Service integrated industrial software cloud base system

Abstract

The invention discloses a service integrated industrial software cloud base system, which belongs to the technical field of industrial software, and comprises an identity verification and authorization module, which is used for verifying and authorizing the identity of a user, and the authorized user can access an industrial software system; the data access management module is used for managing data access of the industrial software system and safely transmitting the data of the industrial software system; the data monitoring management module is used for managing industrial software system data monitoring and generating an industrial software system analysis report; and the remote maintenance management module is used for performing remote maintenance management on the industrial software system. According to the invention, the problem of poor use effect caused by incapability of accessing, monitoring and managing data of the industrial software system and incapability of maintaining and managing the industrial software system in the prior art is solved. According to the invention, effective access management and monitoring management can be carried out on the data of the industrial software system, the industrial software system can be maintained and managed in time, and the use effect can be improved.

Description

Technical Field

[0001] The present invention relates to the field of industrial software technology, and specifically to a service-integrated industrial software cloud base system. Background Art

[0002] Cloud Base is an integrated software platform that integrates computing resources, data and models, focusing on the development and operation of industrial applications; supporting the underlying docking of complex industrial equipment, instruments, products and systems, and accelerating the development and deployment of industrial intelligent application software. With the advent of the Industrial 4.0 era, traditional industrial software can no longer meet the needs of modern manufacturing.

[0003] The existing service-integrated industrial software cloud base system achieves the interconnection and interoperability of industrial software in a cloud environment through seamless connection with existing industrial software. However, the existing system cannot effectively access and monitor the data of the industrial software system, and cannot maintain and manage the industrial software system in a timely manner, resulting in poor use effect. Summary of the invention

[0004] The purpose of the present invention is to provide a service-integrated industrial software cloud base system, which can effectively manage access and monitoring of industrial software system data, timely maintain and manage the industrial software system, improve the use effect, and solve the problems raised in the above-mentioned background technology.

[0005] To achieve the above object, the present invention provides the following technical solutions:

[0006] A service-integrated industrial software cloud base system, comprising:

[0007] The identity authentication and authorization module is used to authenticate and authorize the user. After the user identity authentication is qualified, the user enters the authorization page, and the authorized user can access the industrial software system;

[0008] Data access management module, used to manage access to industrial software system data, securely transmit industrial software system data, and enable industrial software system data to be shared and synchronized between service-integrated industrial software cloud bases;

[0009] The data monitoring management module is used to manage the data monitoring of the industrial software system, generate an industrial software system analysis report, and transmit and display the industrial software system analysis report in a visual form;

[0010] The remote maintenance management module is used to formulate remote maintenance management plans for industrial software systems and to perform remote maintenance management on industrial software systems.

[0011] Preferably, the identity authentication authorization module includes:

[0012] A user registration unit, used to register the user identity;

[0013] When a user visits, the user enters the registration page and enters the corresponding user identity information on the registration page to complete the user identity registration; the user identity information includes: name, gender, age, address, telephone number, occupation, account number and password;

[0014] A user login unit, used to log in the user identity;

[0015] After user registration, the user enters the login page and logs in based on the account and password in the user identity information to verify the user identity. After the user identity authentication is qualified, the user identity login is completed;

[0016] A user authorization unit, used to authorize the user identity;

[0017] After the user logs in, the user enters the authorization page, and authorized users can access the industrial software system.

[0018] Preferably, the data access management module includes:

[0019] Data access unit, used to access industrial software system data;

[0020] Integrate multiple industrial software systems into services, deploy and manage them on the cloud base platform, and enable seamless connection and collaboration between multiple industrial software systems to access industrial software system data;

[0021] Data transmission unit, used to transmit industrial software system data;

[0022] According to the client's request to access the industrial software system data, the service terminal responds to the client, and the service terminal transmits the industrial software system data requested by the client to the client.

