CN105187537A - Internet of Things comprehensive practical training system - Google Patents
Internet of Things comprehensive practical training system Download PDFInfo
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- CN105187537A CN105187537A CN201510582669.0A CN201510582669A CN105187537A CN 105187537 A CN105187537 A CN 105187537A CN 201510582669 A CN201510582669 A CN 201510582669A CN 105187537 A CN105187537 A CN 105187537A
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- 238000012549 training Methods 0.000 title claims abstract description 46
- 238000011161 development Methods 0.000 claims abstract description 99
- 238000004891 communication Methods 0.000 claims abstract description 86
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- 238000012360 testing method Methods 0.000 claims description 12
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- 230000008901 benefit Effects 0.000 abstract description 5
- 238000003780 insertion Methods 0.000 abstract 4
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- 230000000875 corresponding effect Effects 0.000 description 4
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- 230000005540 biological transmission Effects 0.000 description 2
- 238000006243 chemical reaction Methods 0.000 description 2
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
Abstract
The invention provides an Internet of Things comprehensive practical training system, which comprises an Internet of Things development board baseboard and an Internet of Things module, wherein the Internet of Things development board baseboard is provided with a first processor unit comprising a first communication module; at least one insertion slot is formed in the Internet of Things development board baseboard, and each insertion slot is in communication connection with the first communication module; the Internet of Things module is used for simulating a Thing product to be connected to the Internet, and the Internet of Things module is inserted into the insertion slot; the Internet of Things module is further provided with a second processor unit comprising a second communication module; and the second communication module is in communication connection with the first communication module when the Internet of Things module is inserted into the insertion slot. During the Internet of Things comprehensive practical training process, a programming program controlling the Internet of Things module is input through the first processor unit or the second processor unit, and the Internet of Things comprehensive practical training system has the advantages of being convenient to learn, low in development difficulty and being combined with the mobile Internet.
Description
Technical field
The present invention relates to Internet of Things Instructional Development field, more particularly, the present invention relates to a kind of Internet of Things comprehensive training system.
Background technology
The technology of the mutual mixing together of one kind of multiple traditional subjects of technology of Internet of things, it is integrated with the multiple technologies such as sensor technology, wireless sensor network technology, cloud computing, mobile terminal application and development.In the tutoring system that common universities come, the Internet of Things learning platform depending on traditional teaching method is difficult to meet the coverage rate of Internet of Things teaching and the strong demand be combined with productivity of imparting knowledge to students at short notice.
At present, colleges and universities' Internet of Things teaching practice platform is in the starting stage, there are two main technical problems:
One, user is when carrying out the experiment of Internet of Things real training, because Internet of Things module will simulate produce product to be networked, such as simulate air-conditioning, the characteristic of so this Internet of Things module may just comprise temperature sensor and switch, such as simulated television, the characteristic of so this Internet of Things module just may comprise actuator, such as simulated machine, the characteristic of so this Internet of Things module just may comprise switch, other owing to differing from ten thousand before different Internet of Things module natures, time student carries out programming, will according to the character of Internet of Things module, carry out programming Control respectively, cause programming particularly troublesome, hit the enthusiasm of Students ' Learning technology of Internet of things,
Its two, in the training platform of prior art, Internet of Things module is inserted on development board and needs to be grasped skill, and the interface of flat board is ever-changing, disunity, the interface that the thing that first student will do makes Internet of Things module clear assigns method, very complicated, reduces the interest of Students ' Learning Internet of Things.
It can thus be appreciated that, present market lacks a kind of Fast Learning, be convenient to exploitation and the Internet of Things teaching platform combined with industrial sector chain, its shortcoming is: 1) development difficulty is large, it is exactly the distortion of traditional embedded board that a lot of Internet of Things is developed learning platform actual, need to be grasped the exploitation that a large amount of embedded software hardware technology just can carry out being correlated with, learning cycle is very long; 2) be not combined with mobile Internet, traditional Internet of Things exploitation teaching platform has only focused on the teaching of embedded system, but have ignored the mutual fusion of the development of Mobile Internet technology dominated with existing market; 3) Internet of Things knowledge point is excessively emphasized, tradition development platform with the knowledge point of transducer or cordless communication network for core, have ignored the embody rule scene that Internet of Things is correlated with market or life, the technology class that technology of Internet of things relates to embraces a wide spectrum of ideas, short time can not carry out omnibearing study to it, on the contrary based on the core value of the application and development study competence exertion technology of Internet of things of scene-type.
