CN114785830A - Performance smart cloud platform - Google Patents
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- CN114785830A CN114785830A CN202210435545.XA CN202210435545A CN114785830A CN 114785830 A CN114785830 A CN 114785830A CN 202210435545 A CN202210435545 A CN 202210435545A CN 114785830 A CN114785830 A CN 114785830A
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Abstract
The invention discloses a performance smart cloud platform, and belongs to the field of smart stage management and control systems. The performance intelligent cloud platform comprises a terminal, an interface layer, a business service layer, a basic service layer, a cloud server, a data layer, a network layer and local equipment which are arranged from top to bottom according to a logic architecture. The invention applies the edge computing technology, the big data and the cloud computing technology, provides a multi-end linkage management mode of a PC end, a mobile end and a data big screen, a user can check the running state of stage mechanical equipment in real time through a computer or mobile equipment, and can store the operation record of the equipment in real time, so that the data can be traced, and the maintainability, expandability and simplicity of the system can be ensured as much as possible; the system has an early warning function and an abnormal warning pushing mechanism, and also has perfect equipment full life cycle management, and accurately records the running time, maintenance record and quality guarantee period of equipment and parts, thereby providing a customized maintenance plan.
Description
Technical Field
The invention belongs to the field of intelligent stage management and control systems, and particularly relates to a performance intelligent cloud platform.
Background
With the increasing consumption demand of the public in the cultural field, theater shows of various sizes are continuously built, and with the improvement of the aesthetic level of audiences, people increasingly pursue more shocking and magnificent deductive effects, and in order to support stage presentation, the number of devices in the theater shows is more and more, the design is more and more complex, the safety problem is gradually highlighted, and the safety risk faced by the theater shows is also increased. The safety problem of the industry to the performance industry mainly faces the following control difficulties:
1. there is no effective solution. The performance safety accidents happen frequently, and effective solutions for fundamentally reducing and even eliminating safety risks are lacked.
2. A unified supervisory system is lacking. The performance equipment components are more and more, the related technologies are more and more extensive, the associated operation between equipment is more and more frequent, the potential risk hazards of performance safety are more and more, the inspection and routing inspection are only carried out by manpower, the thorough elimination cannot be guaranteed, and a system capable of carrying out unified supervision on all cross-professional equipment components is lacked.
3. A prejudice handling mechanism is lacking. Besides daily equipment maintenance work, performance safety is more important to ensure the running safety of equipment in the performance process, abnormal data of the equipment discovered through routing inspection are often ignored due to the fact that professional experiences are not equal, and a failure prejudgment handling mechanism with active recording and intelligent analysis is lacked.
The traditional stage mechanical control system has the characteristics of field control, low maintenance efficiency and high cost, and once a fault occurs in a field, the performance needs to be suspended, and maintenance personnel need to wait for the problem to arrive at the field for treatment, so that great economic loss can be caused to a party A, and a party B needs to invest in personnel, time, traffic and other costs for maintenance service. In recent years, technologies such as the Internet of Things (Internet of Things), a cloud platform and 5G gradually reflect eye curtains of people, so that realization of remote monitoring becomes possible, a novel service platform of smart homes, smart cities and smart traffic gradually appears, and aiming at various defects of an existing stage mechanical control system caused by geographical limitations, the invention designs an art-performing smart cloud platform based on research of the Internet of Things, cloud computing and edge detection technologies.
Disclosure of Invention
The invention aims to solve the practical problems of difficult management, difficult monitoring and difficult maintenance of the existing theater show field performance equipment, and provides a performance smart cloud platform.
