CN117425165A - System for managing novel power communication board card by using intelligent terminal - Google Patents
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- H—ELECTRICITY
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Abstract
The invention relates to a system for managing a novel power communication board card by using an intelligent terminal, which mainly comprises the novel power communication board card, a 5G communication module, a 5G network, an intelligent terminal and equipment management software, wherein the novel power communication board card is integrated with the 5G communication module by adopting an embedded design, the high-speed connection with the intelligent terminal is realized through the 5G network, the intelligent terminal is various in type, specific adaptation technology or interface design is realized aiming at different types of terminals, the equipment management software has a user customization function, multi-language support and cross-platform compatibility, and the system also comprises a real-time monitoring module, a parameter setting module, a remote operation module, a fault alarm module and a historical data checking and analyzing module, so that the efficient management and monitoring of the power communication board card are realized, the management efficiency and the fault processing capability of the power communication board card are improved, the operation is more convenient and quick, and a more efficient solution is provided for the management of the power communication network.
Description
Technical Field
The invention relates to a system for managing a novel power communication board card by using an intelligent terminal, in particular to a system for managing a novel power communication board card by using an intelligent terminal, which is applied to the technical field of power communication.
Background
With the rapid development of information technology and communication technology, the electric power communication network plays an increasingly important role in guaranteeing the stable operation of the power grid and improving the management efficiency of the power grid. Conventional power communication networks rely mostly on wired communication technology and standard network management systems, which in some way limit their flexibility and extensibility. In particular, in a remote or mobile scenario, conventional systems face many challenges in terms of high-speed data transmission, real-time monitoring, and remote management.
In recent years, the appearance of 5G communication technology brings revolutionary changes to the power communication network, and the 5G technology provides new possibilities for remote management and real-time data processing of the power communication network due to the characteristics of high speed, low delay and large capacity, however, the existing power communication management system does not fully utilize the advantages of the 5G technology, and still has the problems of low data transmission efficiency, insufficient real-time monitoring, limited user interaction experience and the like.
Therefore, a novel power communication management system is urgently needed, which can combine the advantages of the 5G communication technology, realize efficient data transmission and real-time monitoring, and provide a more friendly user interaction interface so as to adapt to the requirements of a modern power communication network.
Disclosure of Invention
Aiming at the prior art, the invention aims to solve the technical problem of improving the management of equipment and the fault analysis processing capability, so that the operation is more convenient and quicker.
In order to solve the problems, the invention provides a system for managing a novel power communication board by using an intelligent terminal, which comprises the novel power communication board, a 5G communication module, a 5G network, an intelligent terminal and equipment management software, wherein the novel power communication board is integrated with the 5G communication module, the 5G communication module adopts an embedded design to realize the tight integration with the novel power communication board, the 5G communication module is connected with the intelligent terminal provided with the equipment management software at a high speed through the 5G network, the high-speed connection ensures the high speed and the stability of data transmission by adopting an LTE technology, the intelligent terminal can be a smart phone, a notebook computer, a desktop computer, AR or VR intelligent glasses and the like, and the equipment management software has a user customizing function, multi-language support, cross-platform compatibility and the like aiming at the specific adaptation technology or interface design of different types of the intelligent terminal.
As a further improvement of the application, the device management software is installed on the intelligent terminal, the device management software adopts an automatic configuration technology, the device management software is in high-speed communication connection with the novel power communication board card through the 5G network, the high-speed communication connection adopts a high-speed data transmission protocol and an end-to-end encryption technology, the device management software is provided with a software interface optimization technology, a user interaction experience enhancement technology and the like, and the device management software also supports remote updating and maintenance, self-adaptive network environment adjustment and the like.
As a still further improvement of the method, the equipment management software comprises a real-time monitoring module, a parameter setting module, a remote operation module, a fault alarm module and a historical data checking and analyzing module, wherein the real-time monitoring module is used for carrying out real-time monitoring and analysis on the running state of the novel power communication board card and realizing real-time tracking on key performance indexes, the parameter setting module is provided with an access control technology based on roles and a parameter automatic adjustment algorithm, the remote operation module is provided with a wireless remote control protocol and a graphical operation interface, the fault alarm module integrates an abnormal mode recognition and real-time alarm notification system, and the historical data checking and analyzing module adopts a cloud storage solution.
As a further improvement of the method, the real-time monitoring module can monitor all data of the novel power communication board card in real time, including but not limited to working conditions of all communication ports, communication speed, working conditions of equipment components and parts and the like, the real-time monitoring module adopts a real-time performance monitoring algorithm, the real-time monitoring module further comprises a dynamic chart display interface and a multidimensional data analysis interface, the real-time monitoring module further comprises a pre-warning mechanism based on performance threshold values, and the real-time monitoring module further integrates a machine learning driven fault prediction model.