[0023] Preferably, the data access unit comprises:

[0024] A deployment establishment unit, used to obtain identification information and service annotation information of multiple industrial software systems, establish deployment basic information on the cloud base platform based on the identification information, establish system adaptation information on the cloud base platform based on the service annotation information, and establish an initial integrated deployment path based on the deployment information and the system adaptation information;

[0025] A collaboration determination unit, configured to obtain service type information of a plurality of industrial software systems, determine service association information between the industrial software systems, and establish system collaboration information based on the service type information and the service association information;

[0026] An interactive configuration unit, configured to interactively configure an initial integrated deployment path based on the system collaboration information to obtain a target integrated deployment path;

[0027] A management unit, used to establish management information of the target integrated deployment path on the cloud base platform based on the identification information and the storage location information of the target integrated deployment path;

[0028] An access retrieval unit, used to obtain access information for accessing industrial software system data, obtain system access information and service access information from the access information, match the system access information with management information, determine an access path, and retrieve the access path from a target integrated deployment path;

[0029] The data acquisition unit is used to determine access interaction characteristics based on the service access information, establish collaborative operation information for the access path based on the access interaction characteristics, and acquire industrial software system data based on the collaborative operation information.

[0030] In this embodiment, the identification information is used to represent the identity of the industrial software system, and the service annotation information is used to represent information about the service, such as the service type of the industrial software system.

[0031] Preferably, the industrial software system data is accessed and the industrial software system data is transmitted, and the following operations are performed:

[0032] The client transmits instructions requesting access to industrial software system data to the service terminal;

[0033] The service terminal receives the instruction transmitted by the client requesting to access the industrial software system data, and the service terminal detects the data transmission port of the client to check whether the client is qualified to transmit data with the service terminal;

[0034] When the client is qualified to perform data transmission with the service terminal, the service terminal transmits a response to the client agreeing to access the industrial software system data;

[0035] The service terminal searches for the stored industrial software system data according to the instruction of the request to access the industrial software system data transmitted by the client, encrypts the found industrial software system data, and transmits the encrypted industrial software system data to the client;

[0036] The client receives the encrypted industrial software system data transmitted by the service terminal, and the client decrypts the encrypted industrial software system data, and the client obtains the securely transmitted industrial software system data.

[0037] Preferably, the data monitoring management module includes:

[0038] Data monitoring unit, used to monitor and continuously collect data from the service-integrated industrial software cloud base in real time and obtain industrial software system data;

[0039] A data processing unit, used to process industrial software system data;

[0040] Among them, obtaining industrial software system data and cleaning the industrial software system data include:

[0041] Perform consistency check on industrial software system data. According to the data consistency requirements, check whether there is inconsistent data in the industrial software system data that is useless to the service-integrated industrial software cloud base, and remove inconsistent data in the industrial software system data;

[0042] Check the invalid and missing values ​​of the industrial software system data. According to the requirements of data validity and integrity, check whether there are invalid and missing values ​​in the industrial software system data that are useless to the service-integrated industrial software cloud base, and remove the invalid and missing values ​​in the industrial software system data;

[0043] Identify industrial software system data that is useful for serving the integrated industrial software cloud base.

[0044] Preferably, processing the industrial software system data further includes:

[0045] Obtain industrial software system data that is useful for the service-integrated industrial software cloud base;

[0046] Convert industrial software system data that is useful to the service-integrated industrial software cloud base;

[0047] Eliminate the dimensional differences between industrial software system data that are useful to the service-integrated industrial software cloud base, unify the formats of industrial software system data that are useful to the service-integrated industrial software cloud base, and determine standardized industrial software system data;

[0048] Extract features from standardized industrial software system data;

[0049] Extract features that reflect the service-integrated industrial software cloud base;

[0050] Determine the characteristic data of industrial software systems.

[0051] Preferably, the data monitoring management module further includes:

[0052] An analysis and evaluation unit, used to analyze and evaluate the characteristic data of industrial software systems;

[0053] Obtaining industrial software system characteristic data;

[0054] Based on the pre-set industrial software system standard data, analyze and evaluate the industrial software system characteristic data to determine the industrial software system analysis and evaluation results;

[0055] Among them, when the characteristic data of the industrial software system is within the standard data range of the industrial software system, the industrial software system analysis and evaluation result is that the industrial software system operates normally;

[0056] Among them, when the characteristic data of the industrial software system is not within the standard data range of the industrial software system, the industrial software system analysis and evaluation result is that the industrial software system is operating abnormally;

[0057] Based on the industrial software system analysis and evaluation results, the industrial software system feature data is mined and analyzed to generate an industrial software system analysis report, which is then transmitted and displayed in a visual form.

