CN105319983A - IOT simulation training system and method thereof - Google Patents
IOT simulation training system and method thereof Download PDFInfo
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- CN105319983A CN105319983A CN201410277092.8A CN201410277092A CN105319983A CN 105319983 A CN105319983 A CN 105319983A CN 201410277092 A CN201410277092 A CN 201410277092A CN 105319983 A CN105319983 A CN 105319983A
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Abstract
The present invention discloses an IOT simulation training system which comprises a pre-server, a data transmission module, a central CPU module, and a display module. The method of the IOT simulation training system comprises the following steps that: the pre-server inputs data and collects data and transmits the collected data to the central CPU module through the data transmission module, the data is stored and analyzed through data memory embedded in the central CPU module, and finally the analyzed data is transmitted to a simulation data platform library, the synchronized playback of all sector images is realized by the simulation data platform library, and the images are displayed to the display module.
Description
Technical field
The present invention relates to a kind of Internet of Things simulation training system and method thereof, complete the training of each industrial flow artificial actual.
Background technology
At present, commercial production experience system rests on unilateral static model real training, dynamic model real training, does not show information Internet of things system in commercial production, lack vividly changeable procedural details to control to coordinate with real production data motion picture film/multimedia presentation platform, industrial processes can better do not helped to carry out the simulation test of high accuracy.
Summary of the invention
Technical matters to be solved by this invention is: provide a kind of Internet of Things simulation training system and method thereof, and described method can solve the drawback that commercial production experience system is unilateral, lively, knowledge is difficult to obtain supplementary expansion.
In order to solve the problem, technical scheme of the present invention is a kind of Internet of Things simulation training system, comprising: front server, data transmission module, central cpu module, display module,
Described front server has the function of input data and image data;
Described data transmission module is used for data in induction system operation;
Described central cpu module is embedded with data-carrier store and emulated data platform library, described data-carrier store is for storing real time data and the simulated data of the conveying of described data transmission module, and analyze the real time data and simulated data that obtain, described emulated data platform library has the data of internal reservoir, can with the operational factor synchronous interaction under each operating mode of Internet of Things simulation training system, realize each link image of synchronous broadcasting, central cpu module controls the demonstration of Internet of Things simulation training system in real time, demo content for Internet of Things simulation training system carries out supplementing and expanding.
Described display module is used for reception and obtains analysis data from central CPU module, and display place image.
Further, described Internet of Things simulation training system also comprises acousto-optic-electric module, and described acousto-optic-electric module adopts acousto-optic-electric to control data input and the data acquisition of front server described in system supplymentary.
Further, described central cpu module also comprises preliminary data reservoir, and described preliminary data reservoir is used for substituting described data storage when described data storage breaks down, and performs the work of described data storage.
Further, the method of described Internet of Things simulation training system is front server input data and image data, and the data collected are sent in central cpu module by data transmission module, analyze data by the data storage storage data that is embedded in central cpu module, finally data after analysis are transported to emulated data platform library, emulated data platform library realizes each link image of synchronous broadcasting, and is shown on display module by image.
Beneficial effect of the present invention: change and relied on merely model real training or the stiff drawback of multimedia real training in the past, by the seamless connection between Internet of Things realistic model and demo platform, the demonstration Internet of Things flow simulation experience system of thorough, realizes simple and clear real training general layout.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of Internet of Things simulation training system of the present invention.
Embodiment
By computing machine and touch screen integrated machine wireline equipment, the wireless device such as laser pen and PDA is as front server 1, the model designed or image inputs as data, and have front server 1 image data, and in front server 1 course of work, adopt acousto-optic-electric module 2 to assist, the acousto-optic-electric system wherein of employing real-time complex networking simulation training system is transferred to data transformations from the input of data and data acquisition to data, subsequently the data of collection are transported in central cpu module 4 by data transmission module 3, store up 41 deposit datas by the data storage be embedded in central cpu module 4 and analyze data, finally data after analysis are transported to emulated data platform library 42, emulated data platform library 42 achieves each link image of synchronous broadcasting, and image is shown on display module 5, this image can run in the mode of animation projection and multimedia presentation platform.Central cpu module 4 controls the demonstration of Internet of Things simulation training system in real time simultaneously, for the demo content of simulation training system of networking carries out supplementing and expanding.The whole course of work is that central cpu module 4 stores and receiving computer and touch screen integrated machine wireline equipment, the wireless device such as laser pen and PDA basic data, acousto-optic-electric in acousto-optic-electric module 2 controls system supplymentary front server 1 and inputs data and image data, data storage storage 41 wherein in central cpu module 4 is deposited and analyzes this data, again data are transported to emulated data platform library 42, emulated data platform library 42 and the operational factor synchronous interaction under each operating mode of Internet of Things simulation training system, realize each link image of synchronous broadcasting, and convert data to image and shown by display module, here display module 5 shows in the mode of animation projection and multimedia presentation platform, the emulation of lively demonstration industrial process Internet of things system under different operating mode.
In order to ensure that work efficiency is higher in the course of the work, adopt the control system auxiliary front mounted server 1 data input in acousto-optic-electric module 2 and data acquisition.
Complete in order to what ensure in data storing process, prevent from occurring that because of fault data storage 41 goes wrong, in central cpu module 4, be also provided with a preliminary data reservoir 43.
Above one embodiment of the present of invention have been described in detail, but described content being only the preferred embodiment of the invention, the practical range for limiting the invention can not being considered to.All equalizations done according to the invention application range change and improve, and still all should belong to patent covering scope of the present invention.
Claims (4)
1. an Internet of Things simulation training system, is characterized in that, comprising: front server, data transmission module, central cpu module, display module,
Described front server has the function of input data and image data;
Described data transmission module is used for data in induction system operation;
Described central cpu module is embedded with data-carrier store and emulated data platform library, described data-carrier store is for storing real time data and the simulated data of the conveying of described data transmission module, and analyze the real time data and simulated data that obtain, described emulated data platform library has the data of internal reservoir, can with the operational factor synchronous interaction under each operating mode of Internet of Things simulation training system, realize each link image of synchronous broadcasting, central cpu module controls the demonstration of Internet of Things simulation training system in real time, demo content for Internet of Things simulation training system carries out supplementing and expanding.
Described display module is used for reception and obtains analysis data from central CPU module, and display place image.
2. Internet of Things according to claim 1 prevents true exercising system, it is characterized in that, described Internet of Things simulation training system also comprises acousto-optic-electric module, and described acousto-optic-electric module adopts acousto-optic-electric to control data input and the data acquisition of front server described in system supplymentary.
3. Internet of Things simulation training system according to claim 2, it is characterized in that, described central cpu module also comprises preliminary data reservoir, described preliminary data reservoir is used for substituting described data storage when described data storage breaks down, and performs the work of described data storage.
4. the method for an Internet of Things simulation training system, it is characterized in that, the method of described Internet of Things simulation training system is front server input data and image data, and the data collected are sent in central cpu module by data transmission module, analyze data by the data storage storage data that is embedded in central cpu module, finally data after analysis are transported to emulated data platform library, emulated data platform library realizes each link image of synchronous broadcasting, and is shown on display module by image.
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| CN201410277092.8A CN105319983A (en) | 2014-06-19 | 2014-06-19 | IOT simulation training system and method thereof |
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| CN201410277092.8A CN105319983A (en) | 2014-06-19 | 2014-06-19 | IOT simulation training system and method thereof |
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Application publication date: 20160210 |