Anti-dive-back configuration method and anti-dive-back configuration system

Abstract

The embodiment of the invention provides an anti-back-to-back configuration method and an anti-back-to-back configuration system. The method comprises the following steps: in response to a configuration operation input for an anti-back system, displaying a configuration interface selected by the configuration operation; in response to a map import operation input for the configuration interface, obtaining a map selected by the map import operation, and displaying the map on the configuration interface; in response to an entrance and exit adding operation input for the map, identifying an entrance and exit position added by the entrance and exit adding operation and an entrance and exit identifier corresponding to the entrance and exit position, and displaying the entrance and exit identifier at the entrance and exit position of the map; and in response to a rule configuration operation input for the entrance and exit identifier, identifying the entrance and exit identifier selected by the rule configuration operation, and configuring an anti-back rule for the entrance and exit identifier selected by the rule configuration operation according to a corresponding relationship between the entrance and exit identifier and the access control point identifier. Visual configuration of the anti-submergence-back rule of the anti-submergence-back system can be realized.

Description

Technical Field

[0001] This application relates to the technical field of security systems, and particularly to an anti-tailgating configuration method and system. Background Art

[0002] Anti-tailgating refers to an anti-tailgating function of an access control system. When a user enters a certain place, it may happen that the same access control card is used to continuously pass through the access control system to enter the place. To avoid this situation, an anti-tailgating function can be set for the access control system, so that after a user uses a certain access control card to pass through the access control system to enter the place, when using the same access control card again, the user can only use the access control card to pass through the access control system to exit the place, and cannot use the access control card to pass through the access control system to enter the place again, thus avoiding the situation of continuously passing through the access control system to enter the place with the same access control card. In the following text, the access control system with the anti-tailgating function is called the anti-tailgating system. In the prior art, when configuring the anti-tailgating rule for an anti-tailgating system of a certain place, the interface for configuring the anti-tailgating rule is a relatively simple logical interface, which enables the user to only configure the anti-tailgating rule of the anti-tailgating system through their own memory, and cannot intuitively know the configuration situation of the anti-tailgating rule of this place. Summary of the Invention

[0003] The purpose of the embodiments of this application is to provide an anti-tailgating configuration method and system to achieve visual configuration of the anti-tailgating rules of the anti-tailgating system. The specific technical solutions are as follows:

[0004] The embodiments of this application provide an anti-tailgating configuration method, which is applied to the main control device in the anti-tailgating system. The anti-tailgating system includes an anti-tailgating host and access control slave devices set at each access control point. The access control slave device is used to send an anti-tailgating authentication request to the anti-tailgating host. The anti-tailgating authentication request includes the personnel identifier of the requesting passing personnel and the passing direction requested by the requesting passing personnel. The anti-tailgating host is used to respond to the anti-tailgating authentication request, perform anti-tailgating authentication on the requesting passing personnel, and when the anti-tailgating authentication of the requesting passing personnel fails, send a refusal to pass instruction to the access control slave device to control the access control point where the access control slave device belongs to refuse the requested personnel to pass;

[0005] The method includes:

[0006] In response to a configuration operation input for the anti-tailgating system, display the configuration interface selected by the configuration operation;

[0007] In response to a map import operation input for the configuration interface, obtain the map selected by the map import operation and display the map on the configuration interface;

[0008] In response to an entrance / exit addition operation input for the map, identify the location of the entrance / exit added by the entrance / exit addition operation and the entrance / exit identifier corresponding to the location of the entrance / exit, and display the entrance / exit identifier at the location of the entrance / exit on the map;

[0009] In response to a rule configuration operation input for the entrance / exit identifier, identify the entrance / exit identifier selected by the rule configuration operation, and configure an anti-return rule for the entrance / exit identifier selected by the rule configuration operation according to the correspondence between the entrance / exit identifier and the access control point identifier, and send the anti-return rule to the anti-return host, so that the anti-return host determines that there is a return behavior when it detects that a person continuously passes through the access control point represented by the access control point identifier included in the anti-return rule corresponding to the entrance / exit identifier and the passing directions are the same.

[0010] In a possible embodiment, the entrance / exit includes a plurality of access control points;

[0011] Configure the correspondence between the entrance / exit identifier and the access control point identifier in the following manner, including:

[0012] Display a list of access control points in the configuration interface; wherein, the list of access control points contains the access control point identifiers of the access control points set at the location of the entrance / exit;

[0013] In response to an access control point configuration operation input for the entrance / exit identifier, identify the target access control point identifier and the target entrance / exit identifier selected by the access control point configuration operation, and add the target access control point identifier in the list of access control points to the target entrance / exit identifier; wherein, the identifier of the entrance / exit where the access control point represented by the target access control point identifier selected by the access control point configuration operation is set is the target entrance / exit identifier.

[0014] In a possible embodiment, the rule configuration operation is an anti-return area configuration operation;

[0015] The step of, in response to a rule configuration operation input for the entrance / exit identifier, identifying the entrance / exit identifier selected by the rule configuration operation, and configuring an anti-return rule for the entrance / exit identifier selected by the rule configuration operation according to the correspondence between the entrance / exit identifier and the access control point identifier, and sending the anti-return rule to the anti-return host includes:

[0016] In response to an anti-backtracking area configuration operation input for the entrance / exit identifier, identify the entrance / exit identifier selected by the anti-backtracking area configuration operation, and configure an anti-backtracking rule for the entrance / exit identifier selected by the rule configuration operation according to the corresponding relationship between the entrance / exit identifier and the access control point identifier, and send the anti-backtracking rule to the anti-backtracking host, so that the anti-backtracking host determines that there is a backtracking behavior when it detects that there are people continuously passing through the access control points represented by the access control point identifiers corresponding to the entrance / exit identifiers included in the anti-backtracking rule and the passing directions are the same.

[0017] In a possible embodiment, the rule configuration operation is an anti-backtracking line configuration operation;

[0018] The step of, in response to a rule configuration operation input for the entrance / exit identifier, identifying the entrance / exit identifier selected by the rule configuration operation, and configuring an anti-backtracking rule for the entrance / exit identifier selected by the rule configuration operation according to the corresponding relationship between the entrance / exit identifier and the access control point identifier, and sending the anti-backtracking rule to the anti-backtracking host, includes:

[0019] In response to an anti-backtracking line configuration operation input for the entrance / exit identifier, identify the entrance / exit identifier selected by the anti-backtracking line configuration operation, configure an anti-backtracking rule for the entrance / exit identifier selected by the rule configuration operation, and send the anti-backtracking rule to the anti-backtracking host, so that the anti-backtracking host determines that there is a backtracking behavior when it detects that there are people continuously passing through the access control points represented by the access control point identifiers corresponding to the entrance / exit identifiers included in the anti-backtracking rule, the passing directions are the same, and the entrance / exit identifier corresponding to the access control point identifier of the access control point that the person requests to pass through is not adjacent to the entrance / exit identifier corresponding to the access control point identifier of the access control point passed by the person in the latest record in the anti-backtracking system.

[0020] In a possible embodiment, the method further includes:

[0021] In response to an anti-backtracking display operation input for the anti-backtracking system, display the display interface selected by the configuration operation; wherein, the display interface includes the map and a list of personnel information; the entrance / exit identifiers are displayed on the map, and the anti-backtracking trajectories of the personnel who have passed the anti-backtracking authentication by the anti-backtracking system are included in the list of personnel information.

[0022] In response to a viewing operation input for the list of personnel information, identify the target person selected by the viewing operation, and display the anti-backtracking trajectory of the target person on the map.

[0023] In a possible embodiment, the display interface further includes an anti-backtracking authentication identifier;

[0024] The anti-submarine return authentication identifier is used to indicate that the anti-submarine return authentication result of the person who has undergone anti-submarine return authentication by the anti-submarine return system is successful or failed authentication;

[0025] Responding to a viewing operation input for the personnel information list, identifying the target person selected by the viewing operation, and displaying the anti-submarine return trajectory of the target person on the map, including:

[0026] Responding to a viewing operation input for the personnel information list, identifying the target person selected by the viewing operation, and displaying the anti-submarine return trajectory of the target person on the map, as well as the anti-submarine return authentication identifier corresponding to the anti-submarine return authentication result of the target person.

[0027] In a possible embodiment, the method further includes:

[0028] Responding to a trajectory modification operation input for the personnel information list, identifying the anti-submarine return trajectory selected by the trajectory modification operation, and deleting the anti-submarine return trajectory.

[0029] An embodiment of the present application further provides an anti-submarine return system, which includes a main control device, an anti-submarine return host, and access control slave devices provided at each access control point;

[0030] The access control slave device is used to send an anti-submarine return authentication request to the anti-submarine return host, and the anti-submarine return authentication request includes the personnel identifier of the requesting passing personnel and the passing direction requested by the requesting passing personnel;

[0031] The anti-submarine return host is used to respond to the anti-submarine return authentication request, perform anti-submarine return authentication on the requesting passing personnel, and when the anti-submarine return authentication of the requesting passing personnel fails, send a refusal to pass instruction to the access control slave device to control the access control point where the access control slave device is located to refuse the requested personnel to pass;

[0032] The master device is configured to respond to a configuration operation input for the anti-submarine return system, and display a configuration interface selected by the configuration operation; respond to a map import operation input for the configuration interface, obtain the map selected by the map import operation, and display the map on the configuration interface; respond to an access point addition operation input for the map, identify the access point position added by the access point addition operation and the access point identifier corresponding to the access point position, and display the access point identifier at the access point position on the map; respond to a rule configuration operation input for the access point identifier, identify the access point identifier selected by the rule configuration operation, and configure an anti-submarine return rule for the access point identifier selected by the rule configuration operation according to the correspondence between the access point identifier and the access control point identifier, and send the anti-submarine return rule to the anti-submarine return host, so that the anti-submarine return host determines that there is a behavior of sneaking back when it detects that there are people continuously passing through the access control points represented by the access control point identifiers corresponding to the access point identifiers included in the anti-submarine return rule and the passing directions are the same.

[0033] In a possible embodiment, the access point includes a plurality of access control points;

[0034] The master device is further configured to configure the correspondence between the access point identifier and the access control point identifier in the following manner, including: displaying a list of access control points in the configuration interface; wherein, the list of access control points contains the access control point identifiers of the access control points set at the access point position; respond to an access control point configuration operation input for the access point identifier, identify the target access control point identifier and the target access point identifier selected by the access control point configuration operation, and add the target access control point identifier in the list of access control points to the target access point identifier; wherein, the identifier of the access point where the access control point represented by the target access control point identifier selected by the access control point configuration operation is set is the target access point identifier.

