CN112165501A - Remote operation and maintenance system and method for product analysis based on industrial internet identification - Google Patents
Remote operation and maintenance system and method for product analysis based on industrial internet identification Download PDFInfo
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Abstract
A remote operation and maintenance system based on an industrial internet identification analysis product comprises a client terminal, a server, a remote operation and maintenance service platform and a field device remote online monitoring platform, wherein the field device remote online monitoring platform acquires operation data through a data acquisition unit and uploads the data to the remote operation and maintenance service platform through the internet in real time, the remote operation and maintenance service platform processes the data and converts protocols, then a signal data is transmitted to the server through the internet through an intelligent gateway, and the server and the client terminal are interconnected through a wireless node. The invention also provides a remote operation and maintenance method for analyzing the product based on the industrial internet identification. The invention realizes the combination of data acquisition, processing, storage, analysis and intelligent application service by relying on a remote operation and maintenance service platform and a field device remote online monitoring platform, and the platform improves the full life cycle management and related service capability of the device from the links of 'device monitoring, maintenance service and optimized operation'.
Description
The technical field is as follows:
the invention relates to the technical field of industrial production product tracing, in particular to a remote operation and maintenance system and method for analyzing products based on industrial internet identification.
Background art:
at present, the fourth global industrial revolution and inoculation are started to form historical intersection with the transformation and upgrading of the manufacturing industry of China, new generation information technologies such as the internet, big data, artificial intelligence, 5G and the like are deeply fused with the industrial manufacturing technology, the production and manufacturing mode, the industrial organization mode and the commercial operation mechanism are promoted to generate subversive innovation, and new technologies, new products, new modes and new states of fusion development are promoted, so that new kinetic energy is created, new roads are opened up and new boundaries are expanded for the development of industrial economy. At present, all countries in the world have started the major strategy of intelligent manufacturing of the respective countries, strive to realize the development of manufacturing industry leading to the world, wherein the national intelligent manufacturing strategies comprise the national intelligent manufacturing strategies of 'industrial internet' in the united states, 'industrial 4.0' in germany, 'interconnection industry' in japan, and 'high-value strategy' in the united kingdom, and the like, so as to promote the progress of the intelligent manufacturing of the local industries, and China accelerates the pace of related fields.
The industrial internet is an industry and application ecology formed by the omnibearing deep integration of the internet, a new generation information technology and an industrial system, and is a key comprehensive information infrastructure for industrial intelligent development. The essence and core of the technology is that equipment, production lines, factories, suppliers, products and customers are tightly connected and fused through an industrial internet platform.
With the introduction and development of the industrial internet concept, the problem concerned by the industry in China gradually turns from digital construction to application of automation, intellectualization and service, the manufacturing industry mode also changes from the traditional production type manufacturing to the modern service type manufacturing, and various safety problems, quality problems, operation fault problems and the like along with the wide application of industrial products all make the society provide new requirements for the management mode of the industrial products.
In order to improve the competitiveness of a manufacturing enterprise, the service quality of a user and the participation of the user on an industrial product, the full life cycle information of the industrial product is taken as a focus, and an industrial product information remote operation and maintenance system is constructed by analyzing the real-time running state of the industrial product information, so that the real-time monitoring and management of the industrial product are realized, the production process control is strengthened, and the production safety is ensured.
The remote operation and maintenance service is one of links of an intelligent manufacturing mode, is active preventive operation and maintenance, is a product of the operation and maintenance service at a certain stage by integrating innovation and engineering application in a new generation of information technology and manufacturing equipment, breaks the space and physical boundary of people, objects and data, is the centralized embodiment of intelligent operation and maintenance in the link of the intelligent manufacturing service, and is a necessary trend of the development of the future operation and maintenance industry.