[0058] Preferably, the analysis and evaluation unit comprises:

[0059] An information acquisition unit, used to acquire the data content time and data receiving time of the industrial software system characteristic data, and acquire the data content coverage of the industrial software system characteristic data;

[0060] A quality calculation unit, configured to calculate a data quality score F of the industrial software system characteristic data according to the following formula based on the data content time, the data reception time and the data content coverage;

[0061]

[0062] Among them, α represents the data timeliness weight, β represents the data integrity weight, ΔT represents the standard data time difference, T S Indicates the data receiving time, T N Indicates the data content time, C indicates a constant, the value is 3, K a Indicates the data content coverage, K0 indicates the data content coverage of industrial software system standard data;

[0063] A quality assessment unit, used to determine whether the data quality score of the industrial software system characteristic data is greater than a preset score. If so, it is determined that the data quality of the industrial software system characteristic data meets the requirements and the next step of data range determination can be performed. Otherwise, it is determined that the data quality of the industrial software system characteristic data meets the requirements;

[0064] A consistency calculation unit, used for calculating the consistency P between the industrial software system characteristic data and the industrial software system standard data range according to the following formula when the data quality of the industrial software system characteristic data meets the requirements;

[0065]

[0066] Where n represents the amount of characteristic data of the industrial software system, δ i represents the data weight of the characteristic data of the i-th industrial software system, D 0i represents the mean value of the standard data range of the industrial software system corresponding to the characteristic data of the i-th industrial software system, D ai Represents the data range mean of the characteristic data of the i-th industrial software system;

[0067] The range judgment unit is used to determine that the industrial software system characteristic data is within the industrial software system standard data range when the consistency between the industrial software system characteristic data and the industrial software system standard data range is greater than a preset threshold; otherwise, determine that the industrial software system characteristic data is not within the industrial software system standard data range.

[0068] Preferably, the remote maintenance management module includes:

[0069] The plan formulation unit is used to formulate remote maintenance and management plans for industrial software systems;

[0070] Obtain industrial software system analysis reports;

[0071] Develop remote maintenance and management solutions for industrial software systems based on industrial software system analysis reports;

[0072] Maintenance management unit, used for remote maintenance and management of industrial software systems;

[0073] Obtain remote maintenance and management solutions for industrial software systems;

[0074] Based on the remote maintenance and management solution for industrial software systems, remote maintenance and management of industrial software systems are carried out, including: timely early warning reminders for industrial software systems, enabling managers to quickly access industrial software systems, and intelligently guiding managers to carry out remote maintenance and management of industrial software systems.

[0075] Compared with the prior art, the present invention has the following beneficial effects:

[0076] The present invention verifies and authorizes the user identity. After the user identity authentication is qualified, the user enters the authorization page, and the authorized user can access the industrial software system. By managing the access to the industrial software system data, the industrial software system data is securely transmitted, and the industrial software system data is shared and synchronized between the service-integrated industrial software cloud base. By managing the monitoring of the industrial software system data, an industrial software system analysis report is generated, and the industrial software system analysis report is transmitted and displayed in a visual form. In addition, a remote maintenance and management plan for the industrial software system is formulated, and the industrial software system is remotely maintained and managed. The industrial software system data can be effectively accessed and monitored, and the industrial software system can be maintained and managed in a timely manner, which can improve the use effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0077] Figure 1 This is a module block diagram of the service-integrated industrial software cloud base system of the present invention. DETAILED DESCRIPTION

[0078] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in 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. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0079] In order to solve the existing problem of inability to effectively access and monitor industrial software system data, inability to timely maintain and manage industrial software systems, resulting in poor use effects, please refer to Figure 1 , this embodiment provides the following technical solutions:

[0080] A service-integrated industrial software cloud base system, including: an identity authentication and authorization module, a data access management module, a data monitoring management module, and a remote maintenance management module;

[0081] It should be noted that the user identity is verified and authorized through the identity authentication and authorization module. After the user identity authentication is qualified, the user enters the authorization page, and the authorized user can access the industrial software system; the data access to the industrial software system is managed through the data access management module, and the industrial software system data is securely transmitted so that the industrial software system data can be shared and synchronized between the service-integrated industrial software cloud base; the industrial software system data monitoring is managed through the data monitoring management module, and an industrial software system analysis report is generated, and the industrial software system analysis report is transmitted and displayed in a visual form; a remote maintenance management plan for the industrial software system is formulated through the remote maintenance management module, and the industrial software system is remotely maintained and managed. Therefore, through the interactive communication between the identity authentication and authorization module, the data access management module, the data monitoring management module and the remote maintenance management module, the industrial software system data can be effectively accessed and monitored, and the industrial software system can be maintained and managed in a timely manner, which can improve the use effect.