As a further improvement of the method, the parameter setting module can set all parameters of the novel power communication board card according to the authority, all parameters comprise, but are not limited to, parameters of all communication ports, upper and lower limits of communication speed, authority of an administrator and the like, the parameter setting module adopts an adaptive parameter adjustment algorithm, the parameter setting module comprises multi-level authority setting and the like, the parameter setting module further integrates a graphical interface, and the parameter setting module further has parameter optimization suggestions based on machine learning and parameter adjustment of environment adaptation.
As a supplement to the further improvement of the application, the remote operation module can carry out remote operation on the novel power communication board card, the remote operation comprises, but is not limited to, enabling of each communication port, adjustment of communication speed, switching of system working modes and the like, the remote operation module adopts a Web-based remote management interface, the remote operation module comprises a graphical control panel, the remote operation module further comprises a real-time operation feedback system and a remote state monitoring display, the remote operation module further integrates operation authority verification, operation log and a fault automatic recovery function, the fault alarm module can carry out real-time alarm on the novel power communication board card, the real-time alarm comprises, but is not limited to, fault alarm of each communication port, abnormal communication speed, abnormal alarm of components and the like, the fault alarm module adopts an intelligent fault diagnosis algorithm, the fault alarm module comprises a multi-channel alarm notification system, the fault alarm module further comprises a fault log record and a fault cause analysis tool, and the fault alarm module further integrates graphical fault display.
As a supplement to the further improvement of the application, the historical data checking and analyzing module can check and analyze the historical data of the novel power communication board card, the historical data comprises, but is not limited to, historical data of all communication ports, historical data of communication speed, historical data of main component working conditions and the like, the historical data checking and analyzing module adopts a time sequence database, the historical data checking and analyzing module comprises an interactive chart, the historical data checking and analyzing module further comprises a trend prediction model based on machine learning, and the historical data checking and analyzing module further integrates functions of customized data screening, one-key data report generation and the like.
As a further improvement of the present application, comprising the steps of,
s1, starting a system power supply;
s2, system self-checking;
s3, logging in a system;
s4, entering a real-time monitoring module by default;
s5, selecting entry;
s6, exiting the software;
s7, exiting the system software;
s8, turning off the power supply.
In summary, the scheme has the following beneficial effects:
1. the invention improves the management efficiency of the power communication board card by utilizing the intelligent terminal and the equipment management software, and the user can quickly access and manage the board card remotely through the intelligent terminal, thereby improving the convenience and the rapidness of operation.
2. The fault analysis and processing capacity is enhanced, the integration of the fault alarm module provides the functions of real-time fault monitoring, intelligent diagnosis and multi-channel alarm, the rapid response and effective processing capacity to faults are enhanced, the system downtime is reduced, and the stability and reliability of the whole power communication network are improved.
3. The high-speed stable data transmission, the integrated 5G communication module and the 5G network provide high-speed and low-delay data transmission, the high efficiency of real-time monitoring and remote operation is ensured, and the stability of the data transmission is further enhanced by the application of the LTE technology.
4. The device management software considers the compatibility of various intelligent terminals, so that the system can be suitable for various different technical environments and operation habits, and the operation is more visual and simple due to the optimization of the software interface and the enhancement of interaction experience.
5. The integration of the real-time monitoring module and the historical data checking and analyzing module provides comprehensive data monitoring and analyzing capability, so that real-time performance tracking can be performed, long-term trend can be analyzed through the historical data, and a user can be helped to make more accurate decisions and optimization.
6. The automatic configuration and remote maintenance, automatic configuration technology and remote updating maintenance function reduce the complexity of the system, ensure that the system always operates in the latest and optimal state, and reduce maintenance cost and time.
7. The environment self-adaptation capability can be automatically adjusted by the equipment management software according to different network environments, so that the system can be ensured to operate efficiently under different conditions, and the adaptability and the reliability of the system under various environments are improved.
Drawings
FIG. 1 is a first overall block diagram of the present application;
FIG. 2 is an interaction diagram I of the present application;
FIG. 3 is a device management software interaction diagram of the present application;
FIG. 4 is an interaction diagram of the real-time monitoring module of the present application;
FIG. 5 is a workflow diagram of the present application;
FIG. 6 is a block diagram of a device management software architecture of the present application;
fig. 7 is a second overall structure diagram of the present application.