The traditional equipment operation and maintenance mode needs to appoint a specially-assigned person to manage, regularly clean, maintain weekly, maintain monthly, overhaul annually and maintain whether the work is in place or not and is difficult to control, in addition, whether the equipment operates abnormally or not and operates in an overload mode in the operation process of the equipment, no basis is defined, and particularly, the old equipment is repaired or replaced, and comprehensive cost accounting cannot be carried out.
The invention content is as follows:
in view of the above, there is a need to provide a remote operation and maintenance system for resolving products based on industrial internet identification.
It is also necessary to provide a remote operation and maintenance method for analyzing products based on industrial internet identification.
A remote operation and maintenance system based on an industrial internet identification analysis product comprises a client terminal, a server, a remote operation and maintenance service platform and a field device remote online monitoring platform, wherein the field device remote online monitoring platform acquires operation data through a data acquisition unit and uploads the data to the remote operation and maintenance service platform through the internet in real time, the remote operation and maintenance service platform processes the data and converts protocols, then a signal data is transmitted to the server through the internet through an intelligent gateway, and the server and the client terminal are interconnected through a wireless node.
Preferably, the field device remote online monitoring platform comprises an information acquisition module and an information monitoring module, the information monitoring module realizes intelligent sensing, accurate measurement and device information acquisition by installing an intelligent chip, a sensor and a controller in the device, acquires and tracks data, and transmits the data to the remote operation and maintenance application service platform for storage in different network forms.
Preferably, the field device remote online monitoring platform further comprises a product early warning and diagnosis module, and the product early warning and diagnosis module finds out a large amount of stored data to analyze, compare and process, so that the daily operation condition of the device is judged abnormally, and a prejudgment is given to the maintenance or replacement of the device fault.
Preferably, the field device remote online monitoring platform further comprises a troubleshooting and processing module, product maintenance is that a device breaks down and maintenance problems are timely fed back to the remote operation and maintenance application service platform, the remote operation and maintenance application service platform receives feedback information and transmits the feedback information through a wireless node, and a worker makes a prejudgment on whether spare parts are sufficient through the operation terminal, so that whether the spare parts need to go to the field for processing or remotely consult the device is judged.
Preferably, the remote operation and maintenance service platform comprises an equipment edge layer, a Laas layer, a general Paas layer, an operation and maintenance management layer, a management layer, an industrial internet network supply layer and an industrial internet security layer, wherein the equipment edge layer, the Laas layer and the Paas layer are communicated with the operation and maintenance management layer, the operation and maintenance management layer and the management layer are communicated with each other, the industrial internet network supply layer is communicated with the server through a network wireless node, and the industrial internet security layer establishes a network security firewall.
Preferably, the device edge layer comprises an identification carrier module, a collector module, a read-write device module, a perception device module and a 5G integrated device module; the Laas layer comprises an elastic computing module, a big data storage module 5G network module, a CDN module and a cloud infrastructure construction module; the general Paas layer comprises a workflow engine module, a development module, an operation support module, a cooperative work module and an OLAP engine module; the operation and maintenance management layer comprises an equipment archive module, a data monitoring module, a fault early warning module, an equipment maintenance module, an equipment positioning module and an after-sale communication module; the management layer comprises an identification analysis supply chain module, an identification analysis full life cycle module, an identification analysis remote operation and maintenance module, an identification analysis big data analysis module and an identification analysis 5G cloud edge coordination module; the identification carrier module of the equipment edge layer gives an anti-counterfeiting and anti-tampering unique identification to the product and the equipment based on an industrial internet identification analysis system, and connects data of the product dispersed in each service system from different stages of raw materials, design, production, quality detection, packaging storage, logistics transportation and marketing channels to realize data interconnection and intercommunication.
