Gate and gate configuration method

Abstract

The embodiment of the invention provides a gate machine and a gate machine configuration method, and relates to the technical field of gate machines, the gate machine comprises a first box body, the upper surface of the first box body is provided with a first protruding part, the first protruding part is internally provided with a communication board, and the first box body is provided with a sovereign limit board; the communication board is used for being in communication connection with a mobile terminal, so that the mobile terminal obtains jump path information of the gate management interface and jumps to the gate management interface based on the jump path information; the sovereignty plate is used for being in communication connection with a mobile terminal and receiving a gate configuration instruction for a target configuration object based on the communication connection with the mobile terminal; executing configuration operation according to configuration information carried by the gate configuration instruction; the configuration operation comprises a storage operation for the configuration information or an updating operation for the recorded historical configuration information of the target configuration object. Based on this, by applying the scheme provided by the embodiment of the invention, the gate configuration process can be simplified, and the gate configuration efficiency can be improved.

Description

Technical Field

[0001] The present application relates to the technical field of gate machines, and in particular to a gate machine and a gate machine configuration method. Background Art

[0002] The gate is a channel management device used to manage the flow of people and regulate the entry and exit of pedestrians. It is also called a personnel channel, including swing gates, wing gates, roller gates, etc. The basic components of the gate include a box and a blocking device, also called a blocking body. People can obtain the gate pass authority by scanning their faces, scanning codes, swiping cards, etc., so that the blocking body of the gate can open the channel and release people by rotating, swinging, shrinking, and retracting the box.

[0003] Usually, depending on the installation location and application requirements of the gate machine, it is necessary to install and start the gate machine, troubleshoot, repair faults, and perform daily maintenance. In the above operations, it is often necessary to configure the information of the gate machine, for example, modify the existing configuration information of the gate machine for troubleshooting, perform initial information configuration for the newly installed gate machine, and adjust the configuration information of the gate machine according to changes in application field requirements.

[0004] Based on this, in order to reduce the time consumed for gate machine information configuration and alleviate the inconvenience caused by the suspension of gate machine use during the information configuration process, how to simplify the gate machine configuration process and improve the gate machine configuration efficiency has become a technical problem that needs to be solved urgently. Summary of the invention

[0005] The purpose of the embodiment of the present application is to provide a gate machine to simplify the gate machine configuration process and improve the gate machine configuration efficiency. The specific technical solution is as follows:

[0006] In a first aspect, an embodiment of the present application provides a gate, the gate comprising: a first box, the upper surface of the first box is provided with a first protrusion, a communication board is provided in the first protrusion, and the first box is provided with a master authority board;

[0007] The communication board is used to establish a communication connection with the mobile terminal, so that the mobile terminal obtains the jump path information of the gate management interface, and jumps to the gate management interface based on the jump path information;

[0008] The main authority board is used to establish a communication connection with the mobile terminal, and based on the communication connection with the mobile terminal, receive a gate configuration instruction for a target configuration object; and perform a configuration operation according to the configuration information carried by the gate configuration instruction; wherein the gate configuration instruction is generated based on a user's selection operation of a configuration item of the target configuration object in the gate management interface, and the configuration operation includes at least: a storage operation for the configuration information, or an update operation for the recorded historical configuration information of the target configuration object.

[0009] In a second aspect, an embodiment of the present application provides a gate configuration method, which is applied to a gate, wherein the gate includes a first box, a first protrusion is provided on the upper surface of the first box, a communication board is provided in the first protrusion, and the first box is provided with a master authority board; the method includes:

[0010] The communication board is connected to the mobile terminal for communication, so that the mobile terminal obtains the jump path information of the gate management interface, and jumps to the gate management interface based on the jump path information;

[0011] The main authority board is in communication connection with the mobile terminal;

[0012] The main authority board receives a gate configuration instruction for a target configuration object based on a communication connection with the mobile terminal; wherein the gate configuration instruction is generated based on a user's selection operation of a configuration item of the target configuration object in the gate management interface;

[0013] The main authority board performs configuration operations according to the configuration information carried by the gate configuration instruction; wherein the configuration operations at least include: a storage operation for the configuration information, or an update operation for the recorded historical configuration information of the target configuration object.

[0014] Beneficial effects of the embodiments of the present application:

[0015] As can be seen from the above, by applying the solution provided in the embodiment of the present application, a first protrusion can be set on the upper surface of the first box included in the gate, and a communication board can be set in the first protrusion, and a main authority board can be set in the first box. When configuring the information of the gate, the mobile terminal can establish communication connections with the above-mentioned communication board and the main authority board respectively, so that the mobile terminal can obtain the path jump information of the gate management page recorded by the communication board, and jump to the gate management interface based on the above-mentioned path jump information. Furthermore, the user can select the configuration item of the target configuration object in the gate management interface displayed by the mobile terminal, so that the mobile terminal generates a gate configuration instruction. The main authority board can receive the above-mentioned gate configuration instruction based on the communication connection with the mobile terminal, and perform the configuration operation according to the configuration information carried by the gate configuration instruction to realize the information configuration of the gate.

[0016] Based on this, by applying the solution provided in the embodiment of the present application, the information configuration of the gate can be realized only through the communication connection between the mobile terminal and the communication board and the main authority board set by the gate. In addition, since in the above configuration process, the external device set only includes the mobile terminal, there is no need to carry a laptop and a network cable to the location of the gate, and there is no need to find the IP (Internet Protocol) address of the gate separately, therefore, it can also reduce the management burden of the management personnel and improve the efficiency of gate management, and realize the convenient configuration of the gate. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present application, and for ordinary technicians in this field, other embodiments can also be obtained based on these drawings.

[0018] Figure 1 A schematic diagram of the structure of a gate provided in an embodiment of the present application;

[0019] FIG2 (a) is a schematic diagram of a gate management interface provided in an embodiment of the present application;

[0020] FIG2( b ) is a schematic diagram of a channel parameter configuration page provided in an embodiment of the present application;

[0021] FIG2 (c) is a schematic diagram of a door opening speed configuration page provided in an embodiment of the present application;

[0022] Figure 3 A login interface of a gate management interface provided in an embodiment of the present application;

[0023] FIG4 (a) is a schematic diagram of a first protrusion 103 provided in an embodiment of the present application;

[0024] FIG4( b ) is a schematic diagram of a specific example of a gate provided with the first protruding portion 103 shown in FIG4( a ) provided in an embodiment of the present application;

[0025] Figure 5 A schematic diagram of the structure of another gate provided in an embodiment of the present application;

[0026] Figure 6 A schematic diagram of the structure of another gate provided in an embodiment of the present application;

[0027] Figure 7 A schematic diagram of the structure of an NFC tag board provided in an embodiment of the present application. DETAILED DESCRIPTION

[0028] The following will be combined with the drawings in the embodiments of the present application to clearly and completely describe the technical solutions in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field based on the present application belong to the scope of protection of the present application.

[0029] The embodiment of the present application provides a gate machine and a gate machine management method. The gate machine can be applied to various application scenarios such as station entrances and exits, factory entrances and exits, and residential entrances and exits where the entry and exit of personnel need to be managed; and the gate machine can be applied to various scenarios that require information configuration of the gate machine, such as modifying the existing configuration information of the gate machine for troubleshooting, performing initial information configuration on the newly installed gate machine, and adjusting the configuration information of the gate machine according to changes in application field requirements. In addition, the gate machine can be various types of gate machines such as swing gates, wing gates, and roller gates. Based on this, the embodiment of the present application does not specifically limit the application scenarios, configuration scenarios, and types of the gate machines provided.

[0030] Before specifically describing a gate machine and a gate machine management method provided in the above-mentioned embodiment of the present application, the relevant technical terms involved in the embodiment of the present application are first described.

[0031] 1. Gate. The gate is a channel management device used to manage the flow of people and regulate the entry and exit of pedestrians. Generally, the basic components of the gate include a box and a blocking device, also known as a blocking body. In some scenarios, the gate may include two boxes, and the passage between the two boxes is a passage for people to walk through the gate, while in other scenarios, the gate may also include only one box, which forms a passage for people to walk through the gate with the wall of the building. Among them, the gate can also be called a personnel passage, and the box included in the gate can be called a side channel. Therefore, two side channels can constitute a personnel passage, and the passage between the two side channels is the passage channel. According to the installation position of the two side channels, the two side channels can be respectively called the main channel and the slave channel. Generally, the side channel on the right side of the passage direction of the gate can be defaulted as the main channel, and the side channel on the left side of the passage direction of the gate can be defaulted as the slave channel.

[0032] 2. AP mode. AP mode is the access point mode, also known as the infrastructure mode, where AP is the abbreviation of Access Point Wireless, also known as wireless AP, that is, wireless access point.

[0033] 3. NFC. NFC stands for Near Field Communication, a short-range high-frequency wireless communication technology. Devices using NFC technology can exchange data when they are close to each other. Usually, NFC includes an NFC module and an NFC antenna, and an NFC module is usually composed of a high-speed microcontroller, a radio frequency chip and a matching circuit.

[0034] Among them, a gate provided in an embodiment of the present application includes: a first box body, a first protrusion is provided on the upper surface of the first box body, a communication board is provided in the first protrusion, and a master authority board is provided in the first box body;

[0035] The communication board is used to establish a communication connection with the mobile terminal, so that the mobile terminal obtains the jump path information of the gate management interface, and jumps to the gate management interface based on the jump path information;

[0036] The main authority board is used to establish a communication connection with the mobile terminal, and based on the communication connection with the mobile terminal, receive a gate configuration instruction for a target configuration object; and perform a configuration operation according to the configuration information carried by the gate configuration instruction; wherein the gate configuration instruction is generated based on a user's selection operation of a configuration item of the target configuration object in the gate management interface, and the configuration operation includes at least: a storage operation for the configuration information, or an update operation for the recorded historical configuration information of the target configuration object.

[0037] The above-mentioned master authority board is a hardware unit that can communicate with the mobile terminal, has some gate configuration functions, and has the function of recording gate configuration information; and the above-mentioned communication board is a hardware unit that can communicate with the mobile terminal to realize data exchange with the mobile terminal, and has the function of recording data. Moreover, in the embodiments of the present application, it is not limited that the above-mentioned master authority board and the above-mentioned communication board must be separate hardware units in physical form. The above-mentioned master authority board and the above-mentioned communication board can exist independently, or they can be integrated into the same physical hardware unit.

[0038] As can be seen from the above, by applying the solution provided in the embodiment of the present application, a first protrusion can be set on the upper surface of the first box included in the gate, and a communication board can be set in the first protrusion, and a main authority board can be set in the first box. When configuring the information of the gate, the mobile terminal can establish communication connections with the above-mentioned communication board and the main authority board respectively, so that the mobile terminal can obtain the path jump information of the gate management page recorded by the communication board, and jump to the gate management interface based on the above-mentioned path jump information. Furthermore, the user can select the configuration item of the target configuration object in the gate management interface displayed by the mobile terminal, so that the mobile terminal generates a gate configuration instruction. The main authority board can receive the above-mentioned gate configuration instruction based on the communication connection with the mobile terminal, and perform the configuration operation according to the configuration information carried by the gate configuration instruction to realize the information configuration of the gate.

[0039] Based on this, by applying the solution provided in the embodiment of the present application, the information configuration of the gate can be realized only through the communication connection between the mobile terminal and the communication board and the main authority board set by the gate. Among them, the above configuration process is relatively short, which can greatly shorten the duration of suspension of the gate during the information configuration process, thereby alleviating the inconvenience of traffic caused by the suspension of the gate during the information configuration process, simplifying the gate configuration process, and improving the gate configuration efficiency. In addition, since in the above configuration process, the external devices set up only include mobile terminals, and there is no need to carry a laptop and an Internet cable to the location of the gate, and there is no need to find the IP address of the gate separately, therefore, it can also reduce the management burden of the management personnel and improve the efficiency of gate management, and realize convenient configuration of the gate.

