CN114884982A - Multi-mine user online management method and system based on cloud service - Google Patents
Multi-mine user online management method and system based on cloud service Download PDFInfo
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Abstract
The invention discloses a cloud service-based multi-mine user online management method and system. According to the method, the resource mapping is generated according to the digital identity card of the mine user, the resource copy is loaded to the local mine, the mine user equipment is directly interacted with the mine client system, and the mine client is interacted with the cloud service, so that a complete data function flow is formed. The invention can effectively manage the system resources and system operation of a plurality of mine users, improve the utilization rate of the mine resources and effectively reduce the cost of local mine deployment and operation.
Description
Technical Field
The invention relates to a cloud service-based multi-mine user online management method and system, and belongs to the technical field of mining machinery technology and computer application.
Background
With the rapid development of technologies such as unmanned driving, 5G communication, artificial intelligence, cloud computing and the like, the unmanned transportation system of the surface mine is developed rapidly, and a scheme for landing operation appears in each large surface mine in China. The unmanned transportation system can effectively reduce the labor cost, improve the production efficiency and ensure the safety of the operators in the mining area. The unmanned transportation system comprises a wireless network communication system (4G, 5G, wireless Mesh and the like), a cluster management system positioned in a control center, an unmanned mining dump truck, loading auxiliary operation equipment (an excavator, an electric shovel and the like), unloading auxiliary operation equipment (a bulldozer, a loader and the like), road maintenance auxiliary equipment (a land leveler, a sprinkler and the like) and a service vehicle (a pickup truck and the like).
The data center is indispensable for the construction of the unmanned transportation system of the surface mine, and is used for deploying hardware resources such as servers and networks locally and operating software systems. When the scale of the production operation equipment is adjusted, the required hardware resources are usually also required to be adjusted, and the hardware resources are idle or insufficient. When a mine group owns multiple mines, each mine needs to purchase similar hardware resources for local mine system operation, which causes a lot of resource waste.
In the construction process of an unmanned transportation system of an open-pit mine, how to solve the fragmentation problem of the mine digital system management, get through each mine, especially a plurality of mines belonging to the same group, integrate the system management resources, reduce the construction cost of a data center and is a problem to be solved by an intelligent mine.
In the first prior art, an unmanned mine operation management system is deployed and operated through a mine local or cloud service. Information interaction and information screening analysis are carried out between the cloud platform and each system, and necessary data support is provided for mine operation. However, the technology is based on a two-layer design of a server and a client, and considering the communication time delay of a vehicle terminal system and the server and the network performance of data interaction, the technology is more deployed in the mine local and does not relate to a real cloud platform multi-mine management scene.
In the second prior art, through a mine car and excavator interaction vehicle-mounted terminal system, a field scheduling personnel mobile terminal system, a manager mobile terminal system, a refueling truck vehicle-mounted terminal system, a background data statistics and vehicle real-time monitoring system and an alarm information monitoring system, a SaaS cloud platform performs information interaction with each system, so as to coordinate stable operation of each system, and in addition, information interaction can be performed among each system. However, this technique only utilizes the concept of SaaS. The SaaS is a software delivery mode, a mine management system is deployed and operated and an SaaS management platform are delivered to each terminal client in a service mode, the terminal client installs and operates the terminal system on each terminal device and vehicle used by the mine and interacts with a software system on the SaaS platform, all described subsystems can operate in the local mine, and a real cloud platform multi-mine management scene is not involved.
Disclosure of Invention
The purpose is as follows: in order to overcome the defects in the prior art, the invention provides a cloud service-based multi-mine user online management method and system. The mine cloud service platform can effectively monitor and manage equipment, resources and local operation conditions of the affiliated mines, so that the problems that data cannot be shared by a single mine and large data analysis samples cannot be integrated are solved.
The technical scheme is as follows: in order to solve the technical problems, the technical scheme adopted by the invention is as follows:
in a first aspect, a cloud service-based online management system for multiple mine users comprises: the system comprises a mine cloud service platform, a mine client system and an equipment client system.
The mine cloud service platform comprises: the system comprises a mine user resource management module, a mine user characteristic digital identity card management module and a mine service calling module.
The mine client system includes: the system comprises a mine client UI, a mine local digital identity card management module and a mine local resource management module.
The device client system: the mine client system is used for synchronizing the equipment identification and the equipment information corresponding to the vehicle equipment to the mine client system for storage through an interface provided by the mine client system, and the equipment identification and the equipment information are used for identity verification when the vehicle equipment interacts with the mine client system in the production operation process.
The mine user resource management module comprises: equipment resources, value added service resources, mine users, and authorization permissions.
Mine user characteristic digital identity card management module includes: generating a mine user characteristic digital identity card and verifying the mine user characteristic digital identity card.
The mining service calling module comprises: device API, value added service API and service call routing.
The mine client UI comprises: inherent function interfaces of the mine unmanned system and value-added service interaction interfaces authorized by cloud service; and the value added service interaction interface authorized by the cloud service is used for dynamically loading service resource information synchronized to the local mine user by the mine client system.
The mine local digital identity card management module comprises: applying for the mine user digital identity card, submitting the mine user digital identity card and storing the mine user digital identity card.
The mine local resource management module comprises: a device replica, a service replica, and a device access interface.
Preferably, the device resource includes: a device resource pool and a device registry. The equipment resource pool is all mine-related equipment managed by the cloud service platform and is a super abstract factory of mine equipment. And the equipment registry generates specific equipment with a unique identifier for the mine user from the equipment resource pool according to the mine user information, and comprises key information capable of mapping with the equipment in the equipment resource pool.
