the associated identification device receives the identification information and matches, the associated identification device is used for comparing the acquired identification information with the verification information in the local database;
when verification information matched with the identification information exists, the associated identification equipment is also used for sending verification success information to the background server;
the background server is also used for sending the received verification success information to the local control unit;
and when the local control unit receives the verification success information, the local control unit is also used for controlling the access control device to open the access control.
In an embodiment of the present invention, the multi-channel entrance guard joint identification system further includes:
when verification information matched with the identification information exists, the associated identification equipment is also used for sending the matched verification information to the local control unit;
the local control unit is further configured to write the received verification information into a preset database.
In an embodiment of the present invention, the multi-channel entrance guard joint identification system further includes:
when the local control unit acquires the verification success information;
the local control unit is also used for sending maintenance reminding information to maintenance personnel according to preset maintenance information;
and the local control unit is also used for setting the working state to be inactive.
In an embodiment of the present invention, the multi-channel entrance guard joint identification system further includes:
and when the working state is inactive, the local control unit is also used for sending the identity information and the identification information of the local control unit to the background server.
In an embodiment of the present invention, the user information obtaining unit includes one or more of an RFID reading device, a face recognition device, and a wireless signal receiving device.
In an embodiment of the present invention, the local control unit includes one or more of a single chip, a personal computer, and an intelligent mobile device.
The invention has the beneficial effects that:
the invention provides a multi-channel entrance guard joint identification method and a multi-channel entrance guard joint identification system, which can realize a remote identification function by a multi-channel associated entrance guard through linking an entrance guard control device associated with a current entrance guard control device through a background server when any current entrance guard control device has data loss, thereby ensuring that the normal trip of a user is not influenced when the single control device has data loss.
Drawings
Fig. 1 is a schematic flow chart of a multi-channel entrance guard joint identification method according to an embodiment of the present invention;
fig. 2 is a schematic diagram of a multi-channel entrance guard joint identification system according to an embodiment of the present invention.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and specific embodiments, wherein the exemplary embodiments and descriptions are only used for explaining the present invention, but not for limiting the present invention.
In a first aspect, as shown in fig. 1, the present invention provides a multi-channel entrance guard joint identification method, including:
s100: when local identification equipment acquires identification information of a user, the local identification equipment reads a current working state;
s200: when the working state is active, the local identification equipment compares the acquired identification information with verification information in a preset database;
s300: when verification information matched with the identification information does not exist in the preset database, the local identification equipment sends local equipment identity information and identification information to a background server;
s400: when the background server receives the local equipment identity information, acquiring associated identification equipment information matched with the local equipment identity information from a preset associated database according to the local equipment identity information;
s500: the background server sends the identification information to the associated identification equipment;
s600: when the associated identification equipment receives the identification information and matches, the associated identification equipment compares the acquired identification information with verification information in a local database;
s700: when verification information matched with the identification information exists, the associated identification equipment sends verification success information to the background server;
s800: the background server sends the received verification success information to the local control unit;
s900: and when the local control unit receives the verification success information, controlling the entrance guard to open.
In an embodiment of the present invention, the method for multi-channel entrance guard joint identification further includes:
when verification information matched with the identification information exists, the associated identification equipment sends the matched verification information to the local identification equipment;
and the local identification equipment writes the received verification information into a preset database.
In an embodiment of the present invention, the method for multi-channel entrance guard joint identification further includes:
when the local identification equipment acquires the verification success information;
the local identification equipment sends maintenance reminding information to maintenance personnel according to preset maintenance information;
the operating state of the local identification device is set to inactive.
In an embodiment of the present invention, the method for multi-channel entrance guard joint identification further includes:
when the working state is inactive, the local identification equipment compares the acquired identification information with verification information in a preset database;
and the local identification equipment sends the identity information and the identification information of the local equipment to the background server.
In a specific application scenario of the present invention, the local identification device is an access control device that a user needs to pass through currently, the background server is a cloud server or a general server that is set in a data management center and is in communication connection with each access control device, and the associated identification device is an access control device that has the same identification authority or data as the local identification device, such as an access control device at an elevator doorway of an underground parking lot of a building and an access control device at an elevator doorway of a first-floor lobby;
specifically, when a user sends identification information to the local identification device, such as face identification or door card induction, the local identification device compares the identification information sent by the user with verification information stored in a preset database on the local device; when the local identification device judges that verification information matched with the identification information sent by the user does not exist in the preset database, the local identification device sends the identification information of the user and the identity information of the local identification device to the cloud server, the cloud server obtains matched associated identification device information from the preset associated database according to the received local device identity information, such as access control equipment at an elevator door of an underground garage of a building A, and sends the identification information of the user to the associated identification device according to the obtained associated identification device information; the association identification equipment compares the received identification information with verification information stored in a local database, when verification information matched with the identification information exists, the association identification equipment sends identification success information to the cloud server, the cloud server forwards the identification success information to the local identification equipment, and when the local identification equipment receives the identification success information, the local identification equipment judges that a user is authorized to pass through the user and controls the entrance guard to open;
meanwhile, when the associated identification equipment judges that verification information matched with the identification information exists, the associated identification equipment judges that data loss occurs in local identification equipment, so that the verification information of the user identification information and the verification information of the user identification information are synchronously sent to the cloud server; the cloud server forwards the verification information to local identification equipment, and the local equipment rewrites the received verification information into a preset database;
furthermore, when the local identification device obtains the verification success information, the local identification device judges that data loss occurs in the preset database, so that alarm information is sent to related maintenance personnel, the maintenance personnel can maintain the data in time, meanwhile, the local identification device sets the working state to be in an inactive state, when the identification information sent by the user is received again, the local identification device directly sends the identification information of the user and the identity information of the local identification device to the cloud server, identification judgment is carried out through the cloud server and the related identification device, the identification process is skipped locally, and the waiting time of the user is reduced.