In order to achieve the purpose, the technical scheme adopted by the invention is as follows:
an entertainment smart cloud platform comprises terminals, an interface layer, a business service layer, a basic service layer, a cloud server, a data layer, a network layer and local equipment which are arranged from top to bottom according to a logic architecture, wherein,
the terminal is used for the user to inquire the equipment state in time and process various information in time;
the interface layer comprises an API gateway and load balancing, wherein the API gateway aggregates various interfaces to serve as a unique access of the system and provides various API management functions including safety, cache and monitoring, and the load balancing is used for expanding the broadband of network equipment or a server, increasing the throughput of data and enhancing the network data processing capacity;
the business service layer is used for realizing development, deployment, operation and integration of various management and service functions;
the basic service layer is used for providing additional services outside the business service layer;
the cloud server is used for analyzing and processing various data acquired by the edge gateway of the network layer on site;
the data layer is used for transmitting the field data acquired by the network layer edge gateway to the cloud server in real time;
the network layer is communicated with local PLC equipment and various sensing detection devices through an industrial Ethernet, various states and data information are obtained in real time, data acquisition and edge calculation are completed, the network layer is provided with various communication interfaces and edge gateway servers, and the network layer is accessed to a cloud server through various communication modes including 4G, 5G, WiFi and Internet;
the local equipment comprises all data acquisition and storage equipment which need to be uploaded to the performance smart cloud platform.
Further, the terminal includes but is not limited to a PC terminal, a mobile client, a small program, a data large screen, and a holographic projection.
Further, the services provided by the basic service layer include, but are not limited to, a timing service, a workflow, an attachment upload, a short message service, a mail service, and a message push.
Further, the cloud server selects an Ali cloud platform, and by applying a database technology of the Ali cloud platform and a file server to read, write, cache, store and process data and transmit files and message queues, the cloud server database selects MySQL and Redis to be matched for use.
Furthermore, the local equipment comprises a PLC, a frequency converter, a sensor, an operation table and various sensing detection devices.
Further, the business service layer includes, but is not limited to, a resource management module, an account management module, a theater/show management module, a device and component management module, a product management module, a monitoring management module, a trend analysis module, an alarm management module, and a fault diagnosis module.
Preferably, the account management module sets different user management authorities according to different users, and the user management authorities are divided into manufacturer authorities and user authorities, and the manufacturer authorities can monitor data, states and historical data of any online user in real time, diagnose the running condition of equipment, rapidly solve equipment faults and improve corresponding maintenance speed; the user authority can only modify and view the information of own data, equipment parameters and historical records.
Preferably, the theater/show management module is used for the factory to manage all clients, and clients are added or deleted in a client list, and the client list records client name, code, creation time and account authorization deadline information in detail.
Preferably, the equipment and component management module comprises equipment management and component management, wherein the equipment management comprises two parts, namely equipment type management and equipment ledger, the equipment type management is used for classifying the equipment according to the motion mode or mechanical structure of the equipment, and the equipment ledger is used for recording detailed information of the states, accumulated running time, warranty time and maintenance and repair records of all the equipment in the theater/show; the component management module is divided into three parts of component type management, component model management and component ledger, wherein in the component type management, a user carries out classification management according to types of parts of the stage mechanical equipment, the classification management comprises a drive component, an electric component and a mechanical component, the component model management records detailed information of manufacturers, models and order numbers of the parts in detail, and the component ledger is used for recording accumulated input running time, quality guarantee time and daily maintenance record information of the parts.
Preferably, the monitoring management module comprises monitoring management and real-time monitoring, the monitoring management is divided into four parts of gateway setting, component monitoring setting, equipment monitoring setting and monitoring configuration, required gateway equipment is configured through the gateway setting, equipment and components related to the gateway can be monitored after the configuration is completed, the component monitoring setting and the equipment monitoring setting are used for configuring monitoring parameters and related parameters, if the related parameters exceed a normal threshold range, the equipment and the components related to the related parameters trigger an alarm mechanism, the monitoring configuration provides personalized service, and a user lays out a monitoring interface according to own preference; the real-time monitoring is divided into four parts of theater/show field monitoring, equipment monitoring, safety chain monitoring and component monitoring according to different monitoring ranges, the theater/show field monitoring focuses on the overall monitoring of all equipment, and the theater/show field monitoring is divided into on-table equipment monitoring, under-table equipment monitoring and electrical cabinet and control system monitoring according to requirements; the equipment monitoring is to monitor a single piece of equipment, the component monitoring is to monitor a certain component of a certain piece of equipment, and the safety chain monitoring is to monitor all the equipment and components in a certain safety interlocking unit.
Preferably, the trend analysis module comprises component trend analysis and equipment trend analysis, wherein the trend analysis is to intelligently analyze the standing book information, maintenance information and operation parameter information of the equipment and the components, and describe state information and analysis results in the forms of reports and trend curves.
