CN216287129U - Comprehensive teaching practical training platform based on industrial Internet of things cloud platform - Google Patents

Abstract

The utility model discloses a comprehensive teaching and training platform based on an industrial internet of things cloud platform. Data transmission module, edge computing gateway module; Industrial IoT cloud platform includes Web cloud configuration module, GIS management module, project management module, real-time and historical database management module, equipment management module, user management module, open interface module; user terminal Including PC terminal, intelligent mobile terminal. This platform obtains data information through the data acquisition module by using a variety of sensors installed on the industrial equipment to be monitored or in the industrial environment, and uses the data transmission module to encrypt and upload it to the industrial Internet of Things cloud platform through the edge computing gateway for analysis and processing, and further Realize equipment remote monitoring, historical data analysis, fault alarm push, remote control equipment, etc.

Description

A comprehensive teaching and training platform based on the industrial Internet of things cloud platform

technical field

The utility model relates to the technical field of Internet of Things teaching, in particular to a comprehensive teaching and training platform based on an industrial Internet of Things cloud platform.

Background technique

Industrial Internet of Things technology has been gradually applied to the production process of various industries and the adjustment of the industrial structure of the manufacturing industry, promoting various industrial enterprises to improve production efficiency and production efficiency. In terms of production equipment monitoring and management, by analyzing the data collected by the Industrial Internet of Things and using sensing technology to monitor the health of production equipment, it can help companies analyze the status of various equipment or products, and can track various industrial machines in the production process in time. The use of equipment can realize early warning or alarm for abnormal state, and the data can be summarized and analyzed through the cloud platform, which can effectively diagnose and predict machine faults, quickly and accurately locate the cause of faults, improve maintenance efficiency and reduce maintenance costs.

The application of the Industrial Internet of Things is a knowledge involving the cross-integration of electrical engineering and its automation, automation, electronic engineering, software engineering and other multi-disciplinary disciplines. To understand deeply, it requires both step-by-step theoretical learning and practical hands-on operation. When teaching, often It is not combined with the needs of the industrial field, and there is a lack of control of field control equipment.

SUMMARY OF THE INVENTION

The purpose of the utility model is to provide a comprehensive teaching and training platform based on the industrial Internet of Things cloud platform, which aims to solve the technical problem that the teaching is not combined with the needs of the industrial site and lacks the control of the field control equipment.

In order to achieve the above purpose, the present invention provides a comprehensive teaching and training platform based on an industrial Internet of Things cloud platform, including a device end, an industrial Internet of Things cloud platform and a user end; the device end includes a sensor group, a controller group, and a display module. , a data acquisition module, a data transmission module, and an edge computing gateway module; the sensor group is connected to the data acquisition module; the data acquisition module, the controller group, and the display module are respectively connected to the data transmission module; the data transmission module is connected to the edge The computing gateway module is connected; the edge computing gateway module is connected with the industrial Internet of things cloud platform to realize data uploading and distribution; the industrial Internet of things cloud platform is connected with the user terminal. The sensor group is installed on the industrial equipment to be monitored or in the industrial environment. This comprehensive teaching and training platform obtains data information through the data acquisition module by using the sensor group installed on the industrial equipment to be monitored or in the industrial environment, and uses the data transmission module through the The edge computing gateway uploads to the industrial IoT cloud platform for analysis and processing, logs in to the industrial IoT cloud platform on the client side, creates devices, adds devices, online monitoring, and realizes teaching functions.

Preferably, the sensor group includes a high-precision environmental sensor, a combustible gas sensor and a PM2.5 detector; the data acquisition module includes a module connected to the sensor group for collecting detection data of the sensor group.

Preferably, the data acquisition module includes 3 IoT boxes, which are connected with the sensor group through the RS485 communication serial port and placed on the industrial equipment to be monitored or on the site of the industrial environment, so as to realize the collection of the detection data of the sensor group; The data acquisition module also has the function of GPS global satellite positioning, which realizes the precise positioning of the detection device, that is, the sensor group, and generates position data; Connection.

Preferably, the controller group includes PLC and equipment on-site control equipment to realize the control of the industrial equipment to be monitored, and the display module includes an embedded integrated touch screen and an alarm light to realize the display of the monitoring data screen and the over-limit alarm. , the data transmission module includes a 4G wireless communication module and a switch, the data transmission module transmits data to the edge computing gateway module through a 4G wireless communication module and adopts a 4G wireless communication method; the controller group and the display The module is connected to the edge computing gateway module by means of Ethernet communication using a switch, and the edge computing gateway module is respectively connected to the data transmission module and the industrial Internet of Things cloud platform; the edge computing gateway module is accessed through a 4G network Internet, upload data to the Industrial Internet of Things cloud platform, download and monitor the program of the controller group, and remotely configure the device.