The reference numerals in the figures illustrate:
1. novel power communication board card; 2. a 5G communication module; 3. a 5G network; 4. an intelligent terminal; 5. device management software; 51. a real-time monitoring module; 511. a working condition; 512. a communication speed; 513. the working condition of the components; 52. a parameter setting module; 521. communication port parameters; 522. upper and lower limits of communication speed; 523. an administrator right; 53. a remote operation module; 531. communication port enabling; 532. communication speed adjustment; 533. switching a system working mode; 54. a fault alarm module; 541. alarming the communication port fault; 542. alarming for abnormal communication speed; 543. alarming abnormality of components; 55. a historical data viewing and analyzing module; 551. communication port history data; 552. communication speed history data; 553. and historical data of component working conditions.
Detailed Description
Three embodiments of the present application are described in detail below with reference to the accompanying drawings.
First embodiment:
figures 1-7 show.
A system for managing a novel power communication board card by using an intelligent terminal comprises the novel power communication board card 1, a 5G communication module 2, a 5G network 3, an intelligent terminal 4, device management software 5, wherein the novel power communication board card 1 is integrated with the 5G communication module 2,5G communication module 2, the novel power communication board card 1 is tightly integrated with the novel power communication board card 1 by adopting an embedded design, the 5G communication module 2 is connected with the intelligent terminal 4 provided with the device management software 5 through the 5G network 3 at a high speed, the high speed is connected with the intelligent terminal 4 by adopting an LTE technology to ensure the high speed and the stability of data transmission, the intelligent terminal 4 can be a smart phone, a notebook computer, a desktop computer, an AR or VR intelligent glasses and the like, and the device management software 5 has a user customizing function, multilingual support, cross-platform compatibility and the like according to specific adaptation technologies or interface designs of different types of the intelligent terminals.
The system allows a user to remotely manage the power communication board card by means of the 5G network 3 and the intelligent terminal 4 in an application scene with high data flow and low delay requirements, so that the management flexibility is increased, the system is particularly suitable for equipment management in a place which is difficult to directly access or remote, the design of equipment management software 5 considers various intelligent terminals 4, such as a smart phone, a notebook computer, a desktop computer, AR or VR intelligent glasses and the like, wide compatibility is provided, user experience is improved, the system can adapt to various different operation habits and technical environments, the equipment management software 5 has user customization functions, multilingual support and the like, the system is more suitable for the personalized requirements of the user, the operation convenience of the user and the usability of the system are improved, and the user experience and the system flexibility are improved by combining the latest communication technology and the intelligent terminal 4 application, and a more efficient modern solution is provided for the power communication network management.
The novel power communication board card 1 is used as a core component of a system, the novel power communication board card 1 is responsible for processing all key functions of a power communication network, such as data transmission, signal processing and the like, high-efficiency and stable operation of the power communication network are ensured, the 5G communication module 2 is integrated in the power communication board card 1,5G communication module 2, high-speed and low-delay communication capability is provided, the embedded design realizes tight integration with the power communication board card, the overall performance and reliability of equipment are optimized, the 5G network 3 is used as a main channel of data transmission, the 5G network 3 enables the whole system to utilize the advantages of high speed and large capacity of the 5G technology, necessary network support is provided for remote management and real-time data processing, the intelligent terminal 4 comprises a smart phone, a notebook computer, a desktop computer, an AR (AR) or VR (virtual reality) intelligent glasses and the like, a flexible and convenient operation mode is provided, the system can adapt to various operation habits and technical environments, equipment management software 5 is installed on the intelligent terminal 4, the equipment management software 5 is easy to provide visual management for users, the user can easily provide a user-friendly interface, the interface is not customized by the user-friendly design, the system can not only has the highest performance of the user, the user can be realized through the design, the communication system is easy to realize the custom-made and the communication system has the high-efficient and the user-friendly performance, the user-friendly performance and the user terminal can not have the user-friendly performance, and the user can be used by the user through the communication system, and the communication system can be easily realized, and has the high performance through the communication system, and the high performance, the user can be easily has the high performance and the best performance and the function.
Second embodiment:
figures 1-7 show.
The device management software 5 is installed on the intelligent terminal 4, the device management software 5 adopts an automatic configuration technology, the device management software 5 is in high-speed communication connection with the novel power communication board card 1 through the 5G network 3, the high-speed communication connection adopts a high-speed data transmission protocol and an end-to-end encryption technology, the device management software 5 is provided with a software interface optimization technology, a user interaction experience enhancement technology and the like, and the device management software 5 also supports remote updating and maintenance, self-adaptive network environment adjustment and the like.