Preferably, a user in the alarm management module can set information of an alarm contact person, a contact way, an alarm type and an alarm way in a self-defined manner, the alarm is divided into an early warning and an alarm, the early warning adopts a data-based diagnosis technology, and the running states and related parameters of equipment and components are monitored in real time through analysis, so that the possible faults are predicted; the alarm is to send out an emergency signal to the fault, when the system gives an early warning or alarm, the system informs an emergency contact person arranged in the system in a form of sending a short message to prompt the abnormal or fault handling; for the fault information which has occurred, the system carries out alarm recording to generate an alarm log, and maintenance personnel can help the maintenance personnel to judge the fault types of equipment and components by looking up the alarm information.
The beneficial technical effects of the invention are as follows:
1. according to the performance smart cloud platform, the edge computing technology, the big data and the cloud computing technology are applied, a multi-terminal linkage management mode of a PC terminal, a mobile terminal and a data big screen is provided, a user can check the operation state of stage mechanical equipment in real time through a computer or mobile equipment, operation records of the equipment can be stored in real time, data traceability is achieved, and meanwhile maintainability, expandability and simplicity of the system are guaranteed as far as possible.
2. The state, position, speed, fault and other information of performance equipment in each big performance place are monitored in real time through a visual interface, software upgrading can be realized through a remote control method without field processing of engineering personnel, an early warning function is realized, and the state and trend of the equipment are professionally judged by intelligently analyzing acquired data, so that preventive equipment maintenance work is provided; the system is provided with an abnormal alarm pushing mechanism, can push by configuring alarm information short message notification or other pushing modes, and forms complete alarm records for reference; the system also has complete equipment life cycle management, and accurately records the running time, maintenance record and quality guarantee period of equipment and components through the standing book recording function, thereby providing a customized maintenance plan.
Drawings
Fig. 1 is a system architecture diagram of an art-performing smart cloud platform according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Examples
Referring to the drawings, the performance smart cloud platform of the embodiment includes a terminal, an interface layer, a business service layer, a basic service layer, a cloud server, a data layer, a network layer, and a local device, which are arranged from top to bottom according to a logic architecture.
Specifically, the terminal is a type of equipment finally displayed in front of the user, the user can select different operation terminals according to requirements, the data of the PC end and the mobile equipment end are synchronized in real time, and the user can inquire the equipment state anytime and anywhere and process various information in time; the terminal includes but is not limited to a PC terminal, a mobile client, a small program, a data large screen and a holographic projection.
Specifically, the interface layer comprises an API gateway and load balancing, wherein the API gateway aggregates various interfaces and serves as a unique access of the system, so that the coupling between the client and the back end is reduced, and API management functions such as safety, caching, monitoring and the like are provided; load balancing can expand the broadband of network equipment or a server, increase the throughput of data, strengthen the data processing capacity of the network and improve the flexibility and the availability of the network.
Specifically, the business service layer realizes development of various management and service functions, provides services including but not limited to resource management, account management, theater and show site management, equipment and component management, product management, online monitoring, trend analysis, alarm management and fault diagnosis according to design requirements, and realizes rapid development, deployment, operation and integration of the performance smart cloud platform.
Specifically, the basic service layer provides some additional services beyond the business service layer by combining technologies of big data processing and industrial data analysis, including but not limited to timing service, workflow, attachment uploading, short message service, mail service, and message pushing, and provides effective support for development of the business service layer.
Specifically, the cloud server, namely an application layer of the internet of things, mainly analyzes and processes various data acquired by an internet of things sensing layer, namely an edge gateway of a network layer on site, comprehensively considers various factors such as economic practicality, stability, expandability and the like by comparing the characteristics of domestic and foreign cloud platforms, finally selects a domestic Ali cloud platform, performs data reading, writing, caching, storing and processing by using a database technology of the Ali cloud platform and a file server, and transmits a file and a message queue, the cloud server database is selected to be used by matching MySQL and Redis, the MySQL is mainly used for storing persistent data, and stores the data in a hard disk, and the reading speed is slow; and Redis can store data in a cache, and the reading speed of the cache is high, so that the operating efficiency of the system can be greatly improved.