[0040] Below, in conjunction with the accompanying drawings, a gate provided in an embodiment of the present application is described in detail.

[0041] Figure 1 This is a schematic diagram of the structure of a gate provided in an embodiment of the present application. Figure 1 As shown, the gate includes: a first box body 100, wherein a first protrusion 103 is arranged on the upper surface of the first box body, a communication board 102 is arranged in the first protrusion 103, and the first box body 100 is provided with a main authority board 101.

[0042] in, Figure 1 The positional relationship between the main authority board 101 and the first box 100 shown in the figure is only used to indicate that the main authority board 101 is arranged in the first box 100, but does not limit the specific position of the main authority board 101 in the first box 100. In the embodiment of the present application, there is no limitation on the setting position of the main authority board 101. For example, the main authority board 101 can be arranged on the outer surface of the first box 100, or can be arranged inside the first box 100.

[0043] also, Figure 1 The connection relationship between the first protrusion 103 and the first box body 100 shown in the figure is only used to indicate that the first protrusion 103 is arranged on the upper surface of the first box body 100, but does not limit the connection relationship between the lower surface of the first protrusion 103 and the upper surface of the first box body 100.

[0044] Optionally, the first protrusion 103 protrudes in a direction away from the upper surface of the first box body 100 .

[0045] Optionally, at least a portion of the lower surface of the first protrusion 103 is connected to the upper surface of the first box body 100 .

[0046] For example, the entire area of ​​the lower surface of the above-mentioned first raised portion 103 is connected to the upper surface of the first box body 100, that is, the above-mentioned first raised portion 103 is a closed whole, so that the lower surface of the above-mentioned first raised portion 103 is in contact with the upper surface of the first box body 100; for another example, the bottom surface of the above-mentioned first raised portion 103 is hollowed out, so that the hollow portion of the lower surface of the above-mentioned first raised portion 103 is not connected to the upper surface of the first box body 100; for another example, the lower surface of the above-mentioned first raised portion 103 is provided with a connection point, and the connection point is used to connect with the upper surface of the first box body 100.

[0047] Furthermore, when the first protrusion 103 can be disposed on the upper surface of the first box body 100 in a variety of ways, the protrusion directions of the first protrusion 103 can also be in a variety of directions, for example, Figure 1 As shown, the first protrusion 103 protrudes upward relative to the upper surface of the first box body 100; of course, in various connection methods, the first protrusion 103 can also protrude laterally relative to the upper surface of the first box body 100, or can protrude upward and laterally at the same time.

[0048] Based on this, the embodiment of the present application does not specifically limit the connection method between the above-mentioned first protrusion 103 and the upper surface of the first box body 100. Any connection method that can enable the above-mentioned first protrusion 103 to be set on the upper surface of the first box body 100 belongs to the protection scope of the embodiment of the present application. Similarly, the embodiment of the present application does not specifically limit the protruding direction of the above-mentioned first protrusion 103. Any protruding direction of the above-mentioned first protrusion 103 away from the upper surface of the above-mentioned first box body 100 belongs to the protection scope of the embodiment of the present application.

[0049] Optionally, in order to achieve further integration of the gate, the main authority panel 102 may be disposed inside the first raised portion 103 .

[0050] The communication board 102 is used to establish a communication connection with the mobile terminal so that the mobile terminal can obtain the jump path information of the gate management interface and jump to the gate management interface based on the jump path information.

[0051] The main authority board 101 is used to establish a communication connection with the mobile terminal, and based on the communication connection with the mobile terminal, receive a gate configuration instruction for a target configuration object; and perform a configuration operation according to the configuration information carried by the gate configuration instruction.

[0052] Among them, the gate configuration instruction is generated based on the user's selection operation of the configuration item of the target configuration object in the gate management interface, and the configuration operation at least includes: a storage operation for configuration information, or an update operation for the recorded historical configuration information of the target configuration object.

[0053] In the embodiment of the present application, after the main authority board 101 and the communication board 102 included in the gate are powered on, they can respectively communicate with the mobile terminal. In the case where the communication board 102 is in communication with the mobile terminal, the mobile terminal can obtain the path jump information of the gate management interface recorded by the communication board 102, and jump to the gate management interface based on the above path jump information.

[0054] Optionally, the above-mentioned jump path information may include: the jump address and jump password of the above-mentioned gate management interface. Then, after reading the above-mentioned jump path information, the above-mentioned mobile terminal can directly jump to the interface indicated by the above-mentioned jump address, and log in to the interface indicated by the above-mentioned jump address through the above-mentioned jump password, thereby opening and displaying the above-mentioned gate management interface in the display interface. At this point, the above-mentioned mobile terminal completes the jump to the above-mentioned gate management interface.

[0055] Furthermore, the user can click on the configuration items of each configuration object in the gate management interface displayed by the mobile terminal, and the mobile terminal can generate gate configuration instructions and configuration information for the target configuration object based on the above-mentioned click operation. Among them, the embodiment of the present application does not limit the specific type of the above-mentioned mobile device, and the above-mentioned mobile terminal can be various mobile devices such as mobile phones, tablet computers, smart watches, etc.

[0056] For example, as shown in FIG2 (a), it is a schematic diagram of a gate management interface. The user can click the "channel parameter configuration" icon to enter the schematic diagram of the channel parameter configuration page shown in FIG2 (b). At this time, the target configuration object is the blocking device of the gate, that is, the door wing. Afterwards, in the channel parameter configuration page, the user can click on the "opening speed", "closing speed", "daily traffic configuration" and other options, and select the configuration information that meets the requirements in the drop-down menu that appears in response to the click operation. For example, as shown in FIG2 (c), it is a schematic diagram of the drop-down menu that appears when clicking "closing speed". The drop-down menu can be regarded as the opening speed configuration page. In this way, the user can click on the appropriate closing speed in the drop-down menu shown in FIG2 (c), for example, the speed 4 selected by checking in FIG2 (c).

[0057] In this way, the mobile terminal can send the gate configuration instruction carrying the above configuration information to the main authority board 101 based on the communication connection with the main authority board 101. Furthermore, the main authority board 101 can receive the gate configuration instruction based on the communication connection with the mobile terminal, and perform the configuration operation according to the configuration information carried by the gate configuration instruction.

[0058] The above configuration operation may include: storage operation for configuration information. For example, when performing initial information configuration for a newly installed gate, if the configuration information of the target configuration object of the gate recorded by the main authority board 101 is empty, the main authority board 101 may record the received configuration information to complete the initial information configuration for the newly installed gate.

[0059] The above configuration operation may include: an update operation for the recorded historical configuration information of the target configuration object. For example, when adjusting the configuration information of the gate according to the change of the application field requirements, the main authority board 101 records the historical configuration information of the target configuration object of the gate, and the main authority board 101 can update the recorded historical configuration information to the configuration information carried by the received gate configuration instruction, and complete the adjustment of the gate configuration information.

[0060] In order to prevent non-management personnel from configuring the gate, it is usually necessary to set different configuration permissions for different personnel. Therefore, when the above-mentioned mobile terminal jumps to the gate management interface based on the above-mentioned jump path information, the user needs to perform configuration permission authentication by entering login information in the gate management interface, and when the configuration permission authentication is passed, that is, the user has the configuration permission, the user clicks on the configuration items of each configuration object in the gate management interface displayed by the mobile terminal, so that the mobile terminal generates a gate configuration instruction.

[0061] Optionally, when the mobile terminal jumps to the gate management interface based on the jump path information, the interface displayed by the mobile terminal may be an authority authentication interface, so that the user can perform verification operations in the authority authentication interface. Thus, the mobile terminal generates a verification instruction based on the verification operation, and sends the verification instruction to the main authority board 101 based on the communication connection with the main authority board 101. The verification instruction may carry the user information of the user. The main authority board 101 responds to the verification instruction and determines whether the user has the configuration authority through the correspondence between the pre-recorded user information and the configuration authority. When the main authority board 101 determines that the user has the configuration authority, it means that the user can pass the management authority authentication. The main authority board 101 can send the management interface to the mobile terminal based on the communication connection, and the mobile terminal can jump from the authority authentication interface to the management interface. In this way, the user can click on the configuration items of each configuration object on the management interface displayed by the mobile terminal, and the mobile terminal can generate gate configuration instructions based on the above-mentioned clicking operations, and send the above-mentioned gate configuration instructions to the main authority board 101 based on the communication connection with the main authority board 101.

[0062] For example, when the mobile terminal jumps to the gate management interface based on the above jump path information, the following is displayed: Figure 3 The login interface shown, the user enters the account number and password in the above login interface, and clicks the login button. At this time, the mobile terminal sends a verification instruction to the target main authority board based on the communication connection with the main authority board 101, and the verification instruction carries the account number and password entered by the above user. The main authority board 101 responds to the above verification instruction, and determines whether the above user has the configuration authority through the above account number and password through the correspondence between the pre-recorded user information and the configuration authority. When the main authority board 101 determines that the above user has the configuration authority, it means that the user can pass the configuration authority authentication.

[0063] As can be seen from the above, by applying the solution provided in the embodiment of the present application, the information configuration of the gate can be realized only through the communication connection between the mobile terminal and the communication board and the main authority board set by the gate. Among them, the above configuration process is time-consuming, which can greatly shorten the duration of suspension of the gate during the information configuration process, thereby alleviating the inconvenience of traffic caused by the suspension of the gate during the information configuration process, simplifying the gate configuration process, and improving the gate configuration efficiency. In addition, since in the above configuration process, the external devices set up only include mobile terminals, and there is no need to carry a laptop and an Internet cable to the location of the gate, and there is no need to find the IP address of the gate separately, therefore, it can also reduce the management burden of the management personnel and improve the efficiency of gate management, and realize convenient configuration of the gate.

[0064] Usually, the gate can verify whether the vehicle, person or other object has the permission to pass through the gate by means of image recognition. Therefore, the gate can be provided with a lens assembly for collecting the image of the object close to the gate for the above-mentioned permission verification. In order to protect the lens assembly from damage due to human factors, weather or other reasons, the lens assembly can be set in the above-mentioned first raised portion 103. In addition, in order to maintain the traffic order of the scene where the gate is located, it is necessary to guide the vehicles, people or other objects near the gate so that these objects can pass through or leave the gate smoothly. Therefore, a light assembly for traffic guidance can also be set on the gate. Similarly, in order to protect the light assembly from damage due to human factors, weather or other reasons, the light assembly can also be set in the above-mentioned first raised portion 103.

[0065] Based on this, optionally, in a specific implementation, a lens assembly and a first indicator light assembly are disposed in the first raised portion 103, the lens of the lens assembly is exposed to an opening on the shell of the first raised portion 103, and the light-emitting body of the first indicator light assembly is embedded in the shell of the first raised portion 103.

[0066] Among them, optionally, the illuminant of the above-mentioned first indicator light assembly may include an RGW lamp board, so that the constant current source chip can be driven by three PWM (Pulse width modulation) to respectively power the lamp beads of different colors in the RGW lamp board, so that by adjusting the duty cycle of PWM, the brightness of the lamp beads of different colors in the RGW lamp board is adjusted, so that the lights emitted by the lamp beads of different colors with different brightness are mixed together to achieve the emission of different types of lights. Among them, R is the abbreviation of Red, G is the abbreviation of Green, and W is the abbreviation of White.