[0035] In a possible embodiment, the rule configuration operation is an anti-submarine return area configuration operation;

[0036] The master device is further configured to respond to an anti-submarine return area configuration operation input for the access point identifier, identify the access point identifier selected by the anti-submarine return area configuration operation, and configure an anti-submarine return rule for the access point identifier selected by the rule configuration operation according to the correspondence between the access point identifier and the access control point identifier, and send the anti-submarine return rule to the anti-submarine return host, so that the anti-submarine return host determines that there is a behavior of sneaking back when it detects that there are people continuously passing through the access control points represented by the access control point identifiers corresponding to the access point identifiers included in the anti-submarine return rule and the passing directions are the same.

[0037] In a possible embodiment, the rule configuration operation is configured as an anti-intrusion circuit configuration operation;

[0038] The master device is further configured to, in response to an anti-intrusion circuit configuration operation input for the access point identifier, identify the access point identifier selected by the anti-intrusion circuit configuration operation, configure an anti-intrusion rule for the access point identifier selected by the rule configuration operation, and send the anti-intrusion rule to the anti-intrusion host, so that the anti-intrusion host determines that there is an intrusion behavior when it detects that there is a person continuously passing through the access control points represented by the access control point identifiers corresponding to the access point identifiers included in the anti-intrusion rule, the passing directions are the same, and the access point identifier corresponding to the access control point through which the person requests to pass is not adjacent to the access point identifier corresponding to the access control point through which the person passed in the latest record in the anti-intrusion system.

[0039] In a possible embodiment, the master device is further configured to, in response to an anti-intrusion display operation input for the anti-intrusion system, display the display interface selected by the configuration operation; wherein, the display interface includes the map and the personnel information list; the access point identifiers are displayed on the map, and the anti-intrusion trajectories of the personnel who have passed through the anti-intrusion authentication of the anti-intrusion system are included in the personnel information list;

[0040] In response to a viewing operation input for the personnel information list, identify the target person selected by the viewing operation, and display the anti-intrusion trajectory of the target person on the map;

[0041] The display interface further includes an anti-intrusion authentication identifier; the anti-intrusion authentication identifier is used to indicate that the anti-intrusion authentication result of the personnel who have passed through the anti-intrusion authentication of the anti-intrusion system is successful or failed.

[0042] In a possible embodiment, the master device is further configured to, in response to a viewing operation input for the personnel information list, identify the target person selected by the viewing operation, and display the anti-intrusion trajectory of the target person and the anti-intrusion authentication identifier corresponding to the anti-intrusion authentication result of the target person on the map.

[0043] In a possible embodiment, the master device is further configured to, in response to a trajectory modification operation input for the personnel information list, identify the anti-intrusion trajectory selected by the trajectory modification operation, and delete the anti-intrusion trajectory.

[0044] An embodiment of the present application further provides an anti-submarine return configuration device, which is applied to a master device in an anti-submarine return system. The anti-submarine return system includes an anti-submarine return host and access control slave devices arranged at each access control point. The access control slave device is used to send an anti-submarine return authentication request to the anti-submarine return host. The anti-submarine return authentication request includes the personnel identification of the requesting passing personnel and the passing direction requested by the requesting passing personnel. The anti-submarine return host is used to respond to the anti-submarine return authentication request, perform anti-submarine return authentication on the requesting passing personnel, and when the anti-submarine return authentication of the requesting passing personnel fails, send a rejection instruction to the access control slave device to control the access control point to which the access control slave device belongs to reject the requested personnel from passing through.

[0045] The device includes:

[0046] A configuration interface display module, which is used to respond to a configuration operation input for the anti-submarine return system and display the selected configuration interface of the configuration operation.

[0047] A map display module, which is used to respond to a map import operation input for the configuration interface, obtain the map selected by the map import operation, and display the map on the configuration interface.

[0048] An access point identification display module, which is used to respond to an access point addition operation input for the map, identify the added access point position and the corresponding access point identification of the access point addition operation, and display the access point identification at the access point position of the map.

[0049] An anti-submarine return rule configuration module, which is used to respond to a rule configuration operation input for the access point identification, identify the access point identification selected by the rule configuration operation, and according to the corresponding relationship between the access point identification and the access control point identification, configure an anti-submarine return rule for the access point identification selected by the rule configuration operation, and send the anti-submarine return rule to the anti-submarine return host, so that the anti-submarine return host determines that there is a potential return behavior when it detects that there are people continuously passing through the access control points represented by the access control point identifications corresponding to the access point identifications included in the anti-submarine return rule and the passing directions are the same.

[0050] An embodiment of the present application further provides a master device, including:

[0051] A memory, which is used to store a computer program;

[0052] A processor, which is used to implement the anti-submarine return configuration method described in any one of the above when executing the program stored on the memory.

[0053] An embodiment of the present application also provides a computer-readable storage medium, in which a computer program is stored, and when the computer program is executed by a processor, the anti-return configuration method described above is implemented.

[0054] An embodiment of the present application also provides a computer program product containing instructions, which when running on a computer, causes the computer to execute the anti-return configuration method described above.

[0055] Beneficial effects of the embodiments of the present application:

[0056] An anti-return configuration method and system provided by an embodiment of the present application can, in response to a configuration operation input to the anti-return system, display a configuration interface selected by the configuration operation, and in response to a map import operation input to the configuration interface, obtain the map selected by the map import operation and display the map on the configuration interface; in response to an entrance / exit addition operation input to the map, identify the entrance / exit position added by the entrance / exit addition operation and the entrance / exit identifier corresponding to the entrance / exit position, and display the entrance / exit identifier at the entrance / exit position of the map; in response to a rule configuration operation input to the entrance / exit identifier, identify the entrance / exit identifier selected by the rule configuration operation, and according to the correspondence between the entrance / exit identifier and the access control point identifier, configure an anti-return rule for the entrance / exit identifier selected by the rule configuration operation, and send the anti-return rule to the anti-return host, so that the anti-return host determines that there is a potential return behavior when detecting that there is a person continuously passing through the access control point represented by the access control point identifier corresponding to the entrance / exit identifier included in the anti-return rule and the passing directions are the same. Thus, the user can configure the anti-return rule through the configuration interface, and the user can view the entrances / exits of the map and the configured anti-return rules in the map displayed on the configuration interface, realizing the visualization of the anti-return rule configuration of the anti-return system.

[0057] Of course, when implementing any product or method of the present application, it is not necessarily required to achieve all the above advantages simultaneously. Description of the Drawings

[0058] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings required for use in the description of the embodiments or the prior art. Obviously, the following drawings are only some embodiments of the present application, and those of ordinary skill in the art can also obtain other embodiments according to these drawings.

[0059] Figure 1 It is a schematic structural diagram of an anti-return system provided by the present application;

[0060] Figure 2 It is a schematic flow diagram of an anti-return configuration method provided by the present application;

[0061] Figure 3 A schematic diagram of the configuration interface for adding entrances and exits provided by this application;

[0062] Figure 4 A schematic diagram of the configuration interface for adding access control points provided by this application;

[0063] Figure 5 A schematic diagram of the configuration interface for adding anti-intrusion zones provided by this application;

[0064] Figure 6 A schematic diagram of the configuration interface for adding anti-intrusion lines provided by this application;

[0065] Figure 7 Another flow schematic diagram of the anti-intrusion configuration method provided by this application;

[0066] Figure 8 A schematic diagram of the display interface provided by this application;

[0067] Figure 9 A schematic diagram of the structure of the anti-intrusion configuration device provided by this application;

[0068] Figure 10 A schematic diagram of the structure of the main control device provided by this application. Detailed implementation manners

[0069] Next, the technical solutions in the embodiments of this application will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of this application. Obviously, the described embodiments are only a part of the embodiments of this application, rather than all of the embodiments. Based on the embodiments in this application, all other embodiments obtained by those of ordinary skill in the art based on this application belong to the scope of protection of this application.

[0070] To more clearly illustrate the anti-intrusion configuration method provided by this application, an exemplary description will be given below of a possible application scenario of the anti-intrusion configuration method provided by this application. It can be understood that the following examples are only a possible application scenario of the anti-intrusion configuration method provided by this application. In other possible embodiments, the anti-intrusion configuration method provided by this application can also be applied to other possible application scenarios, and the following examples do not impose any restrictions on this.

[0071] As Figure 1 shown, the anti-intrusion configuration method provided by this application can be applied to the main control device (i.e., the Web platform) in the anti-intrusion system. Among them, the main control device can be any main control device such as a mobile phone, a tablet computer, or a laptop computer that can implement the anti-intrusion configuration method provided by this application. This application does not impose any restrictions on the type of the main control device.

[0072] See Figure 1 , the anti-passback system may further include an anti-passback host, an access control slave, and passage devices. Among them, the access control slave may be an intelligent face recognition access control, a traditional access control host, a turnstile permission board, etc., and the passage devices may be a door magnetic induction device, a turnstile passage board, etc. The administrator configures the anti-passback rules for the anti-passback system on the master control device and sends the configured anti-passback rules to the anti-passback host so that the anti-passback host records the anti-passback rules. When users such as User 1 and User n perform authentication to pass through the access control slave, first, the access control slave performs identity authentication and then anti-passback authentication. When performing anti-passback authentication, the access control slave sends the personnel information of the user requesting to pass through the access control slave, that is, the personnel information and the passing direction of the person requesting passage, to the anti-passback host. The access control slave will only obtain the user's fingerprint, pupil, voiceprint, and facial image when the person is aware and permits it, and the purpose of the access control slave obtaining the fingerprint, pupil, voiceprint, and facial image is for the purpose of improving security. After receiving the anti-passback data such as the personnel information and the passing direction of the person requesting passage, the anti-passback host determines whether the person passes the anti-passback authentication according to the recorded anti-passback rules and the previous anti-passback information of the person, and sends the judgment result to the access control slave, that is, realizes the anti-passback data request and response between the anti-passback host and the access control slave. If the anti-passback authentication is passed, the access control slave controls the passage device to open the passage for the user to pass through the access control slave. If the anti-passback authentication fails, the passage device will not open the passage and the user cannot pass through the access control slave.

[0073] In the prior art, when configuring the anti-passback rules for the anti-passback system, the configuration interface is a simple logical interface. Users can only distinguish the positions of each entrance and exit by customizing names, which is complex and error-prone to configure. And the setting of the anti-passback rules can only be carried out by adding a new group and adding the entrance and exit in the list of each group. Users must remember the names or positions of each entrance and exit, and also cannot know the previous settings of the anti-passback rules, making it impossible for users to intuitively know the configuration of the anti-passback rules for the anti-passback system.