Summary of the invention
An object of the present invention is to solve at least the problems referred to above and defect, and the advantage will illustrated after providing.
A further object of the invention is to provide a kind of Internet of Things comprehensive training system, by arranging the first processor unit comprising the first communication module on Internet of Things development board base plate, Internet of Things module arranges the second processor unit comprising the second communication module, described second communication module is connected with described first communication module communication, by the program of Internet of Things module described in first processor unit or the second processor unit input control, user is made not need the programming technique of additional studies characteristic Internet of Things module, only need learn basic internet of things networking technology can carry out Internet of Things real training, introduction fast, without the need to too much paying close attention to the relevant Floor layer Technology of sensor network.
In order to realize, according to these objects of the present invention and other advantages, providing a kind of Internet of Things comprehensive training system, comprising:
Internet of Things development board base plate, is provided with the first processor unit comprising the first communication module; And described Internet of Things development board base plate is also provided with at least one slot, and each slot is all connected with described first processor unit communications;
Internet of Things module, it simulates produce product to be networked, and described middle Internet of Things module includes characteristic submodule belonging at least one, and described Internet of Things module is inserted in described slot;
Wherein, the second processor unit comprising the second communication module is also provided with in described Internet of Things module; Under the state that described Internet of Things module inserts described slot, described second communication module is connected with described first communication module communication; And described second processor unit be all belonging to characteristic submodule various belonging to characteristic make unified programming rule, mutual with what realize with described first processor unit;
Wherein, in Internet of Things comprehensive practical traning process, by the program of Internet of Things module described in first processor unit or the second processor unit input control.
Preferably, described Internet of Things development board base plate comprises multiplex roles Internet of Things development board base plate and/or double nip radio communication base plate, wherein:
Be provided with two slots and a Power Management Unit in described double nip radio communication base plate, described Power Management Unit is that all the other electronic components in described double nip radio communication base plate are powered, to make described double nip radio communication base plate self-contained portable;
Be provided with in described multiplex roles Internet of Things development board base plate than slot more in described double nip radio communication base plate (1), and described slot is connected with described first processor unit communications by many slot bus unit.
Preferably, described affiliated characteristic submodule comprises: sensor characteristics submodule, execution characteristic submodule and switching characteristic submodule.
Preferably, described Internet of Things comprehensive training system also comprises:
Cloud Server platform, it is connected by wireless communication networks with described Internet of Things development board base plate, to send test operation instruction to the Internet of Things module in described Internet of Things development board base plate and/or to show the operating state of each Internet of Things module under test operation instruction.
Preferably, described Internet of Things comprehensive training system also comprises:
Mobile terminal, it is provided with real training application program, and described mobile terminal is connected with the communication of described Internet of Things development board base plate by described Cloud Server platform, or is directly connected with the communication of described Internet of Things development board base plate;
Wherein, by described real training application program, test operation instruction and/or show the operating state of each Internet of Things module under test operation instruction is sent to the Internet of Things module in described Internet of Things development board base plate.
Preferably, described Internet of Things comprehensive training system, when comprising multiplex roles Internet of Things development board base plate, includes identity authenticating unit in described multiplex roles Internet of Things development board base plate, and
Described Internet of Things comprehensive training system also comprises mobile terminal, it is provided with real training application program, described mobile terminal, by described Cloud Server platform, utilizes described identity authenticating unit and described Internet of Things development board base plate to form communication annexation correspondingly.
Preferably, described slot is multiple, and described Internet of Things module is also multiple,
Wherein, property networking module and described slot are the equal structure of geomery.
Preferably, described slot adopts the interface of magnetic fool proof.
Preferably, described many slot bus unit adopts USB-HUB, USART-HUB or SPI-HUB frame mode.
Preferably, described Internet of Things development board base plate has multiple, and multistage communication connects, to form multistage Internet of Things development board base plate group each other.