The device management software 5 adopts an automatic configuration technology, ensures that the software can be smoothly installed and operated on various intelligent terminals 4, the compatibility enables the software to be used on intelligent devices of different brands and models, the convenience of users and the application range of the system are improved, high-speed communication connection realized through the 5G network 3 is combined with a high-speed data transmission protocol, the quick and stable data transmission capability is provided for the device management software 5, the importance of the power communication board card management requiring real-time data exchange and processing is ensured, the end-to-end encryption technology is adopted, the safety of data in the transmission process is ensured, the importance of the sensitive or critical data in the protection power communication network is ensured, especially, the application of the software interface optimization technology and the user interaction experience enhancement technology is related to remote operation and monitoring, the operation difficulty of the user is reduced through the user interface design, the working efficiency is improved, the software supports remote update and maintenance, the upgrade and maintenance of the system are more convenient and quick, the system can be ensured to always run in the latest state, meanwhile, the time of maintenance and the automatic maintenance is reduced, the reliability of the system can be adjusted in the network according to different environments and the different environments, the environment is not stable, and the reliability of the network is not suitable for the network condition.
The device management software 5 comprises a real-time monitoring module 51, a parameter setting module 52, a remote operation module 53, a fault alarm module 54 and a historical data checking and analyzing module 55, wherein the real-time monitoring module 51 adopts a high-speed data acquisition algorithm and a real-time data analyzing technology and is used for immediately monitoring and analyzing the running state of the novel power communication board card 1 and realizing real-time tracking of key performance indexes, the parameter setting module 52 is provided with a role-based access control technology and a parameter automatic adjustment algorithm, the remote operation module 53 is provided with a wireless remote control protocol and a graphical operation interface, the fault alarm module 54 integrates an abnormal mode identification and real-time alarm notification system, and the historical data checking and analyzing module 55 adopts a cloud storage solution.
The real-time monitoring module 51 adopts a high-speed data acquisition algorithm and a real-time data analysis technology, so that the running state of the novel power communication board 1 can be monitored and analyzed in real time, a real-time performance tracking function is crucial to ensuring the stable running and timely response of a power communication system, the parameter setting module 52 is provided with a role-based access control technology and a parameter automatic adjustment algorithm, users with different authorities are allowed to conduct safe and accurate parameter configuration, the safety of the system is enhanced, the accuracy and the high efficiency of parameter setting are ensured, the remote operation module 53 provides a convenient and visual remote management capability for the users through a wireless remote control protocol and a graphical operation interface, the users can effectively manage the power communication board at any network place, particularly in emergency or remote scenes, the fault alarm module 54 integrates an abnormal mode identification and real-time alarm notification system, the system fault can be identified timely and related personnel can be notified quickly, the instant response mechanism can prevent serious faults and reduce the downtime, the history data viewing analysis module 55 adopts a cloud storage history solution, and provides a large amount of data storage, retrieval and analysis functions for the users to better understand the trend of the data of the system in a long-term.
The real-time monitoring module 51 can monitor all data of the novel power communication board card 1 in real time, including but not limited to the working condition 511 of each communication port, the communication speed 512, the working condition 513 of equipment components and parts, etc., the real-time monitoring module 51 adopts a real-time performance monitoring algorithm, the real-time monitoring module 51 further comprises a dynamic chart display and a multidimensional data analysis interface, the real-time monitoring module 51 further comprises an early warning mechanism based on a performance threshold, and the real-time monitoring module 51 further integrates a failure prediction model driven by machine learning.
The real-time monitoring module 51 can monitor all key data of the novel power communication board card 1, including communication port working conditions 511, communication speed 512, device component working conditions 513 and the like, comprehensive monitoring capability ensures full-time and multi-dimensional knowledge of the power communication system state, timely discovery and processing of problems are facilitated, stable operation of the system is guaranteed, the adopted real-time performance monitoring algorithm allows rapid processing and analysis of the monitoring data, accuracy and timeliness of the real-time data are guaranteed, a visual and easily understood data display mode is provided for a dynamic chart display and multi-dimensional data analysis interface, a visual mode enables a user to quickly grasp the system state, operation efficiency and decision quality are improved, an early warning mechanism based on a performance threshold can automatically send early warning when the key performance index reaches an abnormal threshold, operation maintenance personnel can timely take measures, potential faults or performance decline are prevented, a machine learning-driven fault prediction model is integrated, unexpected shutdown and maintenance cost is reduced, management and reliability and overall operation reliability of the power communication board card are improved.
