Communication equipment configuration management system based on distributed backup mechanism

Abstract

The invention relates to the technical field of communication equipment configuration management, and discloses a communication equipment configuration management system based on a distributed backup mechanism, which comprises a power supply and distribution system, the distributed backup mechanism, an air conditioning system, a lightning protection and grounding system, an automatic data acquisition and transmission technology, a fire extinguishing system, a monitoring system and a computerized maintenance management system, the power supply and distribution system is in communication connection with the distributed backup mechanism, the distributed backup mechanism is in communication connection with the air conditioning system, the air conditioning system is in communication connection with the lightning protection and grounding system, and the lightning protection and grounding system is in communication connection with the automatic data acquisition and transmission technology. The communication equipment configuration management system has the beneficial effects that by adopting an automatic data acquisition and transmission technology, the defects of the communication equipment configuration management system can be effectively reduced, the development efficiency and the system stability are improved, manual intervention is reduced through automatic generation and an intelligent algorithm, and the development efficiency and accuracy are improved; defects of a communication equipment configuration management system can be effectively reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of communication equipment configuration management, and in particular to a communication equipment configuration management system based on a distributed backup mechanism. Background Art

[0002] Improving efficiency is one of the core functions of the communication equipment configuration management system. By transmitting equipment status and operating data in real time, managers can respond quickly and reduce equipment downtime. For example, the system can monitor the equipment operation status in real time, discover and solve problems in time, avoid unexpected downtime in production, and thus greatly improve production efficiency. Improving safety is another key function of the communication equipment configuration management system. Through real-time monitoring and early warning systems, equipment abnormalities can be discovered in time, potential risks can be prevented, and production safety can be ensured. The system can encrypt communications, identity authentication, access control and other means to effectively prevent unauthorized access and data leakage.

[0003] The defects of general communication equipment configuration management systems mainly include difficulty in coordination, high communication costs, dispersed responsibilities, long development cycles and difficulty in ensuring quality. These problems are particularly prominent in the collaborative development process, because different teams may adopt different development processes and work habits, which increases project complexity and coordination difficulty. Summary of the invention

[0004] The purpose of the present invention is to provide a communication equipment configuration management system based on a distributed backup mechanism in order to solve the above-mentioned problems. The device utilizes automated data collection and transmission technology to effectively reduce the defects of the communication equipment configuration management system, improve development efficiency and system stability, reduce manual intervention through automated generation and intelligent algorithms, improve development efficiency and accuracy, and solve the problems mentioned in the background technology.

[0005] In order to solve the above problems, the present invention provides a technical solution:

[0006] A communication equipment configuration management system based on a distributed backup mechanism, comprising a power supply and distribution system, a distributed backup mechanism, an air conditioning system, a lightning protection and grounding system, an automated data acquisition and transmission technology, a fire protection system, a monitoring system and a computerized maintenance management system, wherein the power supply and distribution system is communicatively connected to the distributed backup mechanism, the distributed backup mechanism is communicatively connected to the air conditioning system, the air conditioning system is communicatively connected to the lightning protection and grounding system, the lightning protection and grounding system is communicatively connected to the automated data acquisition and transmission technology, the automated data acquisition and transmission technology is communicatively connected to the fire protection system, the fire protection system is communicatively connected to the monitoring system, and the monitoring system is communicatively connected to the computerized maintenance management system.

[0007] As a preferred solution of the present invention, the power supply and distribution system includes high and low voltage power distribution modules, AC and DC power distribution panels, power and environmental monitoring and backup oil generator and UPS modules;

[0008] High and low voltage power distribution module: responsible for converting high voltage power into low voltage power suitable for communication equipment;

[0009] AC / DC power distribution panel: provides AC and DC power;

[0010] Power and environment monitoring: monitor the operating status of the power supply system, including parameters such as voltage, current, and temperature;

[0011] Backup oil generator and UPS module: provide emergency backup power when the city power is interrupted.