[0067] Optionally, the light emitter of the first indicator light assembly may also be an RGB light board, so that the constant current source chip can be driven by three PWM (Pulse width modulation) to respectively power the lamp beads of different colors in the RGB light board, thereby adjusting the brightness of the lamp beads of different colors in the RGB light board by adjusting the duty cycle of PWM, so that the lights emitted by the lamp beads of different colors with different brightness are mixed together to achieve the emission of different types of lights. Among them, R is the abbreviation of Red, G is the abbreviation of Green, and B is the abbreviation of Blue.

[0068] Furthermore, the lens of the lens assembly may be located inside the protruding portion, or may be facing outside the protruding portion and embedded in an opening on a shell of the protruding portion, so as to be exposed to the opening on the shell of the protruding portion.

[0069] For example, as shown in FIG. 4 (a), it is a schematic diagram of a first protruding portion 103, in which a lens assembly and a first indicator light assembly are provided, and the lens of the lens assembly is exposed to the openings 1031 and 1032 on the shell of the first protruding portion 103. The lens assembly is a binocular camera, and the two cameras included therein can be exposed to the openings 1031 and 1032, respectively. In this way, the lens of the lens assembly can capture images around the gate outside the first protruding portion 103 through the openings 1031 and 1032, and then the lens can capture images of objects such as vehicles and personnel approaching the gate. In addition, the illuminant 1033 of the first indicator light assembly is embedded in the shell of the first protruding portion 103, so that the illuminant of the first indicator light assembly can guide objects such as vehicles and personnel approaching the gate to pass through or leave the gate through different lighting effects, so as to achieve the passage guidance of these objects and ensure the passage order of the scene where the gate is located. Furthermore, as shown in FIG4( b ), it is a schematic diagram of a specific example of a gate machine provided with the first protruding portion 103 shown in FIG4( a ).

[0070] As mentioned above, the communication board 102 , the lens assembly and the first indicator light assembly are disposed in the first protruding portion 103 , and the communication board 102 can be disposed on the top or side of the lens assembly.

[0071] Accordingly, in this specific implementation, the above-mentioned target configuration object may include: a first indicator light component, and accordingly, the above-mentioned configuration information may include: a correspondence between the object traffic status determined based on the image captured by the lens component and the lighting effect of the first indicator light component.

[0072] The main authority board 101 is specifically used to receive the gate configuration instruction for the first indicator light component based on the communication connection with the mobile terminal, and perform the configuration operation according to the corresponding relationship carried by the gate configuration instruction;

[0073] The above-mentioned lens assembly is specifically used to collect images of a preset collection area and send the images to the main authority board;

[0074] The main authority board 101 is also used to determine the target traffic state obtained based on the image, and control the first indicator light component to present the target lighting effect corresponding to the target traffic state in the corresponding relationship.

[0075] In this specific implementation, during the actual use of the gate, objects such as vehicles and personnel that are close to the gate may or may not have the permission to pass through the gate, and the images captured by the gate may include images of objects or images that do not include objects. Even, for the images that are captured and include objects, the images included may be complete objects or incomplete objects. Based on different objects and the different contents of the images captured by the image acquisition device, different traffic states of objects close to the gate can be determined. Therefore, when configuring the gate information, the user can predict the traffic states of various objects that may be determined during the use of the gate, and then configure corresponding equivalents for different object traffic states.

[0076] Based on this, the user can select the configuration item of the first indicator light component in the gate management page displayed by the mobile terminal to configure the lighting effect of the first indicator light component of the gate corresponding to the passage status of different objects. The mobile terminal can generate the correspondence between the passage status of the object determined based on the image captured by the lens component and the lighting effect of the first indicator light component as configuration information based on the above selection operation, and generate a gate configuration instruction for the first indicator light component carrying the above configuration information. In this way, the above main authority board 101 can receive the gate configuration instruction for the first indicator light component based on the communication connection with the mobile terminal, and perform the configuration operation according to the correspondence carried by the gate configuration instruction.

[0077] Accordingly, in this specific implementation, the lens assembly can collect images of the preset collection area and send the images to the main authority board 101. For example, the lens assembly and the main authority board 101 are connected via a signal line, and the lens assembly can send the images to the main authority board 101 via the signal line. Considering the real-time nature of the light effect of the gate to guide traffic, the lens assembly sends the collected images to the main authority board 101 in real time.

[0078] The lens assembly can collect images within its own field of view, so the collection area can be pre-set according to the collection field of view of the lens assembly as the preset collection area. For example, the collection field of view of the lens assembly itself is set as the preset collection area.

[0079] Optionally, the lens assembly may include: a visible light lens, an infrared light lens, and an image sensor (Sensor). The visible light lens may collect visible light signals in the visible light band of a preset collection area, and send visible light image signals to the image sensor; and the infrared light lens may be used to collect infrared signals in the infrared band of a preset collection area, and transmit the infrared signals to the image sensor; for example, the infrared light lens may be provided with a filter for filtering infrared light in a specified band, so that when light passes through the filter, light other than infrared light in the specified band is filtered, and infrared light in the specified band passes through the filter and enters the infrared light lens, becoming an infrared signal in the infrared band collected by the infrared light lens. In this way, the image sensor is used to generate an image of the preset collection area based on the visible light signal and the infrared signal.

[0080] After the above-mentioned lens assembly captures an image of the preset capture area, the main authority board 101 can determine the target traffic status obtained based on the above-mentioned image, and control the above-mentioned first indicator light assembly to present the target lighting effect corresponding to the above-mentioned target communication status in the above-mentioned corresponding relationship, that is, control the light-emitting body of the above-mentioned first indicator light assembly to present the target lighting effect.

[0081] Generally, objects passing through the gate may include various types such as people and vehicles. Below, taking the object including people as an example, the manner in which the main authority panel 101 determines the target passage status obtained based on the above image is illustrated.

[0082] Optionally, in a specific implementation, the main authority board 101 determines the target traffic status obtained based on the above image, which may include the following steps 11-14.

[0083] Step 11: Detect whether there is a person in the image;

[0084] Step 12: When a person is detected in the image, whether the person is located in a preset verification area;

[0085] Step 13: When a person is detected to be in a preset verification area, the facial image of the person in the image is determined, and by identifying the authority of the facial image, it is verified whether the person has the authority to pass through the gate;

[0086] Step 14: Based on the obtained detection results and verification results, determine the target traffic status obtained based on the image.

[0087] In this specific implementation, during the actual use of the gate, there are usually multiple people near the gate, and the purposes of different people approaching the gate can be varied. For example, some people want to pass through the gate, and some people just pass by the gate without passing through the gate. When a person wants to pass through the gate, the person gradually approaches the gate. Therefore, it can be considered that the person who is closer to the gate is the person who wants to pass through the gate. Therefore, it is necessary to verify the passing authority of these people who are closer to the gate to determine whether the driving device that controls the blocking device of the gate drives the blocking device to perform the door opening action to open the gate. Therefore, a verification area can be set in advance as a preset verification area, and for people located in the preset verification area, it is further verified whether they have the gate passing authority. Among them, the preset acquisition area of ​​the above-mentioned lens assembly can cover the above-mentioned preset verification area.

[0088] Among them, the above-mentioned preset verification area can be set in a variety of ways. For example, the above-mentioned preset collection area is set as the preset verification area; for example, for a one-way gate, a fan-shaped area with the gate as the center, a specified length as a radius and facing the gate's travel direction is set as the preset verification area; for example, for a two-way gate, a circular area with the gate as the center and a specified length as a radius is set as the preset verification area, etc.

[0089] Among them, optionally, as shown in Figure 4 (a), since the above-mentioned lens assembly has a binocular camera, the image captured by the above-mentioned lens assembly can have depth information. In this way, the distance between the detected person and the above-mentioned lens assembly can be calculated based on the depth information of the image, and then, whether the person is located in the preset verification area can be determined based on the distance.

[0090] After receiving the image sent by the lens assembly, the main authorization board 101 detects whether there is a person in the image. Considering the real-time nature of the light effect of the gate to guide traffic, the main authorization board 101 detects whether there is a person in the image in real time.

[0091] In the case where it is detected that no person exists in the image, the main authority board 101 may directly discard the image, for example, delete the image, so as to reduce the occupancy of the storage system by invalid images.

[0092] Afterwards, when it is detected that there is a person in the above image, the main authority board 101 can detect whether the person in the image is located in a preset verification area.

[0093] Among them, when it is detected that the person in the image is not located in the preset verification area, it can be considered that there is a certain possibility that the person wants to pass through the gate, and the person can be reminded to approach the gate to enter the preset verification area.

[0094] When it is detected that the person in the image is located in the preset verification area, it can be considered that the person has a high possibility of wanting to pass through the gate, and it is necessary to verify whether the person has the right to pass. Therefore, the main authority panel 101 can determine the facial image of the person in the image, and verify whether the person has the right to pass through the gate by identifying the authority of the above facial image.

[0095] For example, the main authority board 101 may be pre-set with an image library, which stores facial images of people who have the right to pass through the gate. After determining that the above facial image is obtained, the main authority board 101 may match the obtained facial image with the facial image stored in the image library. When the image library stores a facial image whose similarity with the obtained facial image is higher than a specified similarity threshold, the main authority board 101 can determine that the person has the right to pass through the gate. Otherwise, the main authority board 101 can determine that the person does not have the right to pass through the gate. Of course, the main authority board 101 can also verify whether the person in the image has the right to pass through the gate by identifying the authority of the facial image in other ways, and this embodiment of the present application does not make specific limitations on this.

[0096] At this point, the main authority board 101 can obtain the detection results and verification results obtained by executing the above steps 11-13, so that the main authority board 101 can determine the target traffic status obtained based on the above image based on the above detection results and verification results.

[0097] As can be seen from the above, in the case where the object includes a person as an example, the target traffic status obtained by the main authority board 101 based on the above image may include the following four situations:

[0098] The first case: the target traffic status represents that there is no person in the image.

[0099] The second situation: the target traffic status represents that there is a person in the image, and the person is not in the preset verification area.

[0100] The third situation: there is a person in the target traffic status representation image, the person is located in the preset verification area, and the person has the permission to pass the gate.

[0101] The fourth situation: there is a person in the target traffic status representation image, the person is located in the preset verification area, and the person does not have the permission to pass the gate.

[0102] Correspondingly, in the case where the target configuration object includes the above-mentioned first indicator light component, the user can configure the lighting effect of the corresponding first indicator light component for the object traffic status corresponding to the above-mentioned three situations respectively, and the correspondence between the object traffic status determined based on the image captured by the lens component and the lighting effect of the first indicator light component is used as configuration information.

[0103] For example, for the first case above, if there is no person in the object traffic status representation image, the lighting effect of the corresponding first indicator light component is configured as: no light.

[0104] In the second case above, if there is a person in the object traffic status representation image and the person is not in the preset verification area, the lighting effect of the corresponding first indicator light component is configured as: a first type of lighting effect for prompting the person to move to the preset verification area. Exemplarily, the first type of lighting effect is: continuous white light.

[0105] For the third situation above: there is a person in the object passage status representation image, the person is in the preset verification area, and the person has the right to pass the gate, then the lighting effect of the corresponding first indicator light component is configured as: the second type of lighting effect for prompting the person to pass the gate. Exemplarily, the second type of lighting effect is: flashing green light.

[0106] For the fourth situation above: there is a person in the object passage status representation image, the person is in the preset verification area, and the person does not have the right to pass the gate, the lighting effect of the corresponding first indicator light component is configured as: the third type of lighting effect for prompting the person that he does not have the right to pass. Exemplarily, the third type of lighting effect is: flashing red light.