A remote operation and maintenance method based on an industrial internet identification analytic product adopts the steps of:
registering a unique identifier for each industrial device or industrial product, wherein the unique identifier is a one-dimensional code or a two-dimensional code or an RFID (radio frequency identification) tag, carrying out identifier analysis on the unique identifier of the device in an enterprise, acquiring device information, carrying out data acquisition tracking, collecting and analyzing, and carrying out whole-course supervision on starting, running and closing of the device by means of a remote operation and maintenance service platform for industrial internet identifier analysis;
the field equipment remote online monitoring platform acquires the operation parameters of the equipment in real time by adopting a sensor and uploads the operation parameters to a remote operation and maintenance service platform, the remote operation and maintenance service platform processes data and converts protocols, and then the intelligent gateway transmits the signal data to a server through the Internet, and the server provides data service for a terminal of a client;
step three, when the equipment is in failure and needs maintenance, the data sensor transmits maintenance information to the remote operation and maintenance service platform, the data sensor processes and analyzes the maintenance information to the remote operation and maintenance service platform, and the processed maintenance information is sent to the client terminal;
and step four, the field personnel receive the instruction sent by the client terminal, perform ready-made early warning processing and perform online tracking and supervision.
Preferably, the field device remote online monitoring platform predicts the alarm type and the alarm quantity according to statistics, proportion, ring ratio and trend of day, week, month, year and any time period; and counting the total amount of each area according to the ratio and ranking of each time.
Preferably, in the fourth step, the field device remote online monitoring platform monitors the comprehensive data of the facilities in real time, comprehensively grasps the historical conditions of the abnormal facilities and the faults, and automatically generates and regularly reminds the maintenance workflow according to the historical data and the set conditions; the maintenance process performs on-line tracking, recording, and evaluation.
Preferably, in the second step, the field device remote online monitoring platform uploads the device data monitored by the sensor to the remote operation and maintenance service platform in real time, the remote operation and maintenance service platform compares that the device data exceeds the set early warning and warning threshold value to generate warning information, supports on-demand subscription warning, and notifies the relevant responsible person through a mail or a mobile phone short message, or triggers a corresponding business work order according to the warning information to notify the relevant operation and maintenance person in time.
The system remote operation and maintenance service platform for the remote operation and maintenance system based on the industrial internet identification analysis product further comprises a conference and discussion mode, and is used for realizing the connection between online and offline services of users, after-sales manufacturers and the like, and implementing a quick response and accurate solution.
The system provided by the invention is for the equipment manufacturer: the remote operation and maintenance service platform based on the identification analysis of the industrial internet can monitor, manage and maintain all the local equipment uniformly; unified analysis and management, intelligent fault diagnosis, early fault warning, real-time monitoring, rapid problem positioning and the like; the same-type equipment can be copied in batch only by configuring the template once, and basically belongs to plug and play. The more equipment and customers, the lower the marginal cost of the platform. And adjusting the data threshold value in due time according to the product condition, and sending an alarm by the remote operation and maintenance application service platform based on the industrial internet identification analysis once the equipment fails. After a failure occurs, the manufacturer's technician may first time dock the on-site customer with the problem. Because the data of the equipment is clear at a glance, the trouble that two parties are difficult to tell the situation is avoided, so that remote maintenance guidance is realized, the problems are solved in the bud state, the operation and maintenance cost is reduced, the reputation of an enterprise is maintained, and a positive image is established. For the client: the identification analysis remote operation and maintenance service platform based on the industrial Internet is based on various monitoring, alarming, logging and reporting service tools, the running state, the problems and the processing conditions of equipment are mastered in real time, and by means of big data analysis of an intelligent middle and small enterprise cluster energizing platform, the inventories of spare parts and the like are accurately matched, so that the operation and maintenance cost is greatly reduced. For the government, the method is a good means for risk early warning and remote operation and maintenance. The synchronous uploading of product remote operation and maintenance platform data based on industrial internet identification analysis is combined with a 5G fusion technology, and the product remote operation and maintenance platform data is in real-time butt joint with a national industrial internet identification analysis system node, so that the remote operation and maintenance of the urban novel infrastructure construction across regions, industries and enterprises is realized.
