Gate system

Abstract

The embodiment of the invention provides a gate system, and relates to the technical field of gates. The system comprises at least three box bodies, and each passing channel is controlled by one set of box bodies and comprises a main box body and an auxiliary box body; the system comprises at least one main box body provided with a communication board; each main box body comprises a sovereign limit plate and a main channel plate of the passage channel; each slave box body comprises a slave authority board and a slave channel board of the passage channel; the communication board is in communication connection with the mobile terminal, so that the mobile terminal jumps to the gate management interface; the sovereignty plate of the main box body where the communication plate is located is in communication connection with the mobile terminal, and receives a gate management instruction for a specified passage; and sending the gate management instruction to the main channel plate and the slave channel plate of the specified passage channel, so that the main channel plate and the slave channel plate of the specified passage channel execute the gate management instruction. On the basis, by applying the method provided by the embodiment of the invention, the burden of management personnel can be reduced, and the management efficiency of the gate machine 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 system. 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 passageway, 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, in many places, such as subway stations, residential entrances and exits, office entrances and exits, etc., multiple gates can be set up for people to pass. Depending on the installation location of the gate and the application requirements, the relevant channel information of the gate needs to be configured, such as indicator light equivalence, passage time, etc. Once the gate fails, such as the barrier cannot be retracted, the card swiping sensing area fails, etc., the gate needs to be troubleshooted and repaired, and in order to ensure the normal operation of the gate, it may also be necessary to perform daily maintenance on the gate.

[0004] Currently, in the places where multiple gates are installed, when performing channel information configuration and daily maintenance on the multiple gates, it is usually necessary to use additional switches to manage the multiple gates in turn. For example, a separate switch is used to cascade the channels of each gate in turn to manage each gate one by one, or multiple gates are cascaded one by one with a large switch, and each gate is managed one by one after the cascading.

[0005] However, in the above-mentioned related technologies, each time multiple gates installed in a venue are managed, it is necessary to carry a switch and a network cable to the venue where the gates are located, and cascade the switch and each gate in turn to manage each gate one by one. As a result, the construction of network cable wiring when managing multiple gates is difficult and costly, and time-consuming. Therefore, it not only brings a great burden to the management personnel, but also makes the efficiency of gate management low. Summary of the invention

[0006] The purpose of the embodiment of the present application is to provide a gate system to reduce the burden on management personnel and improve the management efficiency of the gate. The specific technical solution is as follows:

[0007] The embodiment of the present application provides a gate system, the gate system comprising: at least three boxes, each passage of the gate system is controlled by a group of boxes among the three boxes, each group of boxes comprises a master box and a slave box; the gate system comprises at least one master box provided with a communication board;

[0008] The main box of each passageway includes: a master authority board and a master channel board of the passageway, the master authority board is communicatively connected with the master communication board, and the master authority board is communicatively connected with the slave authority boards of all passageways controlled by the box;

[0009] The slave box of each passageway comprises: a slave authority board and a slave channel board of the passageway, the slave authority board is communicatively connected with the slave channel board, and the slave authority board is communicatively connected with the master authority boards of all passageways controlled by the box;

[0010] 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;

[0011] The main authority board included in the main box where the communication board is located is used to communicate with the mobile terminal and receive gate management instructions for the designated access channel based on the communication connection with the mobile terminal; based on the communication connection between the main authority board and the slave authority board of each access channel, the gate management instructions are sent to the main channel board and the slave channel board of the designated access channel, so that the main channel board and the slave channel board of the designated access channel execute the gate management instructions when the execution conditions of the gate management instructions are met; wherein the gate management instructions are instructions generated based on the user's management operations in the gate management interface.

[0012] Optionally, in a specific implementation, the designated passage includes: all passages of the gate system;

[0013] The main authority board included in the main box where the communication board is located sends the gate management instruction to the main channel board and the slave channel board of the designated passage based on the communication connection between the main authority board and the slave authority board of each passage, including:

[0014] Sending the gate management instruction to the main channel board belonging to the same passage;

[0015] Send the gate management instruction to the slave authority board belonging to the same passage, so that when the box where the slave authority board is located includes a master authority board, the gate management instruction is sent to the master authority board included in the box where the slave authority board is located, so that the master authority board included in the box where the slave authority board is located sends the gate management instruction to the master channel board belonging to the same passage, and executes the step of sending the gate management instruction to the slave authority board belonging to the same passage;

[0016] If the main box where the communication board is located includes a slave authority board, the gate management instruction is sent to the slave authority board included in the box, so that the slave authority board included in the box sends the gate management instruction to the master authority board belonging to the same passage; if the box where the master authority board belonging to the same passage is located includes a slave authority board, the master authority board belonging to the same passage executes the step of sending the gate management instruction to the slave authority board included in the box;

[0017] The gate management instruction is sent to the slave channel board of each passage through the master channel board or the slave authority board of each passage.

[0018] Optionally, in a specific implementation, the master authority board included in the main box where the communication board is located uses the master channel board or each slave authority board of each passage channel to send the gate management instruction to each slave channel board, including:

[0019] The master channel board controlling each passageway synchronizes the gate management instruction to the slave channel boards belonging to the same passageway when receiving the gate management instruction;

[0020] or,

[0021] When receiving the gate management instruction, the slave authority board controlling each passage sends the gate management instruction to the slave channel boards belonging to the same passage.

[0022] Optionally, in a specific implementation, the main authority board included in the main box where the communication board is located is further used to:

[0023] Receiving a remote control adding instruction based on a communication connection with the mobile terminal, and determining a target passageway specified by the remote control adding instruction; wherein the remote control adding instruction is an instruction generated based on the remote control adding operation of the user in the gate management interface;

[0024] Instruct the main authority board of the target access channel to record the remote control identifier carried by the remote control adding instruction;

[0025] The main authority board of the target access channel is also used to: receive the remote control control instruction sent by the remote control, and compare whether the remote control identifier carried by the remote control control instruction is the same as the recorded remote control identifier; if they are the same, control the main channel board and slave channel board of the target access channel to execute the remote control control instruction.

[0026] Optionally, in a specific implementation, the target passage includes: a passage of the main box where the communication board is located;

[0027] The main authority board included in the main box where the communication board is located instructs the main authority board of the target passage to record the remote control identifier carried by the remote control addition instruction, including:

[0028] The remote control identifier carried in the remote control add instruction is recorded.

[0029] Optionally, in a specific implementation, the target passage includes: other passages other than the passage of the main box where the communication board is located;

[0030] The main authority board included in the main box where the communication board is located instructs the main authority board of the target passage to record the remote control identifier carried by the remote control addition instruction, including:

[0031] Based on the communication connection between the master authority board and the slave authority of each access channel, the remote control add instruction is sent to the master authority board of the target access channel indicated by the remote control add instruction, so that the master authority board of the target access channel records the remote control identifier carried by the remote control add instruction.

[0032] Optionally, in a specific implementation, the main authority board included in the main box where the communication board is located is provided with a WIFI module, and the communication board includes an NFC tag board;

[0033] 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:

[0034] When the mobile terminal turns on the NFC function and is close to the communication 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 communication board, and jumps to the gate management interface based on the jump path information;

[0035] The main authority board included in the communication box is in communication connection with the mobile terminal, and based on the communication connection with the mobile terminal, receives gate management instructions for the designated passage, including:

[0036] After starting the WIFI module, setting the WIFI module to AP mode, so that the mobile terminal can perform WIFI connection with the main authority board included in the communication box when entering the signal coverage range corresponding to the AP mode and turning on the WIFI function;

[0037] A gate management instruction for a designated passage is received based on the WIFI connection.

[0038] Optionally, in a specific implementation, a protrusion is provided on the upper surface of the box where the communication board is located, and the communication board is arranged in the protrusion.

[0039] Optionally, in a specific implementation, each authority board and each channel board included in the main box where the communication board is located is arranged in the raised portion.

[0040] Beneficial effects of the embodiments of the present application:

[0041] As can be seen from the above, by applying the solution provided by the embodiment of the present application, the gate system provided includes at least three boxes, and the above-mentioned at least three boxes can form multiple passages, and each passage is controlled by a group of boxes among the above-mentioned at least three boxes, and each group of boxes includes a master box and a slave box. Among them, the master box of each passage includes: the master authority board and the master channel board of the passage, and the master authority board is communicatively connected to the master channel board, and the master authority board is communicatively connected to the slave authority boards of all passages controlled by the box; the slave box of each passage includes: the slave authority board and the slave channel board of the passage, and the slave authority board is communicatively connected to the slave channel board, and the slave authority board is communicatively connected to the master authority board of all passages controlled by the box. In addition, in the above-mentioned communication channels included in the gate system, at least one main box is provided with a communication board. In this way, when managing a designated passageway among the multiple passageways of the gate system, the communication board and the master authority board included in the same main box can be used, and by means of the communication connection between the master authority board and the slave authority board of each passageway, the gate management instruction for the designated passageway can be transmitted to the master channel board and the slave channel board of the designated passageway, so that the master channel board and the slave channel board belonging to the designated passageway can execute the gate management instruction when the execution conditions of the gate management instruction are met. That is to say, in the embodiment of the present application, the communication board and the master authority board included in the same main box can be used, and by means of the communication connection between the master authority board and the slave authority board of each passageway, the management of any one or more passageways in the gate system can be realized.