The parameter setting module 52 can perform authority setting on all parameters of the novel power communication board card, wherein all parameters include, but are not limited to, communication port parameters 521, communication speed upper and lower limits 522, manager authority 523 and the like, the parameter setting module 52 adopts an adaptive parameter adjustment algorithm, the parameter setting module 52 comprises multi-level authority setting and the like, the parameter setting module 52 further integrates a graphical interface, and the parameter setting module 52 further has parameter optimization suggestions based on machine learning and parameter adjustment of environment adaptation.
The parameter setting module 52 provides overall control over all parameters of the novel power communication board card 1, including communication port parameters 521, upper and lower communication speed limits 522, manager rights 523 and the like, overall parameter control capability enables the system to be flexibly adjusted according to different application scenes and requirements, adaptability and performance of the device are improved, multistage rights setting ensures safety and stability of the system, users of different stages can correspondingly check and adjust the parameters of the device according to rights of the users through hierarchical management, accordingly unauthorized access and misoperation are effectively prevented, an adaptive parameter adjustment algorithm is adopted, parameters can be automatically adjusted according to actual running states of the system and external environments, the operation of the device in an optimal state is guaranteed, manual intervention requirements are reduced through automatic adjustment, operation and maintenance efficiency is improved, the design of a graphical interface enables parameter setting process to be more visual and user-friendly, operation difficulty is reduced, the working efficiency of the user is improved, the device is particularly suitable for non-professional users, a machine learning-based parameter optimization suggestion function is integrated, optimization suggestion can be provided according to historical data and current running conditions, intelligent suggestion is helpful to improve the performance and efficiency, meanwhile, the performance of the system can be automatically adjusted according to the actual running states of the system and the actual running states of the system, the requirements are improved, the requirements of the device is guaranteed to be automatically adjusted, the requirements of manual intervention are reduced, the requirements are met, the operation is improved, the requirements of the operation is improved, and the user is more visual and user is friendly according to requirements are improved, and the user is convenient to be adjusted, and the performance is convenient due to the performance of the device is set to be automatically adjusted through the parameter optimization.
The remote operation module 53 can perform remote operation on the novel power communication board card, the remote operation includes but is not limited to enabling 531 of each communication port, adjusting 532 of communication speed, switching 533 of system working modes, etc., the remote operation module 53 adopts a remote management interface based on Web, the remote operation module 53 comprises a graphical control panel, the remote operation module 53 further has a real-time operation feedback system and remote status monitoring display, and the remote operation module 53 further integrates operation authority verification, operation log recording and automatic fault recovery functions.
The remote operation module 53 can execute various remote operations on the novel power communication board card 1, including communication port enabling 531, communication speed adjusting 532, system working mode switching 533 and the like, the wide operation range provides great flexibility, the user can remotely control and optimize the performance and configuration of the power communication board card, the Web-based remote management interface is adopted, the user is allowed to remotely operate through the internet without being limited by geographic positions, the interface provides a convenient access mode, the remote management is enabled to be more efficient and flexible, the graphical control panel provides an intuitive user interface, the operation is enabled to be more easily understood, the remote operation module 53 comprises a real-time operation feedback system and remote state monitoring display, the information of an operation result and the current equipment state can be timely provided, the correct execution and timely response of the equipment state change are ensured, the security of the system is ensured to be only executed by the authorized user, the automatic recording operation is convenient and the automatic fault recovery function, the reliability of the remote operation feedback system is improved, the reliability is improved, the remote operation reliability is improved, and the reliability of the remote operation module is improved, and the remote operation system is enabled to be more easily and the reliability is improved, and the reliability of the remote operation system is improved, and the remote operation is convenient and stable.
The fault alarm module 54 can perform real-time alarm on the novel power communication board card, the real-time alarm includes but is not limited to fault alarm 541 of each communication port, abnormal communication speed alarm 542, abnormal component alarm 543 and the like, the fault alarm module 54 adopts an intelligent fault diagnosis algorithm, the fault alarm module 54 comprises a multi-channel alarm notification system, the fault alarm module 54 further comprises a fault log record and a fault cause analysis tool, and the fault alarm module 54 further integrates graphical fault display.