[0082] Specifically, the identity authentication and authorization module is used to authenticate and authorize the user. After the user identity authentication is qualified, the user enters the authorization page, and the authorized user can access the industrial software system;

[0083] In this embodiment, the identity authentication authorization module includes:

[0084] A user registration unit, used to register the user identity;

[0085] When a user visits, the user enters the registration page and enters the corresponding user identity information on the registration page to complete the user identity registration; the user identity information includes: name, gender, age, address, telephone number, occupation, account number and password;

[0086] A user login unit, used to log in the user identity;

[0087] After user registration, the user enters the login page and logs in based on the account and password in the user identity information to verify the user identity. After the user identity authentication is qualified, the user identity login is completed;

[0088] A user authorization unit, used to authorize the user identity;

[0089] After the user logs in, the user enters the authorization page, and authorized users can access the industrial software system.

[0090] Specifically, the data access management module is used to manage the access to industrial software system data, securely transmit industrial software system data, and enable the industrial software system data to be shared and synchronized between the service-integrated industrial software cloud base;

[0091] In this embodiment, the data access management module includes:

[0092] Data access unit, used to access industrial software system data;

[0093] Integrate multiple industrial software systems into services, deploy and manage them on the cloud base platform, and enable seamless connection and collaboration between multiple industrial software systems to access industrial software system data;

[0094] Data transmission unit, used to transmit industrial software system data;

[0095] According to the client's request to access the industrial software system data, the service terminal responds to the client, and the service terminal transmits the industrial software system data requested by the client to the client.

[0096] It should be noted that by securely transmitting industrial software system data so that it can be shared and synchronized between service-integrated industrial software cloud bases, efficient transmission of industrial software system data can be achieved, ensuring that the real-time requirements of the industrial software system are met.

[0097] In one embodiment, the data access unit includes:

[0098] A deployment establishment unit, used to obtain identification information and service annotation information of multiple industrial software systems, establish deployment basic information on the cloud base platform based on the identification information, establish system adaptation information on the cloud base platform based on the service annotation information, and establish an initial integrated deployment path based on the deployment information and the system adaptation information;

[0099] A collaboration determination unit, configured to obtain service type information of a plurality of industrial software systems, determine service association information between the industrial software systems, and establish system collaboration information based on the service type information and the service association information;

[0100] An interactive configuration unit, configured to interactively configure an initial integrated deployment path based on the system collaboration information to obtain a target integrated deployment path;

[0101] A management unit, used to establish management information of the target integrated deployment path on the cloud base platform based on the identification information and the storage location information of the target integrated deployment path;

[0102] An access retrieval unit, used to obtain access information for accessing industrial software system data, obtain system access information and service access information from the access information, match the system access information with management information, determine an access path, and retrieve the access path from a target integrated deployment path;

[0103] The data acquisition unit is used to determine access interaction characteristics based on the service access information, establish collaborative operation information for the access path based on the access interaction characteristics, and acquire industrial software system data based on the collaborative operation information.

[0104] In this embodiment, the identification information is used to represent the identity of the industrial software system, and the service annotation information is used to represent information about the service, such as the service type of the industrial software system.

[0105] In this embodiment, the target integrated deployment pathway enables docking and interaction between industrial software systems.

[0106] In this embodiment, management information enables comprehensive management of multiple industrial software systems on a cloud base platform.