[0042] Based on this, by applying the solution provided by the embodiment of the present application, when managing multiple gates included in the gate system, a communication board included in the main box of a passage and the main authority board of the passage are used, and a management operation is performed in the gate management interface displayed by the mobile terminal to achieve batch management of multiple gates, without the need to carry switches and network cables to the location of the gates, nor the need to cascade the switches and each gate in turn, and even more without the need to manage multiple gates that need to be managed one by one. Therefore, by applying the solution provided by the embodiment of the present application, when managing multiple gates of the same gate system, the management process can be greatly simplified, the management difficulty can be reduced, and the management cost can be saved, thereby reducing the burden on management personnel and improving management efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0043] 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.

[0044] Figure 1 A schematic diagram of the structure of a gate system provided in an embodiment of the present application;

[0045] Figure 2 A login interface of a gate management interface provided in an embodiment of the present application;

[0046] Figure 3 A schematic diagram of the structure of another gate system provided in an embodiment of the present application;

[0047] Figure 4 A schematic diagram of the structure of a box body included in a gate system provided in an embodiment of the present application;

[0048] FIG5 (a) is a schematic diagram of the structure of a master authority board provided in an embodiment of the present application;

[0049] FIG5( b ) is a schematic diagram of the structure of a slave authority board provided in an embodiment of the present application

[0050] FIG5( c ) is a schematic structural diagram of a main channel plate and a slave channel plate provided in an embodiment of the present application;

[0051] Figure 6 A schematic diagram of the structure of a communication board provided in an embodiment of the present application;

[0052] Figure 7 A schematic diagram of the structure of a box body included in a gate system provided in an embodiment of the present application;

[0053] Figure 8A physical picture of a box included in a gate system provided in an embodiment of the present application. DETAILED DESCRIPTION

[0054] 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.

[0055] Currently, in the related art, each time a plurality of gates installed in a venue are managed, it is necessary to carry a switch and a network cable to the venue where the gates are located, and cascade the switch and each gate in turn, so as to manage each gate one by one. As a result, the construction of network cable wiring when managing multiple gates is difficult and costly, and time-consuming. Therefore, it not only brings a great burden to the management personnel, but also makes the efficiency of gate management low.

[0056] In order to solve the above technical problems, an embodiment of the present application provides a gate system.

[0057] Among them, the gate system can be applied to various scenarios where multiple gates need to be set up to manage the exit of personnel, such as gates set up at the entrances and exits of subway stations, gates set up at the entrances and exits of factories, etc.; and the gate system can be applied to various gate management scenarios, such as configuring relevant channel information for newly installed gates in the gate system, performing daily maintenance on installed gates in the gate system, troubleshooting and maintaining faulty gates in the gate system, etc. In addition, the gates included in the gate system can be various types of gates, such as swing gates, wing gates, roller gates, etc. The above does not limit the application scenarios, management scenarios, and gate types included in the gate system provided in the embodiments of the present application.

[0058] Before specifically describing a gate system 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.

[0059] 1. Gate. The gate is a channel management device used to manage the flow of people and regulate the entry and exit of pedestrians. Usually, the basic components of the gate include a box and a blocking device, also known as a blocking body. Among them, the gate can include two boxes, and the channel between the two boxes is the channel for people to walk through the gate, referred to as the passage, then the two boxes can be considered to belong to the same passage. Among them, the gate can also be called a personnel channel, and the box included in the gate can be called a side channel. Therefore, two side channels can constitute a personnel 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. Usually, the side channel on the right side of the passage direction of entering the gate can be defaulted to the main channel, and the side channel on the left side of the passage direction of the gate can be defaulted to the slave channel.

[0060] 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.

[0061] 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.

[0062] Among them, a gate system provided by an embodiment of the present application includes: at least three boxes, each passage of the gate system is controlled by a group of boxes among the three boxes, each group of boxes includes a master box and a slave box; the gate system includes at least one master box provided with a communication board;

[0063] The main box of each passageway includes: a master authority board and a master channel board of the passageway, the master authority board is communicatively connected with the master communication board, and the master authority board is communicatively connected with the slave authority boards of all passageways controlled by the box;

[0064] The slave box of each passageway comprises: a slave authority board and a slave channel board of the passageway, the slave authority board is communicatively connected with the slave channel board, and the slave authority board is communicatively connected with the master authority boards of all passageways controlled by the box;

[0065] 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;

[0066] The main authority board included in the main box where the communication board is located is used to communicate with the mobile terminal and receive gate management instructions for the designated access channel based on the communication connection with the mobile terminal; based on the communication connection between the main authority board and the slave authority board of each access channel, the gate management instructions are sent to the main channel board and the slave channel board of the designated access channel, so that the main channel board and the slave channel board of the designated access channel execute the gate management instructions when the execution conditions of the gate management instructions are met; wherein the gate management instructions are instructions generated based on the user's management operations in the gate management interface.

[0067] Among them, the above-mentioned main authority board is a hardware unit that can communicate and connect with the mobile terminal to interact with the mobile terminal, receive data sent by the mobile terminal, and has some gate management functions. At the same time, the main authority board can also serve as a bridge for data transmission between the mobile terminal and the slave authority board and the main channel board, realizing the transmission of data from the main authority board to the slave authority board and the main channel board.

[0068] The slave authority board is a hardware unit that can communicate with the master authority board and the slave channel board to serve as a bridge for data transmission and realize data transmission from the master authority board to the slave channel board; optionally, the master authority board and the slave authority board can be the same hardware unit.

[0069] The master channel board and slave channel board are hardware units used to control some cabinet components of the cabinet to perform some control actions. In some cases, the master channel board and the slave channel board are directly connected via a communication bus to achieve data synchronization.

[0070] The communication board is a hardware unit that can communicate with the mobile terminal to achieve data exchange with the mobile terminal and has a data recording function.

[0071] Furthermore, in the embodiments of the present application, it is not limited that the above-mentioned master authority board, slave 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 (such as the same circuit board), or they can be integrated into multiple circuit boards. For example, the authority board and channel board located in the same 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 authority board and channel board.

[0072] As can be seen from the above, by applying the solution provided by the embodiment of the present application, the gate system provided includes at least three boxes, and the above-mentioned at least three boxes can form multiple passages, and each passage is controlled by a group of boxes among the above-mentioned at least three boxes, and each group of boxes includes a master box and a slave box. Among them, the master box of each passage includes: the master authority board and the master channel board of the passage, and the master authority board is communicatively connected to the master channel board, and the master authority board is communicatively connected to the slave authority boards of all passages controlled by the box; the slave box of each passage includes: the slave authority board and the slave channel board of the passage, and the slave authority board is communicatively connected to the slave channel board, and the slave authority board is communicatively connected to the master authority board of all passages controlled by the box. In addition, in the above-mentioned communication channels included in the gate system, at least one main box is provided with a communication board. In this way, when managing a designated passageway among the multiple passageways of the gate system, the communication board and the master authority board included in the same main box can be used, and by means of the communication connection between the master authority board and the slave authority board of each passageway, the gate management instruction for the designated passageway can be transmitted to the master channel board and the slave channel board of the designated passageway, so that the master channel board and the slave channel board belonging to the designated passageway can execute the gate management instruction when the execution conditions of the gate management instruction are met. That is to say, in the embodiment of the present application, the communication board and the master authority board included in the same main box can be used, and by means of the communication connection between the master authority board and the slave authority board of each passageway, the management of any one or more passageways in the gate system can be realized.

[0073] Based on this, by applying the solution provided by the embodiment of the present application, when managing multiple gates included in the gate system, a communication board included in the main box of a passage and the main authority board of the passage are used, and a management operation is performed in the gate management interface displayed by the mobile terminal to achieve batch management of multiple gates, without the need to carry switches and network cables to the location of the gates, nor the need to cascade the switches and each gate in turn, and even more without the need to manage multiple gates that need to be managed one by one. Therefore, by applying the solution provided by the embodiment of the present application, when managing multiple gates of the same gate system, the management process can be greatly simplified, the management difficulty can be reduced, and the management cost can be saved, thereby reducing the burden on management personnel and improving management efficiency.

[0074] Below, in conjunction with the accompanying drawings, a gate system provided in an embodiment of the present application is described in detail.

[0075] Figure 1 A schematic diagram of a gate system provided in an embodiment of the present application is shown in FIG. Figure 1 Taking the example of a gate system provided in an embodiment of the present application as an example, a gate system is illustrated.

[0076] like Figure 1 As shown, the gate system includes: at least three boxes 1, 2, ... N, where N is a positive integer not less than 3. Each passage of the gate system is controlled by a group of boxes among the boxes 1, 2, ... N, and each group of boxes includes a master box and a slave box. That is, each passage of the gate system is controlled by a master box and a slave box, and the master box and the slave box used to control each passage can be respectively referred to as the master box and the slave box of the passage.

[0077] by Figure 1 For example, passage 1 is controlled by cabinet 1 and cabinet 2, cabinet 1 is set as a slave cabinet for controlling passage 1, and cabinet 2 is set as a master cabinet for controlling passage 1; passage 2 is controlled by cabinet 2 and cabinet 3, cabinet 2 is set as a slave cabinet for controlling passage 2, and cabinet 3 is set as a master cabinet for controlling passage 2; passage 3 is controlled by cabinet 2 and cabinet 4, cabinet 3 is set as a slave cabinet for controlling passage 3, and cabinet 4 is set as a master cabinet for controlling passage 4. That is, passage m is controlled by cabinet m and cabinet m+1, and cabinet m is set as a slave cabinet for controlling passage m, and cabinet m+1 is set as a master cabinet for controlling passage m, and m is a positive integer less than N.

