A power industry industrial internet enterprise node identification resolution system

Abstract

The application discloses a kind of electric power industry industrial internet enterprise node identification resolution system, it is related to electric power industry technical field, management module, for formulating enterprise node identification information based on national top node, information module is connected with management module, for formulating multiple enterprise node identification rules based on enterprise node identification information, matching module is connected with information module, for obtaining enterprise information in electric power industry, identification module is connected with matching module, for giving the unique identification code of enterprise based on enterprise node identification information as enterprise node identification code, association module is connected with identification module, resolution module is connected with association module and identification module, obtains monitoring information in enterprise node.The application is convenient for subsequent unified collection and management to monitoring information, can greatly improve the management efficiency of enterprise, with good management.

Description

Technical Field

[0001] The present invention relates to the technical field of the electric power industry, and in particular to an industrial Internet enterprise node identification resolution system for the electric power industry. Background Art

[0002] In modern enterprises, cross-enterprise data management can be achieved through enterprise nodes. Among them, the national top-level node is the top-level identification service node within a country or region, which can provide top-level identification resolution services nationwide, as well as identification registration, identification certification and other management capabilities. Enterprise nodes, as secondary nodes, need to be connected to the national top-level nodes. At present, in the process of enterprise node identification coding and corresponding data collection, most of the time, personnel are still required to select collection projects corresponding to enterprise information. It is difficult to quickly layout node information collection projects corresponding to enterprise information, and thus it is difficult to ensure the consistency of enterprise data analysis and improve the accuracy and efficiency of analysis. Summary of the Invention

[0003] The purpose of the present invention is to provide an industrial Internet enterprise node identification resolution system for the power industry to address the deficiencies in the background technology.

[0004] In order to achieve the above objectives, the present invention provides the following technical solutions: a node identification resolution system for industrial Internet enterprises in the power industry, comprising:

[0005] A management and formulation module is used to formulate enterprise node identification information based on the national top-level node, where the enterprise node identification information includes basic information, customer-oriented service information, and supporting service information;

[0006] An information formulation module, connected to the management formulation module, is used to formulate multiple enterprise node identification rules based on the enterprise node identification information, and bind the enterprise node identification rules with the enterprise node identification information to obtain a node management database;

[0007] The matching module is connected to the information formulation module and is used to obtain enterprise information in the power industry and obtain corresponding enterprise node identification information based on the enterprise information matching enterprise node identification rules;

[0008] An identification module, connected to the matching module, is used to assign a unique identification code to the enterprise as the enterprise node identification code based on the enterprise node identification information, and bind the enterprise node identification code to the corresponding enterprise node identification rule as the enterprise node;

[0009] An association module, connected to the identification module, is used to establish association information between the national top-level node and the enterprise node based on the identification code;

[0010] The parsing module is connected with the association module to obtain the monitoring information in the enterprise node and obtain the operation mode of the power industry enterprise based on the analysis of the monitoring information.

[0011] In a preferred embodiment, the management formulation module includes:

[0012] The collection unit is used to obtain information on the types of information that the enterprise needs to monitor based on big data. The information on the types of information that the enterprise needs to monitor includes business operations, operational data statistics, platform information settings, application management services, general customer service inquiries, and enterprise permissions;

[0013] The information formulation unit is connected to the collection unit and is used to formulate the enterprise's basic information, customer-oriented service information and supporting service information as enterprise node identification information based on the type of information that the enterprise needs to monitor and the national top-level node.

[0014] In a preferred embodiment, the information formulation module includes:

[0015] An acquisition unit, configured to acquire a plurality of demand monitoring information of the enterprise node identification information based on big data, wherein the demand monitoring information is any combination of information in the enterprise node identification information;

[0016] The binding unit is connected to the acquisition unit and is used to formulate corresponding enterprise node identification rules corresponding to multiple demand monitoring information, extract the characteristics of the combined information and bind them with the enterprise node identification rules as a node management database.

