Repeater production delivery management system and management method thereof

Abstract

The application discloses a repeater production delivery management system and a management method thereof, and the system comprises a network management platform A, a network management platform B and a plurality of repeater devices, the network management platform A creates a key information table A and a to-be-started repeater template table A, generates a production batch number corresponding to the repeater devices, and sequentially feeds the repeater devices into the network management platform A according to the production batch number before the repeater devices are shipped; the repeater devices are started after being shipped, the network management platform B creates a starting template table B, and feeds the repeater devices into the network management platform B; if the repeater devices need to be upgraded due to batch version problems, the network management platform A is directly operated and processed. The repeater devices are managed by the double feeding platforms, the starting and software upgrading of the repeater devices after being shipped can be flexibly processed, the workload of manual on-site starting configuration and the workload of upgrading operation are reduced, and the operation and maintenance pressure of the existing network management is reduced.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of repeater network management, and in particular to a repeater production delivery management system and a management method thereof. BACKGROUND

[0002] With the continuous expansion of the communication network scale, as the key equipment for signal relay, the reliability and intelligent level of the monitoring system of the repeater directly affect the network operation and maintenance efficiency. The repeater system uses Monitoring Control Protocol (MCP) to manage the equipment, which is referred to as MCP protocol. The protocol is a communication protocol specially used for network and system operation state management. Most repeater monitoring systems on the current market use the protocol to manage the repeater.

[0003] At present, there are the following problems in the repeater equipment from production to delivery to the live network:

[0004] 1. When the repeater equipment is produced, it is not verified whether it has normal network management capability.

[0005] 2. When the repeater equipment is delivered to the live network, the field construction personnel need to log in to the repeater equipment through a local PC to configure the corresponding information of the corresponding network management to start the station, which is low in efficiency.

[0006] 3. When the repeater equipment is delivered to the live network, after the software batch problem occurs, the personnel need to find all the batch equipment serial numbers and log in to the live network management to find the corresponding repeater equipment according to the corresponding serial number to upgrade the software, which is low in efficiency. SUMMARY

[0007] The technical problem to be solved by the embodiments of the present application is to provide a repeater production delivery management system and a management method thereof to improve the production, starting network management and upgrading efficiency of the repeater equipment.

[0008] In order to solve the above technical problems, the embodiments of the present application provide a repeater production delivery management system, which comprises a network management platform A, a network management platform B and a plurality of repeater equipment, wherein,

[0009] The network management platform A creates a key information table A and a to-be-started template table A, generates the production batch number corresponding to the repeater equipment, and sequentially manages the repeater equipment to the network management platform A before the repeater equipment leaves the factory according to the production batch number; the key information table A comprises the equipment IP address and the equipment serial number of the repeater equipment; the to-be-started template table A comprises the production batch number, the equipment serial number, the station number, the equipment number, the software version number, the network management IP address and the network management port number of the repeater equipment;

[0010] The repeater device is opened after leaving factory, the network management platform B creates an opening template table B, and the repeater device is managed into the network management platform B; the opening template table B contains site number and device number;

[0011] After the repeater device is managed into the network management platform A and the network management platform B, if the repeater device needs to be upgraded due to batch version problems, the network management platform A is directly operated.

[0012] Correspondingly, the embodiment of the application also provides a management method of a repeater production delivery management system, comprising:

[0013] Step S1: the network management platform A creates a key information table A and a to-be-opened template table A, generates a production batch number corresponding to the repeater device, and sequentially manages the repeater device into the network management platform A before the repeater device leaves factory according to the production batch number; the key information table A contains device IP address and device serial number of the repeater device; the to-be-opened template table A contains production batch number, device serial number, site number, device number, software version number, network management IP address, and network management port number of the repeater device;

[0014] Step S2: the repeater device is opened after leaving factory, the network management platform B creates an opening template table B, and the repeater device is managed into the network management platform B; the opening template table B contains site number and device number;

[0015] Step S3: after the repeater device is managed into the network management platform A and the network management platform B, if the repeater device needs to be upgraded due to batch version problems, the network management platform A is directly operated.

[0016] The beneficial effects of the application are:

[0017] 1. The repeater device is managed by the double management platform, the opening and software upgrading of the repeater device after delivery can be flexibly handled, and the workload of opening configuration and upgrading operation on site can be reduced.