[0107] As described above, optionally, in a specific implementation, the main authority board 101 controls the first indicator light component to present a target lighting effect corresponding to the target traffic state in a corresponding relationship, which may include the following steps 21-23.

[0108] Step 21: When there is a person in the target traffic status representation image and the person is not located in the preset verification area, control the first indicator light component to present a first type of lighting effect for prompting the person to move to the preset verification area.

[0109] Step 22: When there is a person in the target traffic status representation image, the person is located in the preset verification area, and the person has the right to pass through the gate, the first indicator light component is controlled to present a second type of lighting effect for prompting the person to pass through the gate.

[0110] Step 23: When there is a person in the target traffic status representation image, the person is located in the preset verification area, and the person does not have the right to pass through the gate, control the first indicator light component to present a third type of lighting effect for prompting the person that he does not have the right to pass.

[0111] As mentioned above, usually, when the main authority board 101 detects the presence of a person in the image and the person is located in the preset verification area, the person may not be looking at the above-mentioned lens assembly because he or she may be talking to people around him or checking the situation around him or her. Therefore, when the main authority board 101 further determines the facial image of the person, it may not be able to obtain the complete facial image of the person, thereby affecting the accuracy of the subsequent verification of the person's gate pass authority.

[0112] Based on this, optionally, in a specific implementation method, the main authority panel 101 executes the above step 13 and determines the facial image of the person in the image when it detects that a person is located in a preset verification area, and verifies whether the person has the right to pass through the gate through authority recognition of the facial image, which may include the following step 131.

[0113] Step 131: When it is detected that there is a person in the image and it is determined that the facial image of the person in the image is a complete image, whether the person has the permission to pass through the gate is verified by identifying the permission of the facial image.

[0114] Correspondingly, in this specific implementation, the main authority board 101 controls the first indicator light component to present the target lighting effect corresponding to the target traffic state in the corresponding relationship, and may also include the following step 24.

[0115] Step 24: When there is a person in the target traffic status representation image, the person is located in the preset verification area, and the complete facial image of the person has not been obtained, the first indicator light component is controlled to present the fourth type of lighting effect for prompting the person to look directly at the lens of the lens component.

[0116] In this specific implementation, when there is a person in the image, the person is located in a preset verification area, and the facial image of the person in the image is determined to be a complete image, the main authority panel 101 verifies whether the person has the authority to pass through the gate by identifying the authority of the above facial image.

[0117] Based on this, taking the case where the object includes a person as an example, the target passage status obtained by the main authority board 101 based on the above image can also include the following situations: the target passage status represents the existence of a person in the image, the person is located in a preset verification area, and the complete facial image of the person has not been determined.

[0118] For the object traffic state corresponding to the above target communication state, when configuring the lighting effect of the corresponding first indicator light component, the user can configure the following corresponding relationship: if the object traffic state represents that there is a person in the image, the person is located in the preset verification area, and the complete facial image of the person has not been determined, then the lighting effect of the corresponding first indicator light component is configured as: the fourth type of lighting effect for prompting the person to look directly at the lens of the lens component. Exemplarily, the fourth type of lighting effect is flashing yellow light.

[0119] In this way, when the main authority board 101 determines that there is a person in the target passage status representation image and the person is located in the preset verification area, but has not obtained a complete facial image of the person, the main authority board 101 can control the first indicator light component to present the fourth type of lighting effect for prompting the person to look directly at the lens of the lens component.

[0120] As can be seen from the above, different lighting effects of the first indicator light component can be used to guide the passage of vehicles, people and other objects close to the gate, thereby ensuring the passage order of the scene where the gate is located. Therefore, in order to avoid the influence of each lighting effect of the first indicator light component on the passage guidance of subsequent objects, and to save the energy consumed by the first indicator light component in presenting the lighting effect, the first indicator light component can be controlled to stop presenting the lighting effect when certain conditions are met, that is, the light emitter of the first indicator light component is notified to stop emitting light.

[0121] For example, the main authority board 101 can control the first indicator light component to stop presenting the lighting effect when the above-mentioned person cannot be detected in the image subsequently sent by the lens component. For another example, according to the size of the gate, the speed of the object, etc., it can be estimated how long it takes for the object to pass through the gate from the preset verification area. Then, the main authority board 101 can control the first indicator light component to stop presenting the lighting effect when the lighting effect presentation time of the first indicator light component reaches a certain time.

[0122] Based on this, optionally, in a specific implementation, the target configuration object may include: a first indicator light component, and the configuration information may also include: the lighting effect presentation duration of the first indicator light component.

[0123] Correspondingly, in this specific implementation, the main authority board 101 can also be used to: control the first indicator light component to stop presenting the lighting effect each time the first indicator light component is controlled to present the target lighting effect to obtain the lighting effect presentation duration.

[0124] As mentioned above, in some cases, the target traffic state determined by the main authority board 101 can indicate that objects such as vehicles and personnel have the right to pass through the gate. In these cases, the main authority board 101 can control the driving device of the blocking device to drive the blocking device to perform the door opening action, open the gate passage, and allow the above-mentioned objects to pass through the gate. In order to avoid objects that do not have the right to pass through the gate following objects that have the right to pass through the gate through the gate, causing safety hazards, the passage time of the gate can be pre-configured to ensure that objects that have the right to pass through the gate can pass through the gate smoothly, while avoiding objects that do not have the right to pass through the gate following objects that have the right to pass through the gate through the gate.

[0125] Based on this, optionally, in a specific implementation, the target configuration object may include a blocking device, and the configuration information may include the passage time of the blocking device. The passage time may be understood as: when the main authority board 101 controls the driving device of the blocking device to drive the blocking device to perform the door opening action and open the gate passage, the duration of the blocking device being in the open state; when the duration of the blocking device being in the open state reaches the passage time, the main authority board 101 controls the driving device of the blocking device to drive the blocking device to perform the door opening action and close the gate passage.

[0126] Correspondingly, in this specific implementation, the above-mentioned main authority panel 101 can also be used to control the driving device to drive the blocking device to perform the door closing action after each time the driving device of the blocking device drives the blocking device to perform the door opening action, when the length of time that the blocking device is in the open state reaches the passing time.

[0127] In this specific implementation, when the passage duration of the blocking device is configured, each time the driving device of the blocking device is controlled to drive the blocking device to perform the door opening action, the main authority board 101 can record the duration of the blocking device being in the open state. When the duration of the blocking device being in the open state reaches the passage duration, the main authority board 101 can control the driving device to drive the blocking device to perform the door closing action, so that the blocking device begins to be in the closed state.

[0128] Generally, in order to better guide the passage of objects near the gate, in addition to using the lighting effect of the above-mentioned first indicator light assembly for guidance, voice reminders can also be used to ensure more accurate and clearer passage guidance for objects near the gate.

[0129] Based on this, optionally, in a specific implementation, the gate is provided with a voice playback device.

[0130] The above-mentioned voice playing device can be set at any position of the gate, for example, the voice playing device can be set on the upper surface of the first box 100 and separated from the first protrusion 103, or can be set in the first protrusion 103, or can be set inside the first box 100. In addition, when the gate includes two boxes, the above-mentioned voice playing device can also be set on another box other than the first box 100. This embodiment of the present application does not make specific limitations.

[0131] Accordingly, in this specific implementation, the target configuration object includes: a first indicator light component, and the configuration information includes: on the basis of the corresponding relationship between the object traffic state determined based on the image collected by the lens component and the light effect of the first indicator light component, the configuration information may also include: a mapping relationship between the object traffic state and voice information. Thus, in this specific implementation, the main authority board 101 is also used to:

[0132] The voice playback device is controlled to output the target voice information corresponding to the target traffic state in the mapping relationship.

[0133] That is, in the embodiment of the present application, when configuring the gate, the correspondence between the passage status of the object determined based on the image captured by the lens component, the lighting effect of the first indicator light component, and the voice information will be configured.

[0134] In this way, when the main authority board 101 determines the above-mentioned target traffic status, it can simultaneously control the first indicator light component to present the target lighting effect corresponding to the target traffic status in the corresponding relationship, and the voice playback device outputs the target voice information corresponding to the target traffic status in the mapping relationship.

[0135] In some cases, considering the energy consumed by the first indicator light component to present various lighting effects, and the need for the intensity of the various lighting effects presented by the first indicator light component to meet the needs of the current environment, for example, when the light intensity of the current environment is too large or too small, the intensity of the various lighting effects presented by the first indicator light component can be easily and clearly captured by personnel. Therefore, different light brightness modes can be configured for the first indicator light component to meet the needs of different environments.

[0136] Optionally, in a specific implementation, the target configuration object includes: a first indicator light component, and the configuration information includes: based on the correspondence between the object traffic status determined based on the image captured by the lens component and the lighting effect of the first indicator light component, the configuration information may also include: the light brightness mode of the first indicator light component, and the light brightness mode may include an automatic brightness mode or a fixed brightness mode.

[0137] Correspondingly, in this specific implementation, the main authority board 101 controls the first indicator light component to present a target lighting effect corresponding to the target traffic state in the corresponding relationship, which may include the following steps 25-26.

[0138] Step 25: When the light brightness mode is the fixed brightness mode, the first indicator light component is controlled to present a target light effect corresponding to the target traffic state in the corresponding relationship according to the fixed brightness value indicated by the fixed brightness mode.

[0139] Step 26: When the light brightness mode is the automatic brightness mode, the first indicator light component is controlled to present a target light effect corresponding to the target traffic state in a corresponding relationship according to a brightness value that matches the current light brightness.

[0140] The current light brightness is detected by the ambient light detection sensor set up by the gate.

[0141] In addition, the main authority board 101 is also used to receive the current light brightness sent by the ambient light detection sensor when the light brightness mode is the automatic brightness mode.

[0142] In this specific implementation, when the light brightness mode of the first indicator light component is configured as a fixed brightness mode, the main authority board 101 can control the first indicator light component to present the target lighting effect corresponding to the target traffic status in the corresponding relationship according to the fixed brightness value indicated by the fixed brightness mode.

[0143] Among them, optionally, when the light brightness mode of the first indicator light component is configured as a fixed brightness mode, the main authority board 101 can poll the brightness value pre-set for the first indicator light component according to a certain period. If the set brightness value is not the fixed brightness value indicated by the above-mentioned fixed brightness mode, the set brightness value is adjusted to the above-mentioned fixed brightness value, so that when the first indicator light component presents various lighting effects, the light brightness emitted is the above-mentioned fixed brightness value.

[0144] Optionally, when the gate provided in the embodiment of the present application is powered off, the brightness value set for the first indicator light component before the power outage can still be retained. Then, when the gate is powered on again, the brightness value set for the first indicator light component before the power outage is the default brightness value of the first indicator light component after power is powered on again.

[0145] Accordingly, in this specific implementation, the gate can be provided with an ambient light detection sensor, such as a photosensitive sensor, and the ambient light detection sensor is communicatively connected to the main authority board 101. The ambient light detection sensor can be arranged at any position of the gate, as long as it can detect the light brightness of the environment where the gate is located. For example, the ambient light detection sensor can be arranged on the upper surface of the first box 100 and separated from the first protrusion 103, or it can be arranged in the first protrusion 103. Moreover, in the case where the gate includes two boxes, the ambient light detection sensor can also be arranged on another box other than the first box 100. This embodiment of the present application does not make specific limitations. It can be on the gate.

[0146] Thus, in this specific implementation, the above-mentioned ambient light detection sensor can be used to detect the current light brightness of the ambient light in the current environment, and send the current light brightness to the main authority board 101. Furthermore, when the light brightness mode of the first indicator light component is configured as the automatic brightness mode, the main authority board 101 can control the first indicator light component to present the target light effect corresponding to the target traffic state in the corresponding relationship according to the brightness value matching the current light brightness.