The value added service resource comprises: a value added service resource pool and a value added service mapping. The value added service resource pool is a uniform value added service set provided by the cloud service platform. And the value added service mapping generates a service mapping with a unique identifier for the mine user from the value added service resource pool according to the mine user information, and comprises a service interface information set required by the mine user and a customized service function of the mine user.
And the mine user is used for managing the basic information of the mine user.
The authorization permission is used for generating a corresponding permission file for the mine user, and at least comprises the following steps: authorization type, number of devices, service identification, and corresponding license terms.
As a preferred scheme, the mine user characteristic digital identity card is generated and used for acquiring an equipment identifier, a value-added service identifier, an authorization permission identifier and a user identifier generated for a mine user through a mine user, an equipment registry, value-added service mapping and authorization permission to form basic information of the digital identity card, encrypting the information through an encryption algorithm, and generating the encrypted information into a unique digital fingerprint identity card through a specified mode.
And the mine user characteristic digital identity card verification is used for analyzing and verifying the digital identity card submitted by the mine user, acquiring resource information associated with the digital identity card and returning the resource information to the mine service calling module.
As a preferred scheme, the service calling route is used for a service calling interface provided by the cloud service platform, according to the digital identity card provided by the mine client system, the mine user characteristic digital identity card verification module is called to verify the digital identity card and analyze the associated authorized resource, and the request information is routed to the correct interface for relevant processing.
And the equipment API is used for providing a uniform equipment access interface for mine users.
And the value added service API is used for providing a uniform value added service access interface for the mine user.
As an optimal scheme, the mine user digital identity card application is used for submitting user registration, authorization application and digital identity card application to the cloud service platform through the module.
And the mine user digital identity card is submitted to a module called when the mine client system requests data from the cloud service end, and the locally stored digital identity card is submitted to the cloud service platform for identity verification.
And the mine user digital identity card storage is used for storing the characteristic digital identity card generated by the cloud service platform for the mine user into a safe area.
Preferably, the device copy includes: equipment identification, general equipment information and additional information locally relevant to the mine user.
And the equipment identifier is used for generating an equipment unique identification code associated with the mine user according to the mine user ID and the equipment key information when the equipment registry is created.
And the universal equipment information is used for acquiring an equipment information copy which only contains information related to the operation of the mine client system from the cloud service platform.
And the additional information related to the local mine user is used for self-defined attribute information added to equipment in the operation of the mine client system.
And the service copy is used for automatically integrating the service into the UI of the mine client system for the mine user to use by the mine client system through loading the relevant information of the local value-added service.
The equipment access interface is used for providing a uniform interface for accessing the local equipment of the mine to the system and has the function of local preliminary verification of the equipment.
In a second aspect, a multi-mine user online management method based on cloud service includes: the method comprises a mine user identity generation method, a vehicle equipment resource management method and a value-added service resource management method.
The mine user identity generation method comprises the following steps:
step 1.1: the mine user calls the digital identity card application module through the mine client UI, creates a request for registering, authorizing and applying the mine user and applying the digital identity card, and sends the request to the mine cloud service platform.
Step 1.2: the method comprises the steps that a mine cloud service platform creates a mine user, generates an equipment registry corresponding to the mine user, generates a value-added service mapping, and generates an authorization permission file through the equipment registry, the value-added service mapping and an authorization application of the user.
Step 1.3: and the mine cloud service platform assembles digital identity card information for the mine user according to the equipment identifier, the value-added service identifier, the authorization permission identifier and the user identifier.
Step 1.4: and the mine cloud service platform encrypts the digital identity card information and generates a digital identity card.
Step 1.5: and the mine cloud service platform returns the digital identity card to a mine client system of the mine user.
Step 1.6: and the mine client system of the mine user receives the digital identity card and stores the digital identity card in a local disk of the system through a digital identity card storage module.
The vehicle equipment resource management method comprises the following steps:
step 2.1: when the mine client system of the mine user is started, the mine client system carries the digital identity card to automatically send a synchronization request to the mine cloud service platform.
Step 2.2: and the mine cloud service platform returns authorized equipment copy and service copy information to the mine user.
Step 2.3: and the mine client system of the mine user reloads the mine client UI according to the service copy information.
Step 2.4: and the mine user updates the equipment copy information and adds additional information through the mine client system.
Step 2.5: when a mine vehicle equipment client system used in a mine of a mine user is started, the equipment client system checks whether the initialization is performed or not, and if the initialization is not performed, the local equipment identification and the equipment information are synchronized and stored to the local mine vehicle through an interface provided by the mine client system; and if the initialization is finished, carrying the equipment identification to request to access the mine client system.
Step 2.6: the mine vehicle equipment client system used in the mine of the mine user carries the local equipment identification during each interaction, the mine vehicle equipment client system is used for verification, and subsequent data interaction is carried out if the local initial verification is successful; if the local primary verification fails, a secondary verification request needs to be initiated to the mine cloud service platform.
And 2.7, the mine client system of the mine user carries the digital identity card to send an equipment verification request to the mine cloud service platform.
Step 2.8: the mine cloud service platform receives the mine client system request information, analyzes the mine user digital identity card, calls a mine user characteristic digital identity card verification module, verifies the legality of the digital identity card, and analyzes the mine user resources contained in the digital identity card.
Step 2.9: and the mine cloud service platform verifies whether the requested equipment is legal or not according to the information of the mine user equipment registry, and returns the verification result to the mine client system.
Step 2.10: and the mine client system of the mine user receives the verification result returned by the mine cloud service platform and determines whether to continue to perform subsequent data interaction with the request equipment.