[0107] The beneficial effects of the above design scheme are: by obtaining the identification information and service annotation information of multiple industrial software systems, establishing deployment basic information on the cloud base platform based on the identification information, establishing system adaptation information on the cloud base platform based on the service annotation information, and establishing an initial integrated deployment path based on the deployment information and the system adaptation information; obtaining the service type information of multiple industrial software systems, and determining the service association information between the industrial software systems, and establishing system collaboration information based on the service type information and the service association information; interactively configuring the initial integrated deployment path based on the system collaboration information to obtain the target integrated deployment path; based on the storage location of the identification information and the target integrated deployment path The cloud base platform uses the configuration information to establish management information of the target integrated deployment path; obtains access information for accessing industrial software system data, obtains system access information and service access information from the access information, matches the system access information with the management information, determines the access path, and calls the access path from the target integrated deployment path; determines the access interaction characteristics based on the service access information, establishes collaborative operation information of the access path based on the access interaction characteristics, and obtains industrial software system data based on the collaborative operation information, thereby realizing the collaborative work and data access acquisition of multiple industrial software systems on the cloud base platform, and providing a basis for the service integration of the cloud base platform.

[0108] Among them, accessing industrial software system data and transmitting industrial software system data include:

[0109] The client transmits instructions requesting access to industrial software system data to the service terminal;

[0110] The service terminal receives the instruction transmitted by the client requesting to access the industrial software system data, and the service terminal detects the data transmission port of the client to check whether the client is qualified to transmit data with the service terminal;

[0111] When the client is qualified to perform data transmission with the service terminal, the service terminal transmits a response to the client agreeing to access the industrial software system data;

[0112] The service terminal searches for the stored industrial software system data according to the instruction of the request to access the industrial software system data transmitted by the client, encrypts the found industrial software system data, and transmits the encrypted industrial software system data to the client;

[0113] The client receives the encrypted industrial software system data transmitted by the service terminal, and the client decrypts the encrypted industrial software system data, and the client obtains the securely transmitted industrial software system data.

[0114] It should be noted that when transmitting industrial software system data, the security and privacy of the industrial software system data can be ensured by encrypting and decrypting the industrial software system data, thereby ensuring the reliability and high availability of the service.

[0115] Specifically, the data monitoring management module is used to manage the data monitoring of the industrial software system, generate an industrial software system analysis report, and transmit and display the industrial software system analysis report in a visual form;

[0116] In this embodiment, the data monitoring management module includes:

[0117] Data monitoring unit, used to monitor and continuously collect data from the service-integrated industrial software cloud base in real time and obtain industrial software system data;

[0118] It should be noted that through real-time monitoring and continuous collection of service-integrated industrial software cloud base, industrial software system data can be collected, which facilitates timely adjustment and optimization of industrial software system services based on monitoring conditions.

[0119] A data processing unit, used to process industrial software system data;

[0120] Among them, obtaining industrial software system data and cleaning the industrial software system data include:

[0121] Perform consistency check on industrial software system data. According to the data consistency requirements, check whether there is inconsistent data in the industrial software system data that is useless to the service-integrated industrial software cloud base, and remove inconsistent data in the industrial software system data;

[0122] Check the invalid and missing values ​​of the industrial software system data. According to the requirements of data validity and integrity, check whether there are invalid and missing values ​​in the industrial software system data that are useless to the service-integrated industrial software cloud base, and remove the invalid and missing values ​​in the industrial software system data;

[0123] Identify industrial software system data that is useful for serving the integrated industrial software cloud base.

[0124] In this embodiment, processing the industrial software system data also includes:

[0125] Obtain industrial software system data that is useful for the service-integrated industrial software cloud base;

[0126] Convert industrial software system data that is useful to the service-integrated industrial software cloud base;

[0127] Eliminate the dimensional differences between industrial software system data that are useful to the service-integrated industrial software cloud base, unify the formats of industrial software system data that are useful to the service-integrated industrial software cloud base, and determine standardized industrial software system data;

[0128] Extract features from standardized industrial software system data;

[0129] Extract features that reflect the service-integrated industrial software cloud base;

[0130] Determine the characteristic data of industrial software systems.

[0131] In this embodiment, the data monitoring management module further includes:

[0132] An analysis and evaluation unit, used to analyze and evaluate the characteristic data of industrial software systems;

[0133] Obtaining industrial software system characteristic data;

[0134] Based on the pre-set industrial software system standard data, analyze and evaluate the industrial software system characteristic data to determine the industrial software system analysis and evaluation results;

[0135] Among them, when the characteristic data of the industrial software system is within the standard data range of the industrial software system, the industrial software system analysis and evaluation result is that the industrial software system operates normally;

[0136] Among them, when the characteristic data of the industrial software system is not within the standard data range of the industrial software system, the industrial software system analysis and evaluation result is that the industrial software system is operating abnormally;

[0137] Based on the industrial software system analysis and evaluation results, the industrial software system feature data is mined and analyzed to generate an industrial software system analysis report, which is then transmitted and displayed in a visual form.