[0078] For each passageway of the gate system, the main box of the passageway includes: a main authority board and a main channel board of the passageway, the main authority board is communicatively connected to the main channel board, and the main authority board is communicatively connected to the slave authority boards of all passageways controlled by the box. Correspondingly, the slave box of the passageway includes: a slave authority board and a slave channel board of the passageway, the slave authority board is communicatively connected to the slave channel board, and the slave authority board is communicatively connected to the main authority boards of all passageways controlled by the box.

[0079] For each cabinet, all passages controlled by the cabinet include: passages controlled by the cabinet as a master cabinet and passages controlled by the cabinet as a slave cabinet, which can also be called all passages belonging to the cabinet. Figure 1 The box 2 in the figure is the main box of passage 1 and the slave box of passage 2. Then passage 1 and passage 2 are all passages controlled by box 2, which can also be called all passages belonging to box 2.

[0080] Of course, in some cases, the box in the above gate system can be used only as a main box to control one passage, or only as a slave box to control one passage, then the single passage can be regarded as all passages controlled by the box, or the box can be regarded as belonging to only one passage. Figure 1 The box 1 in the figure is only the main box of passage 1, and the box N is only the slave box of personnel passage N-1.

[0081] by Figure 1 For example, for passage 1, its main box is box 2, and the slave box is box 1. Box 2 includes the main authority board 1A and the main channel board 1B of passage 1, and the main authority board 1A and the main channel board 1B are connected in communication. Since box 2 also serves as the slave box of passage 2, the main authority board 1A communicates with the slave authority board 1a of passage 1 included in box 1, and the main authority board 1A communicates with the slave authority board 2a of passage 2 included in box 2. Box 1 includes the slave authority board 1a and the slave channel board 1b of passage 1, and the slave authority board 1a and the slave channel board 1b are connected in communication. For passage 2, its main box is box 3, and the slave box is box 2. Among them, box 3 includes a main authority board 2A and a main channel board 2B of the passage, and the main authority board 2A and the main channel board 2B are connected in communication. Since box 3 also serves as a slave box of passage 3, the main authority board 2A is connected in communication with the slave authority board 2a of passage 2 included in box 2, and the main authority board 2A is connected in communication with the slave authority board 3a of passage 3 included in box 3. By analogy, box 4 serves as a master box of passage 3 and a slave box of passage 4 at the same time, the main authority board 3A and the main channel board 3B of passage 3 included in box 4 are connected in communication, the slave authority board 4a and the slave channel board 4b of passage 4 included in box 4 are connected in communication, and the main authority board 3A of passage 3 is connected in communication with the slave authority board 4a of passage 4; ... box m serves as a master box of passage m-1 and a slave box of passage m at the same time, then box m includes The main authority board (m-1) A and the main channel board (m-1) B of the passage m-1 included in the cabinet are communicatively connected, the slave authority board ma and the slave channel board mb of the passage m included in the cabinet m are communicatively connected, and the main authority board (m-1) A of the passage m-1 and the slave authority board ma of the passage m are communicatively connected; cabinet N serves as the main cabinet of the passage N-1, and the main authority board (N-1) A and the main channel board (N-1) B of the passage N-1 included in the cabinet N are communicatively connected.

[0082] It can be seen from the above that for each passageway of the above-mentioned gate machine and the above-mentioned gate machine system, the passageway has a main authority board, a main channel board, a slave authority board and a slave channel board, wherein the main authority board and the main channel board of the passageway are located in the main box of the passageway, and the main authority board and the main channel board of the passageway are communicatively connected; the slave authority board and the slave channel board of the passageway are located in the slave box of the passageway, and the slave authority board and the slave channel board of the passageway are communicatively connected, and the master authority board and the slave authority board of the passageway are communicatively connected.

[0083] Furthermore, among the N boxes included in the gate system, there is a box that controls two passages at the same time. The box exists as a master box in one passage controlled by the gate system, and exists as a slave box in another passage controlled by the gate system. The box includes a master authority board and a master passage board of the passage with the box as the master box, and a slave authority board and a slave passage board of the passage with the box as the slave box. For example, Figure 1 In the box 2, 3, ... N-1. In addition, among the multiple N boxes included in the gate system, there is also a box that controls only one passage, and the box is used as a master box in the controlled passage, or the box exists as a slave box in the controlled passage, and the box includes: a master authority board and a master passage board of the passage with the box as the master box, or a slave authority board and a slave passage board of the passage with the box as the slave box, for example, Figure 1 Box 1 in the control panel only controls passage 1 and is the slave box of passage 1. Figure 1 The box N in the control system only controls passage N-1 and is the main box of passage N-1.

[0084] As mentioned above, in the gate system, the N boxes included therein may include N-1 passages, and each passage is provided with a main box, so there are N-1 boxes in the gate system that can be used as main boxes. Among the boxes that can be used as main boxes in the gate system, at least one main box is provided with a communication board. For example, Figure 1 As shown, the box 3 is the main box of the passage 2, which includes a communication board 2C.

[0085] Based on the structure of a gate system provided in the above embodiment of the present application, after the N boxes included in the gate system are powered on, the communication connection between the authority boards and the channel boards included in the above boxes can be used to manage one or more of the N boxes. Specifically:

[0086] The communication board 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;

[0087] The main authority board included in the box where the communication board is located is used to communicate with the mobile terminal and receive the gate management instruction for the designated passage based on the communication connection with the mobile terminal; based on the communication connection between the main authority board and the slave authority board of each passage, the gate management instruction is sent to the main channel board and the slave channel board of the designated passage, so that the main channel board and the slave channel board of the designated passage execute the gate management instruction when the execution conditions of the gate management instruction are met. The gate management instruction is an instruction generated based on the management operation of the user in the gate management interface.

[0088] As mentioned above, the gate system includes at least one main box body provided with a communication board. Therefore, the gate system includes at least one communication board, and any communication board can be connected to the mobile terminal for communication, so that the mobile terminal can obtain the jump path information of the gate management interface from the communication board, and then, the mobile terminal can jump to the gate management interface based on the jump path information. At this time, the gate management interface can be displayed in the mobile terminal.

[0089] Among them, the embodiments of the present application do not limit the specific types of the above-mentioned mobile devices, and the above-mentioned mobile terminals can be various mobile devices such as mobile phones, tablet computers, smart watches, etc.

[0090] Optionally, the jump path information may include: the jump address and jump password of the gate management interface. After obtaining the jump path information, the mobile terminal can directly jump to the interface indicated by the jump address, and log in to the interface indicated by the jump address through the jump password, thereby opening and displaying the gate management interface in the display interface. At this point, the mobile terminal completes the jump to the gate management interface.

[0091] When the gate management interface is displayed in the mobile terminal through the communication board and the mobile terminal, the user can perform management operations in the gate management interface displayed by the mobile terminal, so that the mobile terminal responds to the management operations to generate gate management instructions.

[0092] Usually, when the user manages the gate system, he / she hopes to manage one passageway or multiple passageways in the gate system. Then, the passageway that the user wants to manage can be called a designated passageway. When the mobile terminal displays the gate management interface, the user can perform management operations for the designated passageway by selecting the box number of the box included in the designated passageway, selecting the channel number of the designated passageway, and so on. Thus, the gate management interface generates a gate management instruction for the designated passageway in response to the management operation. That is, the gate management instruction is an instruction generated based on the management operation of the user in the gate management interface.

[0093] Among them, for the convenience of description, when any communication board included in the above-mentioned gate system is connected to the mobile terminal for communication, the main authority board included in the main box where the communication board connected to the mobile terminal is located can be referred to as the target main authority board.

[0094] Based on this, when the mobile terminal is in communication connection with a communication board included in the gate system and generates the gate management instruction, since the target master authority board can also be in communication connection with the mobile terminal, after generating the gate management instruction, the mobile terminal can send the gate management instruction to the target master authority board through the communication connection with the target master authority board. At this point, the target master authority board can receive the gate management instruction based on the communication connection with the mobile terminal.

[0095] As mentioned above, since the main box of each passage includes: the main authority board and the main channel board of the passage, the main authority board and the main channel board are communicatively connected, and the main authority board is communicatively connected with the slave authority boards of all passages controlled by the box, and the slave box of each passage includes: the slave authority board and the slave channel board of the passage, the slave authority board and the slave channel board are communicatively connected, and the slave authority board is communicatively connected with the main authority board of all passages controlled by the box, therefore, based on the communication connection between the main authority board and the slave authority board of each passage, the main authority board that receives the gate management instruction can send the received gate management instruction to the main channel board and the slave channel board of the designated passage targeted by the gate management instruction. In this way, the main channel board and the slave channel board belonging to the designated passage can execute the gate management instruction if the execution conditions of the gate management instruction are met.