The value added service resource management method comprises the following steps:
step 3.1: when the mine client system of the mine user is started, the mine client system carries the digital identity card to automatically send a synchronization request to the mine cloud service platform.
Step 3.2: and the mine cloud service platform returns authorized equipment copy and service copy information to a mine client system of the mine user.
Step 3.3: and the mine client system of the mine user reloads the mine client UI according to the service copy information.
Step 3.4: and the mine user updates the equipment copy information and adds additional information through the mine client system.
Step 3.5: and the mine user operates on the UI (user interface) of the mine client, and when the value added service is used, the mine client system carries the digital identity card to send a value added service calling request to the mine cloud service platform.
Step 3.6: the mine cloud service platform receives the mine client system request information, analyzes the mine user digital identity card, calls a mine user characteristic digital identity card verification module, verifies the legality of the digital identity card, and analyzes the mine user resources contained in the digital identity card.
Step 3.7: and according to the mine user resource information returned in the last step, the mine cloud service platform verifies whether the mine user has the authority of accessing the specified resource, and routes the mine user to the specified API according to the request information.
Step 3.8: and the mine cloud service platform returns value-added service data according to the appointed API interface, and returns a request response to the mine user client system.
Step 3.9: and the mine client system of the mine user receives the returned value-added service data, and presents the result on the mine client UI.
As a preferred scheme, the method for generating the digital identity card comprises the following steps:
step 1: and the mine user fills in a user registration application and an authorization application through the mine client system.
Step 2: and after receiving the application, the mine cloud service platform registers the user and generates a user identifier.
And step 3: and the mine cloud service platform creates an equipment registry for the user according to the authorization application and creates a value-added service mapping for the user.
And 4, step 4: and the mine cloud service platform generates an authorization permission file according to the authorization application information and the value added service identifier.
And 5: the mine cloud service platform generates digital identity card information according to the user identification, the equipment identification, the value-added service identification and the authorization permission identification; encrypting the digital identity card information through an encryption algorithm; and generating the digital identity card by the encrypted data.
Step 6: and the mine cloud service platform returns the digital identity card to the mine client system and stores the digital identity card to the local.
As a preferred scheme, the digital identity card updating method comprises the following steps:
step 1: and the mine user submits an authorization updating application through the mine client system.
Step 2: and the mine cloud service platform receives the authorization updating application and analyzes the mine user digital identity card.
And step 3: calling a digital identity card identification interface to analyze data information corresponding to the digital identity card; and analyzing the original information through a decryption algorithm.
And 4, step 4: and searching whether the user is legal or not according to the associated user identification in the original information.
And 5: and generating an equipment registry according to the authorization updating application information, and generating service resource mapping.
Step 6: and generating a new authorization permission file according to the authorization updating application information and the service resource mapping information.
And 7: the newly generated device registry is merged into the existing device registry.
And 8: the newly generated service resources are merged into the existing service map.
And step 9: and regenerating the digital identity card information according to the user identification, the combined equipment registry, the combined service mapping, the existing authorization permission and the newly generated authorization permission.
Step 10: and encrypting the digital identity card information and generating a new digital identity card.
Step 11: and returning the new digital identity card to the mine client system to replace the old digital identity card.
As an optimal scheme, the method for loading the equipment copy and the service copy by the mine client system comprises the following steps:
step 1: and starting the mine client system to obtain the locally stored digital identity card.
Step 2: and the mine client system sends a device copy and service copy synchronization request to the mine cloud service platform, and attaches the digital identity card.
And step 3: and the mine service calling module receives the request, analyzes the digital identity card and verifies the validity.
And 4, step 4: and the mine service calling module calls the digital identity card identification interface to decrypt the digital identity card information.
And 5: and the mine user characteristic digital identity card management module acquires a user identifier and verifies the user validity.
Step 6: and the mine user characteristic digital identity card management module acquires authorization permission information and verifies the authorization validity and the authorization time limit.
And 7: and the mine user characteristic digital identity card management module returns the relevant information of the digital identity card to the mine service calling module.
And 8: and the mine user resource management module inquires the equipment registry and inquires the information corresponding to the equipment identification.
And step 9: and the mine user resource management module inquires the equipment resource pool to acquire the equipment information required by the mine user.
Step 10: and assembling equipment copy information by the mine user resource management module.
Step 11: and the mine user resource management module inquires the service mapping and inquires the information corresponding to the service identification.
Step 12: and the mine user resource management module queries the service resource pool to acquire related basic information.
Step 13: and the mine user resource management module assembles the service copy information.
Step 14: and the mine cloud service platform returns the equipment copy information and the service copy information to the mine client system.
Step 15: the mine client system updates the local device copy and the service copy.
Step 16: the mine client system reloads the client system UI.
Has the advantages that: according to the cloud service-based multi-mine user online management method and system, the resource mapping is generated according to the digital identity card of the mine user, the resource copy is loaded to the local mine, the mine user equipment and the mine client system are directly interacted, the mine client and the cloud service are interacted, and a complete data function flow is formed. The invention can effectively manage the system resources and system operation of a plurality of mine users, improve the utilization rate of the mine resources and effectively reduce the cost of local mine deployment and operation.
Drawings
Fig. 1 is a schematic structural diagram of a multi-mine user management system based on cloud services.
Fig. 2 is a schematic diagram of main modules of the cloud service.
Fig. 3 is a schematic diagram of main modules of a mine client system and an equipment client system.
Fig. 4 is a schematic diagram of a device resource pool, a device registry, and a device copy relationship.
FIG. 5 is a diagram illustrating a relationship between service resource pools, service mappings, and service copies.
Fig. 6 is a diagram illustrating basic information of authorized license.