[0147] Among them, optionally, the correspondence between the light brightness and the brightness value can be pre-set, and the main authority board 101 can store the above-mentioned correspondence between the light brightness and the brightness value, so that after receiving the current light brightness sent by the above-mentioned ambient light detection sensor, the brightness value corresponding to the received current light brightness can be searched in the above-mentioned correspondence, thereby controlling the first indicator light component to present the above-mentioned target lighting effect according to the brightness value found above.

[0148] Optionally, the main authority board 101 can poll the light brightness mode of the first indicator light component and the current brightness value set for the first indicator light component according to a set polling cycle. In this way, in response to polling that the light brightness mode of the first indicator light component is a fixed brightness mode, if the current brightness value is not the fixed brightness value indicated by the above-mentioned fixed brightness mode, the current brightness value is adjusted to the above-mentioned fixed brightness value, so that when the first indicator light component presents the lighting effect, the light brightness emitted by the component is the above-mentioned fixed brightness value. In response to polling that the light brightness mode of the first indicator light component is an automatic brightness mode, if the current brightness value is not a brightness value that matches the current light brightness of the ambient light, the current brightness value is adjusted to a brightness value that matches the current light brightness of the ambient light, so that when the first indicator light component presents the lighting effect, the light brightness emitted by the component is a brightness value that matches the current light brightness of the ambient light.

[0149] When the illumination intensity of the ambient light is too low, the image quality of the image captured by the lens assembly may be affected, for example, the image clarity may be low, thereby affecting the subsequent detection and verification of the image by the main authority board 101.

[0150] Based on this, optionally, the gate provided in the embodiment of the present application may also be provided with a fill light panel, and the fill light panel is provided inside the first raised portion 103. Optionally, the fill light panel may be an infrared fill light panel.

[0151] Accordingly, in this specific implementation, the master control panel 101 can also be used to control the fill light panel to fill light when the brightness of the current light received is less than the specified brightness. The specified brightness can be set according to the relationship between the image quality of the image collected by the lens assembly and the brightness of the light, which is not specifically limited in this embodiment of the application.

[0152] Generally, the gate machine may include one box or two boxes. When the gate machine includes one box, the box may be used as the first box; and when the gate machine includes two boxes, the two boxes may be used as the first box and the second box respectively.

[0153] For example, the box body serving as the main channel may be referred to as the first box body, and the box body serving as the slave channel may be referred to as the second box body. This embodiment of the present application does not make any specific limitation on this.

[0154] Based on this, optionally, in a specific implementation, the gate provided in the embodiment of the present application may further include a second box body, and a second protrusion is provided on the upper surface of the second box body, a second indicator light assembly is provided in the second protrusion, and the light-emitting body of the second indicator light assembly is embedded in the shell of the second protrusion.

[0155] Correspondingly, in this specific implementation, the main authority board 101 is also used to control the second indicator light component to present the same lighting effect as the first indicator light.

[0156] In this specific implementation, in order to improve the effect of the gate machine using lighting effects to guide traffic, lighting components can be respectively set on the two boxes of the gate machine. Thus, when the main authority panel 101 determines the above-mentioned target traffic status, it can simultaneously control the first lighting component set in the first box 100 and the second indicator light component set in the second box to present the target lighting effect corresponding to the above-mentioned target traffic status, that is, the first lighting component set in the first box 100 and the second indicator light component set in the second box can present the same target lighting effect, thereby enhancing the attractiveness of the target lighting effect to personnel, and further improving the traffic guiding effect of the lighting effect.

[0157] Depending on the application scenario, the gate machine can usually have multiple working states, such as controlled state, normally open state and normally closed state.

[0158] The so-called controlled state means that when no object approaches, the passage of the gate is in a closed state and cannot pass; when an object approaches, the gate passage is opened or closed according to whether the object has the authority to pass. For example, when the object has the authority to pass, the driving device that controls the blocking device of the gate drives the blocking device to perform the door opening action to open the gate to let the person pass, and when the object does not have the authority to pass, the gate remains closed. Usually, the above-mentioned lighting effect control for the first lighting component is performed when the working state of the gate is in a controlled state.

[0159] The so-called normally open state means that no matter whether there is someone approaching or not, the gate is in the open state, and objects can pass through the gate freely; the so-called normally closed state means that no matter whether there is an object approaching or not, the gate is in the closed state and no passage is allowed.

[0160] Based on this, optionally, in a specific implementation, the target configuration object includes: a blocking device, and the configuration information includes: a working state and a preset time range of the gate, and the working state includes: a normally open state, or a normally closed state;

[0161] Accordingly, in this specific implementation,

[0162] The main authority board 101 is specifically used to receive a gate configuration instruction for the first indicator light component based on a communication connection with the mobile terminal, and perform a configuration operation according to the corresponding relationship carried by the gate configuration instruction.

[0163] The main authority panel 101 is also used to control the blocking device to be in an open state within a preset time range by driving the blocking device to perform a door opening action by controlling the driving device of the blocking device when the configuration information includes a normally open state.

[0164] The main authority panel 101 is also used to control the driving device to drive the blocking device to perform a door closing action when the configuration information includes a normally closed state, and control the blocking device to be in a closed state within a preset time range.

[0165] In this specific implementation, the user can configure the working state of the gate and the preset time range for the gate to be in the configured working state. The configured working state of the gate can be a normally open state or a normally closed state.

[0166] In this way, when the working state of the gate is configured as the normally open state, when the time reaches the starting moment of the above-mentioned preset time range, the main authority board 101 can drive the blocking device to perform the door opening action by controlling the driving device of the blocking device, and control the blocking device to start in the open state. For example, if the blocking device of the gate is a door wing, the main authority board 101 can control the driving device of the door wing to drive the door wing to rotate to the open position, thereby putting the door wing in the open state. Then, within the entire preset time range, the blocking device will remain in the open state until the time reaches the end moment of the above-mentioned preset time range.

[0167] Accordingly, when the working state of the gate is configured as a normally closed state, when the time reaches the starting moment of the above-mentioned preset time range, the main authority board 101 can drive the blocking device to perform a door closing action by controlling the driving device of the blocking device, and control the blocking device to be in a closed state. For example, if the blocking device of the gate is a door wing, the main authority board 101 can control the driving device of the door wing to drive the door wing to rotate to a closed position, thereby putting the door wing in a closed state. Furthermore, within the entire preset time range, the blocking device will remain in a closed state until the time reaches the end moment of the above-mentioned preset time range.

[0168] Among them, optionally, in some cases, when the above-mentioned target configuration object includes: a blocking device, the above-mentioned configuration information may only include: the working status of the gate, and the above-mentioned working status may include: a normally open state, or a normally closed state.

[0169] In these cases, the main authority board 101 can control the blocking device to open the door by controlling the driving device of the blocking device when the configuration information includes the normally open state, and control the blocking device to be in the open state. In this case, the blocking device will always be in the open state, so that vehicles, personnel and other objects can pass through the gate freely until the main authority board 101 receives an instruction for instructing the driving device to close the door. For example, the main authority board 101 receives a gate configuration instruction carrying a normally closed state, and the main authority board receives a gate configuration instruction carrying a controlled state, so as to control whether the blocking device is opened according to whether the object has the passing authority of the gate.

[0170] Accordingly, the main authority board 101 can control the blocking device to be in a closed state by controlling the driving device of the blocking device to drive the blocking device to perform a door closing action when the configuration information includes a normally closed state. In this case, the blocking device will always be in a closed state, so that vehicles, personnel and other objects cannot pass through the gate machine regardless of whether they have the passing authority of the gate machine, until the main authority board 101 receives an instruction for instructing the driving device to perform a door opening action. For example, the main authority board 101 receives a gate machine configuration instruction carrying a normally open state, and the main authority board receives a gate machine configuration instruction carrying a controlled state, so as to control whether the blocking device is opened according to whether the object has the passing authority of the gate machine.

[0171] For example, as shown in Figure 2 (a), "in" and "out" are used to represent the direction of the gate. The direction indicated by the arrow of "in" is the direction of the gate represented by "in", while the direction of the gate represented by "out" is opposite to the direction of the gate represented by "in". The user can configure the working state of "in" for the gate by clicking the "normally open" or "normally closed" icon below "in". When the "normally open" icon is clicked, vehicles, people and other objects can freely pass through the gate in the direction represented by "in", and when the "normally closed" icon is clicked, the above objects cannot pass through the gate in the direction represented by "in". Correspondingly, the user can configure the working state of "exit" for the gate by clicking the "normally open" or "normally closed" icon below "exit". When the "normally open" icon is clicked, vehicles, personnel and other objects can pass through the gate freely along the travel direction represented by the "exit". When the "normally closed" icon is clicked, the above objects cannot pass through the gate along the travel direction represented by the "exit".

[0172] Among them, when the target configuration object includes: a blocking device, and the configuration information includes: the working status of the gate, regardless of whether the above configuration information includes a preset time range, when the gate is in the working state included in the configuration information, the main authority panel 101 can control the above first lighting component to present a lighting effect corresponding to the working state included in the configuration information.

[0173] Based on this, optionally, when the target configuration object includes: a blocking device, and the configuration information includes: the working status of the gate, regardless of whether the above configuration information includes a preset time range, the above configuration information also includes: a lighting effect corresponding to the working status included in the configuration information.

[0174] The main authority board 101 can also be used to control the first lighting component to present the lighting effect included in the configuration information.

[0175] For example, when the working state included in the above configuration information is the normally open state, the light-emitting body of the above first lighting component is controlled to continuously emit green light; when the working state included in the above configuration information is the normally closed state, the light-emitting body of the above first lighting component is controlled to continuously emit red light.

[0176] Typically, in some cases, when a gate control page is displayed on a mobile terminal, the user may also select a control item of a target control object in the gate management page to control the target control object in real time.

[0177] For example, as shown in FIG2 (a), when a vehicle, person or other object wishes to pass through the gate in the direction of travel represented by “Direction”, the user can control the gate to open by clicking the “Open Door” icon below “Direction”.

[0178] Based on this, optionally, in a specific implementation, such as Figure 5 As shown, the gate machine also includes a second box body 200 , the second box body 200 is provided with a slave channel plate 201 , and the first box body 100 is provided with a master authority plate 104 .

[0179] The slave channel board 201 is a hardware unit for controlling some box components of the second box 200 to perform some control actions, and the master channel board 104 is a hardware unit for controlling some box components of the first box 100 to perform some control actions. The master channel board 104 and the slave channel board 201 can be directly connected using a communication bus to achieve data synchronization.

[0180] Furthermore, in this specific implementation, it is not limited that the above-mentioned master authority board, master channel board, slave channel board and communication board must be separate hardware units in physical form. The above-mentioned hardware units located in the same box can exist independently, or can be integrated into one or more hardware units, for example, they can be integrated into hardware units of the same physical form (for example, on the same circuit board), or they can be integrated into multiple circuit boards. For example, the master authority board and the master channel board located in the first box can be integrated on a circuit board, and the communication board can be a separate circuit board, independent of the circuit board integrated with the above-mentioned master authority board and the master channel board.

[0181] Accordingly, in this specific implementation,

[0182] The main authority board 101 is also used to receive gate control instructions for a target control object based on a communication connection with a mobile terminal; and send gate control instructions to the main channel board.

[0183] Among them, the gate control instruction is generated based on the user's selection operation of the control item of the target control object in the gate management interface.

[0184] The main channel board 104 is used to control the target control object located in the first box when the target control object is set in the first box, execute the target action indicated by the gate control instruction for realizing the control project, and / or synchronize the gate control instruction to the slave channel board when the target control object is set in the second box.