[0012] As a preferred solution of the present invention, the distributed backup mechanism includes an access module, an IO module and a cluster management module;

[0013] Access module: manages the connection between the storage system and upper-layer applications and supports multiple storage protocols;

[0014] IO module: handles data input and output operations;

[0015] Cluster management module: responsible for the management and scheduling of the entire distributed storage system, including resource allocation, fault detection and processing.

[0016] As a preferred solution of the present invention, the lightning protection and grounding system includes a lightning protection module, a grounding device, a cable shielding module and an equipotential connection module;

[0017] Lightning protection module: an important device used to protect communication equipment from damage caused by lightning. It senses the high voltage on the line and instantly connects the line to the ground to discharge the lightning current.

[0018] Grounding device: directs lightning current into the ground to ensure equipment safety;

[0019] Cable shielding module: Shielding the cables can reduce the interference and damage of lightning electromagnetic pulses to the cables;

[0020] Equipotential connection module: By connecting all metal parts inside the equipment to an equipotential surface, the potential difference is reduced and damage to the equipment by lightning electromagnetic pulses is prevented.

[0021] As a preferred solution of the present invention, the automated data collection and transmission technology includes a data collection unit and a data processing and analysis unit, wherein the data collection unit includes a unified standard and process module, a responsibility and task allocation module, and an audit and verification module;

[0022] Unified standards and process modules: Establish unified data standards and development processes to ensure that all teams work on the same basis and use real-time monitoring systems and communication tools;

[0023] Responsibility and task allocation module: clarify the responsibilities and tasks of each team and individual at the beginning of the project, and reduce manual intervention through automated testing and intelligent algorithms;

[0024] Audit and verification module: Regularly audit and verify the system.

[0025] As a preferred solution of the present invention, the data processing and analysis unit includes a data preprocessing, a data storage module, a data analysis module and an edge computing module;

[0026] Data preprocessing: cleaning, filtering, normalization, etc. of the collected raw data;

[0027] Data storage module: stores the processed data in a database, file system or memory;

[0028] Data analysis module: Apply statistics, machine learning, data mining and other technologies to conduct in-depth analysis of data;

[0029] Edge computing module: performs data processing near the data collection end.

[0030] As a preferred solution of the present invention, the computerized maintenance management system includes a management unit and a maintenance unit, and the management unit includes a communication equipment configuration management module, a maintenance plan module and an inventory management module;

[0031] Communication equipment configuration management module: used to enter, query and update basic information of equipment, including equipment name, model, serial number, manufacturer, purchase date, service life, etc.;

[0032] Maintenance plan module: formulate and implement equipment maintenance plans, including schedules for daily inspections, regular maintenance, and fault repairs. Intelligently generate maintenance plans based on equipment usage and historical data, and record detailed information for each maintenance.

[0033] Inventory management module: manage equipment spare parts and grasp inventory status in real time, including inventory quantity, in and out records, minimum inventory warning, etc.

[0034] As a preferred solution of the present invention, the maintenance unit includes an asset tracking module, a maintenance management module and a configuration management module;

[0035] Asset tracking module: real-time tracking of equipment usage and location, using RFID, GPS and other technologies to achieve accurate positioning and real-time monitoring of equipment;

[0036] Maintenance management module: responsible for the preventive maintenance and fault repair of equipment, ensuring that the equipment is always in the best operating condition through timely maintenance plans and repair records;

[0037] Configuration management module: define configuration information, set and modify device properties, define or modify the interconnection relationship between network elements, start and terminate network operation, release software, check parameter values ​​and interconnection relationships, report configuration status, etc.

[0038] The beneficial effects of the present invention are as follows: by adopting automated data collection and transmission technology, the defects of the communication equipment configuration management system can be effectively reduced, the development efficiency and system stability can be improved, and the manual intervention can be reduced through automated generation and intelligent algorithms, and the development efficiency and accuracy can be improved;

[0039] By setting up a distributed backup mechanism, we can ensure data availability, improve data security and reliability, and enhance the overall availability of the system. By saving the same data copies on multiple networked machines, the distributed backup mechanism can effectively prevent data loss or service interruption caused by single point failures, thereby improving system stability and reliability. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] For ease of explanation, the present invention is described in detail with reference to the following specific implementations and the accompanying drawings.