Preferably, the industrial Internet of Things cloud platform includes a Web cloud configuration module, a GIS management module, a project management module, a real-time and historical database management module, a device management module, a user management module, and an open interface module; the Web cloud configuration module The module, the GIS management module are connected with the project management module; the real-time and historical database management module is connected with the project management module and the equipment management module; the project management module realizes the cloud configuration of the training platform and the connected project engineering. Geographic information data collection, storage, management, calculation, analysis, display and description, after obtaining the location information, it can further retrieve the geographical environment, query and analyze the environmental information, so as to use the comprehensive teaching training for users The platform provides information support and services.

Preferably, the real-time and historical database management module collects and monitors on-site projects and industrial equipment to be monitored in seconds, monitors and analyzes their operating states, performs real-time calculations and early warnings, and converts scattered process data into Information reports, generate real-time and historical data trend graphs, and submit them to the project management module for further display to users.

Preferably, the device management module adopts distributed data collection and has a C/S structure, and the industrial Internet of Things cloud platform is accessed through the device management module with minimal delay, and sends instructions and information to the device end.

Preferably, the user management module includes user management and authority management, the user management can construct a user organization structure, realize the display of department member information and the setting of operation authority; the authority management includes project authority, system authority and configuration allocation authority.

Preferably, the open interface module is respectively connected with the device end and the user end; the open interface module supports LWM2M, T-Link, MQTT, NB gateway, HTTP, TCP by providing SDK in different environments of the device end A variety of communication protocols help the device terminal to quickly connect to the industrial Internet of Things cloud platform, and at the same time, it can be connected to the user terminal through Web, APP, WeChat applet, and WeChat public account.

Preferably, the user terminal includes a PC terminal and a mobile intelligent terminal. During the teaching process, the PC terminal or the mobile intelligent terminal can be used to log in to the industrial Internet of Things cloud platform, create equipment, add equipment, and monitor online to achieve teaching functions.

This comprehensive teaching and training platform obtains data information through the data acquisition module by using a variety of sensors installed on the industrial equipment to be monitored or in the industrial environment, and uses the data transmission module to encrypt and upload to the industrial Internet of Things cloud platform for analysis through the edge computing gateway. Processing, and further realize equipment remote monitoring, historical data analysis, fault alarm push, remote control equipment, etc.

Description of drawings

Figure 1 is a schematic structural diagram of the utility model.

Figure 2 is a schematic diagram of an industrial IoT cloud platform.

Detailed ways

A comprehensive teaching and training platform based on an industrial Internet of Things cloud platform, comprising a device end, an industrial Internet of Things cloud platform and a user end, the device end including a sensor group, a controller group, a display module, a data acquisition module, and a data transmission module , edge computing gateway module; the sensor group is connected to the data acquisition module; the data acquisition module, the controller group, and the display module are respectively connected to the data transmission module; the data transmission module is connected to the edge computing gateway module; the edge The computing gateway module is connected to the industrial Internet of Things cloud platform to realize the uploading and distribution of data; the industrial Internet of things cloud platform includes a Web cloud configuration module, a GIS management module, a project management module, a real-time and historical database management module, and a device management module. module, user management module, and open interface module; the Web cloud configuration module, the GIS management module are connected with the project management module; the real-time and historical database management module is connected with the project management module and the equipment management module; the open interface module It is respectively connected with the device end and the user end; the user end includes a PC end and an intelligent mobile terminal.

The sensor group includes a high-precision environmental sensor, a combustible gas sensor and a PM2.5 detector; the data acquisition module includes a module connected to the sensor group for collecting detection data of the sensor group. The data acquisition module includes three IoT boxes, each of which is connected to the above-mentioned sensor and placed on the industrial equipment to be monitored or on the site of the industrial environment to collect the detection data of the sensor group; the The data acquisition module also has the function of GPS global satellite positioning, which realizes the precise positioning of the detection device, that is, the sensor group, and generates position data; the data acquisition module also has the function of 4G wireless communication, and realizes the connection with the data transmission module. .