In a second aspect, the present invention provides a multi-channel entrance guard joint identification system, which includes a user information obtaining unit 100, a local control unit 200, an entrance guard apparatus 300, a background server 400, and at least one associated identification device 500:
the user information acquiring unit 100 is configured to acquire identification information of a user, and send the acquired identification information to the local control unit 200;
when the local control unit 200 receives the identification information of the user, the local control unit 200 is configured to read the current working state;
when the working state is active, the local control unit 200 is further configured to compare the received identification information with verification information in a preset database;
when the verification information matched with the identification information does not exist in the preset database, the local control unit 200 is further configured to send the local device identity information and the identification information to the background server 400;
when the background server 400 receives the local device identity information, the background server 400 is configured to obtain, according to the local device identity information, associated identification device 500 information matched with the local device identity information from a preset associated database;
the background server 400 is further configured to send the identification information to the associated identification device 500 matched with the information of the associated identification device 500;
when the identification information received by the associated identification device 500 is matched, the associated identification device 500 is configured to compare the acquired identification information with the verification information in the local database;
when verification information matching with the identification information exists, the associated identification device 500 is further configured to send verification success information to the background server 400;
the background server 400 is further configured to send the received verification success information to the local control unit 200;
when the local control unit 200 receives the verification success information, the local control unit 200 is further configured to control the access control device 300 to open the access control.
In an embodiment of the present invention, the multi-channel entrance guard joint identification system further includes:
when there is authentication information matching the identification information, the associated identification device 500 is further configured to transmit the matching authentication information to the local control unit 200;
the local control unit 200 is further configured to write the received verification information into a preset database.
In an embodiment of the present invention, the multi-channel entrance guard joint identification system further includes:
when the local control unit 200 acquires the verification success information;
the local control unit 200 is further configured to send maintenance reminding information to a maintainer according to preset maintenance information;
the local control unit 200 is further configured to set the operation state to inactive.
In an embodiment of the present invention, the multi-channel entrance guard joint identification system further includes:
when the working state is inactive, the local control unit 200 is further configured to send the identity information and the identification information of the local control unit to the background server 400.
In an embodiment of the present invention, the user information obtaining unit 100 includes one or more of an RFID reading device, a face recognition device, and a wireless signal receiving device.
In an embodiment of the present invention, the local control unit 200 includes one or more of a single chip, a personal computer, and an intelligent mobile device.
In a specific application scenario of the present invention, the user information obtaining unit 100, the local control unit 200, and the door access device 300 are all integrated in a local identification device, wherein the user information obtaining unit 100 includes but is not limited to an RFID reading device, a face recognition device, a wireless signal receiving device, and the like, and the local control unit 200 includes but is not limited to a single chip microcomputer, a personal computer, an intelligent mobile device, and the like;
the local identification device is an access control device which a user needs to pass currently, the background server is a cloud server or a general server which is arranged in a data management center and is in communication connection with each access control device, and the associated identification device is an access control device which has the same identification authority or data with the local identification device, like an access control device at an underground parking lot elevator door of a building and an access control device at an elevator door of a first-building lobby;
specifically, when a user sends identification information to the local identification device, such as face identification or door card induction, the local identification device compares the identification information sent by the user with verification information stored in a preset database on the local device; when the local identification device judges that verification information matched with the identification information sent by the user does not exist in the preset database, the local identification device sends the identification information of the user and the identity information of the local identification device to the cloud server, the cloud server obtains matched associated identification device information from the preset associated database according to the received local device identity information, such as access control equipment at an elevator door of an underground garage of a building A, and sends the identification information of the user to the associated identification device according to the obtained associated identification device information; the association identification equipment compares the received identification information with verification information stored in a local database, when verification information matched with the identification information exists, the association identification equipment sends identification success information to the cloud server, the cloud server forwards the identification success information to the local identification equipment, and when the local identification equipment receives the identification success information, the local identification equipment judges that a user is authorized to pass through the user and controls the entrance guard to open;
meanwhile, when the associated identification equipment judges that verification information matched with the identification information exists, the associated identification equipment judges that data loss occurs in local identification equipment, so that the verification information of the user identification information and the verification information of the user identification information are synchronously sent to the cloud server; the cloud server forwards the verification information to local identification equipment, and the local equipment rewrites the received verification information into a preset database;
furthermore, when the local identification device obtains the verification success information, the local identification device judges that data loss occurs in the preset database, so that alarm information is sent to related maintenance personnel, the maintenance personnel can maintain the data in time, meanwhile, the local identification device sets the working state to be in an inactive state, when the identification information sent by the user is received again, the local identification device directly sends the identification information of the user and the identity information of the local identification device to the cloud server, identification judgment is carried out through the cloud server and the related identification device, the identification process is skipped locally, and the waiting time of the user is reduced.