[0185] The slave channel plate 201 is used to control the target control object located in the second box and execute the target action when receiving the gate control instruction.

[0186] In this specific implementation, when the gate management interface is displayed in the mobile terminal through the communication connection between the communication board 102 and the mobile terminal, the user can select the control item of the target control object in the gate management interface displayed by the mobile terminal, so that the mobile terminal generates a gate control instruction for the target control object in response to the selection operation. After generating the gate control instruction, the mobile terminal can send the gate control instruction to the main authority board 101 through the communication connection with the main authority board 101. At this point, the main authority board 101 can receive the gate control instruction for the target control object based on the communication connection with the mobile terminal, and then the main authority board 101 can send the gate control instruction to the main channel board 104.

[0187] Among them, considering that the above-mentioned target control object may include a control object set on the first box 100, may include a control object set on the second box 200, and may also include a control object set on the first box 100 and a control object set on the second box 200. Therefore, the main channel plate 104 can perform corresponding operations according to the specific content of the above-mentioned target control object. Specifically:

[0188] In the case where the first box 100 is provided with the target control object, the main channel plate 104 can control the target control object located in the first box 100 to execute the target action indicated by the gate control instruction for realizing the control item.

[0189] For example, the target control object includes a warning light set on the first box body 100, and the target control instruction is to light up the indicator light. Then, when the main channel board 104 receives the target control instruction, it can light up the warning light set on the first box body 100.

[0190] Based on this, optionally, a first display screen is embedded on the housing of the first protrusion 103, the control instruction includes a display instruction, and the target control object includes the first display screen. Then the main channel plate 104 controls the target control object located in the first box to execute the target action indicated by the gate control instruction for realizing the control item, which may include the following step 31.

[0191] Step 31: Control the first display screen to display the display content carried by the display instruction.

[0192] That is, when the target control object includes a first display screen, the first display screen is the target control object arranged in the first box 100, and the above-mentioned main channel panel 104 can directly control the first display screen to execute the display action indicated by the display instruction to display the display content carried by the above-mentioned display instruction, for example, control the first display screen to display the word "Welcome".

[0193] In some cases, when the second box 200 is provided with a target control object, the target control object located in the second box 200 performs the target action indicated by the gate control instruction for realizing the control item, which is controlled by the slave channel plate 201 located in the second box 200. For example, when the target control object includes a door wing, the main channel plate 104 provided in the first box 100 is used to control the door wing provided on the first box 100 to perform the above target action, and the slave channel plate 201 provided in the second box 200 is used to control the door wing provided on the second box 200 to perform the above target action.

[0194] Since the gate control instructions are sent by the mobile terminal to the main authority board 101 based on the communication connection with the main authority board 101, and then sent by the main authority board 101 to the main channel board 104, when the target control object is set in the second box 200, the main channel board 104 further synchronizes the gate control instructions to the slave channel board 201.

[0195] For example, a direct communication bus may be reserved between the main channel board 104 and the slave channel board 201, exemplarily an RS-485 interface, a CAN (Controller Area Network) bus, etc., so that the two can communicate directly through the direct communication bus. Thus, after receiving the gate control instruction, when the target control object is set in the second box 200, the main channel board 104 can synchronize the gate control instruction to the slave channel board 201 through the direct communication bus.

[0196] In this way, when receiving the gate control instruction, the slave channel plate 201 can control the target control object located in the second box 200 and execute the target action indicated by the gate control instruction for realizing the control item.

[0197] Based on this, optionally, in a specific implementation, the above-mentioned target control object may include a blocking device.

[0198] Typically, a gate machine with two boxes includes two blocking devices respectively arranged in the two boxes, that is, a blocking device is arranged in the first box 100 and the second box 200, that is, a target control object is arranged in the first box 100 and the second box 200.

[0199] Accordingly, in this specific implementation, the main authority board 101 receives the gate control instruction for the target control object based on the communication connection with the mobile terminal, which may include the following step 41.

[0200] Step 41: Based on the communication connection with the mobile terminal, an action execution instruction for the blocking device is received as a gate control instruction.

[0201] The main channel board 104 controls the target control object located in the first box, and executes the target action indicated by the gate control instruction for realizing the control project, which may include the following step 42.

[0202] Step 42: Control the driving device of the blocking device located in the first box to execute the action indicated by the action execution instruction, so as to drive the blocking device located in the first box to execute the door opening action or the door closing action.

[0203] When receiving the gate control instruction, the slave channel plate 201 controls the target control object located in the second box to perform the target action, which may include the following step 43.

[0204] Step 43: Control the driving device of the blocking device located in the second box to execute the action indicated by the action execution instruction, so as to drive the blocking device located in the second box to execute the door opening action or the door closing action.

[0205] In this specific implementation, the main authority board 101 can receive an action execution instruction for the blocking device as a gate control instruction based on the communication connection with the mobile terminal. The action execution instruction can be a door opening instruction, and the action indicated by it is a door opening action, and the action execution instruction can also be a door closing instruction, and the action indicated by it is a door closing action.

[0206] Thus, after receiving the action execution instruction, the master channel plate 104 can control the driving device of the blocking device located in the first box 100 to execute the action indicated by the action execution instruction, so as to drive the blocking device located in the first box to execute the door opening action or the door closing action. Correspondingly, after receiving the action execution instruction, the slave channel plate 201 controls the driving device of the blocking device located in the second box 200 to execute the action indicated by the action execution instruction, so as to drive the blocking device located in the second box to execute the door opening action or the door closing action.

[0207] In addition, optionally, in some cases, when the above-mentioned main channel board 104 and / or the slave channel board 201 receive the above-mentioned gate management instruction, they may not immediately control the target control object to execute the target action indicated by the gate control instruction for realizing the control project, but instead control the target control object to execute the target action indicated by the gate control instruction for realizing the control project when the execution conditions of the gate management instruction are met.

[0208] For example, the gate management instruction may be: when the gate is opened, light up the warning light set on the box. Then, when the main channel plate 104 and / or the slave channel plate 201 receive the gate management instruction, they will store the gate management instruction. Then, when a person passes through the gate, the gate is opened. Then, the main channel plate 104 and / or the slave channel plate 201 can control the warning light set in the box where they are located to light up.

[0209] Optionally, in a specific implementation, the communication board 102 includes an NFC tag board, and the main authority board 101 is provided with a WIFI module.

[0210] For example, Figure 6 As shown, the communication board disposed in the first protrusion 103 is an NFC tag board, and the master authority board 101 is provided with a WIFI module. Accordingly, in this specific implementation:

[0211] The communication board 102 is connected to the mobile terminal for communication so that the mobile terminal obtains the jump path information of the gate management interface and jumps to the gate management interface based on the jump path information, which may include the following step 1:

[0212] Step 1: When the NFC function of the mobile terminal is turned on and the mobile terminal is close to the NFC tag board, an NFC connection is established with the mobile terminal so that the mobile terminal reads the jump path information of the gate management interface recorded on the NFC tag board and jumps to the gate management interface based on the jump path information.

[0213] The main authority board 101 is connected to the mobile terminal for communication, and based on the communication connection with the mobile terminal, receives the gate configuration instruction for the target configuration object, which may include the following step 2:

[0214] Step 2: After starting the WIFI module, set the WIFI module to AP mode so that the mobile terminal can establish a WIFI connection with the main authority board when it enters the signal coverage range corresponding to the AP mode and turns on the WIFI function, and based on the WIFI connection, receive the gate configuration instructions for the target configuration object.

[0215] In this specific implementation, after the main authority board 101 is powered on, the WIFI module can be started and the WIFI module can be set to AP mode. In this way, the main authority board 101 can form a wireless local area network by itself, and the WIFI module is an AP in the wireless local area network. Furthermore, a mobile terminal that enters the signal coverage corresponding to the AP mode and turns on the WIFI module can serve as a terminal in the above wireless local area network, establish network communication with the above main authority board 101, and access the above main authority board 101 through the form of the WIFI local area network.

[0216] That is to say, after the main authority board 101 starts the WIFI module and sets the WIFI module to AP mode, the mobile terminal can establish a WIFI connection with the main authority board 101 when it enters the signal coverage range corresponding to the AP mode and turns on the WIFI function. Among them, after the main authority board 101 starts the WIFI module and sets the WIFI module to AP mode, the main authority board 101 will be used as a hotspot and a wireless router, and the mobile terminal with the WIFI function turned on can search for wireless networks, so that when it enters the signal coverage range corresponding to the above-mentioned AP mode, the wireless local area network of the above-mentioned main authority board 101 can be searched, and the mobile terminal can join the wireless local area network of the main authority board 101. At this time, the main authority board 101 can be reached through the mobile terminal, and the main authority board 101 can be operated.

[0217] Furthermore, in this specific implementation, the communication board 102 includes an NFC tag board, which can record the path jump information of the preset gate management interface, and the NFC tag board can exchange data with a device using NFC technology close to itself. Therefore, when the above-mentioned mobile terminal turns on the NFC function and solves the NFC tag board, the NFC tag board can establish an NFC connection with the above-mentioned mobile terminal, so that the above-mentioned mobile terminal can read the above-mentioned jump path information recorded by the NFC tag board. In this way, after receiving the above-mentioned jump path information, the above-mentioned mobile terminal can jump to the gate management interface based on the jump path information, and display the above-mentioned gate management interface in the display interface.

[0218] Among them, since the NFC tag board supports near field communication based on NFC technology, the above-mentioned proximity to the NFC tag board can generally be understood as: the distance between the above-mentioned mobile terminal and the NFC tag board is not greater than or less than the specified near field communication distance. For example, the above-mentioned specified near field communication distance is 3 cm. If the above-mentioned mobile terminal turns on the NFC function and the distance from the NFC tag board is less than 3 cm, the above-mentioned mobile terminal can establish an NFC connection with the target communication board, or, if the above-mentioned mobile terminal turns on the NFC function and the distance from the NFC tag board is not greater than 3 cm, the above-mentioned mobile terminal can establish an NFC connection with the NFC tag board.

[0219] That is, in this specific implementation, since the NFC tag plate is disposed in the first protrusion 103, when the mobile terminal turns on the NFC function, the user can make the mobile terminal jump to the gate management interface by bringing the mobile terminal close to or touching the first protrusion 103, so that the gate management interface is displayed in the display interface of the mobile terminal. Optionally, the gate management interface can be a WEB interface.

[0220] Among them, Figure 7 As shown, in the case where the communication board 102 includes an NFC tag board, the NFC tag board may include an NFC TAG chip, an NFC antenna, and a power management unit, wherein the NFC TAG chip is integrated with an I2C communication module, and the NFC TAG chip may be a programmable and erasable chip. Figure 7 In the NFC tag board shown, the NFC TAG chip records the jump path information of the gate management interface. The NFC antenna is an NFC induction coil, so the mobile terminal approaching the NFC tag board can be understood as the mobile terminal approaching the NFC antenna.

[0221] As mentioned above, in this specific implementation, when the above-mentioned main authority board 101 starts its own WIFI module and sets the WIFI module to AP mode, and the above-mentioned communication board 102 includes an NFC tag board, when the mobile terminal with both WIFI and NFC functions turned on enters the signal coverage corresponding to the above-mentioned AP mode and approaches the communication board 102, the mobile terminal can establish an NFC connection with the communication board 102 and establish a WIFI connection with the main authority board 101, and then the mobile terminal can jump to the gate management interface. In this way, the user can select the configuration item for the target configuration object in the gate management interface displayed by the mobile terminal, so that the mobile terminal generates a gate configuration instruction for the target configuration object in response to the above-mentioned selection operation, and sends the above-mentioned gate configuration instruction to the above-mentioned main authority board 101 connected to WIFI.