[0138] Specifically, the remote maintenance management module is used to formulate a remote maintenance management plan for the industrial software system and to perform remote maintenance management on the industrial software system.

[0139] In one embodiment, the analysis and evaluation unit comprises:

[0140] An information acquisition unit, used to acquire the data content time and data receiving time of the industrial software system characteristic data, and acquire the data content coverage of the industrial software system characteristic data;

[0141] A quality calculation unit, configured to calculate a data quality score F of the industrial software system characteristic data according to the following formula based on the data content time, the data reception time and the data content coverage;

[0142]

[0143] Among them, α represents the data timeliness weight, β represents the data integrity weight, ΔT represents the standard data time difference, T S Indicates the data receiving time, T N Indicates the data content time, C indicates a constant, the value is 3, K a Indicates the data content coverage, K0 indicates the data content coverage of industrial software system standard data;

[0144] A quality assessment unit, used to determine whether the data quality score of the industrial software system characteristic data is greater than a preset score. If so, it is determined that the data quality of the industrial software system characteristic data meets the requirements and the next step of data range determination can be performed. Otherwise, it is determined that the data quality of the industrial software system characteristic data meets the requirements;

[0145] A consistency calculation unit, used for calculating the consistency P between the industrial software system characteristic data and the industrial software system standard data range according to the following formula when the data quality of the industrial software system characteristic data meets the requirements;

[0146]

[0147] Where n represents the amount of characteristic data of the industrial software system, δ i represents the data weight of the characteristic data of the i-th industrial software system, D 0i represents the mean value of the standard data range of the industrial software system corresponding to the characteristic data of the i-th industrial software system, D aiRepresents the data range mean of the characteristic data of the i-th industrial software system;

[0148] The range judgment unit is used to determine that the industrial software system characteristic data is within the industrial software system standard data range when the consistency between the industrial software system characteristic data and the industrial software system standard data range is greater than a preset threshold; otherwise, determine that the industrial software system characteristic data is not within the industrial software system standard data range.

[0149] In this embodiment, the data quality score of the industrial software system characteristic data and the values ​​of the relevant calculation parameters in the consistency between the industrial software system characteristic data and the industrial software system standard data range are unified, and the value range is (0, 1) quality, except for clear numerical ranges.

[0150] In this embodiment, the data timeliness weight and the data integrity weight are predetermined based on the emphasis of the data content of the industrial software system characteristic data on the timeliness feature and the integrity feature.

[0151] The beneficial effect of the above design scheme is: by conducting data quality assessment of industrial software system characteristic data based on data integrity and timeliness, a high-quality data basis is provided for further data range judgment, and then the consistency of the industrial software system characteristic data with the industrial software system standard data range is calculated in combination with the data quality score, so as to determine whether the industrial software system characteristic data is within the industrial software system standard data range, and realize effective access management and monitoring management of industrial software system data from the system data aspect, so as to timely maintain and manage the industrial software system and improve the use effect.

[0152] In this embodiment, the remote maintenance management module includes:

[0153] The plan formulation unit is used to formulate remote maintenance and management plans for industrial software systems;

[0154] Obtain industrial software system analysis reports;

[0155] Develop remote maintenance and management solutions for industrial software systems based on industrial software system analysis reports;

[0156] Maintenance management unit, used for remote maintenance and management of industrial software systems;

[0157] Obtain remote maintenance and management solutions for industrial software systems;

[0158] Based on the remote maintenance and management solution for industrial software systems, remote maintenance and management of industrial software systems are carried out, including: timely early warning reminders for industrial software systems, enabling managers to quickly access industrial software systems, and intelligently guiding managers to carry out remote maintenance and management of industrial software systems.