[0017] In a preferred embodiment, the matching module includes:

[0018] An extraction unit, configured to obtain enterprise information of the power industry and extract features of the enterprise information, wherein the features of the enterprise information are extracted key words;

[0019] The query unit is connected to the extraction unit and is used to query the corresponding enterprise node identification rules based on the characteristics of the corresponding enterprise information in the node management database and obtain the corresponding enterprise node identification information.

[0020] In a preferred embodiment, the identification module includes:

[0021] An identification unit is used to assign a unique identification code to the enterprise as the enterprise node identification code based on the enterprise node identification information, complete the registration of the enterprise based on the enterprise identification code, and bind the enterprise to the enterprise identification code;

[0022] The monitoring unit is connected to the identification unit and is used to obtain the enterprise's monitored items based on the enterprise node identification information corresponding to the enterprise information, assign corresponding management identification codes to the monitored items, and collect statistics on the enterprise node identification rules corresponding to the monitored items to obtain monitoring information;

[0023] The storage unit is connected to the monitoring unit and is used to bind the enterprise node identification code with the corresponding enterprise node identification rule as an enterprise node, and store monitoring information based on the enterprise node.

[0024] In a preferred embodiment, the monitoring unit includes:

[0025] An information matching unit is used to obtain the enterprise's projects and extract project features, and to obtain the project to be monitored by matching the project features based on the enterprise node identification information;

[0026] The information storage unit is connected to the information matching unit and is used to formulate a unique management identification code corresponding to the monitored project, establish an association between the management identification code of the monitored project and the enterprise node identification rule, and based on the association, store the information statistics of the monitored project in real time according to the enterprise node identification rule to obtain monitoring information.

[0027] In a preferred embodiment, the association module includes:

[0028] A mapping unit, used to map the enterprise node in the national top-level node to obtain an enterprise management node;

[0029] a first establishing unit connected to the mapping unit and configured to establish a mapping channel between the enterprise management node and the enterprise node, wherein the mapping channel is a real-time data transmission channel;

[0030] The second establishing unit is connected to the first establishing unit and is used to establish association information between the national top-level node and the enterprise node based on the mapping channel.

[0031] In a preferred embodiment, the parsing module includes:

[0032] A setting unit, configured to set information summarization conditions, wherein the information summarization conditions are characteristic information for classification management of monitoring information;

[0033] The division unit is connected to the setting unit and is used to extract the operation characteristics of the monitoring information, match the operation characteristics with the information summarization conditions, and divide the monitoring information based on the information summarization conditions to obtain the operation mode of the enterprise node;

[0034] The parsing unit is connected to the dividing unit and is used to parse the operation modes of multiple enterprise nodes to obtain a common application support mode.

[0035] In the above technical solution, the technical effects and advantages provided by the present invention are:

[0036] In the present invention, the corresponding projects that need to be monitored are obtained according to the enterprise information of the electric power industry, and then the corresponding enterprise node identification rules are obtained. After the corresponding enterprise forms a unique identification code, it is managed as an enterprise node. Enterprises in the electric power industry all use enterprise node identification rules to collect data, which can ensure the statistical consistency and accuracy of the data, and can ensure the subsequent enterprise node identification resolution behavior, which is convenient for the subsequent unified collection and management of monitoring information, can greatly improve the management efficiency of the enterprise, and has good manageability. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the following briefly introduces the drawings required for use in the embodiments. Obviously, the drawings described below are only some embodiments described in the present invention. For ordinary technicians in this field, other drawings can also be obtained based on these drawings.

[0038] Figure 1 This is a system block diagram of the present invention. DETAILED DESCRIPTION

[0039] To make the objectives, technical solutions, and advantages of the embodiments of the present invention more clear, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings of the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. All other embodiments obtained by ordinary technicians in this field based on the embodiments of the present invention without making any creative efforts shall fall within the scope of protection of the present invention.