[0018] 2. The network management platform A manages all repeater devices from production to network operation, realizes the whole management of the repeater device life cycle, and facilitates the manufacturer to analyze and track the whole process version problem of the repeater device from production to delivery and network operation.

[0019] 3. The repeater device is managed by the double management platform, the software upgrading function is separated from the network management, and the operation and maintenance pressure of the network management is reduced.

[0020] 4. The two different network management platforms adopt different heartbeat messages for management according to the different delivery stage characteristics of the repeater device, and the repeater device in the production stage is avoided from being managed into the network management.BRIEF DESCRIPTION OF DRAWINGS BRIEF DESCRIPTION OF DRAWINGS

[0021] Figure 1 is a structural schematic diagram of a repeater production delivery management system of an embodiment of the present application.

[0022] Figure 2 is a flowchart of embodiment 1 of the present application.

[0023] Figure 3 is a flowchart of embodiment 2 of the present application.

[0024] Figure 4 is a flowchart of embodiment 3 of the present application. DETAILED DESCRIPTION

[0025] It should be noted that the embodiments in the present application and the features in the embodiments can be combined with each other without conflict, and the present application will be further described in detail below in combination with the drawings and specific embodiments.

[0026] In the embodiments of the present application, if there is a directional indication (such as up, down, left, right, front, back, etc.), it is only used to explain the relative position relationship, movement condition, etc. between components in a certain specific posture (as shown in the drawings), and if the specific posture changes, the directional indication will also change accordingly.

[0027] In addition, in the present application, if the description involves "first", "second", etc., it is only for the purpose of description, and cannot be understood as indicating or implying the relative importance or implicitly indicating the number of the indicated technical features. Therefore, the features limited by "first", "second" can explicitly or implicitly include at least one of the features.

[0028] Please refer to Figure 1 The repeater production delivery management system of the embodiment of the present application includes a network management platform A, a network management platform B, and a plurality of repeater devices. The network management platform A and the network management platform B are connected and communicated through the Internet. The repeater devices are connected through a wireless network between the network management platform A and the network management platform B.

[0029] The network management platform A is a management platform for repeater devices from the beginning of the production and debugging process, which starts to manage the repeater devices corresponding to the production batch number when the repeater devices are produced according to batches. The network management platform A includes a key information table A and a to-be-started template table A. The key information table A is the key identification information of the repeater device, including the device IP address and the device serial number of the repeater device. The to-be-started template table A is a repeater device information table recording the repeater devices to be started after production, including the production batch number, the device serial number, the site number, the device number, the software version number, the network management IP address, and the network management port number of the repeater device.

[0030] In the production process, the network management platform A creates the key information table A and the template table A for opening station, generates the production batch number corresponding to the repeater device, and sequentially feeds each repeater device into the network management platform A before the repeater device leaves the factory.

[0031] After the repeater device leaves the factory, the network management platform B creates the template table B for opening station, and feeds the repeater device into the network management platform B; the template table B for opening station contains the station number and the device number.

[0032] The network management platform B feeds the repeater device into the management platform of the existing network, which is the monitoring platform of the repeater device under the running environment of the existing network. The network management platform B contains the template table B for opening station. The template table B for opening station is used to check all repeater devices managed by the network management platform B for opening station, and the repeater device not recorded in the template table B for opening station is not allowed to be fed into the network management platform B. The template table B for opening station contains the station number and the device number.

[0033] The station number is a hexadecimal number with a length of 4 bytes; the device number is a hexadecimal number with a length of 1 byte; the device serial number is a decimal number with a length of 20 characters; the production batch number is a decimal number with a length of 8 characters, and the format is YYYYMMBB, in which YYYY represents the number of years, MM represents the number of months, and BB is a 2-digit decimal number, which together form the production batch number; the software version number is a string with a length of 20 characters; the network management IP address is the IP address of the network management platform B when it is fed into the network management platform B; and the network management port number is the port number used in conjunction with the IP address of the network management platform B when it is fed into the network management platform B.

[0034] The key information table A is shown in Table 1 as an example:

[0035]

[0036] The template table A for opening station is shown in Table 2 as an example:

[0037]

[0038] The template table B for opening station is shown in Table 3 as an example:

[0039]

[0040] After the repeater device is fed into the network management platform A and the network management platform B, if the repeater device needs to be upgraded due to batch version problems, the network management platform A is directly operated and processed.