[0159] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0160] 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 service-integrated industrial software cloud base system, characterized in that: include: The identity authentication and authorization module is used to authenticate and authorize the user. After the user identity authentication is qualified, the user enters the authorization page, and the authorized user can access the industrial software system; Data access management module, used to manage access to industrial software system data, securely transmit industrial software system data, and enable industrial software system data to be shared and synchronized between service-integrated industrial software cloud bases; The data monitoring management module is used to manage the data monitoring of the industrial software system, generate an industrial software system analysis report, and transmit and display the industrial software system analysis report in a visual form; The remote maintenance management module is used to formulate remote maintenance management plans for industrial software systems and to perform remote maintenance management on industrial software systems.

2. The service-integrated industrial software cloud base system according to claim 1, characterized in that: The identity authentication and authorization module comprises: A user registration unit, used to register the user identity; When a user visits, the user enters the registration page and enters the corresponding user identity information on the registration page to complete the user identity registration; the user identity information includes: name, gender, age, address, telephone number, occupation, account number and password; A user login unit, used to log in the user identity; After user registration, the user enters the login page and logs in based on the account and password in the user identity information to verify the user identity. After the user identity authentication is qualified, the user identity login is completed; A user authorization unit, used to authorize the user identity; After the user logs in, the user enters the authorization page, and authorized users can access the industrial software system.

3. The service-integrated industrial software cloud base system according to claim 2 is characterized in that: The data access management module includes: Data access unit, used to access industrial software system data; Integrate multiple industrial software systems into services, deploy and manage them on the cloud base platform, and enable seamless connection and collaboration between multiple industrial software systems to access industrial software system data; Data transmission unit, used to transmit industrial software system data; According to the client's request to access the industrial software system data, the service terminal responds to the client, and the service terminal transmits the industrial software system data requested by the client to the client.

4. The service-integrated industrial software cloud base system according to claim 2, characterized in that: The data access unit comprises: A deployment establishment unit, used to obtain identification information and service annotation information of multiple industrial software systems, establish deployment basic information on the cloud base platform based on the identification information, establish system adaptation information on the cloud base platform based on the service annotation information, and establish an initial integrated deployment path based on the deployment information and the system adaptation information; A collaboration determination unit, configured to obtain service type information of a plurality of industrial software systems, determine service association information between the industrial software systems, and establish system collaboration information based on the service type information and the service association information; An interactive configuration unit, configured to interactively configure an initial integrated deployment path based on the system collaboration information to obtain a target integrated deployment path; A management unit, used to establish management information of the target integrated deployment path on the cloud base platform based on the identification information and the storage location information of the target integrated deployment path; An access retrieval unit, used to obtain access information for accessing industrial software system data, obtain system access information and service access information from the access information, match the system access information with management information, determine an access path, and retrieve the access path from a target integrated deployment path; The data acquisition unit is used to determine access interaction characteristics based on the service access information, establish collaborative operation information for the access path based on the access interaction characteristics, and acquire industrial software system data based on the collaborative operation information.

5. The service-integrated industrial software cloud base system according to claim 3 is characterized in that: Access industrial software system data and transfer industrial software system data, and perform the following operations: The client transmits instructions requesting access to industrial software system data to the service terminal; The service terminal receives the instruction transmitted by the client requesting to access the industrial software system data, and the service terminal detects the data transmission port of the client to check whether the client is qualified to transmit data with the service terminal; When the client is qualified to perform data transmission with the service terminal, the service terminal transmits a response to the client agreeing to access the industrial software system data; The service terminal searches for the stored industrial software system data according to the instruction of the request to access the industrial software system data transmitted by the client, encrypts the found industrial software system data, and transmits the encrypted industrial software system data to the client; The client receives the encrypted industrial software system data transmitted by the service terminal, and the client decrypts the encrypted industrial software system data, and the client obtains the securely transmitted industrial software system data.

6. The service-integrated industrial software cloud base system according to claim 5, characterized in that: The data monitoring management module includes: Data monitoring unit, used to monitor and continuously collect data from the service-integrated industrial software cloud base in real time and obtain industrial software system data; A data processing unit, used to process industrial software system data; Among them, obtaining industrial software system data and cleaning the industrial software system data include: Perform consistency check on industrial software system data. According to the data consistency requirements, check whether there is inconsistent data in the industrial software system data that is useless to the service-integrated industrial software cloud base, and remove inconsistent data in the industrial software system data; Check the invalid and missing values ​​of the industrial software system data. According to the requirements of data validity and integrity, check whether there are invalid and missing values ​​in the industrial software system data that are useless to the service-integrated industrial software cloud base, and remove the invalid and missing values ​​in the industrial software system data; Identify industrial software system data that is useful for serving the integrated industrial software cloud base.