[0074] Based on this, the present application provides an anti-passback configuration method, which is applied to the master control device in the anti-passback system. The anti-passback system further includes an anti-passback host and access control slaves arranged at each access control point. The access control slaves are used to send anti-passback authentication requests to the anti-passback host. The anti-passback authentication request includes the personnel identifier of the person requesting passage and the passing direction requested by the person requesting passage; the anti-passback host is used to respond to the anti-passback authentication request, perform anti-passback authentication on the person requesting passage, and when the anti-passback authentication of the person requesting passage fails, send a refusal to pass instruction to the access control slave to control the access control point to which the access control slave belongs to refuse the person requesting passage to pass. As Figure 2 shown, the anti-passback configuration method may specifically include the following steps:

[0075] S201, in response to a configuration operation input for the anti-intrusion system, display the configuration interface selected by the configuration operation.

[0076] S202, in response to a map import operation input for the configuration interface, obtain the map selected by the map import operation and display the map on the configuration interface.

[0077] S203, in response to an entrance / exit addition operation input for the map, identify the location of the entrance / exit added by the entrance / exit addition operation and the entrance / exit identifier corresponding to the entrance / exit location, and display the entrance / exit identifier at the entrance / exit location on the map.

[0078] S204, in response to a rule configuration operation input for the entrance / exit identifier, identify the entrance / exit identifier selected by the rule configuration operation, and configure an anti-intrusion rule for the entrance / exit identifier selected by the rule configuration operation according to the corresponding relationship between the entrance / exit identifier and the access control point identifier, and send the anti-intrusion rule to the anti-intrusion host.

[0079] The anti-intrusion host determines that there is an intrusion behavior when it detects that a person continuously passes through the access control points represented by the access control point identifiers corresponding to the entrance / exit identifiers included in the anti-intrusion rule and the passing directions are the same.

[0080] Selecting this embodiment can, in response to a configuration operation input for the anti-intrusion system, display the configuration interface selected by the configuration operation, in response to a map import operation input for the configuration interface, obtain the map selected by the map import operation and display the map on the configuration interface; in response to an entrance / exit addition operation input for the map, identify the location of the entrance / exit added by the entrance / exit addition operation and the entrance / exit identifier corresponding to the entrance / exit location, and display the entrance / exit identifier at the entrance / exit location on the map; in response to a rule configuration operation input for the entrance / exit identifier, identify the entrance / exit identifier selected by the rule configuration operation, and configure an anti-intrusion rule for the entrance / exit identifier selected by the rule configuration operation according to the corresponding relationship between the entrance / exit identifier and the access control point identifier, and send the anti-intrusion rule to the anti-intrusion host, so that the anti-intrusion host determines that there is an intrusion behavior when it detects that a person continuously passes through the access control points represented by the access control point identifiers corresponding to the entrance / exit identifiers included in the anti-intrusion rule and the passing directions are the same, thereby enabling the user to configure the anti-intrusion rule through the configuration interface, and the user can view the entrances / exits of the map and the configured anti-intrusion rule in the map displayed on the configuration interface, realizing the visualization of the anti-intrusion rule configuration of the anti-intrusion system.

[0081] The following will separately describe the aforementioned S201 - S204, where:

[0082] In S201, the operation of the user clicking on the mini-program can be used as the configuration operation input by the user for the anti-return system. In response to the configuration operation, the master device opens the mini-program and displays the configuration interface. Alternatively, the operation of the user searching for a website can be used as the configuration operation input by the user for the anti-return system. In response to the configuration operation, the master device opens the web page corresponding to the website and displays the configuration interface.

[0083] In S202, the configuration interface may include a map import control. The user can click on the map import control and determine the map of the area where the anti-return system to be configured is located from the pictures stored locally or in the cloud, thereby realizing the input of the map import operation. The map selected by the map import operation is the map of the area where the anti-return system to be configured is located. In response to the map import operation, the master device obtains the map selected by the map import operation and displays the map of the area where the anti-return system to be configured is located in the configuration interface, that is, displays the map selected by the map import operation in the configuration interface.

[0084] The user can also realize the input of the map import operation by pasting the map of the area where the anti-return system to be configured is located in the configuration interface.

[0085] The map can be displayed on the left side of the configuration interface, or on the right side, or in the middle of the configuration interface. The position of the map in the configuration interface can be set according to the actual needs of the user.

[0086] In a possible embodiment, the configuration interface may further include a map name modification control. The user can click on the map name modification control to modify the name of the map. The name of the map can be displayed above, below, to the left, or to the right of the map, etc. In this embodiment, the configuration interface can be divided into two columns: a left column and a right column. The left column is used to display the map, and the right column is used to display the controls required for anti-return configuration. The map name modification control can be located above, below, to the left, or to the right of the map displayed in the left column of the configuration interface, or can also be located in the right column of the configuration interface.

[0087] In the following, taking the configuration interface being divided into two columns, a left column for displaying the map and a right column for displaying the controls required for anti-return configuration as an example, the description of anti-return rule configuration will be carried out.

[0088] In S203, the right sidebar of the configuration interface may include an entrance / exit control for addition. The operation of dragging and adding the entrance / exit control by the user to a certain position on the map can be used as an entrance / exit addition operation. Then, the position where the added entrance / exit control is dragged to is the entrance / exit position added by the entrance / exit addition operation. In response to the entrance / exit addition operation, the master device adds a corresponding entrance / exit identifier at the position where the added entrance / exit control is dragged to. Also, the operation of the user clicking on a certain position on the map can be used as an entrance / exit addition operation. Then, the position clicked by the user is the entrance / exit position added by the entrance / exit addition operation. In response to the entrance / exit addition operation, the master device adds a corresponding entrance / exit identifier at the position clicked by the user.

[0089] The entrance / exit identifier is used to indicate that the position of the entrance / exit identifier is an entrance / exit where an access control slave is set. The user can enter and exit the entrance / exit to which the access control slave belongs through the access control slave set at the entrance / exit position. The entrance / exit identifier can be any symbol that can be marked, such as a triangle, a circle, etc. The entrance / exit identifier can also be the name of the entrance / exit.

[0090] Exemplarily, as Figure 3 shown, the user can drag the entrance / exit control for addition in the right sidebar of the configuration interface to a certain position on the map, thereby adding an entrance / exit in the map. The added entrance / exit is displayed on the map in the form of an entrance / exit identifier, and the entrance / exit identifier is the name of the entrance / exit. When the user adds an entrance / exit, in the order of adding the entrance / exit, the default names of the entrances / exits are Entrance A, Entrance B, Entrance C, Entrance D, Entrance E, Entrance F, etc. The names of the entrances / exits follow this pattern, that is, the entrance / exit identifiers displayed on the map are Entrance A, Entrance B, Entrance C, etc. The user can modify the name of the entrance / exit by clicking on the entrance / exit identifier.

[0091] After adding an entrance / exit identifier in the configuration interface, the master device will send the added entrance / exit identifier to the anti-tailgating host through the network, so that the anti-tailgating host can establish a storage space corresponding to the entrance / exit represented by the entrance / exit identifier. The storage space is used to be associated with each access control slave set at the entrance / exit position to implement anti-tailgating authentication.

[0092] In S204, it can be understood that an access control slave is set at the entrance / exit position. In the following text, the access control slave is referred to as an access control point. The number of access control points included in an entrance / exit may be one or more. Different entrances / exits include different access control points, and the anti-tailgating rule is set for the entrance / exit. Therefore, it is necessary to determine the entrance / exit corresponding to the position where the access control point is set, that is, it is necessary to determine the correspondence between the entrance / exit identifier corresponding to the entrance / exit and the access control point identifier corresponding to the access control point, so as to facilitate the anti-tailgating host to make a judgment on anti-tailgating authentication according to the entrance / exit corresponding to the access control point requested by the user to pass through and the anti-tailgating rule.

[0093] Based on this, the corresponding relationship between the entrance / exit identifier and the access control point identifier can be configured in the following manner, including: displaying a list of access control points in the configuration interface; wherein, the list of access control points includes the access control point identifiers of the access control points set at the entrance / exit positions; in response to an access control point configuration operation input for the entrance / exit identifier, identifying the target access control point identifier and the target entrance / exit identifier selected by the access control point configuration operation, and adding the target access control point identifier in the list of access control points to the target entrance / exit identifier; wherein, the identifier of the entrance / exit at the position where the access control point represented by the target access control point identifier selected by the access control point configuration operation is set is the target entrance / exit identifier.

[0094] Specifically, the list of access control points includes all the access control points set at the entrance / exit positions of the area to which the map belongs. Since the list of access control points displays the access control point identifiers corresponding to the access control points set at the entrance / exit positions, the user can thus know the positions where the access control points are set through the list of access control points. Exemplarily, the list of access control points can be as Figure 4 shown. The access control point identifiers included in the list of access control points can be: Gate 1 of the East Gate, Gate 2 of the East Gate, Access Control Point 1 of the Parking Lot, Access Control Point 2 of the Parking Lot, Facial Recognition Access Control at the South Gate, etc. From this list of access control points, it can be known that the access control points corresponding to the two access control point identifiers, Gate 1 of the East Gate and Gate 2 of the East Gate, are the access control points included in the entrance / exit set at the position of the East Gate, and the access control points corresponding to the two access control point identifiers, Access Control Point 1 of the Parking Lot and Access Control Point 2 of the Parking Lot, are the access control points included in the entrance / exit set at the position of the parking lot.

[0095] The list of access control points is obtained after each access control point is registered on the anti-passback host. The list of access control points can be continuously displayed in the right sidebar of the configuration interface after the configuration interface is opened, so that the user can obtain the positions of the entrances / exits corresponding to each access control point according to the list of access control points, providing a reference for the user to add the entrance / exit identifier. The list of access control points can also be displayed in the right sidebar of the configuration interface after the user determines that the addition of the entrance / exit identifier is completed.

[0096] After the user completes the addition of the entrance / exit identifier, there will be a button at each entrance / exit identifier for adding the access control point identifier corresponding to the access control point set at the position of the entrance / exit corresponding to the entrance / exit identifier. After the user clicks this button, an entrance / exit box will pop up for the user to add the access control point identifier in the list of access control points into the box, that is, the corresponding relationship between the entrance / exit identifier and the access control point identifier is established, and the entrance / exit is associated with the access control point set at the entrance / exit position. This button can be displayed in any form such as a plus button or a triangular button, and the present application does not make any limitation in this regard. Exemplarily, as Figure 4 shown, Figure 4 the button in

[0097] The user can add the access point identifier to the access control point corresponding to the access point identifier by dragging a certain access point identifier in the access control point list to the access control point frame at the set position of the access control point corresponding to the access point identifier. At the same time, the access point identifier in the access control point list will be deleted. In this embodiment, the user's dragging operation can be regarded as an access control point configuration operation. The access point identifier dragged by the user is the target access point identifier, and the access control point identifier corresponding to the access control point frame to which the user drags the access point identifier is the target access control point identifier. The user can delete the access point identifier from the access control point frame by moving the access point identifier in the access control point frame out of the access control point frame. At the same time, the moved access point identifier will appear in the access control point list.