[0222] The communication board 102 may record the jump path information of the pre-set gate management interface, and the jump path information recorded in the communication board 102 may be sent by the main authority board 101 after power-on.

[0223] Based on this, optionally, in a specific implementation, the master authority board 101 is further used to send the above jump path information to the communication board 102 through a specified transmission protocol after power-on;

[0224] Correspondingly, in this specific implementation, the communication board 102 is also used to receive the above-mentioned jump path information sent by the main authority board 101.

[0225] In this specific implementation, the master authority board 101 records the jump path information of the gate management interface that is preset. After the master authority board 101 is powered on, it can send the jump path information to the communication board 102 through a specified transmission protocol. In this way, the communication board 102 can receive the jump path information and record the jump path information. After that, after the communication board 102 establishes a communication connection with the mobile terminal, the mobile terminal can read the jump path information recorded by the communication board 102.

[0226] Corresponding to the gate provided in the above-mentioned embodiment of the present application, the embodiment of the present application also provides a gate configuration method.

[0227] The gate configuration method can be applied to a gate, the gate includes a first box, the upper surface of the first box is provided with a first protrusion, the first protrusion is provided with a communication board, and the first box is provided with a master authority board. The gate configuration method can include the following steps S801-S804.

[0228] S801: The communication board is connected to the mobile terminal for communication, so that the mobile terminal obtains the jump path information of the gate management interface, and jumps to the gate management interface based on the jump path information.

[0229] S802: The main authority board establishes a communication connection with the mobile terminal.

[0230] S803: The main authority board receives a gate configuration instruction for a target configuration object based on a communication connection with the mobile terminal; wherein the gate configuration instruction is generated based on a user's selection operation of a configuration item of the target configuration object in the gate management interface.

[0231] S804: The main authority board performs a configuration operation according to the configuration information carried by the gate configuration instruction; wherein the configuration operation at least includes: a storage operation for the configuration information, or an update operation for the recorded historical configuration information of the target configuration object.

[0232] As can be seen from the above, by applying the solution provided in the embodiment of the present application, a first protrusion can be set on the upper surface of the first box included in the gate, and a communication board can be set in the first protrusion, and a main authority board can be set in the first box. When configuring the information of the gate, the mobile terminal can establish communication connections with the above-mentioned communication board and the main authority board respectively, so that the mobile terminal can obtain the path jump information of the gate management page recorded by the communication board, and jump to the gate management interface based on the above-mentioned path jump information. Furthermore, the user can select the configuration item of the target configuration object in the gate management interface displayed by the mobile terminal, so that the mobile terminal generates a gate configuration instruction. The main authority board can receive the above-mentioned gate configuration instruction based on the communication connection with the mobile terminal, and perform the configuration operation according to the configuration information carried by the gate configuration instruction to realize the information configuration of the gate.

[0233] Based on this, by applying the solution provided in the embodiment of the present application, the information configuration of the gate can be realized only through the communication connection between the mobile terminal and the communication board and the main authority board set by the gate. Among them, the above configuration process is relatively short, which can greatly shorten the duration of suspension of the gate during the information configuration process, thereby alleviating the inconvenience of traffic caused by the suspension of the gate during the information configuration process, simplifying the gate configuration process, and improving the gate configuration efficiency. In addition, since in the above configuration process, the external devices set up only include mobile terminals, and there is no need to carry a laptop and an Internet cable to the location of the gate, and there is no need to separately find the IP (Internet Protocol) address of the gate, therefore, it can also reduce the management burden of the management personnel and improve the efficiency of gate management, and realize convenient configuration of the gate.

[0234] Optionally, in a specific implementation, a lens assembly and a first indicator light assembly are disposed in the first raised portion, a lens of the lens assembly is exposed to an opening on a housing of the first raised portion, and a light emitter of the first indicator light assembly is embedded in the housing of the first raised portion; the target configuration object includes: the first indicator light assembly, and the configuration information includes: a correspondence between a traffic state of an object determined based on an image captured by the lens assembly and a light effect of the first indicator light assembly;

[0235] The above step S802, in which the main authority board receives the gate configuration instruction for the target configuration object based on the communication connection with the mobile terminal, may include the following step 8021.

[0236] Step 8021: Based on the communication connection with the mobile terminal, a gate configuration instruction for the first indicator light assembly is received, and a configuration operation is performed according to the corresponding relationship carried by the gate configuration instruction.

[0237] The method further comprises:

[0238] The lens assembly collects an image of a preset collection area and sends the image to the main authority board;

[0239] The main authority board determines a target traffic state obtained based on the image, and controls the first indicator light component to present a target lighting effect corresponding to the target traffic state in the corresponding relationship.

[0240] Optionally, in a specific implementation, the gate is provided with a voice playback device, the target configuration object further includes: the voice playback device, the configuration information further includes: a mapping relationship between the object's traffic status and the voice information; the method further includes:

[0241] The main authority board controls the voice playing device to output the target voice information corresponding to the target traffic status in the mapping relationship.

[0242] Optionally, in a specific implementation, the configuration information also includes: a light brightness mode of the first indicator light component; the light brightness mode includes: an automatic brightness mode or a fixed brightness mode.

[0243] The main authority board controls the first indicator light component to present a target light effect corresponding to the target traffic state in the corresponding relationship, including:

[0244] When the light brightness mode is: the fixed brightness mode, controlling the first indicator light component to present the target light effect corresponding to the target traffic state in the corresponding relationship according to the fixed brightness value indicated by the fixed brightness mode;

[0245] When the light brightness mode is: in the automatic brightness mode, the first indicator light component is controlled to present the target light effect corresponding to the target traffic state in the corresponding relationship according to the brightness value matching the current light brightness; wherein the current light brightness is detected by the ambient light detection sensor provided in the gate;

[0246] The method further comprises:

[0247] When the light brightness mode is the automatic brightness mode, the main authority board receives the current light brightness sent by the ambient light detection sensor.

[0248] Optionally, in a specific implementation, the main authority board controls the first indicator light component to present a target lighting effect corresponding to the target traffic state in the corresponding relationship, including:

[0249] When the target traffic status indicates that there is a person in the image and the person is not located in a preset verification area, controlling the first indicator light component to present a first type of lighting effect for prompting the person to move to the preset verification area;

[0250] When the target passage state indicates that there is a person in the image, the person is located in the preset verification area, and the person has the right to pass through the gate, the first indicator light component is controlled to present a second type of lighting effect for prompting the person to pass through the gate;

[0251] When the target passage status indicates that there is a person in the image, the person is located in the preset verification area, and the person does not have the right to pass through the gate, the first indicator light component is controlled to present a third type of lighting effect for prompting the person that he does not have the right to pass.

[0252] Optionally, in a specific implementation, the main authority board determines the target traffic status obtained based on the image, including:

[0253] Detecting whether there is a person in the image;

[0254] In the case where a person is detected in the image, detecting whether the person is located in the preset verification area;

[0255] In the case where it is detected that the person is located in the preset verification area, determining the facial image of the person in the image, and verifying whether the person has the permission to pass through the gate by identifying the permission of the facial image;

[0256] Based on the obtained detection result and verification result, the target traffic status obtained based on the image is determined.

[0257] Optionally, in a specific implementation, the main authority board verifies whether the person has the permission to pass the gate by identifying the permission of the facial image, including:

[0258] When it is detected that there is a person in the image and it is determined that the facial image of the person in the image is a complete image, verifying whether the person has the permission to pass through the gate by identifying the permission of the facial image;

[0259] The main authority board controls the first indicator light component to present a target light effect corresponding to the target traffic state in the corresponding relationship, including:

[0260] When the target passage status indicates that there is a person in the image, the person is located in the preset verification area, and it is not determined that a complete facial image of the person is obtained, the first indicator light assembly is controlled to present a fourth type of lighting effect for prompting the person to look directly at the lens of the lens assembly.

[0261] Optionally, in a specific implementation, the gate further includes a second box body, a second protrusion is provided on the upper surface of the second box body, a second indicator light assembly is provided in the second protrusion, and a light emitting body of the second indicator light assembly is embedded in the housing of the second protrusion; the method further includes:

[0262] The main authority board controls the second indicator light component to present the same lighting effect as the first indicator light.

[0263] Optionally, in a specific implementation, the target configuration object includes: a blocking device, and the configuration information includes: the working status and a preset time range of the gate, and the working status includes: a normally open state, or a normally closed state; the above step S802, the main authority board receives the gate configuration instruction for the target configuration object based on the communication connection with the mobile terminal, and may include the following step 8022.

[0264] Step 8022: The main authority board receives a gate configuration instruction for the first indicator light assembly based on the communication connection with the mobile terminal, and performs a configuration operation according to the corresponding relationship carried by the gate configuration instruction.

[0265] The method further comprises:

[0266] In a case where the configuration information includes the normally open state, the blocking device is controlled to be in an open state within the preset time range by controlling the driving device of the blocking device to drive the blocking device to perform the door opening action; in a case where the configuration information includes the normally closed state, the blocking device is controlled to be in a closed state within the preset time range by controlling the driving device to drive the blocking device to perform the door closing action.

[0267] Optionally, in a specific implementation, the target configuration object includes: a blocking device, and the configuration information includes: a passage time of the blocking device; and the method further includes:

[0268] The main authority panel controls the driving device of the blocking device to drive the blocking device to perform the door opening action each time, and when the duration of the blocking device being in the open state reaches the passage duration, controls the driving device to drive the blocking device to perform the door closing action.

[0269] Optionally, in a specific implementation, the gate further includes a second box, the second box is provided with a secondary channel plate, and the first box is further provided with a primary channel plate; the method further includes:

[0270] The main authority board receives a gate control instruction for a target control object based on a communication connection with the mobile terminal; and sends the gate control instruction to the main channel board; wherein the gate control instruction is generated based on a user's selection operation of a control item of the target control object in the gate management interface;

[0271] The master channel board controls the target control object located in the first box to execute the target action indicated by the gate control instruction for realizing the control item when the target control object is provided in the first box, and / or synchronizes the gate control instruction to the slave channel board when the target control object is provided in the second box;

[0272] When receiving the gate control instruction, the slave channel plate controls the target control object located in the second box to perform the target action.

[0273] Optionally, in a specific implementation, the target control object includes: a blocking device;

[0274] The main authority board receives a gate control instruction for a target control object based on a communication connection with the mobile terminal, including:

[0275] The main authority board receives the action execution instruction for the blocking device as the gate control instruction based on the communication connection with the mobile terminal;

[0276] The main channel board controls the target control object located in the first box to execute the target action indicated by the gate control instruction for realizing the control item, including:

[0277] The main channel plate controls the driving device of the blocking device located in the first box to execute the action indicated by the action execution instruction, so as to drive the blocking device located in the first box to execute the door opening action or the door closing action;

[0278] The slave channel board controls the target control object located in the second box to perform the target action, including:

[0279] The slave channel plate controls the driving device of the blocking device located in the second box to execute the action indicated by the action execution instruction, so as to drive the blocking device located in the second box to execute the door opening action or the door closing action.

[0280] Optionally, in a specific implementation, a first display screen is embedded on the shell of the first protrusion, and the gate control instruction includes: a display instruction; and the target control object includes: the first display screen.

[0281] The main channel board controls the target control object located in the first box to execute the target action indicated by the gate control instruction for realizing the control item, including:

[0282] The main channel board controls the first display screen to display the display content carried by the display instruction.