Specifically, the data layer, namely a network transmission layer of the internet of things, mainly establishes a data transmission system of a sensing layer and an application layer, transmits field data acquired by a network layer edge gateway to a cloud server in real time, the data layer adopts an OPC UA unified industrial communication protocol scheme, the OPC UA provides a transmission mechanism and data modeling, defines an information model in the process information field, and real-time Data (DA) defines specific extension in the aspect of automation data, such as simulation and discrete data modeling, and discloses service quality; history Access (HAD) defines a mechanism to access historical data and historical events; alarm and status (AC) defines a high-level model that handles alarm management and status monitoring; the program (Prog) sets up mechanisms to start, operate, monitor program execution.
Specifically, the network layer is a sensing layer of the Internet of things, and is a link between local equipment and a cloud server, and mainly communicates with local PLC equipment, various sensing detection devices and the like through an industrial ethernet to acquire various states and data information in real time and complete data acquisition and edge calculation, and the network layer comprises intelligent gateway equipment including an edge gateway server, is mainly used for acquiring monitoring information required by a platform, is provided with various communication interfaces including Profinet and Modbus/TCP, and can be accessed to the cloud server through various modes including 4G, 5G, WiFi and Internet. The edge gateway mainly has the following functions: network isolation, protocol conversion, data distribution, bidirectional compatibility, diversity interface, data storage and network communication.
Specifically, the local device includes all data acquisition and storage class devices that need to be uploaded to performance wisdom cloud platform, including but not limited to PLC, converter, sensor, operation panel, all kinds of sensing detection device.
In this embodiment, the service layer is provided with an account management module, a theater/show management module, a device and component management module, a product management module, an online monitoring module, a trend analysis module, and an alarm management module, wherein:
the account management module sets different user management authorities according to different users, and the user management authorities are divided into a manufacturer authority and a user authority, the manufacturer authority can monitor data, states and historical data of any online user in real time, diagnose the running condition of equipment, rapidly solve equipment faults and improve corresponding maintenance speed; the user authority can only modify and check own data, equipment parameters and historical record information; the client management module comprises theater/show management and supplier management, wherein the theater/show management is used for managing all clients by manufacturers, the clients are added or deleted in a client list, the client list records client names, codes, creation time and account authorization deadline information in detail, and the supplier management mainly records manufacturer information.
The equipment and component management module comprises equipment management and component management, wherein the equipment management comprises two parts, namely equipment type management and an equipment ledger, the equipment type management is used for classifying the equipment according to the motion mode or mechanical structure of the equipment, and the equipment ledger is used for recording the detailed information of the state, accumulated running time, quality guarantee time and maintenance and repair records of all the equipment in a theater/show yard; the component management module is divided into three parts of component type management, component model management and component ledger, wherein in the component type management, a user carries out classification management according to types of parts of the stage mechanical equipment, the classification management comprises a drive component, an electric component and a mechanical component, the component model management records detailed information of manufacturers, models and order numbers of the parts in detail, and the component ledger is used for recording accumulated input running time, quality guarantee time and daily maintenance record information of the parts.
The monitoring management module comprises monitoring management and real-time monitoring, the monitoring management is divided into four parts of gateway setting, component monitoring setting, equipment monitoring setting and monitoring configuration, required gateway equipment is configured through the gateway setting, equipment and components related to the gateway can be monitored after the configuration is finished, the component monitoring setting and the equipment monitoring setting are used for configuring monitoring parameters and related parameters, if the related parameters exceed the range of a normal threshold value, the equipment and the components related to the related parameters trigger an alarm mechanism, the monitoring configuration provides personalized service, and a user lays out a monitoring interface according to own preference; the real-time monitoring is divided into four parts of theater/show field monitoring, equipment monitoring, safety chain monitoring and component monitoring according to different monitoring ranges, the theater/show field monitoring focuses on the overall monitoring of all equipment, and the theater/show field monitoring is divided into on-table equipment monitoring, under-table equipment monitoring and electrical cabinet and control system monitoring according to requirements; the equipment monitoring is to monitor a single piece of equipment, the component monitoring is to monitor a certain component of a certain piece of equipment, and the safety chain monitoring is to monitor all the equipment and components in a certain safety interlocking unit.