[0096] Among them, when the above-mentioned designated passage includes multiple passages in the above-mentioned gate system, for example, the above-mentioned designated passage includes all passages in the above-mentioned gate system, then the master channel board and the slave channel board of the multiple passages in the above-mentioned gate system can execute the above-mentioned gate management instructions, thereby realizing the management of multiple passages in the gate system at one time. In this way, using the communication board and the main authority board included in the same main box, a management operation can be performed in the gate management interface displayed by the mobile terminal to realize batch management of multiple gates in the above-mentioned gate system, or even all gates, which greatly simplifies the management process, reduces the difficulty of management, saves management costs, and improves management efficiency while reducing the burden on management personnel.

[0097] For example, in the case where the above-mentioned designated passageway includes all the passageways in the above-mentioned gate system, the above-mentioned gate management instruction may be: when the passageway is opened, light up the light-emitting components arranged on the box. Then, the main channel plate and the slave channel plate of each channel system will store the above-mentioned gate management instruction upon receiving the above-mentioned gate management instruction. Then, for a certain passageway, when a person passes through the passageway, the passageway is opened. Then, the main channel plate and the slave channel plate of the passageway can execute the above-mentioned gate management instruction and light up the light-emitting components arranged on the box where they are located.

[0098] In addition, in the process of sending the gate management instructions, since the gate management instructions are transmitted based on the communication connection between the master authority board and the slave authority board of each passage, the master authority board and the slave authority board of the designated passage can also receive the gate management instructions in the above sending process. Usually, for different management purposes, the user can perform different management operations on the gate management interface displayed by the mobile terminal, so that the mobile terminal will generate different gate management instructions accordingly, so that the response methods of different gate management instructions can also be different.

[0099] In some cases, the gate management instructions can be used to configure and modify channel information, that is, in some cases, the gate management instructions involve adding, reducing, changing, deleting, etc. the channel information currently stored in the main authority board. Based on this, in these cases, the main authority board of the designated passage can respond to the gate management instructions to manage the channel information of the designated passage.

[0100] Based on this, optionally, the master authority board of the designated passageway can also be used to respond to the received gate management instruction. Wherein, in the case where the designated passageway includes all passageways in the gate system, each master authority board of the gate system can also be used to respond to the received gate management instruction.

[0101] For example, the gate management instruction is used to instruct to update the channel information. When the main authority board of the designated passage receives the gate management instruction, it can update the recorded channel information to the information indicated by the gate management instruction.

[0102] Among them, in order to prevent non-management personnel from managing the gate, it is usually necessary to set different management 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 management permission authentication by entering login information in the gate management interface, and when the management permission authentication is passed, that is, the user has the management permission, the user performs management operations in the gate management interface displayed by the mobile terminal, so that the mobile terminal generates a gate management instruction.

[0103] Optionally, when the mobile terminal jumps to the gate management interface based on the jump path information, the interface displayed by the mobile terminal can be a permission authentication interface, so that the user can perform verification operations in the permission authentication interface. Therefore, the mobile terminal generates a verification instruction based on the verification operation, and sends the verification instruction to the target main permission board based on the communication connection with the target main permission board. The verification instruction can carry the user information of the user. The target main permission board responds to the verification instruction and determines whether the user has the management authority through the correspondence between the pre-recorded user information and the management authority. When the target main permission board determines that the user has the management authority, it means that the user can pass the management authority authentication, and the target main permission board can send the management interface to the mobile terminal based on the communication connection, and the mobile terminal can jump from the permission authentication interface to the management interface. In this way, the user can perform management operations on the management interface displayed by the mobile terminal, and the mobile terminal can generate a gate management instruction based on the management operation, and send the gate management instruction to the target main permission board based on the connection with the target main permission board.

[0104] For example, when the mobile terminal jumps to the gate management interface based on the above jump path information, the following is displayed: Figure 2 In 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 target main authority board, and the verification instruction carries the account number and password entered by the above user. The target main authority board responds to the above verification instruction and determines whether the above user has management authority through the above account number and password based on the correspondence between the pre-recorded user information and management authority. When the target main authority board determines that the above user has management authority, it means that the user can pass the management authority authentication.

[0105] In addition, as mentioned above, the gate system includes at least one main box provided with a communication board, and therefore, all boxes that can serve as the main box in the gate system can be provided with a communication board.

[0106] Based on this, optionally, in a specific implementation, the main box of each passage includes: a communication board. For example, Figure 3 For Figure 1 Based on the structure of the gate system shown, a communication board is set in the main box of each passage to obtain a structural schematic diagram of the gate system, wherein each box 2, 3, ... N except box 1 can be used as the main box of a passage, so that each box 2, 3, ... N can be provided with a communication board.

[0107] In this specific implementation, in the gate system, each main box of each passage can be provided with a communication board. Then, for each box provided with a communication board, the communication board included therein can be connected to the mobile terminal for communication, and thus, the main authority board included therein can serve as the target main authority board. In this way, when managing the gate system, the mobile terminal can be connected to the communication board and the main authority board included in the main box of any passage, so that the management personnel do not need to distinguish between the main boxes provided with the communication board and other main boxes not provided with the communication board, simplifying the communication connection process between the mobile terminal and the communication board and the main authority board, making it more convenient for the management personnel to manage and further improving the management efficiency.

[0108] Among them, it should be noted that Figure 1 and Figure 3 The structure of the gate system shown, for example, the arrangement of the boxes included in the gate system, the arrangement of the main boxes and slave boxes of each passage, the installation position of the main permission board and the main channel board included in the main box of each passage, the position of the slave permission board and the slave channel board included in the slave box of each passage, and the installation position of the communication board, are only examples of the structure of the gate system provided in the embodiment of the present application, and are not limited. For example, the multiple boxes included in the above gate system are as follows: Figure 1 and Figure 3 As shown in the figure, they are arranged side by side, and can also be arranged in other shapes such as arcs. For another example, in the embodiment of the present application, the main authority board, the main channel board, the slave authority board, the slave channel board, and the communication board can be set at any position of the box body, as long as they meet the subordinate relationship with the passage and the above-mentioned communication connection relationship. For example, the main authority board and the main channel board included in the main box body of each passage channel can be directly set on any outer surface of the box body, and the main authority board and the main channel board included in the main box body of each passage channel can also be set inside the box body, etc.

[0109] Based on this, optionally, in a specific implementation, the gate system provided in the embodiment of the present application includes at least three boxes arranged side by side, and every two adjacent boxes are a group of boxes for controlling a passage.

[0110] As can be seen from the above, by applying the solution provided by the embodiment of the present application, when managing multiple gates included in a gate system, a communication board included in the main box of a passage and the main authority board of the passage can be used to perform a management operation in the gate management interface displayed by the mobile terminal, thereby realizing batch management of multiple gates, without the need to carry switches and network cables to the location of the gates, or to cascade the switches with each gate in turn, and even more without managing the multiple gates that need to be managed one by one. Therefore, by applying the solution provided by the embodiment of the present application, when managing multiple gates of the same gate system, the management process can be greatly simplified, the management difficulty can be reduced, and the management cost can be saved, thereby reducing the burden on management personnel and improving management efficiency.

[0111] Optionally, in a specific implementation, the designated passageway may include all passageways of the gate system. The main authority board included in the main box where the communication board is located sends the gate management instructions to the main channel board and the slave channel board of the designated passageway based on the communication connection between the main authority board and the slave authority board of each passageway, which may include the following steps 1-4.

[0112] Step 1: Send gate management instructions to the main channel board belonging to the same passage;

[0113] Step 2: Sending a gate management instruction to a slave authority board belonging to the same passage, so that when the box where the slave authority board is located includes a master authority board, the gate management instruction is sent to the master authority board included in the box where the slave authority board is located, so that the master authority board included in the box where the slave authority board is located sends the gate management instruction to the master channel board belonging to the same passage, and executes the step of sending the gate management instruction to the slave authority board belonging to the same passage;

[0114] Step 3: If the main box where the communication board is located includes a slave authority board, a gate management instruction is sent to the slave authority board included in the box, so that the slave authority board included in the box sends the gate management instruction to the master authority board belonging to the same passage; if the box where the master authority board belonging to the same passage is located includes a slave authority board, the master authority board belonging to the same passage executes the step of sending the gate management instruction to the slave authority board included in the box;

[0115] Step 4: Use the master channel board or slave authority board of each passage to send gate management instructions to the slave channel board of each passage.

[0116] In this specific implementation, for the convenience of description, any communication board in the gate system that is connected to the mobile terminal for communication is referred to as the target communication board, and the main authority board included in the main box where the communication board connected to the mobile terminal is located is referred to as the target main authority board, that is, the main authority board included in the box where the target communication board is located is referred to as the target main authority board. That is, the target main authority board executes the above steps 1-4.

[0117] In this way, when the target main authority board receives the gate management instruction based on the communication connection with the mobile terminal, it can send the gate management instruction to the main channel board belonging to the same passage. Among them, since the main authority board and the main channel board belonging to the same passage are located in the same box, the target main authority board can send the gate management instruction to the main channel board included in the box where it is located.

[0118] And, as mentioned above, the main authority board included in the main box of a passage is communicatively connected with the slave authority boards of all the passages controlled by the box. Therefore, the above-mentioned target main authority board is communicatively connected with the slave authority boards belonging to the same passage, so that the target main authority board can send gate management instructions to the slave authority boards belonging to the same passage.

[0119] For the sake of clarity, the slave authority board that belongs to the same passage as the target master authority board may be referred to as the target slave authority board, that is, the target master authority board may send gate management instructions to the target slave authority board.