Description of the drawings:
in order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings that are required to be used in the embodiments will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present invention and therefore should not be considered as limiting the scope, and for those skilled in the art, other related drawings can be obtained according to the drawings without inventive efforts.
Fig. 1 is a schematic diagram of a framework structure of a remote operation and maintenance system for identifying and analyzing products based on an industrial internet.
Fig. 2 is a schematic diagram of a framework structure of the remote operation and maintenance service platform.
Fig. 3 is a schematic diagram of identifier resolution coding.
Fig. 4 is a schematic view of an operation and maintenance operation state structure of the remote operation and maintenance system based on the industrial internet identification analysis product.
In the figure: the system comprises a client terminal 1, a server 2, a remote operation and maintenance service platform 3, a device edge layer 30, a Laas layer 31, a general Paas layer 32, an operation and maintenance management layer 33, a management layer 34, an industrial Internet network supply layer 35, an industrial Internet security barrier layer 36 and a field device remote online monitoring platform 4.
The specific implementation mode is as follows:
in order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. The components of embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.
Thus, the following detailed description of the embodiments of the present invention, presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
It should be noted that: like reference numbers and letters refer to like items in the following figures, and thus, once an item is defined in one figure, it need not be further defined and explained in subsequent figures.
Please refer to fig. 1, a remote operation and maintenance system based on an industrial internet identification analysis product comprises a client terminal 1, a server 2, a remote operation and maintenance service platform 3 and a field device remote online monitoring platform 4, wherein the field device remote online monitoring platform 4 collects operation data through a data collector and uploads the data to the remote operation and maintenance service platform 3 through the internet in real time, the remote operation and maintenance service platform 3 processes and converts the data into a protocol, then the signal data is transmitted to the server 2 through the internet through an intelligent gateway, and the server is in communication connection with the client terminal 1 through a wireless node.
The field device remote online monitoring platform 4 comprises an information acquisition module and an information monitoring module, wherein the information monitoring module is used for realizing intelligent sensing, accurate measurement and equipment information acquisition by installing an intelligent chip, a sensor and a controller in the device, acquiring and tracking data, and transmitting the data to the remote operation and maintenance application service platform for storage through different network forms.
The remote online monitoring platform for the field equipment further comprises a product early warning and diagnosis module, and the product early warning and diagnosis module finds out a large amount of stored data to analyze, compare and process, so that the daily operation condition of the equipment is judged abnormally, and a prejudgment is given to the maintenance or replacement of the equipment fault.
The remote online monitoring platform for the field equipment further comprises a troubleshooting and processing module, product maintenance is that the equipment breaks down, and maintenance problems are timely fed back to the remote operation and maintenance application service platform, the remote operation and maintenance application service platform receives feedback information and transmits the feedback information through a wireless node, and an operating terminal of a worker judges whether spare parts are sufficient or not through the operating terminal, so that whether the spare parts need to go to the field for processing or remotely consult the equipment is judged.
Referring to fig. 1 and fig. 2, the remote operation and maintenance service platform 3 includes a device edge layer 30, a Laas layer 31, a general Paas layer 32, an operation and maintenance management layer 33, a management layer 34, an industrial internet network supply layer 35 and an industrial internet security barrier layer 36, the device edge layer 30, the Laas layer 31 and the Paas layer 32 communicate with the operation and maintenance management layer 33, the operation and maintenance management layer 33 and the management layer 34 communicate with each other, the industrial internet network supply layer 35 communicates with the server 2 through a network wireless node, and the industrial internet security barrier layer 36 establishes a network security firewall.