The trend analysis module comprises component trend analysis and equipment trend analysis, wherein the trend analysis is to intelligently analyze the standing book information, maintenance information and operation parameter information of the equipment and the components, and describe state information and analysis results in the forms of reports and trend curves.
The user can set the information of an alarm contact person, a contact way, an alarm type and an alarm way in a self-defined way in the alarm management module, the alarm is divided into early warning and alarm, the early warning adopts a data-based diagnosis technology, and the running state and related parameters of equipment and parts are monitored in real time through analysis, so that the possible faults are predicted; the alarm is to send an emergency signal to the fault, when the system gives an early warning or alarm, the system informs an emergency contact person set in the system in a form of sending a short message to prompt the abnormal or fault handling; for the fault information which has occurred, the system carries out alarm recording to generate an alarm log, and maintenance personnel can help the maintenance personnel to judge the fault types of equipment and components by looking up the alarm information.
The performance smart cloud platform has the main functions that a user can check the running state of stage mechanical equipment in real time through a computer or mobile equipment, can store operation records of the equipment in real time, can trace data, and simultaneously ensures maintainability, expandability and simplicity of the system as far as possible. In order to facilitate online upgrade of the performance smart cloud platform system, a webpage is used for remote control, and equipment is monitored through the Web webpage. The main operation flow of the performance smart cloud platform system is as follows: a user logs in the performance smart cloud platform through the Internet in a browser by using a computer or mobile equipment, and the Web browser calls a Web Service interface to acquire data information stored in a cloud server according to a request command sent by the user and returns the information to the Web browser, so that the remote monitoring of the equipment is realized.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.
Claims (10)
1. The utility model provides a performance wisdom cloud platform which characterized in that: comprises a terminal, an interface layer, a business service layer, a basic service layer, a cloud server, a data layer, a network layer and local equipment which are arranged from top to bottom according to a logic architecture, wherein,
the terminal is used for the user to inquire the equipment state in time and process various information in time;
the interface layer comprises an API gateway and load balancing, wherein the API gateway aggregates various interfaces to serve as a unique access of the system and provides various API management functions including safety, cache and monitoring, and the load balancing is used for expanding the broadband of network equipment or a server, increasing the throughput of data and enhancing the network data processing capacity;
the business service layer is used for realizing development, deployment, operation and integration of various management and service functions;
the basic service layer is used for providing additional services beyond the business service layer;
the cloud server is used for analyzing and processing various types of data acquired by the edge gateway of the network layer on site;
the data layer is used for transmitting field data acquired by the network layer edge gateway to the cloud server in real time;
the network layer is communicated with local PLC equipment and various sensing detection devices through an industrial Ethernet, acquires various states and data information in real time and completes data acquisition and edge calculation, is provided with a plurality of communication interfaces and edge gateway servers and is accessed to a cloud server through various communication modes including 4G, 5G, WiFi and Internet;
the local equipment comprises all data acquisition and storage equipment which need to be uploaded to the performance smart cloud platform.
2. The performance smart cloud platform of claim 1, wherein: the terminal comprises but is not limited to a PC terminal, a mobile client, a small program, a data large screen and holographic projection; the local equipment comprises a PLC, a frequency converter, a sensor, an operation table and various sensing detection devices; the services provided by the basic service layer include but are not limited to timing services, workflows, attachment uploading, short message services, mail services and message pushing.
3. The performance smart cloud platform of claim 1, wherein: the cloud server selects an Ali cloud platform, data reading, writing, caching, storing and processing are carried out through a database technology of the Ali cloud platform and a file server, transmission of files and message queues is carried out, and the cloud server database selects MySQL and Redis to be matched for use.
4. The performance smart cloud platform of claim 1, wherein: the business service layer comprises but is not limited to a resource management module, an account management module, a theater/show management module, an equipment and component management module, a product management module, a monitoring management module, a trend analysis module, an alarm management module and a fault diagnosis module.
5. The performance smart cloud platform of claim 4, wherein: the account management module sets different user management authorities according to different users, and the user management authorities are divided into manufacturer authorities and user authorities, the manufacturer authorities can monitor data, states and historical data of any online user in real time, diagnose the running condition of equipment, rapidly solve equipment faults and improve corresponding maintenance speed; the user authority can only modify and view the information of own data, equipment parameters and historical records.