[0098] When a certain access point identifier is dragged into the access control point frame, the master control device will send an instruction to the anti-intrusion host through the network to inform the anti-intrusion host. The anti-intrusion host will record it in the storage space created above according to the received instruction and send it to the access control point corresponding to the access point identifier, informing that the access control point is in the anti-intrusion controlled state.

[0099] By selecting this embodiment, the positions set by the access control points corresponding to the access point identifiers included in the access control point list can be clearly displayed, which is convenient for the user to configure the corresponding relationship between the access control point identifier and the access point identifier, so as to facilitate the user to associate each access control point with the access control point corresponding to the position where the access control point is set, thus making the user's configuration operation simpler.

[0100] The user can perform a rule configuration operation on the access control point identifier input. In response to the rule configuration operation, the master control device can identify the access control point identifier selected by the rule configuration operation and configure an anti-intrusion rule for the access control point identifier selected by the rule configuration operation according to the corresponding relationship between the access control point identifier and the access point identifier, so that when a person passes through the access control point corresponding to the access control point identifier selected by the rule configuration operation, they can only pass in a one-in-one-out order. If the access control point identifier corresponding to the access control point where a certain person currently requests to pass belongs to the access control point identifier selected by the rule configuration operation, and the passing direction when the person's anti-intrusion record passes through the access control point identifier selected by the rule configuration operation last time is the same as the passing direction when the person currently requests to pass, it is considered that the person has violated the anti-intrusion rule, that is, the anti-intrusion authentication is not successful and there is a behavior of sneaking back.

[0101] The user can configure the anti-intrusion rule in the form of an area or a line. The configuration of the anti-intrusion area and / or the configuration of the anti-intrusion line will be described below by way of example.

[0102] In a possible embodiment, if the rule configuration operation is an anti-return area configuration operation, in response to the anti-return area configuration operation input for the access point identifier, identify the access point identifier selected by the anti-return area configuration operation, and configure an anti-return rule for the access point identifier selected by the rule configuration operation according to the correspondence between the access point identifier and the access control point identifier, and send the anti-return rule to the anti-return host, so that the anti-return host determines that there is a behavior of sneaking back when it detects that there is a person continuously passing through the access control point represented by the access control point identifier corresponding to the access point identifier included in the anti-return rule and the passing directions are the same.

[0103] Exemplarily, as Figure 5 shown, the configuration interface includes an anti-return area addition control. After the user clicks the anti-return area addition control, the user can select the access point identifier on the map by drawing a box. Considering that the starting point and the ending point coincide as a complete box selection. After the box selection is completed, the selected area is used as an anti-return area. The user can only pass through the access control points set at the positions of the access points in the anti-return area in the order of one entry and one exit.

[0104] There is at least one access point identifier in each box added by the user, and the same access point identifier cannot be located in two anti-return areas at the same time, otherwise a prompt for incorrect box selection will pop up. After the box selection is successful, the name of an anti-return area will pop up in the configuration interface. The user can customize the name of the anti-return area. The default names of the anti-return areas in the configuration interface are: Area A, Area B, Area C, etc., and so on.

[0105] In another possible embodiment, if the rule configuration operation is an anti-return route configuration operation, in response to the anti-return route configuration operation input for the access point identifier, identify the access point identifier selected by the anti-return route configuration operation, and configure an anti-return rule for the access point identifier selected by the rule configuration operation, and send the anti-return rule to the anti-return host, so that the anti-return host determines that there is a behavior of sneaking back when it detects that there is a person continuously passing through the access control point represented by the access control point identifier corresponding to the access point identifier included in the anti-return rule, the passing directions are the same, and the access point identifier corresponding to the access point for which the person requests to pass is not adjacent to the access point identifier corresponding to the access point passed in the latest record of the person in the anti-return system.

[0106] Exemplarily, as Figure 6 shown, the configuration interface includes an anti-return route addition control. After the user clicks the anti-return route addition control, a button will pop up beside all the access point identifiers on the map. By clicking the button at a certain access point identifier, the access point represented by the access point identifier can be used as a route starting point, and a starting point identifier will be added beside the access point identifier that becomes the route starting point. See Figure 6, the starting points are marked as starting point A and starting point B. After determining the starting point of the route, you can drag the arrow at the entrance and exit identification serving as the starting point of the route to point to other entrance and exit identifications to form an anti-backtracking route.

[0107] Figure 6 The anti-backtracking routes in it include two. Anti-backtracking route 1: Entrance and exit F → Entrance and exit E → Entrance and exit D → Entrance and exit A; Anti-backtracking route 2: Entrance and exit B → Entrance and exit C. When people are in a certain anti-backtracking route, they not only need to pass through the access control points at the set positions of the entrances and exits in the anti-backtracking route in the order of one entry and one exit, but also need to pass through the access control points at the set positions of the entrances and exits in the anti-backtracking route in the order of the anti-backtracking route. For example, if a person enters through the access control point at the set position of entrance and exit F in anti-backtracking route 1, then the next time passing through the entrances and exits included in anti-backtracking route 1, they can only exit through the access control point at the set position of entrance and exit E. Otherwise, the person will not pass the anti-backtracking authentication, that is, there is a backtracking behavior. Therefore, when the anti-backtracking rule is an anti-backtracking route, the anti-backtracking host determines that there is a backtracking behavior when detecting that there is a person continuously passing through the access control points represented by the access control point identifiers corresponding to the entrance and exit identifiers included in the anti-backtracking route, and the passing directions are the same, and the entrance and exit identifier corresponding to the access control point identifier of the access control point that the person requests to pass through is not adjacent to the entrance and exit identifier corresponding to the access control point identifier of the access control point passed through in the latest record of the person in the anti-backtracking system.

[0108] When the user sets the anti-backtracking rule, they can only set the anti-backtracking area, or only set the anti-backtracking route, or set both the anti-backtracking area and the anti-backtracking route at the same time. When setting, the same entrance and exit identifier can only be in one anti-backtracking rule, that is, the same entrance and exit identifier can only be in one anti-backtracking area, or only in one anti-backtracking route.

[0109] After the user configures the anti-backtracking area and / or anti-backtracking route in the configuration interface, the main control device will send it to the anti-backtracking host through the network, and the anti-backtracking host will notify that the access control point has entered the area anti-backtracking or route anti-backtracking controlled mode.

[0110] Users need to view the anti-backtracking records of each person to understand the anti-backtracking trajectories of each person. In the prior art, only the event query method can be used to find the anti-backtracking records of each person. The display of the found anti-backtracking records is relatively complex, which is not easy for users to understand, and it is impossible to directly view the anti-backtracking trajectories of the people from them.

[0111] Based on this, the anti-backtracking configuration method provided by this application can be as Figure 7 shown, and specifically includes the following steps:

[0112] S701, in response to the anti-backtracking display operation input to the anti-backtracking system, display the display interface selected by the configuration operation.

[0113] Among them, the display interface includes a map and a list of personnel information; entrance and exit signs are shown on the map, and the anti-intrusion trajectories of the personnel who have passed the anti-intrusion authentication through the anti-intrusion system are included in the list of personnel information.

[0114] S702. In response to a viewing operation input for the list of personnel information, identify the target personnel selected by the viewing operation, and display the anti-intrusion trajectory of the target personnel on the map.

[0115] By selecting this embodiment, the anti-intrusion trajectory of the personnel that the user wants to view can be selected through the list of personnel information on the display interface, and the anti-intrusion trajectory of the target personnel selected by the user through the input viewing operation can be displayed on the map of the display interface, enabling the user to view the anti-intrusion trajectory of the personnel more intuitively.

[0116] Among them, in S701, the operation of the user clicking on the applet can be used as the anti-intrusion display operation input by the user for the anti-intrusion system. The main control device responds to the anti-intrusion display operation, opens the applet, and displays the display interface. The operation of the user searching for a website can also be used as the anti-intrusion display operation input by the user for the anti-intrusion system. The main control device responds to the anti-intrusion display operation, opens the web page corresponding to the website, and displays the display interface.

[0117] The anti-intrusion host will record all the information of the personnel anti-intrusion authentication to form a list of personnel information. The main control device can access the anti-intrusion host to read the list of personnel information. The list of personnel information includes all the personnel who have passed the anti-intrusion authentication through the anti-intrusion system and the anti-intrusion trajectories of these personnel. A personnel quantity threshold can be set for the list of personnel information. If the number of personnel recorded in the list of personnel information exceeds the personnel quantity threshold, the personnel information of the personnel with the fewest anti-intrusion trajectories recorded in the list of personnel information will be deleted.

[0118] In S702, the operation of the user clicking on the anti-intrusion record below a certain personnel in the list of personnel information can be used as the viewing operation input by the user for the display interface. The main control device responds to the viewing operation, identifies the target personnel selected by the viewing operation, and displays the anti-intrusion trajectory of the target personnel on the map in the left sidebar of the display interface. Exemplarily, as Figure 8 shown, Figure 8 the personnel anti-intrusion information in Figure 8 In the shown example, the anti-intrusion trajectory of the displayed target personnel is Entrance F → Entrance E → Entrance D → Entrance C, and the anti-intrusion authentication fails at Entrance C.

[0119] In a possible embodiment, an anti-submarine return authentication identifier is further included in the display interface; the anti-submarine return authentication identifier is used to indicate that the anti-submarine return authentication result of the person who has undergone anti-submarine return authentication by the anti-submarine return system is authentication success or authentication failure; in response to a viewing operation input for the personnel information list, the target person selected by the viewing operation is identified, and the anti-submarine return trajectory of the target person is displayed on the map, including: in response to a viewing operation input for the personnel information list, the target person selected by the viewing operation is identified, and the anti-submarine return trajectory of the target person and the anti-submarine return authentication identifier corresponding to the anti-submarine return authentication result of the target person are displayed on the map.

[0120] The anti-submarine return authentication identifier can be any identifier that can distinguish between authentication success and authentication failure. For example, circles of different colors are respectively used to represent authentication success and authentication failure. In this example, the circle can also be other shapes. Exemplarily, as Figure 8 shown, a white circle indicates that the anti-submarine return authentication result of the person who has undergone anti-submarine return authentication by the anti-submarine return system is authentication success (i.e., passed), and a black circle indicates that the anti-submarine return authentication result of the person who has undergone anti-submarine return authentication by the anti-submarine return system is authentication failure. In other possible embodiments, it can also be the tick "√" and the cross "×" as the anti-submarine return authentication identifier, where the tick "√" represents authentication success and the cross "×" represents authentication failure. The present application does not make any limitation on the specific form of the anti-submarine return authentication identifier.