[0120] Furthermore, for the target slave authority board, the box where the target slave authority board is located may be used as the master box of another passage on the basis of being the slave box of the passage to which the target master authority board belongs. Then the box where the target slave authority board is located may also include the master authority board and the master channel board of another passage, and the master authority board and the master channel board of the other passage are communicatively connected. Based on this, when the box where the target slave authority board is located includes the master authority board, the target slave authority board can send gate management instructions to the master authority board included in the box where the target slave authority board is located, and the master authority board can continue to send gate management instructions to the master channel board belonging to the same passage, and, since, as mentioned above, the master authority board is communicatively connected with the slave authority boards belonging to the same passage, the master authority board can also send gate management instructions to the slave authority boards belonging to the same passage. That is, when the master authority board included in the box where the target slave authority board is located receives a gate management instruction, it can return to execute the step executed by the above-mentioned target master authority board to send the gate management instruction to the slave authority board belonging to the same access channel, and then realize the loop execution of the above-mentioned step 2 until the gate management instruction is sent to the slave authority board included in the box of the slave box that only serves as a communication channel.

[0121] Furthermore, for the above-mentioned target main authority board, the box where the target main authority board is located may serve as a slave box of another passage on the basis of being the main box of the passage to which the target main authority board belongs. Then the box where the target main authority board is located may also include a slave authority board and a slave channel board of another passage, and the slave authority board and the slave channel board of the other passage are communicatively connected. Based on this, since the box where the above-mentioned target main authority board is located is the main box where the above-mentioned target communication board is located, when the box where the above-mentioned target communication board is located includes a slave authority board, the above-mentioned target main authority board can send gate management instructions to the slave authority board included in the box where it is located, and since the slave authority board is communicatively connected to the master authority board of the same passage, the slave authority board can continue to send gate management instructions to the master authority board belonging to the same passage. Furthermore, since the box where the master authorization board that belongs to the same passage as the slave authorization board is located may be a slave box of another passage other than the passage to which the target master authorization board belongs, the box where the master authorization board that belongs to the same passage as the slave authorization board is located may include the slave authorization board and the slave channel board of the further passage, and the slave authorization board and the slave channel board of the further passage are in communication connection. Based on this, when the box where the master authorization board that belongs to the same passage as the slave authorization board is located includes the slave authorization board, the master authorization board that belongs to the same passage as the slave authorization board can send a gate management instruction to the slave authorization board included in the box where it is located. That is, when the box where the master authorization board that belongs to the same passage as the slave authorization board is located includes the slave authorization board, it can return to execute the step of sending a gate management instruction to the slave authorization board included in the box where it is located, which is executed by the above-mentioned target master authorization board, and then realize the loop execution of the above-mentioned step 3, until the gate management instruction is sent to the master authorization board included in the box of the master box that serves only as a communication channel.

[0122] Among them, the forwarding of the gate management instructions between the above-mentioned master authority boards and the slave authority boards can be called hand-in-hand forwarding.

[0123] In addition, the target master authority board can also send gate management instructions to the slave channel boards of each passageway by using the master channel board of each passageway or the slave authority board of each passageway. In this way, by using the target communication board and the target master authority board located in the same box, with the help of the communication connection between the master authority board and the slave authority board of each passageway, the gate management instructions generated once can be transmitted to the master authority board, slave authority board, master channel board and slave channel board of all passageways in the gate system in sequence, so as to realize batch management of all passageways in the gate system. For example, batch management of all passageways consisting of 16 pairs or more chassis can be realized.

[0124] Optionally, in a specific implementation, the target main authority board executes the above step 4, that is, the target main authority board uses the main channel board or slave authority board of each access channel to send gate management instructions to the slave channel board of each access channel, which may include the following step 41.

[0125] Step 41: When the main channel board controlling each passage receives the gate management instruction, it synchronizes the gate management instruction to the slave channel board belonging to the same passage.

[0126] In this specific implementation, in the gate system, the master channel board and the slave channel board belonging to the same passage can synchronize information, so that the master channel board of each passage can synchronize the gate management instruction to the slave channel board belonging to the same passage as itself when receiving the gate management instruction. For example, a direct communication bus can be reserved between the master channel board and the slave channel board belonging to the same passage, such as an RS-485 interface, a CAN (Controller Area Network) bus, so that the two can communicate directly through the direct communication bus, so that the master channel board of each passage can synchronize the gate management instruction to the slave channel board belonging to the same passage as itself through the direct communication bus when receiving the gate management instruction.

[0127] In this way, in this specific implementation, the main channel board and the slave channel board belonging to the same passage can be directly connected to communicate for information exchange. Therefore, when managing the above-mentioned gate system, the gate management instructions can be directly transmitted from the main channel board of each passage to the slave channel board belonging to the same passage, so that the slave channel board of each passage can respond to the gate management instructions more promptly to further improve management efficiency.

[0128] Optionally, in a specific implementation, the target main authority board executes the above step 4, that is, the target main authority board uses the main channel board or slave authority board of each access channel to send gate management instructions to the slave channel board of each access channel, which may include the following step 42.

[0129] Step 42: When receiving the gate management instruction, the slave authority board that controls each passage sends the gate management instruction to the slave channel boards belonging to the same passage.

[0130] In this specific implementation, as mentioned above, the slave box of each passage includes: a slave authority board and a slave channel board of the passage, and the slave authority board of each passage is communicatively connected with the slave channel board. In this way, when the slave authority board of each passage receives the gate management instruction, it can send the gate management instruction to the slave channel board belonging to the same passage. That is, when the slave authority board of each passage receives the gate management instruction, it can send the gate management instruction to the slave channel board to which it is communicatively connected.

[0131] Based on the specific implementations shown in the above steps 41 and 42, generally, in the gate system, a synchronous connection between the master channel board and the slave channel board belonging to the same passage, and a communication connection between the slave authority board and the slave channel board of each passage can be set at the same time. In this way, when the target master authority board receives the gate management instruction, a suitable communication route can be selected according to the content of the gate management instruction and the response requirements of the gate management instruction, and the master channel board or slave authority board of each passage can send the gate management instruction to the slave channel board of each passage.

[0132] For example, when the amount of instruction data of the gate management instruction is small, and / or the response immediacy of the gate management instruction is high, the master channel board of each passage can be controlled to synchronize the gate management instruction to the slave channel board belonging to the same passage when receiving the gate management instruction, so as to improve the transmission efficiency of the gate management instruction, and the slave channel board can respond to the gate management instruction more promptly to further improve the management efficiency. Correspondingly, when the amount of instruction data of the gate management instruction is large, and / or the response immediacy of the gate management instruction is low, the slave channel board of each passage can be controlled to send the gate management instruction to the slave channel board belonging to the same passage when receiving the gate management instruction.

[0133] In order to facilitate the understanding of the sending process of the above gate management instructions, the following Figure 1 Take as an example to illustrate the sending process of the above gate management instruction.

[0134] For example, the box 3 is the main box of the passage 2, which includes a communication board 3C. Furthermore, the communication board 3C is connected to the mobile terminal in communication, and the main authority board 3A included in the box 3 is connected to the mobile terminal in communication. In this way, the mobile terminal obtains the jump path information of the gate management interface through the communication connection with the communication board 3C, and jumps to the gate management interface based on the jump path information. The user performs management operations on the gate management interface displayed on the mobile terminal, so that the mobile terminal generates a gate management instruction, and the mobile terminal sends the gate management instruction to the main authority board 3A included in the box 3.

[0135] In this way, for each passage on the right side of the box 3:

[0136] The master authority board 2A included in the box 3 sends the gate management instruction to the master channel board 2B; the master authority board 2A included in the box 3 sends the gate management instruction to the slave authority board 3a; the slave authority board 3a included in the box 3 sends the gate management instruction to the slave channel board 3b and the master authority board 3A included in the box 4;

[0137] The master authority board 3A included in the box 4 sends the gate management instruction to the master channel board 3B; the master authority board 3A included in the box 4 sends the gate management instruction to the slave authority board 4a; the slave authority board 4a included in the box 4 sends the gate management instruction to the slave channel board 4b and the master authority board included in the next box;

[0138] The same process continues until the main authority board (N-1) A included in the cabinet N receives the gate management instruction and sends the gate management instruction to the main channel board (N-1) B. In this way, each authority board and each channel board included in each cabinet located on the designated side (right side) of the cabinet 3 receives the gate management instruction.

[0139] For each passage on the left side of box 3:

[0140] The master authority board 2A included in the box 3 sends the above gate management instruction to the slave authority board 2a included in the box 2;

[0141] The slave authority board 2a included in the box 2 sends the above-mentioned gate management instruction to the slave channel board 2b and the master authority board 1A; the master authority board 1A included in the box 2 sends the above-mentioned gate management instruction to the master channel board 1B and the slave authority board 1a included in the box 1;

[0142] The slave authority board 1a included in the box 1 sends the gate management instruction to the slave channel board 1b. In this way, the authority boards and channel boards included in each box located on the opposite side (left side) of the designated side of the box 3 receive the gate management instruction.

[0143] Optionally, in a specific implementation, the communication board includes an NFC tag board, and the main authority board included in the main box where the communication board is located is provided with a WIFI module.