6. The performance smart cloud platform of claim 4, wherein: the theater/show management module is used for managing all clients by a manufacturer, adding or deleting the clients in a client list, and the client list records client name, code, creation time and account authorization deadline information in detail.
7. The performance smart cloud platform of claim 4, wherein: the equipment and component management module comprises equipment management and component management, wherein the equipment management comprises two parts, namely equipment type management and an equipment standing book, the equipment type management is used for classifying the equipment according to the motion mode or mechanical structure of the equipment, and the equipment standing book is used for recording the detailed information of the state, accumulated running time, warranty time and maintenance and repair records of all equipment in a theater/show field; the system comprises a component management module, a component model management module and a component ledger, wherein in the component management module, a user performs classification management according to types of components of stage mechanical equipment, the components comprise driving components, electric components and mechanical components, the component model management module records detailed information of manufacturers, models and order numbers of the components in detail, and the component ledger is used for recording accumulated input running time, warranty time and daily maintenance record information of the components.
8. The performance smart cloud platform of claim 4, wherein: the monitoring management module comprises monitoring management and real-time monitoring, the monitoring management is divided into four parts of gateway setting, component monitoring setting, equipment monitoring setting and monitoring configuration, required gateway equipment is configured through the gateway setting, equipment and components related to the gateway can be monitored after the configuration is completed, the component monitoring setting and the equipment monitoring setting are used for monitoring the configuration of parameters and related parameters, if the related parameters exceed the range of normal threshold values, the equipment and the components related to the related parameters trigger an alarm mechanism, the monitoring configuration provides personalized service, and a user lays out a monitoring interface according to own preference; the real-time monitoring is divided into four parts of theater/show field monitoring, equipment monitoring, safety chain monitoring and component monitoring according to different monitoring ranges, the theater/show field monitoring focuses on the overall monitoring of all equipment, and the theater/show field monitoring is divided into on-table equipment monitoring, under-table equipment monitoring and electrical cabinet and control system monitoring according to requirements; the equipment monitoring is to monitor a single piece of equipment, the component monitoring is to monitor a certain component of a certain piece of equipment, and the safety chain monitoring is to monitor all the equipment and components in a certain safety interlocking unit.
9. The performance smart cloud platform of claim 4, wherein: the trend analysis module comprises component trend analysis and equipment trend analysis, wherein the trend analysis is to intelligently analyze the standing book information, maintenance information and operation parameter information of the equipment and the components, and describe state information and analysis results in the forms of reports and trend curves.
10. The performance smart cloud platform of claim 4, wherein: the user can set the information of an alarm contact person, a contact way, an alarm type and an alarm way in a self-defined way in the alarm management module, the alarm is divided into early warning and alarm, the early warning adopts a data-based diagnosis technology, and the running state and related parameters of equipment and parts are monitored in real time through analysis, so that the possible faults are predicted; the alarm is to send out an emergency signal to the fault, when the system gives an early warning or alarm, the system informs an emergency contact person arranged in the system in a form of sending a short message to prompt the abnormal or fault handling; for the fault information which has occurred, the system carries out alarm recording to generate an alarm log, and maintenance personnel can help the maintenance personnel to judge the fault types of equipment and components by looking up the alarm information.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115248809A (en) * | 2022-09-22 | 2022-10-28 | 山东康健因特智能控制科技有限公司 | User communication data management method based on edge calculation |
| CN117649718A (en) * | 2024-01-29 | 2024-03-05 | 四川大学华西医院 | Intelligent arrival reporting method, device, apparatus and medium for hospital |
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| CN115248809B (en) * | 2022-09-22 | 2022-12-30 | 山东康健因特智能控制科技有限公司 | User communication data management method based on edge calculation |
| CN117649718A (en) * | 2024-01-29 | 2024-03-05 | 四川大学华西医院 | Intelligent arrival reporting method, device, apparatus and medium for hospital |
| CN117649718B (en) * | 2024-01-29 | 2024-04-23 | 四川大学华西医院 | Intelligent arrival reporting method, device, apparatus and medium for hospital |
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