The device edge layer 30 comprises an identification carrier module, a collector module, a read-write device module, a sensing device module and a 5G integrated device module; the Laas layer 31 comprises an elastic computing module, a big data storage module 5G network module, a CDN module and a cloud infrastructure construction module; the general Paas layer 32 is a mainstream open service platform and comprises a workflow engine module, a development module, an operation support module, a cooperative work module and an OLAP engine module; the operation and maintenance management layer 33 comprises an equipment archive module, a data monitoring module, a fault early warning module, an equipment maintenance module, an equipment positioning module and an after-sale communication module; the management layer 34 comprises an identification analysis supply chain module, an identification analysis full life cycle module, an identification analysis remote operation and maintenance module, an identification analysis big data analysis module and an identification analysis 5G cloud edge coordination module; the identification carrier module of the equipment edge layer 30 gives an anti-counterfeiting and anti-tampering unique identification to the product and the equipment based on an industrial internet identification analysis system, and connects data of the product dispersed in each service system from different stages of raw materials, design, production, quality detection, packaging storage, logistics transportation and marketing channels to realize data interconnection and intercommunication. The LaaS layer provides the IT infrastructure as a service to the outside through the network, in this service model, users do not construct a data center by themselves, but use the infrastructure service by means of renting, the LaaS layer including the server 2, storage and network is the simplest cloud computing delivery mode, and delivers computing resources in the form of a virtualized operating system, workload management software, hardware, network and storage service. It may also include the delivery of operating systems and virtualization technologies to management resources. The LaaS layer can provide computing power and storage services on demand. Instead of purchasing and installing the required resources in a conventional data center, the required resources are leased according to company needs. This rental mode can be deployed behind a company's firewall or implemented by a third party service provider; virtualization is often the basis for cloud computing. Virtualization separates resources and services from the physical underlying delivery environment. In this way, you can create multiple virtual systems within a single physical system. The driver for virtualization comes from the consolidation of servers, which can provide efficiency and potential cost savings to an organization.
Please refer to fig. 1, fig. 2 and fig. 3, the remote operation and maintenance system for analyzing products based on the industrial internet identification adopts a collector to perform a process of recording and inquiring information such as product state, attribute, position and the like on enterprise equipment in real time, codes are assigned to corresponding equipment by using a code assigning identification technology, information sensing equipment is connected with the internet for information exchange, a service basis is provided for collection, analysis and the like of remote operation and maintenance information data, data interaction is realized by using a sensing layer, a transmission layer and an exchange layer of a remote operation and maintenance service platform, data are processed and analyzed by an intelligent cluster enabling platform, man-machine interaction, interconnection and intercommunication between personnel and fields and equipment are realized, and artificial intelligence, intelligent analysis and intelligent decision making are promoted.
Referring to fig. 1 to 4, after unique marking is performed on an enterprise device through an industrial internet marking analysis technology, a collector of a field device remote online monitoring platform collects operation data information of the enterprise device in real time, the data information is uploaded to a remote operation and maintenance service platform in real time through a wireless node by taking the unique marking as an address, the remote operation and maintenance service platform processes and analyzes the data information, the information is analyzed and determined and then converted into information distribution such as device maintenance, basic information, authority management, data detection, asset management and the like, the information is sent to a server to be stored and distributed, the server is in real-time communication with a plurality of client terminals, and a user receives the device information through the client terminals and remotely maintains and monitors the device.
A remote operation and maintenance method based on an industrial internet identification analytic product adopts the steps of:
registering a unique identifier for each industrial device or industrial product, wherein the unique identifier is a one-dimensional code or a two-dimensional code or an RFID (radio frequency identification) tag, carrying out identifier analysis on the unique identifier of the device in an enterprise, acquiring device information, carrying out data acquisition tracking, collecting and analyzing, and carrying out whole-course supervision on starting, running and closing of the device by means of a remote operation and maintenance service platform for industrial internet identifier analysis;
the field equipment remote online monitoring platform acquires the operation parameters of the equipment in real time by adopting a sensor and uploads the operation parameters to a remote operation and maintenance service platform, the remote operation and maintenance service platform processes data and converts protocols, and then the intelligent gateway transmits the signal data to a server through the Internet, and the server provides data service for a terminal of a client;
step three, when the equipment is in failure and needs maintenance, the data sensor transmits maintenance information to the remote operation and maintenance service platform, the data sensor processes and analyzes the maintenance information to the remote operation and maintenance service platform, and the processed maintenance information is sent to the client terminal;
and step four, the field personnel receive the instruction sent by the client terminal, perform ready-made early warning processing and perform online tracking and supervision.