The fault alarm module 54 can monitor and alarm various possible fault conditions in real time, such as communication port faults, abnormal communication speed, abnormal main components and parts and the like, comprehensive monitoring capability is beneficial to timely finding and responding to various faults, system downtime and potential loss are reduced, an intelligent fault diagnosis algorithm is adopted, the fault alarm module 54 can accurately identify the nature and cause of the faults, accuracy and efficiency of diagnosis are improved, intelligent processing is reduced reliance on professional technicians, fault processing flow is accelerated, a multi-channel alarm notification system ensures that key information can be quickly and accurately transmitted to related personnel, response speed is improved, timely processing of the faults is ensured, the module is provided with fault log recording and fault cause analysis tools, important data support is provided for fault processing and subsequent maintenance, recording and analysis functions have important values for understanding fault modes, optimizing system design and preventing future faults, integrated graphical fault display is provided, non-professional personnel can quickly understand current fault states, speed and efficiency of fault response are improved, the fault module 54 can accurately display and stably monitor and analyze the fault through the intelligent channel monitoring capability, the monitoring capability and the intelligent channel monitoring system, the fault information is provided with stable operation and stable performance, and the power monitoring system is provided with an interface.
The historical data checking and analyzing module 55 can check and analyze historical data of the novel power communication board card, the historical data comprises, but is not limited to, historical data 551 of each communication port, historical data 552 of communication speed, historical data 553 of main component working conditions and the like, the historical data checking and analyzing module 55 adopts a time sequence database, the historical data checking and analyzing module 55 comprises an interactive chart, the historical data checking and analyzing module 55 further comprises a trend prediction model based on machine learning, and the historical data checking and analyzing module 55 further integrates functions of customized data screening, one-key data report generation and the like.
Various historical data of the novel power communication board card 1 can be checked and analyzed, the novel power communication board card comprises communication port data, communication speed 512, working conditions 513 of main components and parts and the like, comprehensive data analysis capability is beneficial to user understanding and evaluating long-term performance and stability of the system, a time sequence database is adopted, a high-efficiency solution is provided for storage and retrieval of the historical data by the module, the time sequence database is suitable for processing a large amount of time stamp data, the storage and access of the historical data become more efficient and convenient, visual historical data display is provided through an interactive chart, a user can easily understand and analyze the data, the non-professional personnel can quickly grasp key information, a trend prediction model based on machine learning is integrated, deep analysis can be conducted on the historical data and forecast future trend, the prediction capability has a certain value for early identification of potential problems, a customized data screening and one-key data report generating function is provided for the module, the user can screen data and quickly generate reports according to specific requirements, working efficiency is improved, the visual historical data can be particularly suitable for being generated and required to be used for a user to realize efficient and efficient analysis of the system, the power system is improved, the advanced and the visual trend analysis capability is improved, the advanced system can be effectively is provided for the user can easily understand and can be used for the system is well understood and is well to analyze the historical data, and is well-understood, and is well analyzed by the historical system is well, and is analyzed.
The device management software 5 is installed on the intelligent terminal 4, provides a centralized interface to manage the novel power communication board 1, ensures that the software can be smoothly installed and operated on various intelligent terminals 4 by the automatic configuration technology, improves the compatibility of the software and the convenience of users, provides quick and safe data transmission capability for device management by combining a high-speed data transmission protocol and an end-to-end encryption technology through the high-speed communication connection realized by the 5G network 3, ensures that the software is more visual and easy to use by the software interface optimization and the user interaction experience enhancement technology, supports remote updating and maintenance by the software, reduces the maintenance cost and complexity, and the intelligent terminal 4 can be a smart phone, a notebook computer, a desktop computer, an AR or VR smart glasses or the like as the interface interacted with the device management software 5, provides flexibility and portability, the real-time monitoring module 51 allows a user to remotely access and manage the power communication board card 1, adopts a high-speed data acquisition algorithm and a real-time data analysis technology, allows the user to monitor and analyze the running state of the novel power communication board card 1 in real time, provides real-time tracking of key performance indexes, is beneficial to timely identifying and solving problems, ensures the stable running of the power communication system, the parameter setting module 52 has a role-based access control technology and a parameter automatic adjustment algorithm, allows the user to safely and accurately configure the parameters of the novel power communication board card 1, improves the safety and the operation precision of the system, allows the user to conveniently and intuitively manage the power communication board card from a remote position through a wireless remote control protocol and a graphical operation interface, is particularly suitable for emergency or remote scenes, the fault alarm module 54 integrates an abnormal mode identification and real-time alarm notification system, can timely identify and notify system faults, reduces downtime and improves response speed, and the historical data checking and analyzing module 55 adopts a cloud storage solution, provides the functions of storing, retrieving and analyzing historical data, helps users understand long-term performance trends, and provides support for system maintenance and optimization.
Third embodiment:
figures 1-7 show.