FIG. 7 is a diagram illustrating digital ID card information and digital fingerprint identity generation.
Fig. 8 is a flow chart of digital identification card generation.
Fig. 9 is a flow chart of digital identification card updating.
FIG. 10 is a flow diagram of client system initiation.
Detailed Description
The present invention will be further described with reference to the following examples.
As shown in fig. 1, a cloud service-based online management system for multiple mine users includes: the system comprises a mine cloud service platform, a mine client system and an equipment client system; as shown in fig. 2, the mine cloud service platform includes: the system comprises a mine user resource management module, a mine user characteristic digital identity card management module and a mine service calling module; as shown in fig. 3, the mine client system includes: the system comprises a mine client UI, a mine local digital identity card management module and a mine local resource management module, wherein the equipment client system comprises an equipment client UI, an equipment identifier and equipment information.
The mine cloud service platform is deployed and operated on a cloud platform of a system provider or a local private cloud platform of a mine group, and the authority and resources of all mine users of the system provider or all mines subordinate to the mine group are managed in a centralized manner and corresponding value-added services are provided. The mine cloud service platform manages mine user authority, equipment resources and value added services of each mine client system; and the mine client system manages the system access authority of the equipment client and the data interaction between the equipment client and the mine client system.
The mine user resource management module mainly comprises: equipment resources, value added service resources, mine users, and authorization permissions.
The device resource mainly comprises: a device resource pool and a device registry. The equipment resource pool is all mine-related equipment managed by the cloud service platform, includes basic information such as manufacturer, type, specification and model of the equipment, and is a super abstract factory of the mine equipment. And the equipment registry generates specific equipment with a unique identifier for the mine user from the equipment resource pool according to the mine user information, and comprises key information capable of mapping with the equipment in the equipment resource pool.
The value added service resources mainly comprise: a value added service resource pool and a value added service mapping. The value added service resource pool is a unified value added service set provided by the cloud service platform and comprises OTA upgrading, data storage, statistical analysis, big data prediction and the like. And the value added service mapping generates a service mapping with a unique identifier for the mine user from the value added service resource pool according to the mine user information, and only comprises a service interface information set required by the mine user and a customized service function of the mine user.
The mine user is mainly responsible for managing basic information of the mine user.
The authorization permission is mainly responsible for generating a corresponding permission file for the mine user, and at least comprises the following steps: the method comprises the following steps of authorization type, number of devices, service identification and corresponding license duration, wherein the license duration mainly aims at two parts of devices and services, namely a device license duration and a value-added service duration.
The mine user characteristic digital identity card management module mainly comprises: the method comprises two parts of mine user characteristic digital identity card generation and mine user characteristic digital identity card verification. The mine user characteristic digital identity card is generated, the mine user, the equipment registry, the value added service mapping and the authorization permission are used for acquiring the equipment identifier, the value added service identifier, the authorization permission identifier and the user identifier generated for the mine user to form basic information of the digital identity card, the information is encrypted through an encryption algorithm, and the encrypted information is generated into a unique digital fingerprint identity card in a specified mode. The mine user characteristic digital identity card verification is mainly responsible for analyzing and verifying the digital identity card submitted by the mine user, acquiring resource information associated with the digital identity card and returning the resource information to the mine service calling module.
The mining service calling module mainly comprises: the method comprises the steps that an equipment API, a value added service API and a service calling route are provided, wherein the service calling route is a service calling interface provided by a cloud service platform, according to a digital identity card provided by a mine client system, a mine user characteristic digital identity card verification module is called to verify the digital identity card and analyze associated authorized resources, and then the service calling route is routed to a correct interface through request information to perform relevant processing. The equipment API provides a uniform equipment access interface for mine users; the value added service API provides a uniform value added service access interface for mine users.
The mine client UI mainly comprises: the mine unmanned system comprises an inherent function interface of the mine unmanned system and a value-added service interaction interface authorized by cloud service. And the value-added service interactive interface authorized by the cloud service is dynamically loaded according to service resource information synchronized to the local mine user by the mine client system.
The mine local digital identity card management module mainly comprises: applying for the mine user digital identity card, submitting the mine user digital identity card and storing the mine user digital identity card.
The mine user applies for the digital identity card, and submits user registration, authorization application and digital identity card application to the cloud service platform through the module.
The mine user digital identity card submission is a module called when the mine client system requests data from the cloud service end, and is used for submitting the locally stored digital identity card to the cloud service platform for identity verification.
The mine user digital identity card storage is mainly used for storing the characteristic digital identity card generated by the cloud service platform for the mine user into a safe area.
The mine local resource management module mainly comprises an equipment copy, a service copy and an equipment access interface.
The device copy mainly comprises: equipment identification, general equipment information and additional information locally relevant to the mine user. The equipment identification is an equipment unique identification code which is generated according to the ID of the mine user and the key information (such as VIN) of the equipment when the equipment registry is established; the general equipment information is an equipment information copy which is obtained from a cloud service platform and only contains information related to the operation of the mine client system; the additional information related to the local mine user is self-defined attribute information added to equipment in the operation of the mine client system. The device copies correspond to the devices in the cloud service platform device registry one by one, and the devices outside the device registry cannot be used.
The service copy mainly comprises: value added service identification, value added service related information and client localization related processing functions. The mine client system automatically integrates the service into the UI of the mine client system for the mine user to use by loading the relevant information of the local value added service.
The equipment access interface is a uniform interface provided for accessing the local equipment of the mine to the system, and has the function of local preliminary verification of the equipment.