[0041] Figure 1 It is a flow chart of the communication equipment configuration management system of the present invention. DETAILED DESCRIPTION

[0042] The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention.

[0043] Embodiment 1:

[0044] The present invention provides a technical solution: a communication equipment configuration management system based on a distributed backup mechanism, comprising a power supply and distribution system, a distributed backup mechanism, an air conditioning system, a lightning protection and grounding system, an automated data acquisition and transmission technology, a fire protection system, a monitoring system and a computerized maintenance management system, wherein the power supply and distribution system is communicatively connected to the distributed backup mechanism, the distributed backup mechanism is communicatively connected to the air conditioning system, the air conditioning system is communicatively connected to the lightning protection and grounding system, the lightning protection and grounding system is communicatively connected to the automated data acquisition and transmission technology, the automated data acquisition and transmission technology is communicatively connected to the fire protection system, the fire protection system is communicatively connected to the monitoring system, and the monitoring system is communicatively connected to the computerized maintenance management system.

[0045] Implementation 2:

[0046] The power supply and distribution system includes high and low voltage distribution modules, AC and DC distribution panels, power and environmental monitoring, and backup oil generators and UPS modules; high and low voltage distribution modules: responsible for converting high voltage power into low voltage power suitable for communication equipment to ensure normal power supply of the equipment; AC and DC distribution panels: providing AC and DC power supplies to meet the different power supply requirements of communication equipment; power and environmental monitoring: monitoring the operating status of the power supply system, including parameters such as voltage, current, and temperature, to ensure the stability and safety of the power supply system; backup oil generators and UPS modules: providing emergency backup power when the city power is interrupted to ensure uninterrupted power supply to communication equipment.

[0047] Embodiment 3:

[0048] The distributed backup mechanism includes an access module, an IO module and a cluster management module; the access module manages the connection between the storage system and the upper-level application, supports multiple storage protocols, shortens the IO path, reduces latency, and improves data transmission efficiency; the IO module handles data input and output operations, ensures efficient data transmission and processing, and supports large-scale concurrent operations; the cluster management module is responsible for the management and scheduling of the entire distributed storage system, including resource allocation, fault detection and processing, to ensure stable operation of the system and provide high availability and reliability.

[0049] Through data replication and redundant backup, the system can ensure normal operation in the event of hardware failure or data loss. Through these modules and mechanisms, the distributed backup system can provide efficient, reliable and scalable data storage solutions to meet various business needs.

[0050] Embodiment 4:

[0051] The lightning protection and grounding system includes a lightning protection module, a grounding device, a cable shielding module and an equipotential connection module; lightning protection module: an important device for protecting communication equipment from damage by lightning. After sensing the high voltage on the line, the line is instantly connected to the ground to discharge the lightning current. The lightning protection module will introduce the instantaneous large current into the ground for release to ensure the safety of electrical equipment; grounding device: introduces lightning current into the underground to ensure the safety of equipment and ensure that the grounding resistance value meets the requirements of the specification; cable shielding module: by shielding the cable, the interference and damage of the lightning electromagnetic pulse to the cable can be reduced. Cable shielding can effectively prevent the intrusion of lightning overvoltage and protect the safety of communication equipment; equipotential connection module: by connecting all metal parts inside the equipment to an equipotential plane, the potential difference is reduced to prevent damage to the equipment by lightning electromagnetic pulses. The design of the equipotential connection system needs to consider the specific layout and installation environment of the equipment to ensure that all metal parts can be effectively connected.

[0052] When struck by lightning, the lightning protection module will introduce a large instantaneous current into the earth for release to ensure the safety of electrical equipment. The lightning protection module needs to meet the following conditions to operate normally: the wiring method is correct, the lightning discharge path performance is good, the grounding resistance meets the requirements, attention is paid to electrical coordination, and the lightning arrester itself operates normally.