Comprises the steps of,
s1, starting a system power supply, starting a novel power communication board card 1 and related equipment thereof, and adopting a quick starting protocol and a self-checking flow optimization technology, such as preloading key components and parallel processing of self-checking tasks, so as to ensure that the system can be started quickly and stably.
S2, system self-checking, namely performing comprehensive system self-checking, including hardware state detection such as power supply checking, communication interface state and software configuration verification such as firmware version checking and configuration file integrity checking. This step ensures that all system components are in good condition, ready.
S3, logging in the system, and implementing multi-factor authentication and role-based access control mechanisms to ensure that only authorized users can access the system according to the authority level, wherein the authentication comprises passwords, biological identification verification, security tokens and the like.
S4, entering a real-time monitoring module by default, automatically navigating the system to the real-time monitoring module 51, providing functions including real-time data display, performance index monitoring and the like, and enabling interface design to be visual and easy to navigate and identify key information.
S5, selecting and entering, wherein a user can select and enter other modules, such as a parameter setting module 52 and a remote operation module 53, according to the needs, and the interface design comprises a clear module navigation tag and a quick module switching mechanism so as to improve the operation efficiency of the user.
S6, exiting the software, and adopting a data automatic storage technology and a mechanism for cleaning temporary files to ensure the data integrity of the exiting process and the cleaning state of the system.
S7, closing system software, and executing a system closing program, wherein the system closing program comprises closing all movable connections, storing necessary state information and gradually releasing system resources, so that the system is ensured to be safely and orderly closed, and data loss and potential damage are avoided.
S8, turning off the power supply, cutting off the power supply of the novel power communication board card 1, adopting a progressive power-off strategy and power state monitoring to ensure that all necessary storage operations are completed before power off of the equipment, and avoiding damage caused by sudden power off.
The system is started S1 rapidly and stably, the system can be started rapidly and stably through a rapid starting protocol and self-checking flow optimization, waiting time is reduced, working efficiency is improved, meanwhile, stability and reliability of the system in starting are guaranteed, comprehensive system self-checking S2 is achieved, system self-checking ensures that all hardware and software components operate in a normal working state, potential problems can be found and repaired early, overall reliability of the system is improved, safe system access S3 is achieved, safety of the system is enhanced through multi-factor authentication and role-based access control, authorized users are guaranteed to access the system only, unauthorized access and potential safety threat are effectively prevented, visual real-time monitoring S4 is achieved, automatic access to a real-time monitoring module 51 enables users to view key performance indexes and system states immediately, monitoring efficiency and response speed are improved, convenient module switching S5 is achieved, a user-friendly interface and a rapid module switching mechanism enable users to access different functional modules easily, convenience and efficiency of system operation are improved, safe and efficient exit S6, automatic chaotic S and temporary exit data and access data and potential safety risk of the system are guaranteed, the system is prevented from being damaged due to the fact that the power-off state is guaranteed, the system is closed down in sequence, the power-off state is guaranteed, the system is prevented from being stopped down in sequence, the power-off state is guaranteed, the system is stopped down in sequence is prevented from being broken, and the power-off state is guaranteed to be the system is completely and the power-off state is guaranteed, and the system is stopped down in sequence is completely, and the power-off state is guaranteed is broken down, and the power-down is safe is possible.
The scope of protection of the above-described embodiments employed in the present application is not limited to the above-described embodiments, and various changes made by those skilled in the art without departing from the spirit of the present application are still within the scope of protection of the present invention.
Claims (9)
1. A system for managing a novel power communication board card by using an intelligent terminal is characterized in that: including novel electric power communication integrated circuit board (1), 5G communication module (2), 5G network (3), intelligent terminal (4), equipment management software (5), integrated 5G communication module (2) on novel electric power communication integrated circuit board (1), the inseparable integration with novel electric power communication integrated circuit board (1) is realized in 5G communication module (2) adoption embedded design, 5G communication module (2) are through intelligent terminal (4) high-speed connection of 5G network (3) with installation equipment management software (5), high-speed connection adopts LTE technique to ensure data transmission's high-speed performance and stability, intelligent terminal (4) can be smart mobile phone, notebook computer, desktop, AR or VR intelligent glasses etc. to specific adaptation technique or interface design to different grade type intelligent terminal, equipment management software (5) have user customization function, multi-language support, cross-platform compatibility etc..