[0040] Example 1, please refer to Figure 1 As shown, the node identification resolution system for industrial Internet enterprises in the power industry described in this embodiment includes:

[0041] A management and formulation module is used to formulate enterprise node identification information based on the national top-level node, where the enterprise node identification information includes basic information, customer-oriented service information, and supporting service information;

[0042] An information formulation module, connected to the management formulation module, is used to formulate multiple enterprise node identification rules based on the enterprise node identification information, and bind the enterprise node identification rules with the enterprise node identification information to obtain a node management database;

[0043] The matching module is connected to the information formulation module and is used to obtain enterprise information in the power industry and obtain corresponding enterprise node identification information based on the enterprise information matching enterprise node identification rules;

[0044] An identification module, connected to the matching module, is used to assign a unique identification code to the enterprise as the enterprise node identification code based on the enterprise node identification information, and bind the enterprise node identification code to the corresponding enterprise node identification rule as the enterprise node;

[0045] An association module, connected to the identification module, is used to establish association information between the national top-level node and the enterprise node based on the identification code;

[0046] The parsing module is connected with the association module to obtain the monitoring information in the enterprise node and obtain the operation mode of the power industry enterprise based on the monitoring information;

[0047] It is further explained that in modern enterprises, cross-enterprise data management can be achieved through enterprise nodes. Among them, the national top-level node is the top-level identification service node within a country or region, which can provide top-level identification resolution services, as well as identification filing, identification certification and other management capabilities nationwide. The enterprise node needs to be connected to the national top-level node as a secondary node. At present, in the process of enterprise node identification coding and corresponding data collection, most of the operations still require personnel to select the collection items corresponding to the enterprise information. It is difficult to quickly layout the node information collection items corresponding to the enterprise information, and thus it is difficult to ensure the consistency of enterprise data analysis, and it is difficult to improve the accuracy and efficiency of the analysis. In this application, enterprises in the power industry all use enterprise node identification rules to collect data, which can ensure the statistical consistency and accuracy of the data, and can ensure the subsequent enterprise node identification resolution behavior, which is convenient for the subsequent unified collection and management of monitoring information, can greatly improve the management efficiency of the enterprise, and has better manageability;

[0048] In one embodiment, the management formulation module includes:

[0049] The collection unit is used to obtain information on the types of information that the enterprise needs to monitor based on big data. The information on the types of information that the enterprise needs to monitor includes business operations, operational data statistics, platform information settings, application management services, general customer service inquiries, and enterprise permissions;

[0050] The information formulation unit is connected to the collection unit and is used to formulate the basic information of the enterprise, customer-oriented service information and supporting service information of the enterprise as the enterprise node identification information based on the information of the types of monitoring required by the enterprise and the national top-level node;

[0051] It is further explained that based on big data, value-added services including business operations, operational data statistics, platform information settings, application management services, regular customer service inquiries, enterprise permissions, controlled data management and access, application distribution, and demand consulting functions are obtained, as well as a unified basic support service for enterprises to provide an identification resolution system including accounts, identification, data, applications, security and messages. Based on the basic information corresponding to the national top-level nodes, customer-oriented service information and supporting service information are formulated as enterprise node identification information. Enterprise node identification information is used to formulate service types for enterprises, and can classify different types of demand information into enterprise node identification information, which has a good information organization effect.

[0052] In one embodiment, the information formulation module includes:

[0053] An acquisition unit, configured to acquire a plurality of demand monitoring information of the enterprise node identification information based on big data, wherein the demand monitoring information is any combination of information in the enterprise node identification information;

[0054] The binding unit is connected to the acquisition unit and is used to formulate corresponding enterprise node identification rules for multiple demand monitoring information, extract the characteristics of the combined information and bind them with the enterprise node identification rules as a node management database;

[0055] It is further explained that the demand monitoring information of the enterprise node identification information is obtained based on big data. The demand monitoring information here is the functions and requirements needed by the enterprise, that is, the information in the enterprise node identification information managed in the management formulation module. The demand monitoring information of the enterprise node identification information is any combination of information in the enterprise node identification information. The enterprise node identification information managed in the management formulation module is a popular integrated information. Here, it is necessary to obtain some functions and information that are commonly used or can be used by the enterprise based on big data, and make arbitrary combinations to obtain combined information. Corresponding enterprise node identification rules are formulated for the corresponding combined information to obtain the association between the combined information and the enterprise node identification rules. After that, the features in the combined information are extracted, and the features are bound to the enterprise node identification rules and used as a node management database. This can greatly improve the matching efficiency of the enterprise node identification information to the enterprise, and facilitate the subsequent node identification management of the enterprise.