The field device remote online monitoring platform predicts the alarm type and the alarm quantity according to the statistics, the year, the week, the month, the year and any time period, the year; and counting the total amount of each area according to the ratio and ranking of each time.
In the fourth step, the field equipment remote online monitoring platform monitors in real time based on comprehensive data of facilities, comprehensively grasps historical conditions of facility abnormality and faults, and automatically generates and regularly reminds maintenance workflow according to historical data and set conditions; the maintenance process performs on-line tracking, recording, and evaluation.
And in the second step, the field device remote online monitoring platform uploads the device data monitored by the sensor to a remote operation and maintenance service platform in real time, the remote operation and maintenance service platform compares the device data with a set early warning and warning threshold value to generate warning information, supports subscribing and warning according to needs, and informs a relevant responsible person through a mail or a mobile phone short message, or triggers a corresponding business work order according to the warning information to timely inform the relevant operation and maintenance person.
The remote operation and maintenance system based on the industrial internet identification analysis product is applied to traffic supervision, the combination of data acquisition, processing, storage, analysis and intelligent service application is realized by the remote operation and maintenance service platform, and the full life cycle management and related service capability of related equipment are improved by the remote operation and maintenance service platform from links of equipment monitoring, maintenance service, optimized operation and the like. Taking a traffic safety big data platform as an example:
and analyzing the visual application of the remote operation and maintenance based on the identification. The universe is dynamic and visual, on-line monitoring is carried out in real time based on full-dimensional data, the total operation amount, the on-line amount, the equipment distribution, the state information and the alarm type are classified and displayed, and the operation condition is clear at a glance.
And online supervision is implemented, and the difficulty in operation is reduced. The on-site early warning processing condition is tracked and managed on line, so that on-site personnel can better perform post responsibilities, the illegal operation of personnel is reduced, the driving safety level is improved, the processing result automatically generates a file record, and the analysis and evaluation by the management personnel are facilitated.
And effectively mining data, and performing early warning statistical analysis. For the alarm type, the alarm quantity is predicted according to statistics, proportion, ring ratio and trend of day, week, month and year and any time period; and (4) counting the total amount of each region (assessment unit) according to the proportion and ranking of each time period.
And the online management is maintained in routing inspection, and the service life of the facility is prolonged. Based on the real-time monitoring of comprehensive data of facilities, the historical conditions of facility abnormality and fault are comprehensively mastered; according to historical data and set conditions, automatically generating and regularly reminding a maintenance workflow; the maintenance process performs on-line tracking, recording, and evaluation. The method realizes planned maintenance and predictive maintenance, eliminates a large amount of ineffective labor force for large-area blind regular overhaul and maintenance, ensures the effect better and prolongs the service life of facilities.
And performing early warning configuration on the equipment state and parameter data. The method and the system generate alarm information in real time for the equipment or parameters exceeding the set early warning and alarm threshold value, support subscription alarm as required, inform related responsible persons through mails, short messages of mobile phones and the like, and also trigger corresponding business worksheets according to the alarm information and inform related operation maintenance personnel in time.
The system remote operation and maintenance service platform for the remote operation and maintenance system based on the industrial internet identification analysis product further comprises a conference and discussion mode, and is used for realizing the connection between online and offline services of users, after-sales manufacturers and the like, and implementing a quick response and accurate solution.