The equipment client system is a vehicle-mounted client intelligent system which runs on equipment and can interact with a mine client system, and mainly comprises an equipment client UI, local information management (equipment identification and equipment information) and the inherent functions of the mine unmanned system equipment client. The equipment client system synchronizes the corresponding equipment identification and equipment information to the local for storage through an interface provided by the mine client system, and is used for identity verification when the vehicle equipment interacts with the mine client system in the production operation process.
A cloud service-based multi-mine user online management method mainly comprises the following steps: the method comprises a mine user identity generation method, a vehicle equipment resource management method and a value-added service resource management method.
When a mine group A needs to collect and monitor the use resources and the operation data of subordinate mines in a centralized manner, or when a mine unmanned system integral solution provider needs to collect mine operation data and perform related big data analysis and prediction according to the data, by the method, a unique digital identity card is generated for each mine user on a mine cloud service platform, the equipment resources and the value-added service resources of each mine are associated with the digital identity card, and different resources and authorization of different mines are effectively managed and monitored.
Meanwhile, the mine cloud service platform can provide function expansion for collecting local operation data according to the requirements of clients and data analysis. Therefore, the barriers that data cannot be shared and resources cannot be monitored caused by independent operation of a single mine can be broken through, and effective and real big data analysis prediction support is provided for mine operation.
1) The mine user identity generation method comprises the following specific steps:
step 1: and the mine user submits a registration authorization application. The mine user A calls the digital identity card application module through the mine client UI, creates requests of mine user registration, authorization application and digital identity card application, and sends the requests to the mine cloud service platform.
Step 2: the mine cloud service platform creates a mine user A, generates an equipment registry corresponding to the mine user A, generates a value-added service mapping, and generates an authorization permission file through the equipment registry, the value-added service mapping and an authorization application of the user.
And step 3: and the mine cloud service platform assembles digital identity card information for the mine user A.
And 4, step 4: and the mine cloud service platform encrypts the digital identity card information and generates a digital identity card.
And 5: and the mine cloud service platform returns the digital identity card to the mine client system of the mine user A.
Step 6: and the mine client system of the mine user A receives the digital identity card and stores the digital identity card to a local disk of the system through a digital identity card storage module.
And 7: and (4) registration and authorization application of other mine users, and repeating the steps 1-6.
2) The vehicle equipment resource management method comprises the following specific steps:
step 1: when the mine client system of the mine user A is started, the mine client system carries the digital identity card and automatically sends a synchronization request to the mine cloud service platform.
Step 2: and the mine cloud service platform returns authorized equipment copy and service copy information to the mine user A.
And step 3: and the mine client system of the mine user A reloads the mine client UI according to the service copy information.
And 4, step 4: and the mine user A updates the equipment copy information and adds additional information through the mine client system.
And 5: when a mine vehicle equipment client system used in a mine of a mine user A is started, the equipment client system checks whether the initialization is performed or not, and if the initialization is not performed, equipment identification and equipment information of the mine user A are synchronized and stored to the local part of a mine vehicle through an interface provided by the mine client system; and if the initialization is finished, carrying the equipment identification to request to access the mine client system.
Step 6: the mine vehicle equipment client system used in the mine of the mine user A carries the local equipment identification during each interaction, the mine vehicle equipment client system is used for verification, and subsequent data interaction is carried out if the local initial verification is successful; if the local primary verification fails, a secondary verification request needs to be initiated to the mine cloud service platform.
And 7, the mine client system of the mine user A carries the digital identity card to send an equipment verification request to the mine cloud service platform.
And 8: the mine cloud service platform receives the mine client system request information, analyzes the mine user digital identity card, calls a mine user characteristic digital identity card verification module, verifies the legality of the digital identity card, and analyzes the mine user resources contained in the digital identity card.
And step 9: and the mine cloud service platform verifies whether the requested equipment is legal or not according to the information of the mine user equipment registry, and returns the verification result to the mine client system.
Step 10: and the mine client system of the mine user A receives the verification result returned by the mine cloud service platform and determines whether to continue to perform subsequent data interaction with the request equipment.
Step 11: and (4) checking the use of the equipment resources of other mine users, and repeating the steps 1-10.
3) The value added service resource management method comprises the following specific steps:
step 1: when the mine client system of the mine user A is started, the mine client system carries the digital identity card to automatically send a synchronization request to the mine cloud service platform.
And 2, step: and the mine cloud service platform returns authorized equipment copies and service copy information to the mine client system of the mine user A.
And step 3: and the mine client system of the mine user A reloads the mine client UI according to the service copy information.
And 4, step 4: and the mine user A updates the equipment copy information and adds additional information through the mine client system.
And 5: and the mine user A operates on the UI interface of the mine client, and when the value added service is used, the mine client system carries the digital identity card to send a value added service calling request to the mine cloud service platform.
Step 6: the mine cloud service platform receives the mine client system request information, analyzes the mine user digital identity card, calls a mine user characteristic digital identity card verification module, verifies the legality of the digital identity card, and analyzes the mine user resources contained in the digital identity card.
And 7: and according to the mine user resource information returned in the last step, the mine cloud service platform verifies whether the mine user A has the authority of accessing the specified resource, and routes the mine user A to the specified API according to the request information.
And 8: and the mine cloud service platform returns value-added service data according to the appointed API interface, and returns a request response to the mine user client system.
And step 9: and the mine client system of the mine user A receives the returned value-added service data, and displays the result on the mine client UI.
Step 10: and (4) using the value-added service resources of other mine users, and repeating the steps 1-9.
As shown in fig. 4, the device information in the device resource pool does not have a unique identifier, and is indexed by key information such as a model number. The devices in the device registry have unique identifiers, are associated with the device copy through the unique identifiers, and are associated with data in the device resource pool through key information such as models. The device copy stores the unique device identifier and device information required by local system operation, and can add additional device information attributes according to local production requirements.