[0041] As an implementation mode, the network management platform A updates the key information table A and the template table A for opening station according to the following steps:

[0042] The repeater device configures the IP address and port number of the docking network management platform A. After the configuration is completed, the repeater device reports the site number, device number and device serial number of the repeater device to the network management platform A by sending a first heartbeat message (in this step, the site number and device number are both 0);

[0043] After the network management platform A receives the first heartbeat message of the repeater device, the device IP address and device serial number in the first heartbeat message are stored into the key information table A;

[0044] The network management platform A issues a query of the software version number of the repeater device. After the repeater device returns the software version number, the network management platform A stores the device serial number, software version number and corresponding production batch number of the repeater device into the to-be-started template table A. In this step, the site number and device number of the repeater device in the to-be-started template table A are both 0, and the network management IP address and network management port number are also both 0.

[0045] As an implementation mode, the system puts the repeater device into the network management platform B according to the following steps:

[0046] The network management platform A collects the device serial number, site number, device number, network management IP address and network management port number of the repeater device which needs to be started (i.e. the user queries the device serial number of the repeater device which needs to be started in the network management platform A, finds the record data of the repeater device which needs to be started, and fills in the site number, device number, network management IP address and network management port number thereof);

[0047] After the network management platform A detects that the site number in the to-be-started template table A changes, the changed site number and device number are sent to the network management platform B; the network management platform A sends the IP address, port number, site number and device number of the network management platform B to the repeater device which needs to be started;

[0048] The network management platform B receives the site number and device number of the repeater device sent by the network management platform A, and stores them into the started template table B;

[0049] After the repeater device which needs to be started receives the information sent by the network management platform A, the IP address, port number, site number and device number of the docking network management platform B are set, and a second heartbeat message is sent to the network management platform B, wherein the second heartbeat message contains the site number and device number of the repeater device;

[0050] The network management platform B receives the second heartbeat message of the repeater device which needs to be started, checks whether the number information (site number + device number) of the repeater device exists in the starting template table B, if yes, the repeater device is managed, if not, the heartbeat message is discarded, and the repeater device is not managed.

[0051] As an implementation, the system upgrades the repeater device according to the following steps after the repeater device has batch version problems:

[0052] The production batch number of the repeater device which needs to be upgraded by the user is obtained;

[0053] The network management platform A screens the starting information table A according to the production batch number, and searches out the repeater device set which needs to be upgraded;

[0054] The network management platform A establishes an upgrade task, and respectively issues an upgrade instruction to each repeater device in the repeater device set which needs to be upgraded;

[0055] The repeater device in the repeater device set receives the upgrade instruction, downloads the upgrade version from the network management platform A to upgrade, and after the upgrade is completed, the network management platform A updates the software version number of the repeater device set in the starting information table A.

[0056] The management method of the repeater production delivery management system includes steps S1-S3.

[0057] Step S1: the network management platform A creates a key information table A and a starting template table A, generates the production batch number corresponding to the repeater device, and sequentially manages the repeater device to the network management platform A before the repeater device is factory-finished according to the production batch number; the key information table A includes the device IP address and the device serial number of the repeater device; the starting template table A includes the production batch number, the device serial number, the site number, the device number, the software version number, the network management IP address and the network management port number of the repeater device.

[0058] Embodiment 1, step S1 includes steps S11-S13.

[0059] Step S11: the repeater device is configured with the IP address and the port number of the network management platform A (the repeater device is configured with the IP address and the port number of the network management platform A, which is used for the repeater device to communicate with the network management platform A through the MCP protocol), after the configuration is completed, the repeater device reports the site number, the device number and the device serial number of the repeater device to the network management platform A by sending a first heartbeat message (please refer to Figure 2 ). In this step, the repeater starts to periodically send the first heartbeat message to the network management platform A, which is used for keeping alive the communication session with the network management platform A.

[0060] Step S12: After receiving the first heartbeat message of the repeater device, the network management platform A stores the device IP address and device serial number in the key information table A. In this step, after receiving the heartbeat message sent by the repeater device, the network management platform A analyzes the data of the heartbeat message, which mainly includes the IP address and device serial number of the repeater device.

[0061] Step S13: The network management platform A queries the software version number of the repeater device, and stores the device serial number, software version number and corresponding production batch number of the repeater device in the standby station template table A. In this step, after receiving the heartbeat message sent by the repeater device, the network management platform A analyzes the data of the heartbeat message, which mainly includes the IP address and device serial number of the repeater device.