[0121] After the user inputs a viewing operation, in response to the viewing operation, the master control device identifies the target person selected by the viewing operation, and while displaying the anti-submarine return trajectory of the target person on the map in the left sidebar of the display interface, it can also display the anti-submarine return authentication identifier corresponding to the anti-submarine return authentication result of the target person in the display interface.

[0122] By selecting this embodiment, when displaying the anti-submarine return trajectory of the target person in the display interface, the anti-submarine return authentication identifier can be displayed, which is convenient for the user to directly judge the anti-submarine return authentication results at each entrance and exit of the target person in the anti-submarine return trajectory, improving the efficiency of the user to obtain information and the visualization effect of the display interface.

[0123] When the user fails in anti-submarine return authentication, that is, when there is a behavior of sneaking back, the user may not be able to pass through the access control point in the anti-submarine return system, which brings inconvenience to the user. Based on this, in a possible embodiment, in response to a trajectory modification operation input for the personnel information list, the anti-submarine return trajectory selected by the trajectory modification operation is identified and the anti-submarine return trajectory is deleted.

[0124] Exemplarily, assume that there are three access points, namely access point A, access point B, and access point C, in the anti-intrusion return system, and access point A, access point B, and access point C form an anti-intrusion return area. Then the anti-intrusion return rule is that personnel can only pass through the access control points at the set positions of the access points in the anti-intrusion return area in the order of one entry and one exit. If a person exits from access point A, then the person can only enter through a certain access point later. For the convenience of entering from an access point without an access control point, at this time, the person cannot exit from the access point without an access control point, and also cannot exit from any access control point set at the access points in the anti-intrusion return area. Then it is necessary to modify the current anti-intrusion return trajectory of the person so that the user can pass normally.

[0125] In this example, the user can delete the anti-intrusion return trajectory formed by the current anti-intrusion return authentication of the person, so that the person has no intrusion return behavior and can pass normally according to the anti-intrusion return rule again. The user can also modify the anti-intrusion return trajectory of the person by dragging the arrow in the anti-intrusion return trajectory of the person, so that the person has no intrusion return behavior and can pass normally according to the anti-intrusion return rule again.

[0126] Selecting this embodiment, by deleting and modifying the anti-intrusion return trajectory of the person, the person can perform anti-intrusion return authentication again according to the anti-intrusion return rule when unable to pass. And because the anti-intrusion return trajectory can be intuitively displayed in the form of a route on the display interface instead of in the form of an event table, when deleting and modifying the anti-intrusion return trajectory, the user does not need to modify one by one with reference to the event table, improving the convenience of the modification operation.

[0127] Next, the anti-intrusion return configuration method provided by the present application will be exemplarily described in combination with Figure 1 the application scenario shown.

[0128] There are three access points in the park where the enterprise is located, namely the east gate, the south gate, and the west gate. There are access control slave machines (i.e., access control points) and turnstiles at each access point. Among them, the access control slave machine is externally connected with a card reader, and the turnstile is default in the closed state to prevent personnel from passing. When personnel pass through the access control point, the card reader can read the identification of the access control card of the personnel requesting to pass through the access control point and send the read identification to the access control slave machine. The access control slave machine authenticates the personnel through the identification. If the authentication is successful, the access control slave machine will control the turnstile to enter the open state, and the personnel can pass through the open turnstile.

[0129] Since the employees of the enterprise have access control cards while non-employees do not have access control cards, theoretically only employees can use access control cards to enter and exit the park, and non-employees cannot enter and exit the park. However, an employee can swipe the card for a non-employee. For example, the employee swipes the card to enter the park first, and then hands his access control card to a non-employee outside the park. The non-employee uses the employee's access control card to enter the park.

[0130] To prevent the occurrence of the above-mentioned sneak-back behavior, the user can configure anti-sneak-back for the access control points set at each entrance and exit of the park according to the anti-sneak-back configuration method provided in this application. The following will detail the steps for the user to configure anti-sneak-back for the park where the enterprise is located.

[0131] Step 1: Add entrances and exits.

[0132] The user opens the configuration interface on the master device and imports the map of the park where the enterprise is located. This map will be displayed in the left part of the configuration interface. And the default name of the map, "Floor Plan Map", will be displayed above the map. The user can modify the map name by clicking on "Floor Plan Map" and entering text. For example, the user can click on "Floor Plan Map" and enter the text "XX Park Map" to change the map name displayed in the configuration interface to "XX Park Map".

[0133] After importing the map, the user can use the "Add Entrance / Exit" button on the right side of the configuration interface to add the positions of the three entrances and exits of the park where the enterprise is located. The three entrances and exits of the park where the enterprise is located are: the east gate entrance / exit, the south gate entrance / exit, and the west gate entrance / exit. The user can click on the "Add Entrance / Exit" button on the right side of the configuration interface and drag the button to the position of the east gate entrance / exit on the map. When the user stops dragging the button, an entrance / exit identifier will be generated at the position where the button is located on the map. This entrance / exit identifier represents the name of the entrance / exit added by the user. The default name of this entrance / exit identifier is "Entrance / Exit A". The user can modify the name of the added entrance / exit by clicking on the entrance / exit identifier and entering text. For example, the user can click on "Entrance / Exit A" and enter the text "East Gate" to change the name of the added entrance / exit to "East Gate". By analogy, the user can add the east gate entrance / exit, the south gate entrance / exit, and the west gate entrance / exit on the map, and the corresponding entrance / exit identifiers can be set to "East Gate", "South Gate", and "West Gate". The configuration interface after adding the entrances and exits can be as Figure 3 shown, Figure 3 where the entrance / exit identifiers are not modified.

[0134] Moreover, after the user adds the east gate entrance / exit in the configuration interface on the master device, the master device will send the information of the added east gate entrance / exit to the anti-sneak-back host, so that the anti-sneak-back host creates a storage space corresponding to the east gate entrance / exit. This storage space is used to receive and save the anti-sneak-back authentication requests sent by the access control slave devices set at the east gate entrance / exit, and save the responses of the anti-sneak-back host to the anti-sneak-back authentication requests, thus implementing the anti-sneak-back logic. By analogy, storage spaces corresponding to the east gate entrance / exit, the south gate entrance / exit, and the west gate entrance / exit will be created respectively in the anti-sneak-back host.

[0135] Step 2: Add access control points.

[0136] On the right side of the configuration interface, there is a list of access control points that includes all the access control points set at the positions of all entrances and exits in the park where the enterprise is located. After adding an entrance and exit, a plus button will be displayed at each entrance and exit identifier on the map. After clicking the plus button at a certain entrance and exit identifier, the configuration interface will pop up an entrance and exit box next to the plus button. The user can add the access control points set at the position of the entrance and exit represented by the entrance and exit identifier to this box, so that the access control points set at the entrance and exit positions can be added to the corresponding entrance and exit.

[0137] Suppose the access control point identifiers included in the access control point list are: East Gate Gate 1, East Gate Gate 2, South Gate Gate 1, South Gate Gate 2, West Gate Gate 1, West Gate Gate 2, West Gate Vehicle Gate; among them, East Gate Gate 1 and East Gate Gate 2 are set at the East Gate entrance, South Gate Gate 1 and South Gate Gate 2 are set at the South Gate entrance, and West Gate Gate 1, West Gate Gate 2, and West Gate Vehicle Gate are set at the West Gate entrance. The user can click the plus button at the "East Gate" entrance and exit identifier, then the configuration interface will pop up an entrance and exit box (hereinafter referred to as entrance and exit box 1) next to the plus button. The user can click on Gate 1 of the East Gate in the access control point list on the right side of the configuration interface and drag it into entrance and exit box 1, then the access control point identifier of Gate 1 of the East Gate will be displayed in entrance and exit box 1, and the access control point identifier of Gate 1 of the East Gate in the access control point list will be deleted. The user then clicks on Gate 2 of the East Gate in the access control point list on the right side of the configuration interface and drags it into entrance and exit box 1, then the access control point identifier of Gate 2 of the East Gate will be displayed in entrance and exit box 1, and the access control point identifier of Gate 2 of the East Gate in the access control point list will be deleted. At this point, two access control point identifiers, Gate 1 of the East Gate and Gate 2 of the East Gate, will be displayed in entrance and exit box 1, and the user has added all the access control points set at the East Gate entrance to the entrance and exit box 1 corresponding to the "East Gate" entrance and exit identifier. By analogy, the user can add the access control points set at the South Gate entrance and the West Gate entrance to the corresponding entrance and exit boxes. The configuration interface when adding access control point identifiers to the corresponding entrance and exit can be as Figure 4 shown.

[0138] Among them, the access control point list is obtained by the anti-tailgating host receiving the registration messages sent by the access control slave machines set at the access control points. Since the registration messages contain information such as the identifier of the access control slave machine (i.e., the access control point identifier) and the identifier of the card reader externally connected to the access control slave machine, the anti-tailgating host can obtain the access control point list through the received registration messages sent by the access control slave machines.

[0139] When the access control point list is displayed in the configuration interface, the access control point identifiers set at different entrances and exits can be displayed in different forms. Among them, different forms refer to different colors, or different identifier frames, or different fonts. For example, the access control point identifiers of the East Gate No. 1 turnstile and the East Gate No. 2 turnstile set at the east entrance in the access control point list are green, the access control point identifiers of the South Gate No. 1 turnstile and the South Gate No. 2 turnstile set at the south entrance are gray, and the access control point identifiers of the West Gate No. 1 turnstile, the West Gate No. 2 turnstile, and the West Gate vehicle lane gate set at the west entrance are orange. Correspondingly, in the entrance and exit frames corresponding to each entrance and exit, the access control point identifiers in different entrance and exit frames can be displayed in different forms.

[0140] If the user drags the access control point identifier of the East Gate No. 1 turnstile to the entrance and exit frame corresponding to the south entrance, the user can move the access control point identifier of the East Gate No. 1 turnstile out of the entrance and exit frame corresponding to the south entrance, so that the access control point identifier of the East Gate No. 1 turnstile in the entrance and exit frame corresponding to the south entrance is deleted, and the access control point identifier of the East Gate No. 1 turnstile reappears in the access control point list. The user can add the access control point identifier of the East Gate No. 1 turnstile to the entrance and exit frame corresponding to the corresponding east entrance. When the user wants to delete the access control point identifier in the entrance and exit frame corresponding to an entrance and exit, the above operation can be used for deletion.

[0141] Moreover, when the user drags the East Gate No. 1 turnstile in the access control point list to the entrance and exit frame 1 corresponding to the "East Gate" entrance and exit identifier, the main control device will send a message to the anti-passback host to inform the anti-passback host that the East Gate No. 1 turnstile is in the anti-passback controlled state. After receiving the message, the anti-passback host will record it in the storage space corresponding to the east entrance created above, and will send this message to the access control slave to inform the access control slave that it is in the anti-passback controlled state.