[0144] For example, Figure 1 Take box 3 in the figure as an example. Figure 4 As shown, the communication board 2C in the box 3 is an NFC tag board, and the main authority board 2A included in the box 3 is provided with a WIFI module. Accordingly, in this specific implementation:

[0145] 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 the following step 5.

[0146] Step 5: When the NFC function of the mobile terminal is turned on and the mobile terminal is close to the communication 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 communication board, and jumps to the gate management interface based on the jump path information;

[0147] The main authority board included in the above-mentioned communication box is connected to the mobile terminal for communication, and based on the communication connection with the mobile terminal, receives gate management instructions for the designated passage, including the following steps 6 and 7.

[0148] Step 6: 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 included in the communication box when it enters the signal coverage range corresponding to the AP mode and turns on the WIFI function.

[0149] Step 7: Receive gate management instructions for the designated passage based on the WIFI connection.

[0150] In this specific implementation, as mentioned above, for the convenience of description, any communication board in the gate system that is connected to the mobile terminal for communication is referred to as the target communication board, and the main authority board included in the main box where the communication board connected to the mobile terminal is located is referred to as the target main authority board, that is, the main authority board included in the box where the target communication board is located is referred to as the target main authority board. Below, taking the target communication board and the target main authority board as an example, this specific implementation is specifically described. Specifically:

[0151] After the target master authority board is powered on, the WIFI module can be started and set to AP mode. In this way, the target master authority board can build 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 function can serve as a terminal in the wireless local area network, establish network communication with the target master authority board, and access the target master authority board through the WIFI local area network.

[0152] That is to say, after the target main authority board starts the WIFI module and sets the WIFI module to AP mode, the mobile terminal can establish a WIFI connection with the target main authority board when it enters the signal coverage range corresponding to the AP mode and turns on the WIFI function. Among them, after the target main authority board starts the WIFI module and sets the WIFI module to AP mode, the target main authority board will be used as a hotspot and as a wireless router. 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 LAN of the above-mentioned target main authority board can be searched, and the mobile terminal can join the wireless LAN of the target main authority board. At this time, the target main authority board can be accessed through the mobile terminal and the target main authority board can be operated.

[0153] Optionally, as shown in FIG5 (a), the main authority board may include an image acquisition unit, a face database, a WIFI module, a face modeling and comparison unit, an infrared fill light control unit, an I2C (Inter-Integrated Circuit, integrated circuit bus) unit, an RGB indicator light control unit, a power management unit, a mobile phone WEB management unit and a SUB-1G unit. The SUB-1G unit includes a radio frequency chip and a receiving circuit for signal reception, which is used to receive the radio frequency information of the remote control, thereby realizing the remote control of the passage.

[0154] Correspondingly, optionally, based on the master authority board shown in Figure 5 (a), as shown in Figure 5 (b), the slave authority board may include an image acquisition unit, a face library, a wired network unit, a face modeling and comparison unit, an infrared fill light control unit, an RGB indicator light control unit, and a power management unit. The wired network unit is used to realize the communication between the slave authority board and the master authority board corresponding to the same passage, thereby realizing the hand-in-hand networking and communication between the master authority board and the slave authority board.

[0155] Further, optionally, based on the master permission board shown in FIG5 (a) and the slave permission board shown in FIG5 (b), the master channel board and the slave channel board may have the same structure, as shown in FIG5 (c), the master channel board and the slave channel board may include: a motor drive unit, an infrared detection unit, a light control unit, a bus communication unit, an inter-board communication unit and a power management unit. The bus communication unit refers to the communication material bus between the master channel board and the slave channel board corresponding to the same passage, such as a CAN bus, an RS-485 interface, etc.; and the inter-board communication unit is used to realize the communication between the channel board and the permission board belonging to the same box, such as an RS-485 interface, etc.

[0156] Furthermore, in this specific implementation, the target communication board includes an NFC tag board, which can record the jump path information of the gate management interface pre-set, and the NFC tag board can exchange data with a device using NFC technology close to itself. Therefore, when the mobile terminal turns on the NFC function and approaches the target communication board, the target communication board can establish an NFC connection with the mobile terminal, so that the mobile terminal can read the jump path information recorded by the NFC tag board. In this way, after receiving the jump path information, the mobile terminal can jump to the gate management interface based on the jump path information and display the gate management interface in the display interface.

[0157] Among them, since the NFC tag board supports near field communication based on NFC technology, the above-mentioned approaching the target communication 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 first NFC tag board 102.

[0158] That is to say, in this specific implementation, 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 target communication board, 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.

[0159] 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.

[0160] Optional, such as Figure 6 As shown, the communication 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 rewritable chip. Figure 6In the communication 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 communication board can be understood as the mobile terminal approaching the NFC antenna.

[0161] Among them, in Figure 6 In the communication board shown, the NFC TAG chip is the NFC module included in the communication board. When a mobile terminal with the NFC function turned on approaches the communication board, so that the distance between the mobile terminal and the NFC antenna is less than a preset communication distance, for example, less than 3 cm, the communication board and the mobile terminal can establish an NFC connection, and the communication board can exchange data with the mobile terminal, so that the mobile terminal can read the data in the communication board.

[0162] As mentioned above, in this specific implementation, when the main authority board in the gate system starts its own WIFI module and sets the WIFI module to AP mode, and the communication board in the gate system includes an NFC tag board, when a mobile terminal with both WIFI and NFC functions turned on enters the signal coverage range corresponding to the AP mode and approaches a communication board, the mobile terminal can establish an NFC connection with the approaching communication board, and establish a WIFI connection with the main authority board included in the box where the approaching communication board is located, and then the mobile terminal can jump to the gate management interface. In this way, the user can perform management operations in the gate management interface displayed by the mobile terminal, so that the mobile terminal generates a gate management instruction for the designated passage in response to the above management operation, and based on the above WIFI connection with the main authority board, sends the above gate management instruction for the designated passage to the above WIFI connected main authority board.

[0163] The communication board may record the jump path information of the pre-set gate management interface, and the jump path information recorded in the communication board may be sent by the main authority board included in the box where the communication board is located after power-on.

[0164] Based on this, optionally, in a specific implementation, the main authority board included in the main box where the communication board is located is also used to send the above jump path information to the communication board through a specified transmission protocol after power-on;

[0165] Correspondingly, in this specific implementation, the communication board is also used to receive the above-mentioned jump path information sent by the main authority board included in the main box.

[0166] In this specific implementation, the main authority board included in the main box where the communication board is located records the jump path information of the pre-set gate management interface. Then, after the main authority board is powered on, it can send the jump path information to the communication board through the specified transmission protocol. In this way, the communication board can receive the jump path information and record the jump path information. After that, after the communication board establishes a communication connection with the mobile terminal, the mobile terminal can read the jump path information recorded by the communication board.

[0167] Optionally, the main authority board shown in FIG5 (a) and Figure 6 On the basis of the communication board shown, the jump path information of the pre-set gate management interface can be recorded in the mobile phone WEB management unit of the main authority board, so that after the main authority board included in the main box where the communication board is located is powered on, the main authority board can use its own I2C unit to send the above jump path information to the communication board. Correspondingly, the NFC TAG chip 1021 of the communication board is integrated with an I2C communication module, so that the communication board can receive the above jump path information through the I2C communication module and write the received jump path information into the NFC TAG chip. In this way, when there is a mobile terminal close to the NFC antenna and the NFC function is turned on, the mobile terminal can read the above jump path information recorded in the NFC TAG chip of the communication board.

[0168] Based on this, on the basis of this specific implementation, optionally, when the main box of each access channel includes a communication board, and the communication board includes an NFC tag board, the main authority board included in the main box of each access channel can be provided with a WIFI module. In this way, when managing the above-mentioned gate system, the management personnel use a mobile terminal with turned on WIFI and NFC functions to approach the main box of any access channel, and batch management of multiple gates in the above-mentioned gate system can be achieved, thereby further simplifying the management process, reducing management difficulty, saving management costs, and improving management efficiency while reducing the burden on management personnel.

[0169] Optionally, in a specific implementation, the main authority board included in the main box where the communication board is located is also used to:

[0170] Receiving a remote control adding instruction based on a communication connection with a mobile terminal, and determining a target passageway specified by the remote control adding instruction; wherein the remote control adding instruction is an instruction generated based on a remote control adding operation performed by a user in a gate management interface;

[0171] The main authority board indicating the target access channel records the remote control identifier carried by the remote control add command.

[0172] Accordingly, in this specific implementation, the main authority board of the target access channel is also used to:

[0173] Receive the remote control command sent by the remote control, and compare whether the remote control identifier carried in the remote control command is the same as the recorded remote control identifier; if they are the same, the main channel board and the slave channel board of the target passage channel are controlled to execute the remote control command.

[0174] In this specific implementation, the main authority board can communicate with the peripheral hardware, thereby receiving the control instructions of the peripheral hardware to realize the control of the passage of the gate by the peripheral hardware. For example, as shown in FIG5 (a), the main authority board can integrate a SUB-1G unit on the main authority board, so that the communication between the main authority board and the peripheral hardware can be realized through the SUB-1G unit. Usually, the peripheral hardware can be a remote control.

[0175] When the mobile terminal is connected to the communication board and jumps to the gate management interface, the mobile terminal can be connected to the main authority board included in the main box where the communication board is located, and the user can perform the remote control adding operation in the gate management interface displayed by the mobile terminal to enable the mobile terminal to generate the above remote control adding instruction.