[0056] In one embodiment, the matching module includes:

[0057] An extraction unit, configured to obtain enterprise information of the power industry and extract features of the enterprise information, wherein the features of the enterprise information are extracted key words;

[0058] A query unit, connected to the extraction unit, configured to query corresponding enterprise node identification rules based on the characteristics of corresponding enterprise information in the node management database and obtain corresponding enterprise node identification information;

[0059] Further explanation: obtain the enterprise information that needs to register the identification code, extract the text features of the enterprise information, where the text features are key words, query the features of the enterprise information based on the node management database, and obtain the corresponding enterprise node identification rules. One enterprise node identification rule corresponds to one enterprise node identification information. The enterprise node identification information corresponds to the functions and needs required by an enterprise. According to the operation of the enterprise, the personnel, equipment and customer-facing operations in the enterprise can be managed accordingly. It can be quickly configured according to the enterprise information. After obtaining a reasonable configuration, the identification code can be formulated and uniformly managed, which greatly improves the efficiency of enterprise monitoring configuration;

[0060] In one embodiment, the identification module includes:

[0061] An identification unit is used to assign a unique identification code to the enterprise as the enterprise node identification code based on the enterprise node identification information, complete the registration of the enterprise based on the enterprise identification code, and bind the enterprise to the enterprise identification code;

[0062] The monitoring unit is connected to the identification unit and is used to obtain the enterprise's monitored items based on the enterprise node identification information corresponding to the enterprise information, assign corresponding management identification codes to the monitored items, and collect statistics on the enterprise node identification rules corresponding to the monitored items to obtain monitoring information;

[0063] A storage unit connected to the monitoring unit, configured to bind the enterprise node identification code to the corresponding enterprise node identification rule as an enterprise node, and store monitoring information based on the enterprise node;

[0064] Further explanation: based on the enterprise node identification information, a unique identification code is assigned to the enterprise as the enterprise node identification code. Based on the enterprise identification code, the enterprise registration is completed and the enterprise is bound to the enterprise identification code. Here, it is first necessary to obtain the corresponding project to be monitored based on the enterprise information of the power industry, and then obtain the corresponding enterprise node identification rules. After the corresponding enterprise forms a unique identification code, it is managed as an enterprise node. As an enterprise information management platform, the enterprise node can store the monitoring information obtained by statistics of the information corresponding to the enterprise node identification rules of the monitored project, so as to facilitate the subsequent unified collection and management of the monitoring information, which can greatly improve the management efficiency of the enterprise and has better manageability.

[0065] In one embodiment, the monitoring unit includes:

[0066] An information matching unit is used to obtain the enterprise's projects and extract project features, and to obtain the project to be monitored by matching the project features based on the enterprise node identification information;

[0067] The information storage unit is connected to the information matching unit and is used to formulate a unique management identification code corresponding to the monitored project, establish an association between the management identification code of the monitored project and the enterprise node identification rule, and based on the association, store the information statistics of the monitored project in real time according to the enterprise node identification rule to obtain monitoring information;