[0062] The first heartbeat message is as follows:

[0063] “7E03010000000000C283800301FF19050000004A5830343339323547303430303137000000000006410100000728EC7E”, which removes the two-layer Ethernet message header data of TCP / IP, and only shows the core MCP protocol data. The data after MCP protocol analysis is shown in Table 4:

[0064]

[0065] The above heartbeat message contains two monitoring data, namely device serial number and heartbeat message. The device serial number is added in front of the normal heartbeat message, which can be used as a key to distinguish the first heartbeat message from the second heartbeat message. This method meets the requirement of flexible configuration of monitoring data in MCP protocol.

[0066] Preferably, the value of the device serial number in the above message is in ASCII encoding. Preferably, the site number and device number in the above message are both 0. For the repeater device managed by the network management platform A, since it is not a platform for opening the station in the existing network, the corresponding site number and device number are not planned when the existing network is managed, and the corresponding value in the first heartbeat message sent by the repeater is 0. Preferably, the IP address of the first heartbeat message is the source IP address of the repeater device. In the two-layer Ethernet header of the heartbeat message, since it is a popular standard protocol, it is not described in detail here.

[0067] Step S2: the repeater device is opened after factory shipment, the network management platform B creates an opening template table B, and the repeater device is managed into the network management platform B; the opening template table B contains the site number and the device number.

[0068] In step S2 of embodiment 2, steps S21-S25 are included.

[0069] Step S21: the network management platform A collects the device serial number, site number, device number, network management IP address and network management port number of the repeater device which needs to be opened; the user queries the data of the repeater device which needs to be opened in the network management platform A, and fills in the site number, device number, network management IP address and network management port number. In this step, the user plans the site number and device number for the repeater device which needs to be opened, and the site number + device number is used as the unique identification code of the repeater device in the existing network monitoring system (network management platform B). In addition, the network management IP address and network management port number of the network management platform B which needs to be managed are filled in. Figure 3

[0070] Step S22: the network management platform A sends the changed site number and device number to the network management platform B after detecting that the site number in the opening template table A changes; the network management platform A sends the IP address, port number, site number and device number of the network management platform B to the repeater device which needs to be opened. The network management platform A sends the changed site number and device number to the network management platform B. In this step, the network management platform A senses that any one of the site number and device number changes, and then sends the corresponding site number + device number combination to the network management platform B as a message.

[0071] Step S23: the network management platform B receives the site number and device number of the repeater device sent by the network management platform A, and stores them into the opening template table B. In this step, the network management platform B stores the site number and device number of the repeater device into the opening template table B as a white list of the network management platform B to identify the repeater devices which are allowed to access the network management platform B.

[0072] ​Step S24: After receiving the information sent by the network management platform A, the repeater device needing to be opened sets the IP address, port number, site number and device number of the docking network management platform B, and sends a second heartbeat message to the network management platform B, wherein the second heartbeat message contains the site number and device number of the repeater device. The network management platform A sends the IP address, port number, site number and device number of the network management platform B to the repeater device needing to be opened. In this step, the network management platform A sends the information of being managed by the network management platform B to the repeater device, wherein the IP address and port number information of the network management platform B are used as the destination information of the repeater device for accessing the network management platform B; and the site number and device number are used as the identity information of the repeater device for reporting to the network management platform B. The opening template table B of the network management platform B checks whether the repeater device is allowed to access in the subsequent process. In this step, the repeater device sets the IP address, port number, site number and device number of the docking network management platform B to the parameter configuration of the repeater device. The repeater device reads the configuration information and then sends the second heartbeat message.

[0073] Step S25: The network management platform B receives the second heartbeat message sent by the repeater device needing to be opened, checks whether the number information (site number + device number) of the repeater device exists in the opening template table B, and if yes, manages the repeater device; and if no, discards the heartbeat message and does not manage the repeater device. In this step, the repeater device sends the second heartbeat message, wherein the identity information of the site number + device number is carried as the access key information of the network management platform B. In this step, the network management platform B checks the heartbeat message sent by the repeater device, and checks whether the repeater device is allowed to access based on the site number + device number stored in the opening template table B.

[0074] The second heartbeat message is as follows:

[0075] "7E030101070107003981800301FF064101000007212F7E", wherein the second heartbeat message removes the two-layer Ethernet message header data of TCP / IP, and only shows the core MCP protocol data. The data after being parsed by the MCP protocol is shown in Table 5:

[0076]

[0077] In the heartbeat message, one monitoring data, i.e., the heartbeat message, is contained. At the same time, the site number (07010701) and the device number (00, indicating the master device, and non-0 indicating the slave device number) are reported to the network management platform B.