According to fig. 5, the services in the value added service resource pool provide specific service handling with a common service interface definition. Services in the value-added service mapping have unique service identification, and the services directly contain service interface information required by mine users without customization; the need for customization increases the customization service process. The service copy corresponds to the service in the service mapping table through the service identification, and meanwhile, the service copy contains related information loaded from the cloud service and is used for loading the corresponding service by the client system. The client system adds a localization processing function according to the needs of a mine user, performs primary processing on related data, and then calls a corresponding interface of the cloud service for final processing.
As shown in fig. 6, the authorization permission mainly includes an authorization type, the number of devices, a service identification, and an authorization term. The number of the devices is the total number of the production operation devices required by the mine user, is not limited to types, and related types of devices can be added to the device registry according to actual needs, and authorization permission of the devices is managed by matching with the authorization time limit of the devices. The service identification is a value added service identification purchased by the mine user, is matched with the permission period corresponding to the service identification, and manages the authorization permission of the value added service.
As shown in fig. 7, the digital identification card mainly includes basic information of the digital identification card based on the mine user identifier, the authorization identifier, the device resource identifier, and the value-added service identifier, and generates a digital fingerprint identification by encrypting the information through an encryption algorithm.
As shown in fig. 8, a process for generating a digital identity card for a mine user is as follows:
(1) the mine user fills in a user registration application and an authorization application through the client system,
(2) after receiving the application, the cloud service firstly registers the user and generates a user identifier;
(3) then, according to the authorization application, an equipment registry is established for the user, and value-added service mapping is established for the user;
(4) generating an authorization permission file according to the authorization application information and the value-added service identifier;
(5) generating digital identity card information according to the user identifier, the equipment identifier, the value-added service identifier and the authorization permission identifier; encrypting the digital identity card information through an encryption algorithm; generating a digital fingerprint identity card by the encrypted data;
(6) and returning the digital identity card to the client system of the mine, and storing the digital identity card to the local.
As shown in fig. 9, the process for updating the digital identity card of the mine user is as follows:
(1) a mine user submits an authorization updating application through a mine client system;
(2) the cloud service platform receives the application and analyzes the mine user digital identity card;
(3) calling a digital identity card identification interface to analyze data information corresponding to the digital identity card; analyzing original information through a decryption algorithm;
(4) searching whether the user is legal or not according to the associated user identification in the digital identity card information;
(5) generating an equipment registry according to the application information and generating service resource mapping;
(6) generating a new authorization permission file according to the authorization application information and the service resource mapping information;
(7) merging the newly generated device registry to the existing device registry;
(8) merging the newly generated service resources to map into the existing service map;
(9) regenerating digital identity card information according to the user identification, the combined equipment registry, the combined service mapping, the existing authorization permission and the newly generated authorization permission;
(10) encrypting the digital identity card information and generating a new digital fingerprint identity card;
(11) and returning to the client system of the mine to replace the old digital identity card.
According to the process shown in fig. 10, the equipment copy and service copy flows are loaded for the mine client system:
(1) the client system is started to obtain the digital identity card stored locally;
(2) sending a device and service copy synchronization request to the cloud service, and attaching a digital identity card;
(3) the service calling module receives the request, analyzes the digital identity card and verifies the validity;
(4) the service calling module calls a digital identity card identification interface to decrypt the digital identity card information;
(5) the digital identity card identification module acquires a user identifier and verifies the validity of the user;
(6) the digital identity card identification module acquires authorization permission information and verifies authorization validity and authorization deadline;
(7) the digital identity card identification module returns the relevant information of the digital identity card to the service scheduling module;
(8) inquiring an equipment registry and inquiring information corresponding to equipment identification;
(9) inquiring an equipment resource pool to obtain equipment information required by a mine user;
(10) assembling equipment copy information;
(11) inquiring service mapping and inquiring information corresponding to the service identification;
(12) inquiring a service resource pool to obtain related basic information;
(13) assembling service copy information;
(14) returning the equipment copy information and the service copy information to the mine client system;
(15) the mine client system updates the local equipment copy and the service copy;
(16) the mine client system reloads the client system UI.
The above description is only of the preferred embodiments of the present invention, and it should be noted that: it will be apparent to those skilled in the art that various modifications and adaptations can be made without departing from the principles of the invention and these are intended to be within the scope of the invention.
Claims (10)
1. The utility model provides a many mine users online management system based on cloud which characterized in that: the method comprises the following steps: the system comprises a mine cloud service platform, a mine client system and an equipment client system;
the mine cloud service platform comprises: the system comprises a mine user resource management module, a mine user characteristic digital identity card management module and a mine service calling module;
the mine client system includes: the system comprises a mine client UI, a mine local digital identity card management module and a mine local resource management module;
the device client system: the system comprises a mine client system, a vehicle device, an interface and a data processing system, wherein the mine client system is used for providing an interface for synchronizing equipment identification and equipment information corresponding to the vehicle device to the mine client system for storage, and the equipment identification and the equipment information are used for identity verification when the vehicle device interacts with the mine client system in the production operation process;
the mine user resource management module comprises: equipment resources, value added service resources, mine users and authorization permissions;
mine user characteristic digital identity card management module includes: generating a mine user characteristic digital identity card and verifying the mine user characteristic digital identity card;
the mining service calling module comprises: a device API, a value added service API, and a service invocation route;
the mine client UI comprises: inherent function interfaces of the mine unmanned system and value-added service interaction interfaces authorized by cloud service; the cloud service authorized value-added service interaction interface is used for dynamically loading service resource information synchronized to the local mine user by the mine client system;
the mine local digital identity card management module comprises: applying for a mine user digital identity card, submitting the mine user digital identity card and storing the mine user digital identity card;
the mine local resource management module comprises: a device replica, a service replica, and a device access interface.