[0142] Step 3: Add anti-passback areas and / or anti-passback lines

[0143] On the left side of the map displayed in the configuration interface, a configuration list can be shown. The configuration list contains configuring anti-passback areas and configuring anti-passback lines. Click on configuring anti-passback areas, and a control for "adding anti-passback areas" will be shown in the right column of the configuration interface. The user can configure anti-passback areas on the map. In the following text, this interface is called the area configuration interface; click on configuring anti-passback lines, and a control for "adding anti-passback lines" will be shown in the right column of the configuration interface. The user can configure anti-passback lines on the map. In the following text, this interface is called the line configuration interface.

[0144] The user can configure the anti-intrusion area only for the entrances and exits of the park where the enterprise is located. After the user adds all the access control points in the access control point list to the corresponding entrance and exit identifications, the user can open the area configuration interface through the above method to configure the anti-intrusion area. After the user clicks the "Add Anti-Intrusion Area" control, the user can configure the anti-intrusion area by selecting the entrance and exit identifications in the map in a box selection manner. For example, after the user clicks the "Add Anti-Intrusion Area" control, the user can box the "East Gate" entrance and exit identification and the "South Gate" entrance and exit identification in a box in the map. After the box selection is completed, the anti-intrusion area will be displayed in the area configuration interface: the default area name "Area A" of the "East Gate" entrance and exit identification and the "South Gate" entrance and exit identification. The user can modify the name of the anti-intrusion area by clicking on the area name and entering text. The user can also box the "West Gate" entrance and exit identification in a box in the map after clicking the "Add Anti-Intrusion Area" control. After the box selection is completed, the anti-intrusion area will be displayed in the area configuration interface: the default area name "Area B" of the "West Gate" entrance and exit identification. Each box added by the user has at least one entrance and exit identification, and the same entrance and exit identification cannot be located in two anti-intrusion areas at the same time, otherwise an error prompt for box selection will pop up in the area configuration interface.

[0145] According to the above anti-intrusion area configuration method, the user can also set the anti-intrusion area as follows: Area A is the east gate entrance and the west gate entrance, and the anti-intrusion area of the south gate is not set. Or, Area A is the south gate entrance and the west gate entrance, and Area B is the east gate entrance. The configuration interface after the anti-intrusion area configuration is completed can be as Figure 5 shown.

[0146] The user can also configure the anti-intrusion route only for the entrances and exits of the park where the enterprise is located. After the user adds all the access control points in the access control point list to the corresponding entrance and exit identifications, the user can open the route configuration interface through the above method to configure the anti-intrusion route. After the user clicks the "Add Anti-Intrusion Route" control, a plus button will pop up next to the entrance and exit identification in the map. The user can click the plus button next to the "East Gate" entrance and exit identification to set the east gate entrance as the starting point of the anti-intrusion route. At this time, the identification of "starting point" and an arrow will be displayed next to the "East Gate" entrance and exit identification. The user can drag the arrow to the "South Gate" entrance and exit identification, and then drag the arrow displayed by the "South Gate" entrance and exit identification to the "West Gate" entrance and exit identification, so as to form an anti-intrusion route of East Gate Entrance → South Gate Entrance → West Gate Entrance. If there are multiple anti-intrusion routes, the starting point identifications of each anti-intrusion route are starting point A, starting point B, etc., and so on.

[0147] According to the above anti-submarine return line configuration method, the user can also select the "South Gate" entrance and exit identification or the "West Gate" entrance and exit identification as the starting point to form an anti-submarine return line in other orders. For example: South Gate entrance and exit → East Gate entrance and exit → West Gate entrance and exit, or West Gate entrance and exit → South Gate entrance and exit → East Gate entrance and exit, or South Gate entrance and exit → East Gate entrance and exit, etc. The configuration interface after the anti-submarine return line configuration can be as Figure 6 shown.

[0148] The user can also configure the anti-submarine return area and the anti-submarine return line for the entrances and exits of the park where the enterprise is located according to the above anti-submarine return area configuration method and the anti-submarine return line configuration method. After the user configures, they can obtain the anti-submarine return line of South Gate entrance and exit → East Gate entrance and exit and the anti-submarine return area of West Gate entrance and exit, or the anti-submarine return line of West Gate entrance and exit → East Gate entrance and exit and the anti-submarine return area of South Gate entrance and exit, etc. configuration results. During anti-submarine return configuration, the same entrance and exit identification is only in one anti-submarine return area or only in one anti-submarine return line.

[0149] After the user completes the configuration of the anti-submarine return area and / or the anti-submarine return line, the main control device will send the configured anti-submarine return area and / or the anti-submarine return line to the anti-submarine return host, and the anti-submarine return host will send a message to the access control slave to inform the access control slave that it has entered the anti-submarine return area or the anti-submarine return line controlled mode. For example, if the anti-submarine return rule configured by the user is: the anti-submarine return line of West Gate entrance and exit → East Gate entrance and exit and the anti-submarine return area of South Gate entrance and exit, the anti-submarine return host will inform the access control slaves set at the West Gate entrance and exit and the East Gate entrance and exit that they have entered the anti-submarine return line controlled mode, and the anti-submarine return host will inform the access control slave set at the South Gate entrance and exit that it has entered the anti-submarine return area controlled mode. And, after the anti-submarine return host receives the information of the request to pass through the access control point sent by the access control slave, the anti-submarine return host will judge whether the current request information conforms to the configured anti-submarine return rule according to the configured anti-submarine return area and / or the anti-submarine return line.

[0150] The embodiment of the present application also provides an anti-submarine return system. The anti-submarine return system includes a main control device, an anti-submarine return host, and access control slaves set at each access control point; the structural schematic diagram of the anti-submarine return system can be as Figure 1 shown;

[0151] The access control slave is used to send an anti-submarine return authentication request to the anti-submarine return host. The anti-submarine return authentication request includes the personnel identification of the person requesting to pass and the passing direction requested by the person requesting to pass;

[0152] The anti-submarine return host is used to respond to the anti-submarine return authentication request, perform anti-submarine return authentication on the person requesting to pass, and when the anti-submarine return authentication of the person requesting to pass fails, send a refusal to pass instruction to the access control slave to control the access control point to which the access control slave belongs to refuse the person requesting to pass;

[0153] The master control device is used to respond to the configuration operation input for the anti-submarine return system, and display the configuration interface selected by the configuration operation; respond to the map import operation input for the configuration interface, obtain the map selected by the map import operation, and display the map on the configuration interface; respond to the entrance / exit addition operation input for the map, identify the entrance / exit position added by the entrance / exit addition operation and the entrance / exit identifier corresponding to the entrance / exit position, and display the entrance / exit identifier at the entrance / exit position of the map; respond to the rule configuration operation input for the entrance / exit identifier, identify the entrance / exit identifier selected by the rule configuration operation, and configure the anti-submarine return rule for the entrance / exit identifier selected by the rule configuration operation according to the corresponding relationship between the entrance / exit identifier and the access control point identifier, and send the anti-submarine return rule to the anti-submarine return host, so that the anti-submarine return host determines that there is a behavior of sneaking back when it detects that there are people continuously passing through the access control points represented by the access control point identifiers corresponding to the entrance / exit identifiers included in the anti-submarine return rule and the passing directions are the same.

[0154] In a possible embodiment, the entrance / exit includes multiple access control points;

[0155] The master control device is further used to configure the corresponding relationship between the entrance / exit identifier and the access control point identifier in the following manner, including: displaying a list of access control points in the configuration interface; where the list of access control points contains the access control point identifiers of the access control points set at the entrance / exit positions; responding to the access control point configuration operation input for the entrance / exit identifier, identifying the target access control point identifier and the target entrance / exit identifier selected by the access control point configuration operation, and adding the target access control point identifier in the list of access control points to the target entrance / exit identifier; where the identifier of the entrance / exit at the position where the access control point represented by the target access control point identifier selected by the access control point configuration operation is set is the target entrance / exit identifier.

[0156] In a possible embodiment, the rule configuration operation is an anti-submarine return area configuration operation;

[0157] The master control device is further used to respond to the anti-submarine return area configuration operation input for the entrance / exit identifier, identify the entrance / exit identifier selected by the anti-submarine return area configuration operation, and configure the anti-submarine return rule for the entrance / exit identifier selected by the rule configuration operation according to the corresponding relationship between the entrance / exit identifier and the access control point identifier, and send the anti-submarine return rule to the anti-submarine return host, so that the anti-submarine return host determines that there is a behavior of sneaking back when it detects that there are people continuously passing through the access control points represented by the access control point identifiers corresponding to the entrance / exit identifiers included in the anti-submarine return rule and the passing directions are the same.

[0158] In a possible embodiment, the rule configuration operation is an anti-submarine return route configuration operation;

[0159] The master device is further configured to, in response to an anti-return line configuration operation input for the access control point identification, identify the access control point identification selected by the anti-return line configuration operation, configure an anti-return rule for the access control point identification selected by the rule configuration operation, and send the anti-return rule to the anti-return host, so that the anti-return host determines that there is a behavior of sneaking back when it detects that there are people continuously passing through the access control points represented by the access control point identifications corresponding to the access control point identifications included in the anti-return rule, and the passing directions are the same, and the access control point identification corresponding to the access control point where the people request to pass is not adjacent to the access control point identification corresponding to the access control point passed in the latest record of the people in the anti-return system.

[0160] In a possible embodiment, the master device is further configured to, in response to an anti-return display operation input for the anti-return system, display the display interface selected by the configuration operation; wherein, the display interface includes a map and a personnel information list; the access control point identifications are displayed in the map, and the anti-return trajectories of the personnel who have passed the anti-return authentication by the anti-return system are included in the personnel information list;

[0161] In response to a viewing operation input for the personnel information list, identify the target personnel selected by the viewing operation, and display the anti-return trajectory of the target personnel on the map;

[0162] The display interface further includes an anti-return authentication identifier; the anti-return authentication identifier is used to indicate that the anti-return authentication result of the personnel who have passed the anti-return authentication by the anti-return system is successful authentication or failed authentication.

[0163] In a possible embodiment, the master device is further configured to, in response to a viewing operation input for the personnel information list, identify the target personnel selected by the viewing operation, and display the anti-return trajectory of the target personnel on the map, and the anti-return authentication identifier corresponding to the anti-return authentication result of the target personnel.

[0164] In a possible embodiment, the master device is further configured to, in response to a trajectory modification operation input for the personnel information list, identify the anti-return trajectory selected by the trajectory modification operation, and delete the anti-return trajectory.