2. The system for managing a new power communication board card using an intelligent terminal according to claim 1, wherein: the device management software (5) is installed on the intelligent terminal (4), the device management software (5) adopts an automatic configuration technology, the device management software (5) is in high-speed communication connection with the novel power communication board card (1) through the 5G network (3), the high-speed communication connection adopts a high-speed data transmission protocol and an end-to-end encryption technology, the device management software (5) is provided with a software interface optimization technology, a user interaction experience enhancement technology and the like, and the device management software (5) also supports remote updating, maintenance, self-adaptive network environment adjustment and the like.
3. The system for managing a new power communication board card using an intelligent terminal according to claim 1, wherein: the equipment management software (5) comprises a real-time monitoring module (51), a parameter setting module (52), a remote operation module (53), a fault alarm module (54) and a historical data checking and analyzing module (55), wherein the real-time monitoring module (51) adopts a high-speed data acquisition algorithm and a real-time data analyzing technology and is used for immediately monitoring and analyzing the running state of the novel power communication board card (1) and realizing real-time tracking of key performance indexes, the parameter setting module (52) is provided with a role-based access control technology and a parameter automatic adjustment algorithm, the remote operation module (53) is provided with a wireless remote control protocol and a graphical operation interface, the fault alarm module (54) integrates an abnormal mode recognition and real-time alarm notification system, and the historical data checking and analyzing module (55) adopts a cloud storage solution.
4. A system for managing a new power communication board card using an intelligent terminal as set forth in claim 3, wherein: the real-time monitoring module (51) can monitor all data of the novel power communication board card (1) in real time, and comprises, but not limited to, working conditions (511) of all communication ports, communication speed (512), working conditions (513) of equipment components and parts and the like, the real-time monitoring module (51) adopts a real-time performance monitoring algorithm, the real-time monitoring module (51) further comprises a dynamic chart display and a multidimensional data analysis interface, the real-time monitoring module (51) further comprises an early warning mechanism based on performance threshold values, and the real-time monitoring module (51) further integrates a machine learning driven fault prediction model.
5. A system for managing a new power communication board card using an intelligent terminal as set forth in claim 3, wherein: the parameter setting module (52) can set all parameters of the novel power communication board card according to authority, the all parameters comprise, but are not limited to, communication port parameters (521), upper and lower communication speed limits (522), manager authorities (523) and the like, the parameter setting module (52) adopts an adaptive parameter adjustment algorithm, the parameter setting module (52) comprises multistage authority setting and the like, the parameter setting module (52) further integrates a graphical interface, and the parameter setting module (52) further comprises parameter optimization suggestions based on machine learning and parameter adjustment of environment adaptation.
6. A system for managing a new power communication board card using an intelligent terminal as set forth in claim 3, wherein: the remote operation module (53) can carry out remote operation on the novel power communication board card, the remote operation comprises, but is not limited to, enabling (531) of each communication port, communication speed adjustment (532), system working mode switching (533) and the like, the remote operation module (53) adopts a Web-based remote management interface, the remote operation module (53) comprises a graphical control panel, the remote operation module (53) further comprises a real-time operation feedback system and a remote state monitoring display, and the remote operation module (53) further integrates operation authority verification, operation record logs and an automatic fault recovery function.
7. A system for managing a new power communication board card using an intelligent terminal as set forth in claim 3, wherein: the fault alarm module (54) can carry out real-time alarm on the novel power communication board card, the real-time alarm comprises, but is not limited to, fault alarm (541) of each communication port, abnormal communication speed alarm (542), abnormal component alarm (543) and the like, the fault alarm module (54) adopts an intelligent fault diagnosis algorithm, the fault alarm module (54) comprises a multi-channel alarm notification system, the fault alarm module (54) further comprises fault log record and fault cause analysis tools, and the fault alarm module (54) further integrates graphical fault display.
8. A system for managing a new power communication board card using an intelligent terminal as set forth in claim 3, wherein: the historical data checking and analyzing module (55) can check and analyze historical data of the novel power communication board card, the historical data comprises, but not limited to, historical data (551) of each communication port, historical data (552) of communication speed, historical data (553) of main component working conditions, the historical data checking and analyzing module (55) adopts a time sequence database, the historical data checking and analyzing module (55) comprises an interactive chart, the historical data checking and analyzing module (55) further comprises a trend prediction model based on machine learning, and the historical data checking and analyzing module (55) further integrates the functions of customized data screening, one-key data report generation and the like.
9. The system for managing a novel power communication board card using an intelligent terminal according to any one of claims 1 to 8, wherein: comprises the steps of,
s1, starting a system power supply;
s2, system self-checking;
s3, logging in a system;
s4, entering a real-time monitoring module by default;
s5, selecting entry;
s6, exiting the software;
s7, exiting the system software;
s8, turning off the power supply.
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