2. The cloud service-based multi-mine user online management system according to claim 1, characterized in that:
the device resource includes: a device resource pool and a device registry; the equipment resource pool is all mine-related equipment managed by the cloud service platform and is a super abstract factory of the mine equipment; the equipment registry generates specific equipment with a unique identifier for the mine user from the equipment resource pool according to the mine user information, and comprises key information capable of being mapped with the equipment in the equipment resource pool;
the value added service resource comprises: mapping a value-added service resource pool and a value-added service; the value added service resource pool is a uniform value added service set provided by the cloud service platform; the value-added service mapping is used for generating a service mapping with a unique identifier for the mine user from a value-added service resource pool according to the mine user information, and comprises a service interface information set required by the mine user and a customized service function of the mine user;
the mine user is used for managing basic information of the mine user;
the authorization permission is used for generating a corresponding permission file for the mine user, and at least comprises the following steps: authorization type, number of devices, service identification, and corresponding license terms.
3. The cloud service-based multi-mine user online management system according to claim 1, characterized in that:
the mine user characteristic digital identity card is generated and used for acquiring an equipment identifier, a value added service identifier, an authorization permission identifier and a user identifier which are generated for a mine user through a mine user, an equipment registry, value added service mapping and authorization permission to form basic information of the digital identity card, and after the information is encrypted through an encryption algorithm, the encrypted information is generated into a unique digital fingerprint identity card through a specified mode;
and the mine user characteristic digital identity card verification is used for analyzing and verifying the digital identity card submitted by the mine user, acquiring resource information associated with the digital identity card and returning the resource information to the mine service calling module.
4. The cloud service-based multi-mine user online management system according to claim 1, characterized in that:
the service calling route is used for a service calling interface provided by the cloud service platform, calling a mine user characteristic digital identity card verification module to verify the digital identity card and analyze the associated authorized resource according to the digital identity card provided by the mine client system, and routing to a correct interface through the request information to perform related processing;
the equipment API is used for providing a uniform equipment access interface for mine users;
and the value added service API is used for providing a uniform value added service access interface for mine users.
5. The cloud service-based multi-mine user online management system according to claim 1, characterized in that:
the mine user digital identity card application is used for submitting user registration, authorization application and digital identity card application to the cloud service platform by the mine user through the module;
the mine user digital identity card is submitted to a module called when the mine client system requests data from the cloud service end, and the locally stored digital identity card is submitted to the cloud service platform for identity verification;
and the mine user digital identity card storage is used for storing the characteristic digital identity card generated by the cloud service platform for the mine user into a safe area.
6. The cloud service-based multi-mine user online management system according to claim 1, characterized in that:
the device replica, comprising: the method comprises the steps of identifying equipment, general equipment information and locally related additional information of a mine user;
the equipment identification is used for generating an equipment unique identification code associated with the mine user according to the ID of the mine user and the equipment key information when the equipment registry is created;
the universal equipment information is used for acquiring an equipment information copy which only contains information related to the operation of the mine client system from the cloud service platform;
the mine client system comprises additional information related to the local of a mine user, wherein the additional information is used for self-defined attribute information added to equipment in the operation process of the mine client system;
the service copy is used for the mine client system to automatically integrate the service into the UI of the mine client system for the mine user to use through loading the relevant information of the local value-added service;
the equipment access interface is used for providing a uniform interface for accessing the local equipment of the mine to the system and has the function of local preliminary verification of the equipment.
7. A cloud service-based multi-mine user online management method is characterized by comprising the following steps: the method comprises the following steps: a mine user identity generation method, a vehicle equipment resource management method and a value-added service resource management method;
the mine user identity generation method comprises the following steps:
step 1.1: the mine user calls a digital identity card application module through a mine client UI, creates requests of mine user registration, authorization application and digital identity card application, and sends the requests to a mine cloud service platform;
step 1.2: the method comprises the steps that a mine cloud service platform creates a mine user, generates an equipment registry corresponding to the mine user, generates value-added service mapping, and generates an authorization permission file through the equipment registry, the value-added service mapping and an authorization application of the user;
step 1.3: the mine cloud service platform assembles digital identity card information for mine users according to the equipment identifier, the value-added service identifier, the authorization permission identifier and the user identifier;
step 1.4: the mine cloud service platform encrypts digital identity card information and generates a digital identity card;
step 1.5: the mine cloud service platform returns the digital identity card to a mine client system of the mine user;
step 1.6: the mine client system of the mine user receives the digital identity card and stores the digital identity card in a local disk of the system through a digital identity card storage module;
the vehicle equipment resource management method comprises the following steps:
step 2.1: when a mine client system of a mine user is started, a synchronization request is automatically sent to a mine cloud service platform by carrying a digital identity card;
step 2.2: the mine cloud service platform returns authorized equipment copies and service copy information to mine users;
step 2.3: the mine client system of the mine user reloads the mine client UI according to the service copy information;
step 2.4: the mine user updates equipment copy information and adds additional information through a mine client system;
step 2.5: when a mine vehicle equipment client system used in a mine of a mine user is started, the equipment client system checks whether the initialization is performed or not, and if the initialization is not performed, the local equipment identification and the equipment information are synchronized and stored to the local mine vehicle through an interface provided by the mine client system; if the equipment is initialized, carrying an equipment identifier to request to access the mine client system;
step 2.6: the mine vehicle equipment client system used in the mine of the mine user carries the local equipment identification during each interaction, the mine vehicle equipment client system is used for verification, and subsequent data interaction is carried out if the local initial verification is successful; if the local primary verification fails, a secondary verification request needs to be initiated to the mine cloud service platform;