The system provided by the invention is for the equipment manufacturer: the remote operation and maintenance service platform based on the identification analysis of the industrial internet can monitor, manage and maintain all the local equipment uniformly; unified analysis and management, intelligent fault diagnosis, early fault warning, real-time monitoring, rapid problem positioning and the like; the same-type equipment can be copied in batch only by configuring the template once, and basically belongs to plug and play. The more equipment and customers, the lower the marginal cost of the platform. And adjusting the data threshold value in due time according to the product condition, and sending an alarm by the remote operation and maintenance application service platform based on the industrial internet identification analysis once the equipment fails. After a failure occurs, the manufacturer's technician may first time dock the on-site customer with the problem. Because the data of the equipment is clear at a glance, the trouble that two parties are difficult to tell the situation is avoided, so that remote maintenance guidance is realized, the problems are solved in the bud state, the operation and maintenance cost is reduced, the reputation of an enterprise is maintained, and a positive image is established. For the client: the identification analysis remote operation and maintenance service platform based on the industrial Internet is based on various monitoring, alarming, logging and reporting service tools, the running state, the problems and the processing conditions of equipment are mastered in real time, and by means of big data analysis of an intelligent middle and small enterprise cluster energizing platform, the inventories of spare parts and the like are accurately matched, so that the operation and maintenance cost is greatly reduced. For the government, the method is a good means for risk early warning and remote operation and maintenance. The synchronous uploading of product remote operation and maintenance platform data based on industrial internet identification analysis is combined with a 5G fusion technology, and the product remote operation and maintenance platform data is in real-time butt joint with a national industrial internet identification analysis system node, so that the remote operation and maintenance of the urban novel infrastructure construction across regions, industries and enterprises is realized.
Claims (10)
1. The utility model provides a long-range fortune dimension system of analytic product of based on industry internet sign which characterized in that: the remote operation and maintenance system based on the industrial internet identification analysis product comprises a client terminal, a server, a remote operation and maintenance service platform and a field device remote online monitoring platform, wherein the field device remote online monitoring platform acquires operation data through a data acquisition unit and uploads the data to the remote operation and maintenance service platform through the internet in real time, the remote operation and maintenance service platform processes the data and converts protocols, then the signal data are transmitted to the server through the internet through an intelligent gateway, and the server is interconnected with the client terminal through a wireless node.
2. The remote operation and maintenance system based on industrial internet identification resolution product as claimed in claim 1, characterized in that: the field device remote online monitoring platform comprises an information acquisition module and an information monitoring module, wherein the information monitoring module is used for realizing intelligent sensing, accurate measurement and equipment information acquisition by installing an intelligent chip, a sensor and a controller in the field device, acquiring and tracking data and transmitting the data to the remote operation and maintenance application service platform for storage in different network forms.
3. The remote operation and maintenance system based on industrial internet identification resolution product as claimed in claim 2, characterized in that: the remote online monitoring platform for the field equipment further comprises a product early warning and diagnosis module, and the product early warning and diagnosis module finds out a large amount of stored data to analyze, compare and process, so that the daily operation condition of the equipment is judged abnormally, and a prejudgment is given to the maintenance or replacement of the equipment fault.
4. The remote operation and maintenance system based on industrial internet identification resolution product as claimed in claim 3, characterized in that: the remote online monitoring platform for the field equipment further comprises a troubleshooting and processing module, product maintenance is that the equipment breaks down, and maintenance problems are timely fed back to the remote operation and maintenance application service platform, the remote operation and maintenance application service platform receives feedback information and transmits the feedback information through a wireless node, and an operating terminal of a worker judges whether spare parts are sufficient or not through the operating terminal, so that whether the spare parts need to go to the field for processing or remotely consult the equipment is judged.
5. The remote operation and maintenance system based on industrial internet identification resolution product as claimed in claim 4, characterized in that: the remote operation and maintenance service platform comprises an equipment edge layer, a Laas layer, a general Paas layer, an operation and maintenance management layer, a management layer, an industrial Internet network supply layer and an industrial Internet security barrier layer, wherein the equipment edge layer, the Laas layer and the Paas layer are communicated with the operation and maintenance management layer, the operation and maintenance management layer and the management layer are communicated with each other, the industrial Internet network supply layer is communicated with a server through a network wireless node, and the industrial Internet security barrier layer establishes a network security firewall.