[0068] Further explanation: after the enterprise is registered, the enterprise's projects are obtained, and the project features of the corresponding enterprise projects are extracted. Since the enterprise needs to be associated with the national top-level node for data management, the enterprise needs to be monitored for operational data, so it is necessary to manage and monitor part of the enterprise's data. Here, it is necessary to extract the project features of the enterprise's projects, match the project features based on the enterprise node identification information to obtain the project to be monitored, and then formulate a corresponding unique management identification code for the project to be monitored, and then establish an association between the management identification code of the monitoring project and the enterprise node identification rule. The association established here is used for subsequent monitoring of the monitoring project, and the monitoring data is stored and counted according to the enterprise node identification rule. It can then be used for unified collection by the national top-level node, and can manage and store the enterprise's monitoring information. The enterprise node can be used as a management platform to associate information with the national top-level node, greatly improving the convenience of enterprise management. Enterprises in the power industry all use enterprise node identification rules to collect data, which can ensure the consistency and accuracy of data statistics, and can ensure the subsequent enterprise node identification resolution behavior;

[0069] In one embodiment, the association module includes:

[0070] A mapping unit, used to map the enterprise node in the national top-level node to obtain an enterprise management node;

[0071] a first establishing unit connected to the mapping unit and configured to establish a mapping channel between the enterprise management node and the enterprise node, wherein the mapping channel is a real-time data transmission channel;

[0072] A second establishing unit, connected to the first establishing unit, is used to establish association information between the national top-level node and the enterprise node based on the mapping channel;

[0073] It is further explained that the national top-level node is used to collect statistics on enterprise operation information, and then the corresponding enterprise node needs to obtain information. The content obtained may include enterprise operation information of a series of data such as regular reporting of operation status to the national top-level node, on-the-job information of personnel, etc., and then a mapping channel is established between the enterprise management node and the enterprise node. The association information between the national top-level node and the enterprise node is obtained through the mapping channel. The data transmission between the national top-level node and the enterprise node is completed through the mapping channel, which can collect data from the enterprise and use the collected data as the basis for subsequent data analysis of the operation model of the power industry enterprises, greatly improving the advice and development efficiency of the power industry enterprises, and providing application support for the public;

[0074] In one embodiment, the parsing module includes:

[0075] A setting unit, configured to set information summarization conditions, wherein the information summarization conditions are characteristic information for classification management of monitoring information;

[0076] The division unit is connected to the setting unit and is used to extract the operation characteristics of the monitoring information, match the operation characteristics with the information summarization conditions, and divide the monitoring information based on the information summarization conditions to obtain the operation mode of the enterprise node;

[0077] The parsing unit is connected to the dividing unit and is used to parse the operation modes of multiple enterprise nodes to obtain a common application support mode;

[0078] It is further explained that the monitoring information is divided into the operation mode of the enterprise node based on the information induction conditions. By analyzing the operation modes of multiple enterprise nodes, a big data operation mode can be obtained, and the operation mode combination that exceeds the preset conditions is obtained as a public application support mode. The operation mode of existing power industry enterprises can be monitored in real time, and the popular operation mode among them can be obtained as a public application support mode based on the preset conditions. Among them, the preset conditions are the proportion data of the preset operation mode in the power industry enterprises. The operation information of the enterprise can be collected and analyzed, and it has a good analysis effect on the enterprise node data.

[0079] The above description is merely a specific embodiment of the present application, but the scope of protection of the present application is not limited thereto. Any changes or substitutions that can be easily conceived by a person skilled in the art within the technical scope disclosed in this application should be included in the scope of protection of this application. Therefore, the scope of protection of this application should be based on the scope of protection of the claims.