It should be understood that the above examples are only for clearly showing the technical solutions of the present invention, and are not intended to limit the embodiments of the present invention. It will be apparent to those skilled in the art from this disclosure that various changes and modifications can be made herein without departing from the spirit and scope of the invention. Therefore, the protection scope of the present patent should be subject to the appended claims.
Claims (10)
1. A multi-channel entrance guard joint identification method is characterized by comprising the following steps:
when the local identification equipment acquires the identification information of the user;
the local identification equipment reads the current working state;
when the working state is active, the local identification equipment compares the acquired identification information with verification information in a preset database;
when verification information matched with the identification information does not exist in the preset database;
the local identification equipment sends the identity information and the identification information of the local equipment to a background server;
when the background server receives the local equipment identity information, acquiring associated identification equipment information matched with the local equipment identity information from a preset associated database according to the local equipment identity information;
the background server sends the identification information to the associated identification equipment;
when the associated identification equipment receives the identification information and matches, the associated identification equipment compares the acquired identification information with verification information in a local database;
when verification information matched with the identification information exists, the associated identification equipment sends verification success information to the background server;
the background server sends the received verification success information to the local control unit;
and when the local control unit receives the verification success information, controlling the entrance guard to open.
2. The multi-channel entrance guard joint identification method of claim 1, wherein the multi-channel entrance guard joint identification method further comprises:
when verification information matched with the identification information exists, the associated identification equipment sends the matched verification information to the local identification equipment;
and the local identification equipment writes the received verification information into a preset database.
3. The multi-channel entrance guard joint identification method of claim 1, wherein the multi-channel entrance guard joint identification method further comprises:
when the local identification equipment acquires the verification success information;
the local identification equipment sends maintenance reminding information to maintenance personnel according to preset maintenance information;
the operating state of the local identification device is set to inactive.
4. The multi-channel entrance guard joint identification method of claim 1, wherein the multi-channel entrance guard joint identification method further comprises:
and when the working state is inactive, the local identification equipment sends the identity information and the identification information of the local equipment to a background server.
5. The utility model provides a multichannel entrance guard joint identification system, includes that user information obtains unit, local control unit, entrance guard's device, backstage server and at least one relevant identification equipment:
the user information acquisition unit is used for acquiring identification information of a user and sending the acquired identification information to the local control unit;
when the local control unit receives the identification information of the user, the local control unit is used for reading the current working state;
when the working state is active, the local control unit is further configured to compare the received identification information with verification information in a preset database;
when verification information matched with the identification information does not exist in the preset database, the local control unit is further used for sending local equipment identity information and identification information to the background server;
when the background server receives the local equipment identity information, the background server is used for acquiring associated identification equipment information matched with the local equipment identity information from a preset associated database according to the local equipment identity information;
the background server is further used for sending the identification information to the associated identification equipment matched with the associated identification equipment information;
when the associated identification device receives the identification information and matches, the associated identification device is used for comparing the acquired identification information with the verification information in the local database;
when verification information matched with the identification information exists, the associated identification equipment is also used for sending verification success information to the background server;
the background server is also used for sending the received verification success information to the local control unit;
and when the local control unit receives the verification success information, the local control unit is also used for controlling the access control device to open the access control.
6. The multi-channel entrance guard joint identification system of claim 5, wherein when there is verification information matching the identification information, the associated identification device is further configured to send the matching verification information to the local control unit;
the local control unit is further configured to write the received verification information into a preset database.
7. The multi-channel entrance guard joint identification system according to claim 5, wherein when the local control unit obtains the verification success information;
the local control unit is also used for sending maintenance reminding information to maintenance personnel according to preset maintenance information;
and the local control unit is also used for setting the working state to be inactive.
8. The multi-channel entrance guard joint identification system of claim 5, wherein when the working state is inactive, the local control unit is further configured to send the identity information and the identification information of the local control unit to the background server.
9. The multi-channel entrance guard joint identification system according to claim 5, wherein the user information acquisition unit comprises one or more of an RFID reading device, a face recognition device, and a wireless signal receiving device.
10. The multi-channel entrance guard joint identification system of claim 5, wherein the local control unit comprises one or more of a single chip microcomputer, a personal computer and an intelligent mobile device.
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