[0053] Embodiment 5:

[0054] The automated data collection and transmission technology includes a data collection unit and a data processing and analysis unit. The data collection unit includes a unified standard and process module, a responsibility and task allocation module, and an audit and verification module; the unified standard and process module: establishes unified data standards and development processes to ensure that each team works on the same basis, uses real-time monitoring systems and communication tools to reduce communication and coordination costs; the responsibility and task allocation module: clarifies the responsibilities and tasks of each team and individual at the beginning of the project, reduces manual intervention through automated testing and intelligent algorithms, and ensures timely transmission of information and rapid resolution of problems; the audit and verification module: regularly checks the system Audit and verify to ensure the accuracy of data and the stability of the system; the data processing and analysis unit includes data preprocessing, data storage module, data analysis module and edge computing module; data preprocessing: cleaning, filtering, normalization and other processing of the collected raw data to improve data quality; data storage module: storing the processed data in a database, file system or memory for subsequent analysis; data analysis module: applying statistics, machine learning, data mining and other technologies to conduct in-depth analysis of data and extract valuable information; edge computing module: performing data processing near the data collection end to reduce the burden on the central server and improve response speed.

[0055] Data related to industrial processes, such as temperature, pressure, flow, etc., are collected through sensors and other equipment, and transmitted to the data processing system, which can be done by wired or wireless means. After receiving the data, the data is processed and analyzed through algorithms and methods to extract effective information, and to perform calculations, judgments and control decisions. The processed data is stored in a database or other storage device for subsequent analysis and query.

[0056] Embodiment 6:

[0057] The computerized maintenance management system includes a management unit and a maintenance unit. The management unit includes a communication equipment configuration management module, a maintenance plan module and an inventory management module; Communication equipment configuration management module: used to enter, query and update basic information of the equipment, including the name, model, serial number, manufacturer, purchase date, service life, etc. of the equipment. Through the barcode or QR code scanning function, the equipment information can be quickly entered and searched to ensure the accuracy of the information; Maintenance plan module: formulate and implement equipment maintenance plans, including daily inspections, regular maintenance and fault repair schedules, intelligently generate maintenance plans based on equipment usage and historical data, and record detailed information for each maintenance to help enterprises optimize maintenance strategies; Inventory management module: manage equipment spare parts and grasp inventory status in real time, including inventory quantity, inbound and outbound records , minimum inventory warning, etc. Effective inventory management can avoid equipment downtime due to insufficient spare parts, and prevent excessive inventory from occupying funds; the maintenance unit includes an asset tracking module, a maintenance management module and a configuration management module; Asset tracking module: real-time tracking of equipment usage and location, using RFID, GPS and other technologies to achieve precise positioning and real-time monitoring of equipment to ensure that the equipment is reasonably deployed and used; Maintenance management module: responsible for preventive maintenance and fault repair of equipment, through timely maintenance plans and repair records, to ensure that the equipment is always in the best operating state, reduce fault downtime, and improve production efficiency; Configuration management module: define configuration information, set and modify equipment properties, define or modify the interconnection relationship between network elements, start and terminate network operation, release software, check parameter values ​​and interconnection relationships, report configuration status, etc.

[0058] These modules together constitute a computerized maintenance management system that helps enterprises comprehensively manage the configuration, maintenance and inventory of communication equipment to ensure the normal operation and efficient use of equipment.

[0059] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A communication equipment configuration management system based on a distributed backup mechanism, characterized in that: It includes a power supply and distribution system, a distributed backup mechanism, an air-conditioning system, a lightning protection and grounding system, an automated data acquisition and transmission technology, a fire protection system, a monitoring system and a computerized maintenance management system. The power supply and distribution system is communicatively connected to the distributed backup mechanism, the distributed backup mechanism is communicatively connected to the air-conditioning system, the air-conditioning system is communicatively connected to the lightning protection and grounding system, the lightning protection and grounding system is communicatively connected to the automated data acquisition and transmission technology, the automated data acquisition and transmission technology is communicatively connected to the fire protection system, the fire protection system is communicatively connected to the monitoring system, and the monitoring system is communicatively connected to the computerized maintenance management system.