[0078] Step S3: After the repeater device is connected to the network management platform A and the network management platform B, if the repeater device needs to be upgraded due to batch version problem, the network management platform A directly operates and processes.

[0079] Embodiment 3: Step S3 includes steps S31-S34.

[0080] Step S31: Obtain the production batch number of the repeater device that needs to be upgraded. The user confirms the repeater device batch number BatchNum that needs to be upgraded, and searches the repeater device set that needs to be upgraded according to the batch number BatchNum.

[0081] Step S32: The network management platform A searches the repeater device set that needs to be upgraded according to the production batch number (please refer to Figure 4 ). In this step, the user confirms that the repeater device of a certain batch needs to be upgraded due to software version update, finds the device batch number BatchNum used at that time, and then searches the network management platform A to find the corresponding repeater device set in the standby station information table A.

[0082] Step S33: The network management platform A establishes an upgrade task and sends an upgrade instruction to each repeater device in the repeater device set that needs to be upgraded. In this step, the user creates an upgrade task, prepares the corresponding upgrade version, and triggers the network management platform B to send an upgrade instruction to the repeater device set that needs to be upgraded.

[0083] Step S34: The repeater device in the repeater device set receives the upgrade instruction and downloads the upgrade version from the network management platform A. In this step, the repeater device that needs to be upgraded downloads the corresponding upgrade version from the network management platform B, and after the upgrade corresponding version is downloaded, the repeater device that needs to be upgraded performs self-upgrade. After the upgrade is completed, the network management platform B receives the upgrade result message sent by the repeater device, and the network management platform A updates the software version number of the repeater device set in the standby station information table A. In this step, after the repeater device that needs to be upgraded completes the upgrade operation, the repeater device sends the upgrade result to the network management platform B.

[0084] The repeater device that needs to be upgraded in the above steps is any device in the repeater device set that needs to be upgraded.

[0085] Although the embodiments of the present application have been shown and described, it can be understood by those skilled in the art that various changes, modifications, replacements and variations can be made to the embodiments without departing from the principles and spirits of the present application, and the scope of the present application is defined by the appended claims and their equivalent ranges.

Claims

1. A repeater production and delivery management system, characterized in that, This includes network management platform A, network management platform B, and several repeater devices, among which, Network management platform A creates a key information table A and a site-to-be-opened template table A, generates the production batch number corresponding to the repeater equipment, and sequentially manages the repeater equipment to network management platform A according to the production batch number before the repeater equipment leaves the factory; the key information table A contains the repeater equipment's IP address and serial number; the site-to-be-opened template table A contains the repeater equipment's production batch number, serial number, site number, equipment number, software version number, network management IP address, and network management port number; After the repeater equipment leaves the factory, it is activated. The network management platform B creates the activation template table B and manages the repeater equipment to the network management platform B; the activation template table B contains the site number and the equipment number; After the repeater equipment is simultaneously managed by both network management platform A and network management platform B, if the repeater equipment has a batch version issue that requires an upgrade, it will be handled directly by network management platform A.

2. The repeater production and delivery management system as described in claim 1, characterized in that, Network management platform A updates key information table A and site-opening template table A according to the following steps: The repeater device is configured to connect to the network management platform A via its IP address and port number. After configuration, the repeater device reports its site number, device number, and device serial number to the network management platform A by sending a first heartbeat message. After receiving the first heartbeat message from the repeater device, the network management platform A stores the device IP address and device serial number from the first heartbeat message into the key information table A; Network management platform A queries the software version number of the repeater equipment. Network management platform A then stores the equipment serial number, software version number, and corresponding production batch number of the repeater equipment in the pending-opening template table A.

3. The repeater production and delivery management system as described in claim 1, characterized in that, The system connects the repeater equipment to the network management platform B according to the following steps: Network management platform A collects the device serial number, site number, device number, network management IP address, and network management port number of the repeater devices that the user needs to enable; After detecting a change in the site number in the template table A to be opened, network management platform A sends the changed site number and device number to network management platform B; network management platform A sends the IP address, port number, site number and device number of network management platform B to the repeater device that needs to be opened. Network management platform B receives the site number and device number of the repeater equipment sent by network management platform A and stores them in the site opening template table B; After receiving the information sent by the network management platform A, the repeater device that needs to be opened sets the IP address, port number, site number and device number of the network management platform B, and sends a second heartbeat message to the network management platform B. The second heartbeat message contains the site number and device number of the repeater device. When network management platform B receives the second heartbeat message from the repeater device that needs to be activated, it checks whether the site number and device number of the repeater device exist in the activation template table B. If they exist, the repeater device is managed; if they do not exist, the heartbeat message is discarded and the repeater device is not managed.