6. The remote operation and maintenance system based on industrial internet identification resolution product as claimed in claim 5, characterized in that: the equipment edge layer comprises an identification carrier module, a collector module, a read-write equipment module, a perception equipment module and a 5G integrated equipment module; the Laas layer comprises an elastic computing module, a big data storage module 5G network module, a CDN module and a cloud infrastructure construction module; the general Paas layer comprises a workflow engine module, a development module, an operation support module, a cooperative work module and an OLAP engine module; the operation and maintenance management layer comprises an equipment archive module, a data monitoring module, a fault early warning module, an equipment maintenance module, an equipment positioning module and an after-sale communication module; the management layer comprises an identification analysis supply chain module, an identification analysis full life cycle module, an identification analysis remote operation and maintenance module, an identification analysis big data analysis module and an identification analysis 5G cloud edge coordination module; the identification carrier module of the equipment edge layer gives an anti-counterfeiting and anti-tampering unique identification to the product and the equipment based on an industrial internet identification analysis system, and connects data of the product dispersed in each service system from different stages of raw materials, design, production, quality detection, packaging storage, logistics transportation and marketing channels to realize data interconnection and intercommunication.
7. A method for remote operation and maintenance by using the remote operation and maintenance system based on the industrial internet identification and resolution product as claimed in any one of claims 1 to 6, wherein the method comprises the following steps: the remote operation and maintenance method based on the industrial internet identification analysis product comprises the following steps:
registering a unique identifier for each industrial device or industrial product, wherein the unique identifier is a one-dimensional code or a two-dimensional code or an RFID (radio frequency identification) tag, carrying out identifier analysis on the unique identifier of the device in an enterprise, acquiring device information, carrying out data acquisition tracking, collecting and analyzing, and carrying out whole-course supervision on starting, running and closing of the device by means of a remote operation and maintenance service platform for industrial internet identifier analysis;
the field equipment remote online monitoring platform acquires the operation parameters of the equipment in real time by adopting a sensor and uploads the operation parameters to a remote operation and maintenance service platform, the remote operation and maintenance service platform processes data and converts protocols, and then the intelligent gateway transmits the signal data to a server through the Internet, and the server provides data service for a terminal of a client;
step three, when the equipment is in failure and needs maintenance, the data sensor transmits maintenance information to the remote operation and maintenance service platform, the data sensor processes and analyzes the maintenance information to the remote operation and maintenance service platform, and the processed maintenance information is sent to the client terminal;
and step four, the field personnel receive the instruction sent by the client terminal, perform ready-made early warning processing and perform online tracking and supervision.
8. The remote operation and maintenance method based on industrial internet identification resolution product as claimed in claim 7, characterized in that: the field device remote online monitoring platform predicts the alarm type and the alarm quantity according to the statistics, the year, the week, the month, the year and any time period, the year; and counting the total amount of each area according to the ratio and ranking of each time.
9. The remote operation and maintenance method based on industrial internet identification resolution product as claimed in claim 8, characterized in that: in the fourth step, the field equipment remote online monitoring platform monitors in real time based on comprehensive data of facilities, comprehensively grasps historical conditions of facility abnormality and faults, and automatically generates and regularly reminds maintenance workflow according to historical data and set conditions; the maintenance process performs on-line tracking, recording, and evaluation.
10. The remote operation and maintenance method based on industrial internet identification resolution product as claimed in claim 9, characterized in that: and in the second step, the field device remote online monitoring platform uploads the device data monitored by the sensor to a remote operation and maintenance service platform in real time, the remote operation and maintenance service platform compares the device data with a set early warning and warning threshold value to generate warning information, supports subscribing and warning according to needs, and informs a relevant responsible person through a mail or a mobile phone short message, or triggers a corresponding business work order according to the warning information to timely inform the relevant operation and maintenance person.
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