[0176] For example, the user can perform an interface switching operation in the gate management interface to switch the interface displayed by the mobile terminal to the remote control adding page in the gate management interface, and the user can perform the remote control adding operation in the remote control adding page, for example, input or click the remote control identifier such as the serial number of the remote control to be added, input or click the channel number of the passageway that the added remote control wants to control, click the control function to be controlled, and submit the above input or clicked information. Exemplarily, a remote control adding page is provided with a "+Add" button and a "Save" button, and the user can open a preset remote control identifier list by clicking the "+Add" button, each row of the remote control identifier list corresponds to a remote control, and includes a box that can be clicked and the remote control identifier located behind the box, and different rows of the remote control identifier list correspond to different remote controls. Furthermore, the user can select the remote control to be added in the remote control identifier list by clicking the boxes included in each row of the list. After that, click the "Save" button to submit the selected remote control.

[0177] At this point, the mobile terminal can generate the remote control adding instruction carrying the remote control identification, and send the remote control adding instruction to the main authority board (the main authority board included in the main box where the communication board is located) that is communicatively connected to the mobile terminal.

[0178] Among them, in this specific implementation, according to the needs of actual application, one or more passages can be determined from the multiple passages included in the above-mentioned gate system for remote control, and the passage selected for remote control can be called the target passage. For example, only the passage with the main box where the communication board is located as the main box can be selected as the target passage, or only any communication channel other than the passage with the main box where the communication board is located as the main box can be selected as the target passage, or multiple communication channels including the passage with the main box where the communication board is located as the main box can be selected as the target passage, or multiple communication channels excluding the passage with the main box where the communication board is located as the main box can be selected as the target passage, etc. Based on this, when the user performs the remote control addition operation in the above-mentioned gate management interface, the user can click the selected target passage at the same time, so that the remote control addition instruction generated by the above-mentioned mobile terminal can be used to specify the selected target passage.

[0179] In this way, when the master authority board receives the remote control add instruction based on the communication connection with the mobile terminal, it can first determine the target access channel specified by the remote control add instruction. Then, it can instruct the master authority board of the target access channel to record the remote control identifier carried by the remote control add instruction.

[0180] Optionally, if the target access channel includes a access channel with the main box where the communication board is located as the main box, that is, including the communication channel belonging to the main channel board included in the main box where the communication board is located, the main authority board included in the main box where the communication board is located instructs the main authority board of the target access channel to record the remote control identifier carried by the remote control addition instruction, which may include the following step 8.

[0181] Step 8: Record the remote control ID carried in the remote control add command.

[0182] When the main box where the communication board is located is used as the passageway of the main box as the above-mentioned target passageway, the main authority board of the passageway is the main authority board included in the main box where the communication board is located, that is, the main authority board that receives the above-mentioned remote control adding instruction. Then, after receiving the above-mentioned remote control adding instruction, the main authority board included in the main box where the communication board is located can directly record the remote control identifier carried by the remote control adding instruction.

[0183] Accordingly, as mentioned above, the multiple boxes in the gate system can realize hand-in-hand networking and communication. Therefore, based on the communication connection between the master authority board and the slave authority board of each passage, each communication channel in the gate system can communicate with any other communication channel in the gate system. Therefore, when adding a remote control, after the mobile terminal is connected to the communication board, the user can set the remote control function for any passage, and is not limited to the passage to which the main box where the connected communication board is located belongs.

[0184] For example, Figure 1 For example, when the mobile terminal is connected to the communication board 2C in the box 3, the remote control function can be set for the access channel 1, that is, when the communication board 2C and the main authority board 2A in the box 3 are respectively connected to the mobile terminal for communication, by means of the communication connection between the main authority board 2A and the slave authority board 2a, and the communication connection between the slave authority board 2a and the main authority board 1A, the main authority board 2A in the box 3 can transmit the received remote control addition instruction to the main authority board 1A in the box 2, so that the main authority board 1A in the box 2 can record the remote control identifier carried by the remote control addition instruction.

[0185] Based on this, optionally, if the above-mentioned target access channel includes other access channels other than the access channel of the main box where the communication board is located; then the main authority board included in the main box where the communication board is located instructs the main authority board of the target access channel to record the remote control identifier carried by the remote control addition instruction, which may include the following step 9.

[0186] Step 9: Based on the communication connection between the master authority board and the slave authority of each access channel, send the remote control add instruction to the master authority board of the target access channel indicated by the remote control add instruction, so that the master authority board of the target access channel records the remote control identifier carried by the remote control add instruction.

[0187] When other passageways other than the passageway of the main box where the communication board is located are taken as target passageways, for these other passageways, the master authority board included in the main box where the communication board is located can send a remote control adding instruction to the master authority boards of other passageways that are the target passageways based on the communication connection between the master authority boards and slave authorities of each passageway, so that the master authority boards of other passageways that are the target passageways record the remote control identifier carried by the remote control adding instruction.

[0188] Among them, the main authority board included in the main box where the above-mentioned communication board is located sends the remote control adding instruction to the main authority board of other access channels as the target access channel based on the communication connection between the main authority board and the slave authority of each access channel. The process is similar to steps 2 and 3 in the process in which the main authority board included in the main box where the above-mentioned communication board is located sends the gate management instruction to the main channel board and the slave channel board of the designated access channel based on the communication connection between the main authority board and the slave authority board of each access channel, and will not be repeated here.

[0189] As mentioned above, the main authority board of the above-mentioned target passageway records the remote control identification carried by the above-mentioned remote control adding instruction. At this point, the remote control addition can be completed, and the remote control identification of the added remote control is the remote control identification carried by the above-mentioned remote control adding instruction. Therefore, the remote control with the above-mentioned recorded remote control identification has the control authority of the target communication channel. Therefore, after the remote control is added, the user can use the remote control to control the target passageway in the above-mentioned gate system by operating the remote control, for example, pressing the door opening button on the remote control to open the target passageway; pressing the light-on button on the remote control to light up the light-emitting body set on the box belonging to the target passageway, etc. Among them, the control function of the target passageway that the user can achieve through the remote control is determined by the function selection operation in the adding operation of the above-mentioned remote control adding page when the remote control is added, that is, the remote control function can be customized, so that the remote control control can better meet the user's expectations and meet the user's needs.

[0190] The master authority board of the target communication channel can receive the remote control command sent by the added remote control. For example, as shown in FIG5 (a), the SUB-1G unit integrated on the master authority board receives the remote control command. After receiving the remote control command, the master authority board of the target communication channel needs to first determine whether the remote control sending the remote control command has control authority. When the remote control sends the remote control command, it can add its own remote control identifier in the remote control command. The master authority board of the target communication channel can compare whether the remote control identifier carried in the remote control command is the same as the recorded remote control identifier. If the two remote control identifiers are the same, it can be confirmed that the remote control sending the remote control command is a pre-added remote control with control authority. Thus, the master authority board of the target communication channel can perform a corresponding response action on the remote control command.

[0191] Usually, a passage includes two boxes, and the control of a passage is to control the related components on the two boxes of the passage, for example, to control the contraction of the blocking device installed on the two boxes of the passage to open the passage, etc. Therefore, when the above remote controller is used to control the target passage in the gate system, both the main channel board and the slave channel board of the target passage need to execute the above remote controller control instruction. Based on this, when the master authority board of the above target passage compares and determines that the remote controller identifier carried by the remote controller control instruction is the same as the recorded remote controller identifier, it can control the main channel board and the slave channel board belonging to the same passage as itself to execute the remote controller control instruction.

[0192] Optionally, the master authority board of the target communication channel can send the remote control instructions to the master channel board of the target communication channel, and control the master channel board of the target communication channel to synchronize the remote control instructions to the slave channel board of the target communication channel, and then, the master channel board and the slave channel board of the target communication channel can execute the remote control instructions.

[0193] Optionally, the master authority board of the target communication channel can send the remote control instruction to the master channel board of the target communication channel, and the master authority board of the target communication channel can send the remote control instruction to the slave authority board of the target passage channel, and control the slave authority board of the target communication channel to send the remote control instruction to the slave channel board of the target communication channel, and then the master channel board and the slave channel board of the target communication channel execute the remote control instruction.

[0194] As described above, in this specific implementation, only one remote controller is needed to control any passage in the gate management system.

[0195] Optionally, in a specific implementation, a raised portion is provided on the upper surface of the box where the communication board is located, and the communication board is arranged in the raised portion. Figure 1 Take box 3 in the figure as an example. Figure 7 As shown, a protrusion 701 is provided on the upper surface of the box body 3 , and the communication board 2C included in the box body 3 is arranged in the above-mentioned protrusion 701 .

[0196] Optionally, the protrusion protrudes in a direction away from the upper surface of the box body.

[0197] Optionally, at least a partial area of ​​the lower surface of the protrusion is connected to the upper surface of the box.

[0198] For example, the entire area of ​​the lower surface of the above-mentioned raised portion is connected to the upper surface of the box where it is located, that is, the above-mentioned raised portion is a closed whole, so that the lower surface of the above-mentioned raised portion fits with the upper surface of the box where it is located; for another example, the ground of the above-mentioned raised portion is hollowed out, so that the hollow portion of the lower surface of the above-mentioned raised portion is not connected to the upper surface of the box where it is located; for another example, the lower surface of the above-mentioned raised portion is provided with a connection point, and the connection point is used to connect with the upper surface of the box where it is located.