4. The repeater production and delivery management system as described in claim 1, characterized in that, After a batch version issue occurs in the repeater equipment, the system upgrades the repeater equipment according to the following steps: Obtain the production batch number of the repeater equipment that the user needs to upgrade; Network management platform A filters the information table A of stations to be opened based on the production batch number and searches for the set of repeater equipment that needs to be upgraded; Network management platform A creates an upgrade task and issues upgrade instructions to each repeater device in the set of repeater devices that need to be upgraded. When a repeater device in the repeater device set receives an upgrade command, it downloads the upgrade version from network management platform A and performs the upgrade. After the upgrade is completed, network management platform A updates the software version number of the repeater device set in the pending site information table A.

5. A management method for a repeater production and delivery management system as described in any one of claims 1-4, characterized in that, include: Step S1: Network management platform A creates a key information table A and a site-to-be-opened template table A, generates the production batch number corresponding to the repeater equipment, and sequentially manages the repeater equipment to network management platform A according to the production batch number before the repeater equipment leaves the factory; the key information table A contains the repeater equipment's IP address and serial number; the site-to-be-opened template table A contains the repeater equipment's production batch number, serial number, site number, equipment number, software version number, network management IP address, and network management port number; Step S2: After the repeater equipment leaves the factory, it is activated. The network management platform B creates the activation template table B and manages the repeater equipment to the network management platform B; the activation template table B contains the site number and the equipment number. Step S3: After the repeater equipment is simultaneously managed by both network management platform A and network management platform B, if the repeater equipment has a batch version problem that requires an upgrade, it will be handled directly by network management platform A.

6. The management method of the repeater production and delivery management system as described in claim 5, characterized in that, Step S1 includes: Step S11: Configure the repeater device to connect to the network management platform A with its IP address and port number. After configuration, the repeater device reports its site number, device number and device serial number to the network management platform A by sending the first heartbeat message. Step S12: After receiving the first heartbeat message from the repeater device, the network management platform A stores the device IP address and device serial number from the first heartbeat message into the key information table A; Step S13: Network management platform A queries the software version number of the repeater equipment. Network management platform A stores the equipment serial number, software version number and corresponding production batch number of the repeater equipment into the template table A to be opened.

7. The management method of the repeater production and delivery management system as described in claim 5, characterized in that, Step S2 includes: Step S21: The network management platform A collects the device serial number, site number, device number, network management IP address, and network management port number of the repeater equipment that the user needs to enable; Step S22: After detecting a change in the site number in the site-to-be-opened template table A, network management platform A sends the changed site number and device number to network management platform B; network management platform A sends the IP address, port number, site number, and device number of network management platform B to the repeater device that needs to be opened. Step S23: Network management platform B receives the site number and device number of the repeater device sent by network management platform A, and stores them in the site opening template table B; Step S24: After receiving the information sent by the network management platform A, the repeater device that needs to be opened sets the IP address, port number, site number and device number of the network management platform B, and sends a second heartbeat message to the network management platform B. The second heartbeat message contains the site number and device number of the repeater device. Step S25: The network management platform B receives the second heartbeat message from the repeater device that needs to be activated. It checks whether the site number and device number of the repeater device exist in the activation template table B. If they exist, the repeater device is managed; if they do not exist, the heartbeat message is discarded and the repeater device is not managed.

8. The management method of the repeater production and delivery management system as described in claim 5, characterized in that, Step S3 includes: Step S31: Obtain the production batch number of the repeater equipment that the user needs to upgrade; Step S32: Network management platform A filters the information table A to be opened based on the production batch number and searches for the set of repeater equipment that needs to be upgraded; Step S33: Network management platform A creates an upgrade task and issues upgrade instructions to each repeater device in the set of repeater devices that need to be upgraded; Step S34: The repeater devices in the repeater device set receive the upgrade instruction, download the upgrade version from the network management platform A, and upgrade; after the upgrade is completed, the network management platform A updates the software version number of the repeater device set in the pending site information table A.

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