The controller group includes a TM241CEC24U model Schneider PLC and equipment on-site control equipment to control the controlled object. The display module includes an embedded integrated touch screen and an alarm lamp, which realizes the display of the monitoring data screen and the over-limit alarm. The data transmission module includes a 4G wireless communication module and a switch, the data acquisition module adopts a 4G wireless communication method through a 4G wireless communication module, and the data is encrypted and transmitted to the edge computing gateway module through MQTT; the control module and the The display module is connected to the edge computing gateway module by means of Ethernet communication using a switch. The edge computing gateway module is respectively connected with the data transmission module and the industrial IoT cloud platform; the edge computing gateway module is connected to the Internet through a 4G network, and uploads data to the industrial IoT cloud platform to realize edge nodes Data optimization, program download and monitoring of the control module, and remote configuration of the device.

The project management module is respectively connected with the Web cloud configuration module and the GIS management module to realize the cloud configuration of the training platform and the collection, storage, management, operation, analysis and display of the geographic information data of the connected project engineering. and description, after the location information is obtained, the geographical environment where it is located can be further retrieved, and the environmental information can be queried and analyzed, thereby providing information support and services for the user to use the comprehensive teaching and training platform.

The real-time and historical database management modules are respectively connected with the project management module and the equipment management module; the real-time and historical database management modules perform second-level collection and monitoring of on-site projects and equipment, and monitor and analyze their operating states, Perform real-time calculation and early warning, convert scattered process data into information reports, generate real-time and historical data trend graphs, and submit them to the project management module for further display to users.

The device management module is connected to the real-time and historical database management module; the device management module adopts distributed data collection and has a C/S structure, and the industrial Internet of Things cloud platform is accessed through the device management module with minimal delay , and send instructions and information to the device.

The user management module includes user management and authority management. User management can build a user organization structure, realize information display of department members and set operation authority; authority management includes project authority, system authority and configuration and allocation authority.

The open interface module is respectively connected with the device end and the user end; the open interface module supports LWM2M, T-Link, MQTT, NB gateway, HTTP, TCP, etc. by providing SDKs in different environments of the device end The communication protocol helps the device terminal to quickly connect to the industrial Internet of Things cloud platform, and at the same time, it can be connected to the user terminal through Web, APP, WeChat applet, and WeChat public account.

Claims (2)

1. a comprehensive teaching and training platform based on an industrial internet of things cloud platform, is characterized in that: comprising a device end, an industrial internet of things cloud platform and a user end, and the device end comprises a sensor group, a controller group, a display module, a data a collection module, a data transmission module, and an edge computing gateway module; the sensor group is connected to the data collection module; the data collection module, the controller group, and the display module are respectively connected to the data transmission module; the data transmission module is connected to the edge computing gateway module connection; the edge computing gateway module is connected to the industrial Internet of things cloud platform to realize data uploading and distribution; the industrial Internet of things cloud platform is connected to the user terminal, and the sensor group includes high-precision environmental sensors, combustible gas sensors and PM2 .5 detector; the data acquisition module includes a module connected with the sensor group for collecting the detection data of the sensor group, the data acquisition module includes an Internet of Things box, and communicates with the sensor group through RS485 serial ports respectively The connection is placed on the industrial equipment to be monitored or the industrial environment site to realize the collection of detection data of the sensor group; the data acquisition module also has the function of GPS global satellite positioning to realize the precise positioning of the detection device, that is, the sensor group. , and generate position data; the data acquisition module also has a 4G wireless communication function to realize the connection with the data transmission module. 2. a kind of comprehensive teaching and training platform based on industrial internet of things cloud platform according to claim 1, is characterized in that, described controller group comprises PLC and equipment field control equipment, realizes the control of industrial equipment to be monitored, so The display module includes an embedded integrated touch screen and an alarm light to realize the display of the monitoring data screen and the over-limit alarm. The data transmission module includes a 4G wireless communication module and a switch, and the data transmission module passes through the 4G wireless communication module. Using 4G wireless communication, data is transmitted to the edge computing gateway module; the controller group and the display module are connected to the edge computing gateway module by means of Ethernet communication using switches, and the edge computing gateway modules are respectively Connect with the data transmission module and the industrial Internet of Things cloud platform; the edge computing gateway module is connected to the Internet through a 4G network, uploads data to the industrial Internet of Things cloud platform, and downloads and downloads programs to the controller group. Monitoring and remote configuration of the device side.

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