7. The service-integrated industrial software cloud base system according to claim 6, characterized in that: Processing of industrial software system data also includes: Obtain industrial software system data that is useful for the service-integrated industrial software cloud base; Convert industrial software system data that is useful to the service-integrated industrial software cloud base; Eliminate the dimensional differences between industrial software system data that are useful to the service-integrated industrial software cloud base, unify the formats of industrial software system data that are useful to the service-integrated industrial software cloud base, and determine standardized industrial software system data; Extract features from standardized industrial software system data; Extract features that reflect the service-integrated industrial software cloud base; Determine the characteristic data of industrial software systems.

8. The service-integrated industrial software cloud base system according to claim 7, characterized in that: The data monitoring management module also includes: An analysis and evaluation unit, used to analyze and evaluate the characteristic data of industrial software systems; Obtaining industrial software system characteristic data; Based on the pre-set industrial software system standard data, analyze and evaluate the industrial software system characteristic data to determine the industrial software system analysis and evaluation results; Among them, when the characteristic data of the industrial software system is within the standard data range of the industrial software system, the industrial software system analysis and evaluation result is that the industrial software system operates normally; Among them, when the characteristic data of the industrial software system is not within the standard data range of the industrial software system, the industrial software system analysis and evaluation result is that the industrial software system is operating abnormally; Based on the industrial software system analysis and evaluation results, the industrial software system feature data is mined and analyzed to generate an industrial software system analysis report, which is then transmitted and displayed in a visual form.

9. The service-integrated industrial software cloud base system according to claim 8, characterized in that: The analysis and evaluation unit comprises: An information acquisition unit, used to acquire the data content time and data receiving time of the industrial software system characteristic data, and acquire the data content coverage of the industrial software system characteristic data; A quality calculation unit, configured to calculate a data quality score F of the industrial software system characteristic data according to the following formula based on the data content time, the data reception time and the data content coverage; Among them, α represents the data timeliness weight, β represents the data integrity weight, ΔT represents the standard data time difference, T S Indicates the data receiving time, T N Indicates the data content time, C indicates a constant, the value is 3, K a Indicates the data content coverage, K0 indicates the data content coverage of industrial software system standard data; A quality assessment unit, used to determine whether the data quality score of the industrial software system characteristic data is greater than a preset score. If so, it is determined that the data quality of the industrial software system characteristic data meets the requirements and the next step of data range determination can be performed. Otherwise, it is determined that the data quality of the industrial software system characteristic data meets the requirements; A consistency calculation unit, used for calculating the consistency P between the industrial software system characteristic data and the industrial software system standard data range according to the following formula when the data quality of the industrial software system characteristic data meets the requirements; Where n represents the amount of characteristic data of the industrial software system, δ i represents the data weight of the characteristic data of the i-th industrial software system, D 0i represents the mean value of the standard data range of the industrial software system corresponding to the characteristic data of the i-th industrial software system, D ai Represents the data range mean of the characteristic data of the i-th industrial software system; The range judgment unit is used to determine that the industrial software system characteristic data is within the industrial software system standard data range when the consistency between the industrial software system characteristic data and the industrial software system standard data range is greater than a preset threshold; otherwise, determine that the industrial software system characteristic data is not within the industrial software system standard data range.

10. The service-integrated industrial software cloud base system according to claim 8, characterized in that: The remote maintenance management module includes: The plan formulation unit is used to formulate remote maintenance and management plans for industrial software systems; Obtain industrial software system analysis reports; Develop remote maintenance and management solutions for industrial software systems based on industrial software system analysis reports; Maintenance management unit, used for remote maintenance and management of industrial software systems; Obtain remote maintenance and management solutions for industrial software systems; Based on the remote maintenance and management solution for industrial software systems, remote maintenance and management of industrial software systems are carried out, including: timely early warning reminders for industrial software systems, enabling managers to quickly access industrial software systems, and intelligently guiding managers to carry out remote maintenance and management of industrial software systems.

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