[0283] Optionally, in a specific implementation, a lens assembly is disposed in the first raised portion, a lens of the lens assembly is exposed to an opening on a housing of the first raised portion, the communication board is located on the top or side of the lens assembly, the communication board includes an NFC tag board, and the main authority board is provided with a WIFI module;

[0284] In the above step S801, the communication board is connected to the mobile terminal for communication so that the mobile terminal obtains the jump path information of the gate management interface and jumps to the gate management interface based on the jump path information, which may include the following step 8011:

[0285] Step 8011: When the mobile terminal turns on the NFC function and is close to the NFC tag board, the communication board and the mobile terminal are connected by NFC, so that the mobile terminal reads the jump path information of the gate management interface recorded by the NFC tag board, and jumps to the gate management interface based on the jump path information;

[0286] The above step S802, wherein the main authority board communicates with the mobile terminal, may include the following step S8023:

[0287] Step 8023: After starting the WIFI module, the main authority board sets the WIFI module to AP mode, so that the mobile terminal can establish a WIFI connection with the main authority board when entering the signal coverage range corresponding to the AP mode and turning on the WIFI function;

[0288] The above step S803, wherein the main authority board receives the gate configuration instruction for the target configuration object based on the communication connection with the mobile terminal, may include the following step 8031:

[0289] Step 8031: The main authority board receives gate configuration instructions for the target configuration object based on the WIFI connection.

[0290] In the above embodiments, all or part of the embodiments may be implemented by software, hardware, firmware, or any combination thereof. When implemented by software, all or part of the embodiments may be implemented 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, all or part of the processes or functions described in the embodiments of the present application are generated.

[0291] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are 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 explicitly listed, or also includes elements inherent to such process, method, article or device. In the absence of further restrictions, the elements defined by the sentence "comprise a ..." do not exclude the existence of other identical elements in the process, method, article or device including the elements.

[0292] Each embodiment in this specification is described in a related manner, and the same or similar parts between the embodiments can be referred to each other, and each embodiment focuses on the differences from other embodiments. In particular, for the method embodiment, since it is basically similar to the gate embodiment, the description is relatively simple, and the relevant parts can be referred to the partial description of the method embodiment.

Claims

1. A gate machine, characterized in that: The gate comprises: a first box, a first protrusion is arranged on the upper surface of the first box, a communication board is arranged in the first protrusion, and a master authority board is arranged in the first box; The communication board is used to establish a communication connection with the mobile terminal, so that the mobile terminal obtains the jump path information of the gate management interface, and jumps to the gate management interface based on the jump path information; The main authority board is used to establish a communication connection with the mobile terminal, and based on the communication connection with the mobile terminal, receive a gate configuration instruction for a target configuration object; and perform a configuration operation according to the configuration information carried by the gate configuration instruction; wherein the gate configuration instruction is generated based on a user's selection operation of a configuration item of the target configuration object in the gate management interface, and the configuration operation includes at least: a storage operation for the configuration information, or an update operation for the recorded historical configuration information of the target configuration object.

2. The gate according to claim 1, characterized in that: A lens assembly and a first indicator light assembly are disposed in the first raised portion, a lens of the lens assembly is exposed to an opening on the housing of the first raised portion, and a light emitter of the first indicator light assembly is embedded in the housing of the first raised portion; The target configuration object includes: the first indicator light component, and the configuration information includes: a correspondence between the object traffic state determined based on the image captured by the lens component and the lighting effect of the first indicator light component; The main authority board is specifically used to receive a gate configuration instruction for the first indicator light assembly based on a communication connection with the mobile terminal, and perform a configuration operation according to the corresponding relationship carried by the gate configuration instruction; The lens assembly is used to capture images of a preset capture area and send the images to the main authority board; The main authority board is further used to determine a target traffic status obtained based on the image, and control the first indicator light component to present a target lighting effect corresponding to the target traffic status in the corresponding relationship.

3. The gate according to claim 2, characterized in that: The gate is provided with a voice playing device, the target configuration object further includes: the voice playing device, and the configuration information further includes: a mapping relationship between the object's traffic status and the voice information; The main authority board is also used to control the voice playback device to output the target voice information corresponding to the target traffic status in the mapping relationship.

4. The gate according to claim 2, characterized in that: The configuration information also includes: a light brightness mode of the first indicator light component; the light brightness mode includes: an automatic brightness mode or a fixed brightness mode; The main authority board controls the first indicator light component to present a target lighting effect corresponding to the target traffic state in the corresponding relationship, including: When the light brightness mode is: the fixed brightness mode, controlling the first indicator light component to present the target light effect corresponding to the target traffic state in the corresponding relationship according to the fixed brightness value indicated by the fixed brightness mode; When the light brightness mode is: in the automatic brightness mode, the first indicator light component is controlled to present the target light effect corresponding to the target traffic state in the corresponding relationship according to the brightness value matching the current light brightness; wherein the current light brightness is detected by the ambient light detection sensor provided in the gate; The main authority board is further used for: when the light brightness mode is the automatic brightness mode, receiving the current light brightness sent by the ambient light detection sensor.

5. The gate according to claim 2, characterized in that: The main authority board controls the first indicator light component to present a target light effect corresponding to the target traffic state in the corresponding relationship, including: When the target traffic status indicates that there is a person in the image and the person is not located in a preset verification area, controlling the first indicator light component to present a first type of lighting effect for prompting the person to move to the preset verification area; When the target passage state indicates that there is a person in the image, the person is located in the preset verification area, and the person has the right to pass through the gate, the first indicator light component is controlled to present a second type of lighting effect for prompting the person to pass through the gate; When the target passage status indicates that there is a person in the image, the person is located in the preset verification area, and the person does not have the right to pass through the gate, the first indicator light component is controlled to present a third type of lighting effect for prompting the person that he does not have the right to pass.

6. The gate according to claim 2, characterized in that: The master authority board is specifically used for: Detecting whether there is a person in the image; In the case where a person is detected in the image, detecting whether the person is located in the preset verification area; In the case where it is detected that the person is located in the preset verification area, determining the facial image of the person in the image, and verifying whether the person has the permission to pass through the gate by identifying the permission of the facial image; Based on the obtained detection result and verification result, the target traffic status obtained based on the image is determined.

7. The gate according to claim 6, characterized in that: The master authority board is specifically used for: When it is detected that there is a person in the image and it is determined that the facial image of the person in the image is a complete image, verifying whether the person has the permission to pass through the gate by identifying the permission of the facial image; When the target passage status indicates that there is a person in the image, the person is located in the preset verification area, and it is not determined that a complete facial image of the person is obtained, the first indicator light assembly is controlled to present a fourth type of lighting effect for prompting the person to look directly at the lens of the lens assembly.

8. The gate machine according to claim 2, characterized in that: The gate machine also includes a second box body, the upper surface of the second box body is provided with a second protrusion, the second protrusion is provided with a second indicator light assembly, and the luminous body of the second indicator light assembly is embedded in the shell of the second protrusion; The main authority board is also used to control the second indicator light component to present the same lighting effect as the first indicator light.

9. The gate according to claim 1, characterized in that: The target configuration object includes: a blocking device, and the configuration information includes: a working state and a preset time range of the gate, and the working state includes: a normally open state or a normally closed state; The main authority board is specifically used to receive a gate configuration instruction for the first indicator light assembly based on a communication connection with the mobile terminal, and perform a configuration operation according to the corresponding relationship carried by the gate configuration instruction; The main authority panel is also used for, when the configuration information includes the normally open state, controlling the driving device of the blocking device to drive the blocking device to perform the door opening action, and controlling the blocking device to be in the open state within the preset time range; and when the configuration information includes the normally closed state, controlling the driving device to drive the blocking device to perform the door closing action, and controlling the blocking device to be in the closed state within the preset time range.

10. The gate according to claim 1, characterized in that: The target configuration object includes: a blocking device, and the configuration information includes: the passage time of the blocking device; The main authority panel is also used to control the driving device to drive the blocking device to perform the door closing action when the duration of the blocking device being in the open state reaches the passage duration each time the driving device of the blocking device is controlled to drive the blocking device to perform the door opening action.

11. The gate according to any one of claims 1 to 10, characterized in that: The gate machine further comprises a second box body, the second box body is provided with a secondary channel plate, and the first box body is also provided with a primary channel plate; The main authority board is further used to receive a gate control instruction for a target control object based on a communication connection with the mobile terminal; and send the gate control instruction to the main channel board; wherein the gate control instruction is generated based on a user's selection operation of a control item of the target control object in the gate management interface; The master channel board is used to control the target control object located in the first box, execute the target action indicated by the gate control instruction for realizing the control item, and / or, when the target control object is provided in the second box, synchronize the gate control instruction to the slave channel board; The slave channel plate is used to control the target control object located in the second box and execute the target action when receiving the gate control instruction.

12. The gate according to claim 11, characterized in that: The target control objects include: arresting devices; The main authority board receives a gate control instruction for a target control object based on a communication connection with the mobile terminal, including: Based on the communication connection with the mobile terminal, receiving an action execution instruction for the blocking device as a gate control instruction; The main channel board controls the target control object located in the first box to execute the target action indicated by the gate control instruction for realizing the control item, including: Controlling a driving device of the blocking device located in the first box to execute the action indicated by the action execution instruction, so as to drive the blocking device located in the first box to execute a door opening action or a door closing action; The slave channel board controls the target control object located in the second box to perform the target action, including: The driving device of the blocking device located in the second box is controlled to execute the action indicated by the action execution instruction, so as to drive the blocking device located in the second box to execute the door opening action or the door closing action.

13. The gate according to claim 11, characterized in that: A first display screen is inlaid on the housing of the first protruding part, and the gate control instruction includes: a display instruction; the target control object includes: the first display screen; The main channel board controls the target control object located in the first box to execute the target action indicated by the gate control instruction for realizing the control item, including: Control the first display screen to display the display content carried by the display instruction.

14. The gate according to claim 1, characterized in that: A lens assembly is disposed in the first raised portion, a lens of the lens assembly is exposed through an opening on the housing of the first raised portion, the communication board is located on the top or side of the lens assembly, the communication board includes an NFC tag board, and the main authority board is provided with a WIFI module; The communication board is connected to the mobile terminal for communication so that the mobile terminal obtains the jump path information of the gate management interface and jumps to the gate management interface based on the jump path information, including: When the mobile terminal turns on the NFC function and is close to the NFC tag board, an NFC connection is established with the mobile terminal, so that the mobile terminal reads the jump path information of the gate management interface recorded by the NFC tag board, and jumps to the gate management interface based on the jump path information; The main authority board is in communication connection with the mobile terminal, and based on the communication connection with the mobile terminal, receives a gate configuration instruction for a target configuration object, including: After starting the WIFI module, set the WIFI module to AP mode so that when the mobile terminal enters the signal coverage range corresponding to the AP mode and turns on the WIFI function, it can establish a WIFI connection with the main authority board, and based on the WIFI connection, receive the gate configuration instructions for the target configuration object.

15. A gate configuration method, characterized in that: Applied to a gate machine, the gate machine comprises a first box body, a first protrusion is arranged on the upper surface of the first box body, a communication board is arranged in the first protrusion, and the first box body is provided with a master authority board; the method comprises: The communication board is connected to the mobile terminal for communication, so that the mobile terminal obtains the jump path information of the gate management interface, and jumps to the gate management interface based on the jump path information; The main authority board is in communication connection with the mobile terminal; The main authority board receives a gate configuration instruction for a target configuration object based on a communication connection with the mobile terminal; wherein the gate configuration instruction is generated based on a user's selection operation of a configuration item of the target configuration object in the gate management interface; The main authority board performs configuration operations according to the configuration information carried by the gate configuration instruction; wherein the configuration operations at least include: a storage operation for the configuration information, or an update operation for the recorded historical configuration information of the target configuration object.

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