[0165] Corresponding to the foregoing anti-return configuration method, an embodiment of the present application further provides an anti-return configuration device, which is applied to the master device in the anti-return system. The anti-return system includes an anti-return host and access control slave devices provided at each access control point. The access control slave devices are configured to send anti-return authentication requests to the anti-return host. The anti-return authentication requests include the personnel identifier of the requesting passing personnel and the passing direction requested by the requesting passing personnel. The anti-return host is configured to, in response to the anti-return authentication request, perform anti-return authentication on the requesting passing personnel, and when the anti-return authentication of the requesting passing personnel fails, send a rejection instruction to the access control slave device to control the access control point to which the access control slave device belongs to reject the requested personnel from passing; asFigure 9 As shown, the device includes:

[0166] A configuration interface display module 901, configured to respond to a configuration operation input for the anti-return system and display the selected configuration interface of the configuration operation;

[0167] A map display module 902, configured to respond to a map import operation input for the configuration interface, obtain the selected map of the map import operation, and display the map on the configuration interface;

[0168] An entrance / exit identification display module 903, configured to respond to an entrance / exit addition operation input for the map, identify the added entrance / exit position of the entrance / exit addition operation and the corresponding entrance / exit identification, and display the entrance / exit identification at the entrance / exit position of the map;

[0169] An anti-return rule configuration module 904, configured to respond to a rule configuration operation input for the entrance / exit identification, identify the selected entrance / exit identification of the rule configuration operation, and configure an anti-return rule for the selected entrance / exit identification of the rule configuration operation according to the correspondence between the entrance / exit identification and the access control point identification, and send the anti-return rule to the anti-return host, so that the anti-return host determines that there is a potential return behavior when detecting that a person continuously passes through the access control points represented by the access control point identifications included in the anti-return rule and the passing directions are the same.

[0170] In a possible embodiment, the entrance / exit includes a plurality of access control points;

[0171] The correspondence between the entrance / exit identification and the access control point identification is configured in the following manner, including:

[0172] Display a list of access control points in the configuration interface; wherein, the list of access control points contains the access control point identifications of the access control points set at the entrance / exit positions;

[0173] In response to an access control point configuration operation input for the entrance / exit identification, identify the target access control point identification and the target entrance / exit identification selected by the access control point configuration operation, and add the target access control point identification in the list of access control points to the target entrance / exit identification; wherein, the identification of the entrance / exit at the position where the access control point represented by the target access control point identification selected by the access control point configuration operation is set is the target entrance / exit identification.

[0174] In a possible embodiment, the rule configuration operation is an anti-return area configuration operation;

[0175] An anti-submarine return rule configuration module, in response to a rule configuration operation input for an entrance / exit identifier, identifies the entrance / exit identifier selected by the rule configuration operation, configures an anti-submarine return rule for the entrance / exit identifier selected by the rule configuration operation according to the correspondence between the entrance / exit identifier and the access control point identifier, and sends the anti-submarine return rule to the anti-submarine return host, including:

[0176] In response to an anti-submarine return area configuration operation input for an entrance / exit identifier, identifies the entrance / exit identifier selected by the anti-submarine return area configuration operation, configures an anti-submarine return rule for the entrance / exit identifier selected by the rule configuration operation according to the correspondence between the entrance / exit identifier and the access control point identifier, and sends the anti-submarine return rule to the anti-submarine return host, so that the anti-submarine return host determines that there is a behavior of sneaking back when it detects that there is a person continuously passing through the access control points represented by the access control point identifiers corresponding to the entrance / exit identifiers included in the anti-submarine return rule and the passing directions are the same.

[0177] In a possible embodiment, the rule configuration operation is an anti-submarine return line configuration operation;

[0178] An anti-submarine return rule configuration module, in response to a rule configuration operation input for an entrance / exit identifier, identifies the entrance / exit identifier selected by the rule configuration operation, configures an anti-submarine return rule for the entrance / exit identifier selected by the rule configuration operation according to the correspondence between the entrance / exit identifier and the access control point identifier, and sends the anti-submarine return rule to the anti-submarine return host, including:

[0179] In response to an anti-submarine return line configuration operation input for an entrance / exit identifier, identifies the entrance / exit identifier selected by the anti-submarine return line configuration operation, configures an anti-submarine return rule for the entrance / exit identifier selected by the rule configuration operation, and sends the anti-submarine return rule to the anti-submarine return host, so that the anti-submarine return host determines that there is a behavior of sneaking back when it detects that there is a person continuously passing through the access control points represented by the access control point identifiers corresponding to the entrance / exit identifiers included in the anti-submarine return rule, the passing directions are the same, and the entrance / exit identifier corresponding to the access control point identifier of the access control point where the person requests to pass is not adjacent to the entrance / exit identifier corresponding to the access control point identifier of the access control point passed in the latest record of the person in the anti-submarine return system.

[0180] In a possible embodiment, the device further includes:

[0181] A display interface display module, configured to display the selected display interface in response to an anti-submarine return display operation input for the anti-submarine return system; wherein, the display interface includes a map and a personnel information list; the map shows entrance / exit identifiers, and the personnel information list contains the anti-submarine return trajectories of the personnel who have passed the anti-submarine return authentication by the anti-submarine return system.

[0182] An anti-submarine return trajectory display module, which is configured to respond to a viewing operation input for a personnel information list, identify a target person selected by the viewing operation, and display the anti-submarine return trajectory of the target person on a map.

[0183] In a possible embodiment, the display interface further includes an anti-submarine return authentication identifier;

[0184] The anti-submarine return authentication identifier is used to indicate that the anti-submarine return authentication result of a person who has undergone anti-submarine return authentication by the anti-submarine return system is authentication success or authentication failure;

[0185] The anti-submarine return trajectory display module, which responds to a viewing operation input for a personnel information list, identifies a target person selected by the viewing operation, and displays the anti-submarine return trajectory of the target person on a map, includes:

[0186] Respond to a viewing operation input for a personnel information list, identify a target person selected by the viewing operation, and display the anti-submarine return trajectory of the target person, as well as the anti-submarine return authentication identifier corresponding to the anti-submarine return authentication result of the target person on a map.

[0187] In a possible embodiment, the device further includes:

[0188] A deletion module, which is configured to respond to a trajectory modification operation input for a personnel information list, identify the anti-submarine return trajectory selected by the trajectory modification operation, and delete the anti-submarine return trajectory.

[0189] The embodiment of the present application further provides a main control device, as Figure 10 shown, including:

[0190] A memory 101, which is used to store a computer program;

[0191] A processor 102, which is configured to implement the following steps when executing the program stored on the memory 101:

[0192] Respond to a configuration operation input for the anti-submarine return system, and display the configuration interface selected by the configuration operation;

[0193] Respond to a map import operation input for the configuration interface, obtain the map selected by the map import operation, and display the map on the configuration interface;

[0194] Respond to an entrance / exit addition operation input for the map, identify the entrance / exit position added by the entrance / exit addition operation and the entrance / exit identifier corresponding to the entrance / exit position, and display the entrance / exit identifier at the entrance / exit position of the map;

[0195] In response to a rule configuration operation input for an access point identifier, identify the access point identifier selected by the rule configuration operation, and configure an anti-passback rule for the access point identifier selected by the rule configuration operation according to the correspondence between the access point identifier and the access control point identifier, and send the anti-passback rule to the anti-passback host, so that the anti-passback host determines that there is a passback behavior when it detects that a person continuously passes through the access control point represented by the access control point identifier corresponding to the access point identifier included in the anti-passback rule and the passing directions are the same.

[0196] And the above-mentioned main control device may further include a communication bus and / or a communication interface, and the processor 102, the communication interface, and the memory 101 complete communication with each other through the communication bus.

[0197] The communication bus mentioned in the above-mentioned main control device may be a Peripheral Component Interconnect (PCI) bus or an Extended Industry Standard Architecture (EISA) bus, etc. This communication bus can be divided into an address bus, a data bus, a control bus, etc. For the convenience of representation, only a thick line is used in the figure, but it does not mean that there is only one bus or one type of bus.

[0198] The communication interface is used for communication between the above-mentioned main control device and other devices.

[0199] The memory may include a Random Access Memory (RAM), or may also include a Non-Volatile Memory (NVM), such as at least one disk memory. Optionally, the memory may also be at least one storage device located far from the aforementioned processor.

[0200] The above-mentioned processor may be a general-purpose processor, including a Central Processing Unit (CPU), a Network Processor (NP), etc.; it may also be a Digital Signal Processor (DSP), an Application Specific Integrated Circuit (ASIC), a Field-Programmable Gate Array (FPGA), or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components.

[0201] In another embodiment provided by the present application, a computer-readable storage medium is further provided. A computer program is stored in the computer-readable storage medium, and when the computer program is executed by a processor, the steps of any of the above anti-backhaul configuration methods are implemented.

[0202] In another embodiment provided by the present application, a computer program product including instructions is further provided. When it runs on a computer, the computer is caused to execute any of the anti-backhaul configuration methods in the above embodiments.

[0203] In the above embodiments, it can be implemented in whole or in part by software, hardware, firmware, or any combination thereof. When implemented using software, it can be implemented in whole or in part in the form of a computer program product. The computer program product includes one or more computer instructions. When the computer program instructions are loaded and executed on a computer, the processes or functions described in the embodiments of the present application are generated in whole or in part. The computer may be a general-purpose computer, a special-purpose computer, a computer network, or other programmable devices. The computer instructions may be stored in a computer-readable storage medium, or transmitted from one computer-readable storage medium to another. For example, the computer instructions may be transmitted from one website, computer, server, or data center to another website, computer, server, or data center by wire (such as coaxial cable, optical fiber, digital subscriber line (DSL)) or wireless (such as infrared, wireless, microwave, etc.). The computer-readable storage medium may be any available medium that can be accessed by a computer or a data storage device such as a server or data center integrating one or more available media. The available medium may be a magnetic medium (such as a floppy disk, hard disk, magnetic tape), an optical medium (such as a DVD), or a solid-state disk (SSD), etc.

[0204] It should be noted that in this article, relational terms such as first and second are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any actual relationship or order between these entities or operations. Moreover, the term "comprising", "including", or any other variant thereof is intended to cover non-exclusive inclusion, so that a process, method, article, or device including a series of elements includes not only those elements but also other elements not expressly listed, or also includes elements inherent to such process, method, article, or device. Without further limitation, an element defined by the statement "including a..." does not exclude the existence of additional identical elements in the process, method, article, or device including the element.

[0205] Each embodiment in this specification is described in a related manner. For the same or similar parts among the embodiments, reference can be made to each other. Each embodiment focuses on the differences from other embodiments. In particular, for the embodiments of the system, device, main control device, computer-readable storage medium, and computer program product, since they are basically similar to the method embodiments, the description is relatively simple. For the relevant parts, reference can be made to the partial description of the method embodiments.

[0206] The above are only the preferred embodiments of this application and are not intended to limit the protection scope of this application. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of this application are all included in the protection scope of this application.