[0199] Furthermore, in the case where the protrusions can be arranged on the upper surface of the box in a variety of ways, the protrusions can also have a variety of protrusion directions, for example, Figure 7 As shown, the protrusion protrudes upward relative to the upper surface of the box body; of course, in various connection methods, the protrusion can also protrude laterally relative to the upper surface of the box body, or can protrude upward and laterally at the same time.

[0200] Based on this, the embodiments of the present application do not specifically limit the connection method between the above-mentioned raised portion and the upper surface of the box body, and any connection method that can enable the above-mentioned raised portion to be set on the upper surface of the box body belongs to the protection scope of the embodiments of the present application. Similarly, the embodiments of the present application do not specifically limit the raised direction of the above-mentioned raised portion, and any raised direction of the above-mentioned raised portion away from the upper surface of the box body belongs to the protection scope of the embodiments of the present application.

[0201] Optionally, in order to achieve further integration of the above-mentioned gate system, a protrusion is provided on the upper surface of the box where the communication board is located, and the communication board is arranged in the protrusion, and each authority board and each channel plate included in the main box where the communication board is located is arranged in the protrusion.

[0202] Correspondingly, optionally, for the gate system provided as an example in the present application, in which a box without a communication board is provided, in order to protect the various authority plates and channel plates included in the box, the above-mentioned raised portion may also be provided on the upper surface of the box, and the various authority plates and channel plates included in the box may be provided in the raised portion.

[0203] In addition, the gate can usually verify whether a person has the permission to pass through the gate by image recognition. Therefore, a lens assembly can be provided on the gate to collect images of people approaching the gate for the above-mentioned permission verification. In order to protect the lens camera assembly from damage due to human factors, weather, etc., a shell can be provided to protect the camera assembly. Among them, since each passage in the above-mentioned gate system requires pass credential identification (such as identification of biometric information), a shell for protecting the lens assembly can be provided on the upper surface of each box in the above-mentioned gate system.

[0204] Based on this, optionally, in a specific implementation, a camera assembly is disposed in the above-mentioned raised portion, and the lens of the above-mentioned lens assembly is exposed to an opening on the shell of the above-mentioned raised portion.

[0205] For example, Figure 8 As shown, in a specific example of a gate provided in an embodiment of the present application, a protrusion 802 is provided on the upper surface of a main box body 801 where a communication board is located, and a lens assembly is provided inside the protrusion 802, and the lens of the lens assembly is exposed to openings 803 and 804 on the shell of the protrusion 802.

[0206] Furthermore, since the communication board is also located in the above-mentioned raised portion, when a lens assembly is arranged in the above-mentioned raised portion, the communication board can be arranged on the top or side of the lens assembly.

[0207] In the above embodiments, it can be implemented in whole or in part by software, hardware, firmware or any combination thereof. When implemented using software, it can be implemented in whole or in part in the form of a computer program product. The computer program product includes one or more computer instructions. When the computer program instructions are loaded and executed on a computer, the process or function described in the embodiment of the present application is generated in whole or in part. The computer may be a general-purpose computer, a special-purpose computer, a computer network, or other programmable device. The computer instructions may be stored in a computer-readable storage medium, or transmitted from one computer-readable storage medium to another computer-readable storage medium. For example, the computer instructions may be transmitted from a website site, computer, server or data center to another website site, computer, server or data center by wired (e.g., coaxial cable, optical fiber, digital subscriber line (DSL)) or wireless (e.g., infrared, wireless, microwave, etc.) means. The computer-readable storage medium may be any available medium that a computer can access or a data storage device such as a server or data center that includes one or more available media integrated. The available medium may be a magnetic medium (e.g., a floppy disk, a hard disk, a tape), an optical medium (e.g., a DVD), or a solid-state hard disk (SSD), etc.

[0208] 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.

[0209] 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 system embodiment, since it is basically similar to the method embodiment, the description is relatively simple, and the relevant parts can be referred to the partial description of the method embodiment.

[0210] The above description is only a preferred embodiment of the present application and is not intended to limit the protection scope of the present application. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application are included in the protection scope of the present application.

Claims

1. A gate system, characterized in that: The gate system comprises: at least three boxes, each passage of the gate system is controlled by a group of boxes among the three boxes, each group of boxes comprises a master box and a slave box; the gate system comprises at least one master box provided with a communication board; The main box of each passageway includes: a master authority board and a master channel board of the passageway, the master authority board is communicatively connected with the master communication board, and the master authority board is communicatively connected with the slave authority boards of all passageways controlled by the box; The slave box of each passageway comprises: a slave authority board and a slave channel board of the passageway, the slave authority board is communicatively connected with the slave channel board, and the slave authority board is communicatively connected with the master authority boards of all passageways controlled by the 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 included in the main box where the communication board is located is used to communicate with the mobile terminal and receive gate management instructions for the designated access channel based on the communication connection with the mobile terminal; based on the communication connection between the main authority board and the slave authority board of each access channel, the gate management instructions are sent to the main channel board and the slave channel board of the designated access channel, so that the main channel board and the slave channel board of the designated access channel execute the gate management instructions when the execution conditions of the gate management instructions are met; wherein the gate management instructions are instructions generated based on the user's management operations in the gate management interface.

2. The system according to claim 1, characterized in that The designated passages include: all passages of the gate system; The main authority board included in the main box where the communication board is located sends the gate management instruction to the main channel board and the slave channel board of the designated passage based on the communication connection between the main authority board and the slave authority board of each passage, including: Sending the gate management instruction to the main channel board belonging to the same passage; Send the gate management instruction to the slave authority board belonging to the same passage, so that when the box where the slave authority board is located includes a master authority board, the gate management instruction is sent to the master authority board included in the box where the slave authority board is located, so that the master authority board included in the box where the slave authority board is located sends the gate management instruction to the master channel board belonging to the same passage, and executes the step of sending the gate management instruction to the slave authority board belonging to the same passage; If the main box where the communication board is located includes a slave authority board, the gate management instruction is sent to the slave authority board included in the box, so that the slave authority board included in the box sends the gate management instruction to the master authority board belonging to the same passage; if the box where the master authority board belonging to the same passage is located includes a slave authority board, the master authority board belonging to the same passage executes the step of sending the gate management instruction to the slave authority board included in the box; The gate management instruction is sent to the slave channel board of each passage through the master channel board or the slave authority board of each passage.

3. The system according to claim 2, characterized in that The main authority board included in the main box where the communication board is located uses the main channel board of each passage channel or each slave authority board to send the gate management instruction to each slave channel board, including: The master channel board controlling each passageway synchronizes the gate management instruction to the slave channel boards belonging to the same passageway when receiving the gate management instruction; or, When receiving the gate management instruction, the slave authority board controlling each passage sends the gate management instruction to the slave channel boards belonging to the same passage.

4. The system according to any one of claims 1 to 3, characterized in that: The main authority board of the designated passage is also used to respond to the gate management instruction.

5. The system according to claim 1, characterized in that The main authority board included in the main box where the communication board is located is also used for: Receiving a remote control adding instruction based on a communication connection with the mobile terminal, and determining a target passageway specified by the remote control adding instruction; wherein the remote control adding instruction is an instruction generated based on the remote control adding operation of the user in the gate management interface; Instructing the main authority board of the target access channel to record the remote control identifier carried by the remote control adding instruction; The main authority board of the target access channel is also used to: receive the remote control control instruction sent by the remote control, and compare whether the remote control identifier carried by the remote control control instruction is the same as the recorded remote control identifier; if they are the same, control the main channel board and slave channel board of the target access channel to execute the remote control control instruction.

6. The system according to claim 5, characterized in that The target passageway includes: a passageway of the main box body where the communication board is located; The main authority board included in the main box where the communication board is located instructs the main authority board of the target passage to record the remote control identifier carried by the remote control addition instruction, including: The remote control identifier carried in the remote control add instruction is recorded.

7. The system according to claim 5, characterized in that The target passageway includes: other passageways other than the passageway of the main box where the communication board is located; The main authority board included in the main box where the communication board is located instructs the main authority board of the target passage to record the remote control identifier carried by the remote control addition instruction, including: Based on the communication connection between the master authority board and the slave authority of each access channel, the remote control add instruction is sent to the master authority board of the target access channel indicated by the remote control add instruction, so that the master authority board of the target access channel records the remote control identifier carried by the remote control add instruction.

8. The system according to claim 1, characterized in that The main authority board included in the main box where the communication board is located is provided with a WIFI module, and the communication board includes an NFC tag board; 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 communication 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 communication board, and jumps to the gate management interface based on the jump path information; The main authority board included in the communication box is in communication connection with the mobile terminal, and based on the communication connection with the mobile terminal, receives gate management instructions for the designated passage, including: After starting the WIFI module, setting the WIFI module to AP mode, so that the mobile terminal can perform WIFI connection with the main authority board included in the communication box when entering the signal coverage range corresponding to the AP mode and turning on the WIFI function; A gate management instruction for a designated passage is received based on the WIFI connection.

9. The gate system according to claim 1, characterized in that: The upper surface of the box where the communication board is located is provided with a protrusion, and the communication board is arranged in the protrusion.

10. The gate system according to claim 9, characterized in that: The authority plates and channel plates included in the main box where the communication board is located are arranged in the raised part.

Images