step 2.7, the mine client system of the mine user carries the digital identity card to send an equipment checking request to the mine cloud service platform;
step 2.8: the mine cloud service platform receives the mine client system request information, analyzes a mine user digital identity card, calls a mine user characteristic digital identity card verification module, verifies the legality of the digital identity card and analyzes mine user resources contained in the digital identity card;
step 2.9: the mine cloud service platform verifies whether the requested equipment is legal or not according to the information of the mine user equipment registry, and returns a verification result to the mine client system;
step 2.10: the mine client system of the mine user receives a check result returned by the mine cloud service platform and determines whether to continue to perform subsequent data interaction with the request equipment;
the value added service resource management method comprises the following steps:
step 3.1: when a mine client system of a mine user is started, the mine client system carries a digital identity card and automatically sends a synchronization request to a mine cloud service platform;
step 3.2: the mine cloud service platform returns authorized equipment copies and service copy information to a mine client system of a mine user;
step 3.3: the mine client system of the mine user reloads the mine client UI according to the service copy information;
step 3.4: the mine user updates equipment copy information and adds additional information through a mine client system;
step 3.5: the method comprises the steps that a mine user operates on a UI (user interface) of a mine client, and when the value added service is used, the mine client carries a digital identity card to send a value added service calling request to a mine cloud service platform;
step 3.6: the mine cloud service platform receives the mine client system request information, analyzes a mine user digital identity card, calls a mine user characteristic digital identity card verification module, verifies the legality of the digital identity card and analyzes mine user resources contained in the digital identity card;
step 3.7: according to the mine user resource information returned in the last step, the mine cloud service platform verifies whether the mine user has the authority of accessing the specified resource, and routes the mine user to the specified API according to the request information;
step 3.8: the mine cloud service platform returns value-added service data according to the designated API interface, and returns a request response to the mine user client system;
step 3.9: and the mine client system of the mine user receives the returned value-added service data, and presents the result on the mine client UI.
8. The cloud service-based multi-mine user online management method according to claim 7, characterized in that:
the method for generating the digital identity card comprises the following steps:
step 1: a mine user fills in a user registration application and an authorization application through a mine client system;
step 2: after receiving the application, the mine cloud service platform registers the user and generates a user identifier;
and step 3: the mine cloud service platform creates an equipment registry for the user according to the authorization application and creates a value-added service mapping for the user;
and 4, step 4: the mine cloud service platform generates an authorization permission file according to the authorization application information and the value added service identifier;
and 5: the mine cloud service platform generates digital identity card information according to the user identification, the equipment identification, the value-added service identification and the authorization permission identification; encrypting the digital identity card information through an encryption algorithm; generating a digital identity card by the encrypted data;
step 6: and the mine cloud service platform returns the digital identity card to the mine client system and stores the digital identity card to the local.
9. The cloud service-based multi-mine user online management method according to claim 7, characterized in that:
the digital identity card updating method comprises the following steps:
step 1: a mine user submits an authorization updating application through a mine client system;
step 2: the mine cloud service platform receives the authorization updating application and analyzes the mine user digital identity card;
and step 3: calling a digital identity card identification interface to analyze data information corresponding to the digital identity card; analyzing original information through a decryption algorithm;
and 4, step 4: searching whether the user is legal or not according to the associated user identification in the original information;
and 5: generating an equipment registry according to the authorization updating application information and generating service resource mapping;
step 6: generating a new authorization permission file according to the authorization updating application information and the service resource mapping information;
and 7: merging the newly generated device registry into the existing device registry;
and 8: merging the newly generated service resources to map into the existing service map;
and step 9: regenerating digital identity card information according to the user identification, the combined equipment registry, the combined service mapping, the existing authorization permission and the newly generated authorization permission;
step 10: encrypting the digital identity card information and generating a new digital identity card;
step 11: and returning the new digital identity card to the mine client system to replace the old digital identity card.
10. The cloud service-based multi-mine user online management method according to claim 7, characterized in that:
the method for loading the equipment copy and the service copy by the mine client system comprises the following steps:
step 1: starting a mine client system to obtain a locally stored digital identity card;
step 2: the mine client system sends a device copy and service copy synchronization request to the mine cloud service platform, and attaches a digital identity card;
and step 3: the mine service calling module receives the request, analyzes the digital identity card and verifies the validity;
and 4, step 4: the mine service calling module calls a digital identity card identification interface to decrypt the digital identity card information;
and 5: the mine user characteristic digital identity card management module acquires a user identifier and verifies the user validity;
step 6: the mine user characteristic digital identity card management module acquires authorization permission information and verifies authorization validity and authorization time limit;
and 7: the mine user characteristic digital identity card management module returns the relevant information of the digital identity card to the mine service calling module;
and 8: the mine user resource management module inquires an equipment registry and inquires information corresponding to equipment identification;
and step 9: the mine user resource management module inquires the equipment resource pool to obtain equipment information required by a mine user;
step 10: assembling equipment copy information by a mine user resource management module;
step 11: the mine user resource management module inquires service mapping and information corresponding to the service identification;
step 12: the mine user resource management module inquires a service resource pool to obtain related basic information;
step 13: the mine user resource management module assembles service copy information;
step 14: the mine cloud service platform returns the equipment copy information and the service copy information to the mine client system;
step 15: the mine client system updates the local equipment copy and the service copy;
step 16: the mine client system reloads the client system UI.
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