Claims

1. An anti-submarine echo configuration method, characterized in that, The master device applied to the anti-submarine return system. The anti-submarine return system further includes an anti-submarine return host and access control slave devices arranged at each access control point. The access control slave devices are used to send anti-submarine return authentication requests to the anti-submarine return host. The anti-submarine return authentication requests include the personnel identifier of the requesting passing personnel and the passing direction requested by the requesting passing personnel. The anti-submarine return host is used to respond to the anti-submarine return authentication request, authenticate the requesting passing personnel for anti-submarine return, and when the anti-submarine return authentication of the requesting passing personnel fails, send a refusal to pass instruction to the access control slave device to control the access control point to which the access control slave device belongs to refuse the requested personnel to pass. The method includes: In response to a configuration operation input for the anti-submarine return system, display the configuration interface selected by the configuration operation; In response to a map import operation input for the configuration interface, obtain the map selected by the map import operation and display the map in the configuration interface; In response to an entrance / exit addition operation input for the map, identify the entrance / exit position added by the entrance / exit addition operation and the entrance / exit identifier corresponding to the entrance / exit position, and display the entrance / exit identifier at the entrance / exit position of the map; In response to a rule configuration operation input for the entrance / exit identifier, identify the entrance / exit identifier selected by the rule configuration operation, and according to the corresponding relationship between the entrance / exit identifier and the access control point identifier, configure an anti-submarine return rule for the entrance / exit identifier selected by the rule configuration operation, and send the anti-submarine return rule to the anti-submarine return host, so that the anti-submarine return host determines that there is a behavior of sneaking back when it detects that there are personnel continuously passing through the access control points represented by the access control point identifiers included in the anti-submarine return rule and the passing directions are the same.

2. The method according to claim 1, characterized in that, The entrance / exit includes multiple access control points; Configuring the corresponding relationship between the entrance / exit identifier and the access control point identifier by the following method, including: Display a list of access control points in the configuration interface; wherein, the list of access control points contains the access control point identifiers of the access control points arranged at the entrance / exit position; In response to an access control point configuration operation input for the entrance / exit identifier, identify the target access control point identifier and the target entrance / exit identifier selected by the access control point configuration operation, and add the target access control point identifier in the list of access control points to the target entrance / exit identifier; wherein, the identifier of the entrance / exit where the access control point represented by the target access control point identifier selected by the access control point configuration operation is arranged is the target entrance / exit identifier.

3. The method according to claim 1, characterized in that, The rule configuration operation is an anti-submarine return area configuration operation; The step of, in response to a rule configuration operation input for the entrance / exit identifier, identifying the entrance / exit identifier selected by the rule configuration operation, and according to the corresponding relationship between the entrance / exit identifier and the access control point identifier, configuring an anti-submarine return rule for the entrance / exit identifier selected by the rule configuration operation, and sending the anti-submarine return rule to the anti-submarine return host, includes: In response to an anti-intrusion loop configuration operation input for the access point identifier, identify the access point identifier selected by the anti-intrusion loop configuration operation, and configure an anti-intrusion loop rule for the access point identifier selected by the rule configuration operation according to the corresponding relationship between the access point identifier and the access control point identifier, and send the anti-intrusion loop rule to the anti-intrusion loop host, so that the anti-intrusion loop host determines that there is an intrusion behavior when it detects that there are people continuously passing through the access control points represented by the access control point identifiers corresponding to the access point identifiers included in the anti-intrusion loop rule and the passing directions are the same.

4. The method according to claim 1, characterized in that, The rule configuration operation is an anti-intrusion loop configuration operation; The response to the rule configuration operation input for the access point identifier, identifying the access point identifier selected by the rule configuration operation, and configuring an anti-intrusion loop rule for the access point identifier selected by the rule configuration operation according to the corresponding relationship between the access point identifier and the access control point identifier, and sending the anti-intrusion loop rule to the anti-intrusion loop host, includes: In response to an anti-intrusion loop configuration operation input for the access point identifier, identify the access point identifier selected by the anti-intrusion loop configuration operation, and configure an anti-intrusion loop rule for the access point identifier selected by the rule configuration operation, and send the anti-intrusion loop rule to the anti-intrusion loop host, so that the anti-intrusion loop host determines that there is an intrusion behavior when it detects that there are people continuously passing through the access control points represented by the access control point identifiers corresponding to the access point identifiers included in the anti-intrusion loop rule, the passing directions are the same, and the access point identifier corresponding to the access control point through which the person requests to pass is not adjacent to the access point identifier corresponding to the access control point passed by the person in the latest record in the anti-intrusion loop system.

5. The method according to claim 1, characterized in that, The method further includes: In response to an anti-intrusion loop display operation input for the anti-intrusion loop system, display the display interface selected by the configuration operation; wherein, the display interface includes the map and the personnel information list; the access point identifier is displayed on the map, and the anti-intrusion loop trajectory of the personnel who have passed the anti-intrusion loop authentication by the anti-intrusion loop system is included in the personnel information list; In response to a viewing operation input for the personnel information list, identify the target person selected by the viewing operation, and display the anti-intrusion loop trajectory of the target person on the map.

6. The method according to claim 5, characterized in that, The display interface further includes an anti-intrusion loop authentication identifier; The anti-intrusion loop authentication identifier is used to indicate that the anti-intrusion loop authentication result of the personnel who have passed the anti-intrusion loop authentication by the anti-intrusion loop system is successful authentication or failed authentication; The response to the viewing operation input for the personnel information list, identifying the target person selected by the viewing operation, and displaying the anti-intrusion loop trajectory of the target person on the map, includes: In response to a viewing operation input for the personnel information list, identify the target person selected by the viewing operation, and display the anti-intrusion loop trajectory of the target person on the map, and the anti-intrusion loop authentication identifier corresponding to the anti-intrusion loop authentication result of the target person.

7. The method according to claim 1, characterized in that, The method further includes: In response to a trajectory modification operation input for the personnel information list, identify the anti-return trajectory selected by the trajectory modification operation and delete the anti-return trajectory.

8. An anti-submarine echo system, characterized in that, The anti-return system includes a main control device, an anti-return host, and access control slave devices provided at each access control point; The access control slave device is used to send an anti-return authentication request to the anti-return host, and the anti-return authentication request includes the personnel identifier of the requesting passing personnel and the passing direction requested by the requesting passing personnel; The anti-return host is used to, in response to the anti-return authentication request, perform anti-return authentication on the requesting passing personnel, and when the anti-return authentication of the requesting passing personnel fails, send a rejection instruction to the access control slave device to control the access control point to which the access control slave device belongs to reject the request of the personnel to pass; The main control device is used to, in response to a configuration operation input for the anti-return system, display the configuration interface selected by the configuration operation; in response to a map import operation input for the configuration interface, obtain the map selected by the map import operation and display the map on the configuration interface; In response to an entrance / exit addition operation input for the map, identify the entrance / exit position added by the entrance / exit addition operation and the entrance / exit identifier corresponding to the entrance / exit position, and display the entrance / exit identifier at the entrance / exit position of the map; In response to a rule configuration operation input for the entrance / exit identifier, identify the entrance / exit identifier selected by the rule configuration operation, and according to the corresponding relationship between the entrance / exit identifier and the access control point identifier, configure an anti-return rule for the entrance / exit identifier selected by the rule configuration operation, and send the anti-return rule to the anti-return host, so that the anti-return host determines that there is a behavior of sneaking back when it detects that there is a person continuously passing through the access control point represented by the access control point identifier included in the anti-return rule and the passing directions are the same.

9. The system according to claim 8, characterized in that, The entrance / exit includes multiple access control points; The main control device is further used to configure the corresponding relationship between the entrance / exit identifier and the access control point identifier in the following manner, including: displaying a list of access control points in the configuration interface; wherein, the list of access control points contains the access control point identifiers of the access control points provided at the entrance / exit position; in response to an access control point configuration operation input for the entrance / exit identifier, identify the target access control point identifier and the target entrance / exit identifier selected by the access control point configuration operation, and add the target access control point identifier in the list of access control points to the target entrance / exit identifier; wherein, the identifier of the entrance / exit where the access control point represented by the target access control point identifier selected by the access control point configuration operation is set is the target entrance / exit identifier; The rule configuration operation is an anti-return area configuration operation; The master device is further configured to, in response to an anti-return area configuration operation input for the entrance and exit identifier, identify the entrance and exit identifier selected by the anti-return area configuration operation, and configure an anti-return rule for the entrance and exit identifier selected by the rule configuration operation according to the corresponding relationship between the entrance and exit identifier and the access control point identifier, and send the anti-return rule to the anti-return host, so that the anti-return host determines that there is a behavior of sneaking back when it detects that there is a person continuously passing through the access control points represented by the access control point identifiers corresponding to the entrance and exit identifiers included in the anti-return rule and the passing directions are the same; The rule configuration operation is an anti-return line configuration operation; The master device is further configured to, in response to an anti-return line configuration operation input for the entrance and exit identifier, identify the entrance and exit identifier selected by the anti-return line configuration operation, and configure an anti-return rule for the entrance and exit identifier selected by the rule configuration operation, and send the anti-return rule to the anti-return host, so that the anti-return host determines that there is a behavior of sneaking back when it detects that there is a person continuously passing through the access control points represented by the access control point identifiers corresponding to the entrance and exit identifiers included in the anti-return rule, the passing directions are the same, and the entrance and exit identifier corresponding to the access control point identifier of the access control point requested by the person is not adjacent to the entrance and exit identifier corresponding to the access control point identifier of the access control point passed by the person in the latest record of the person in the anti-return system; The master device is further configured to, in response to an anti-return display operation input for the anti-return system, display the display interface selected by the configuration operation; wherein, the display interface includes the map and the personnel information list; the entrance and exit identifiers are displayed on the map, and the anti-return trajectories of the personnel who have passed the anti-return authentication by the anti-return system are included in the personnel information list; In response to a viewing operation input for the personnel information list, identify the target person selected by the viewing operation, and display the anti-return trajectory of the target person on the map; The display interface further includes an anti-return authentication identifier; the anti-return authentication identifier is used to indicate that the anti-return authentication result of the personnel who have passed the anti-return authentication by the anti-return system is successful or failed; The master device is further configured to, in response to a viewing operation input for the personnel information list, identify the target person selected by the viewing operation, and display the anti-return trajectory of the target person and the anti-return authentication identifier corresponding to the anti-return authentication result of the target person on the map; The master device is further configured to, in response to a trajectory modification operation input for the personnel information list, identify the anti-return trajectory selected by the trajectory modification operation, and delete the anti-return trajectory.

10. A master control device, characterized in that, Comprising: A memory for storing a computer program; A processor for implementing the method according to any one of claims 1-7 when executing the program stored on the memory.

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