2. A communication equipment configuration management system based on a distributed backup mechanism according to claim 1, characterized in that: The power supply and distribution system includes high and low voltage distribution modules, AC and DC distribution panels, power and environmental monitoring and backup oil generator and UPS modules; High and low voltage power distribution module: responsible for converting high voltage power into low voltage power suitable for communication equipment; AC / DC power distribution panel: provides AC and DC power; Power and environment monitoring: monitor the operating status of the power supply system, including parameters such as voltage, current, and temperature; Backup oil generator and UPS module: provide emergency backup power when the city power is interrupted.

3. A communication equipment configuration management system based on a distributed backup mechanism according to claim 1, characterized in that: The distributed backup mechanism includes an access module, an IO module and a cluster management module; Access module: manages the connection between the storage system and upper-layer applications and supports multiple storage protocols; IO module: handles data input and output operations; Cluster management module: responsible for the management and scheduling of the entire distributed storage system, including resource allocation, fault detection and processing.

4. A communication equipment configuration management system based on a distributed backup mechanism according to claim 1, characterized in that: The lightning protection and grounding system includes a lightning protection module, a grounding device, a cable shielding module and an equipotential connection module; Lightning protection module: an important device used to protect communication equipment from damage caused by lightning. It senses the high voltage on the line and instantly connects the line to the ground to discharge the lightning current. Grounding device: directs lightning current into the ground to ensure equipment safety; Cable shielding module: Shielding the cables can reduce the interference and damage of lightning electromagnetic pulses to the cables; Equipotential connection module: By connecting all metal parts inside the equipment to an equipotential surface, the potential difference is reduced and damage to the equipment by lightning electromagnetic pulses is prevented.

5. A communication equipment configuration management system based on a distributed backup mechanism according to claim 1, characterized in that: The automated data collection and transmission technology includes a data collection unit and a data processing and analysis unit, wherein the data collection unit includes a unified standard and process module, a responsibility and task allocation module, and an audit and verification module; Unified standards and process modules: Establish unified data standards and development processes to ensure that all teams work on the same basis and use real-time monitoring systems and communication tools; Responsibility and task allocation module: clarify the responsibilities and tasks of each team and individual at the beginning of the project, and reduce manual intervention through automated testing and intelligent algorithms; Audit and verification module: Regularly audit and verify the system.

6. A communication equipment configuration management system based on a distributed backup mechanism according to claim 5, characterized in that: The data processing and analysis unit includes a data preprocessing module, a data storage module, a data analysis module and an edge computing module; Data preprocessing: cleaning, filtering, normalization, etc. of the collected raw data; Data storage module: stores the processed data in a database, file system or memory; Data analysis module: Apply statistics, machine learning, data mining and other technologies to conduct in-depth analysis of data; Edge computing module: performs data processing near the data collection end.

7. A communication equipment configuration management system based on a distributed backup mechanism according to claim 1, characterized in that: The computerized maintenance management system includes a management unit and a maintenance unit, wherein the management unit includes a communication equipment configuration management module, a maintenance plan module and an inventory management module; Communication equipment configuration management module: used to enter, query and update basic information of equipment, including equipment name, model, serial number, manufacturer, purchase date, service life, etc.; Maintenance plan module: formulate and implement equipment maintenance plans, including schedules for daily inspections, regular maintenance, and fault repairs. Intelligently generate maintenance plans based on equipment usage and historical data, and record detailed information for each maintenance. Inventory management module: manage equipment spare parts and grasp inventory status in real time, including inventory quantity, in and out records, minimum inventory warning, etc.

8. A communication equipment configuration management system based on a distributed backup mechanism according to claim 7, characterized in that: The maintenance unit includes an asset tracking module, a maintenance management module and a configuration management module; Asset tracking module: real-time tracking of equipment usage and location, using RFID, GPS and other technologies to achieve accurate positioning and real-time monitoring of equipment; Maintenance management module: responsible for the preventive maintenance and fault repair of equipment, ensuring that the equipment is always in the best operating condition through timely maintenance plans and repair records; Configuration management module: define configuration information, set and modify device properties, define or modify the interconnection relationship between network elements, start and terminate network operation, release software, check parameter values ​​and interconnection relationships, report configuration status, etc.

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