Claims

1. A node identification resolution system for industrial Internet enterprises in the power industry, characterized by: include: A management and formulation module is used to formulate enterprise node identification information based on the national top-level node, where the enterprise node identification information includes basic information, customer-oriented service information, and supporting service information; The management formulation module includes: The collection unit is used to obtain information on the types of information that the enterprise needs to monitor based on big data. The information on the types of information that the enterprise needs to monitor includes business operations, operational data statistics, platform information settings, application management services, general customer service inquiries, and enterprise permissions; The information formulation unit is connected to the collection unit and is used to formulate the basic information of the enterprise, customer-oriented service information and supporting service information of the enterprise as the enterprise node identification information based on the information of the types of monitoring required by the enterprise and the national top-level node; An information formulation module, connected to the management formulation module, is used to formulate multiple enterprise node identification rules based on the enterprise node identification information, and bind the enterprise node identification rules with the enterprise node identification information to obtain a node management database; The matching module is connected to the information formulation module and is used to obtain enterprise information in the power industry and obtain corresponding enterprise node identification information based on the enterprise information matching enterprise node identification rules; An identification module, connected to the matching module, is used to assign a unique identification code to the enterprise as the enterprise node identification code based on the enterprise node identification information, and bind the enterprise node identification code to the corresponding enterprise node identification rule as the enterprise node; An association module, connected to the identification module, is used to establish association information between the national top-level node and the enterprise node based on the identification code; The parsing module is connected with the association module to obtain the monitoring information in the enterprise node and obtain the operation mode of the power industry enterprise based on the monitoring information; The parsing module includes: A setting unit, configured to set information summarization conditions, wherein the information summarization conditions are characteristic information for classification management of monitoring information; The division unit is connected to the setting unit and is used to extract the operation characteristics of the monitoring information, match the operation characteristics with the information summarization conditions, and divide the monitoring information based on the information summarization conditions to obtain the operation mode of the enterprise node; The parsing unit is connected to the dividing unit and is used to parse the operation modes of multiple enterprise nodes to obtain a common application support mode.

2. The power industry industrial Internet enterprise node identification resolution system according to claim 1 is characterized by: The information formulation module includes: An acquisition unit, configured to acquire a plurality of demand monitoring information of the enterprise node identification information based on big data, wherein the demand monitoring information is any combination of information in the enterprise node identification information; The binding unit is connected to the acquisition unit and is used to formulate corresponding enterprise node identification rules corresponding to multiple demand monitoring information, extract the characteristics of the combined information and bind them with the enterprise node identification rules as a node management database.

3. The power industry industrial Internet enterprise node identification resolution system according to claim 1 is characterized by: The matching module includes: An extraction unit, configured to obtain enterprise information of the power industry and extract features of the enterprise information, wherein the features of the enterprise information are extracted key words; The query unit is connected to the extraction unit and is used to query the corresponding enterprise node identification rules based on the characteristics of the corresponding enterprise information in the node management database and obtain the corresponding enterprise node identification information.

4. The power industry industrial Internet enterprise node identification resolution system according to claim 1 is characterized by: The identification module includes: An identification unit is used to assign a unique identification code to the enterprise as the enterprise node identification code based on the enterprise node identification information, complete the registration of the enterprise based on the enterprise identification code, and bind the enterprise to the enterprise identification code; The monitoring unit is connected to the identification unit and is used to obtain the enterprise's monitored items based on the enterprise node identification information corresponding to the enterprise information, assign corresponding management identification codes to the monitored items, and collect statistics on the enterprise node identification rules corresponding to the monitored items to obtain monitoring information; The storage unit is connected to the monitoring unit and is used to bind the enterprise node identification code with the corresponding enterprise node identification rule as an enterprise node, and store monitoring information based on the enterprise node.

5. The power industry industrial Internet enterprise node identification resolution system according to claim 1 is characterized by: The monitoring unit includes: An information matching unit is used to obtain the enterprise's projects and extract project features, and to obtain the project to be monitored by matching the project features based on the enterprise node identification information; The information storage unit is connected to the information matching unit and is used to formulate a unique management identification code corresponding to the monitored project, establish an association between the management identification code of the monitored project and the enterprise node identification rule, and based on the association, store the information statistics of the monitored project in real time according to the enterprise node identification rule to obtain monitoring information.

6. The power industry industrial Internet enterprise node identification resolution system according to claim 1 is characterized by: The association module includes: A mapping unit, used to map the enterprise node in the national top-level node to obtain an enterprise management node; a first establishing unit connected to the mapping unit and configured to establish a mapping channel between the enterprise management node and the enterprise node, wherein the mapping channel is a real-time data transmission channel; The second establishing unit is connected to the first establishing unit and is used to establish association information between the national top-level node and the enterprise node based on the mapping channel.

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