The present invention at least comprises following beneficial effect:
1, in Internet of Things comprehensive training system of the present invention, each Internet of Things module adds second processor, in the second processor, the property settings of various different in kind is become a kind of programming rule, is user-friendly for programming.
2, in the present invention, the slot of Internet of Things development board base plate adopts magnetic interfaces, does not need the winding displacement mode understanding fully that each Internet of Things module is different, only the principle of magnetic interfaces " there is a natural attraction between the sexes " need be utilized can easily to realize assigning of Internet of Things module, and introduction fast;
3, sensor network study is developed seamless link with mobile client by the present invention, meets the requirement that user wishes to learn motive objects networking technology, realizes the end-to-end technology application of Internet of Things application and development fast.
Part is embodied by explanation below by other advantage of the present invention, target and feature, part also will by research and practice of the present invention by those skilled in the art is understood.
Accompanying drawing explanation
Fig. 1 is the structural representation of the Internet of Things comprehensive training system of the preferred embodiment of the present invention;
Fig. 2 is the structural representation of Fig. 1 Internet of Things development board base plate;
Fig. 3 is the structural representation of the double nip radio communication base plate of Fig. 1;
Fig. 4 is the structural representation of the Internet of Things module of Fig. 1;
Fig. 5 is the structural representation of the application APP software of the mobile terminal of Fig. 1.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in further detail, can implement according to this with reference to specification word to make those skilled in the art.
Should be appreciated that used hereinly such as " to have ", other element one or more do not allotted in " comprising " and " comprising " term or the existence of its combination or interpolation.
A kind of Internet of Things comprehensive training system, comprising:
Internet of Things development board base plate, is provided with the first processor unit comprising the first communication module; In described first processor unit, prefabricated various features Internet of Things programming code, student is programmed convenient, and described Internet of Things development board base plate is also provided with at least one slot, and each slot is all connected with described first processor unit communications;
Internet of Things module, it simulates produce product to be networked, and described middle Internet of Things module includes characteristic submodule belonging at least one, and described Internet of Things module is inserted in described slot;
Wherein, the second processor unit comprising the second communication module is also provided with in described Internet of Things module; Under the state that described Internet of Things module inserts described slot, described second communication module is connected with described first communication module communication; And described second processor unit be all belonging to characteristic submodule various belonging to characteristic make unified programming rule, mutual with what realize with described first processor unit;
Wherein, in Internet of Things comprehensive practical traning process, by the program of Internet of Things module described in first processor unit or the second processor unit input control.
In one embodiment, described Internet of Things development board base plate comprises multiplex roles Internet of Things development board base plate 5 and/or double nip radio communication base plate, wherein:
Be provided with two slots and a Power Management Unit in described double nip radio communication base plate, described Power Management Unit is that all the other electronic components in described double nip radio communication base plate are powered, to make described double nip radio communication base plate self-contained portable;
Be provided with in described multiplex roles Internet of Things development board base plate than slot more in described double nip radio communication base plate, and described slot is connected with described first processor unit communications by many slot bus unit.
In one embodiment, described affiliated characteristic submodule comprises: sensor characteristics submodule, execution characteristic submodule and switching characteristic submodule.
In one embodiment, described Internet of Things comprehensive training system also comprises:
Cloud Server platform, it is connected by wireless communication networks with described Internet of Things development board base plate, to send test operation instruction to the Internet of Things module in described Internet of Things development board base plate and/or to show the operating state of each Internet of Things module under test operation instruction.
In one embodiment, described Internet of Things comprehensive training system also comprises:
Mobile terminal, it is provided with real training application program, and described mobile terminal is connected with the communication of described Internet of Things development board base plate by described Cloud Server platform, or is directly connected with the communication of described Internet of Things development board base plate;
Wherein, by described real training application program, test operation instruction and/or show the operating state of each Internet of Things module under test operation instruction is sent to the Internet of Things module in described Internet of Things development board base plate.
Preferably, described Internet of Things comprehensive training system, when comprising multiplex roles Internet of Things development board base plate, includes identity authenticating unit in described multiplex roles Internet of Things development board base plate, and
Described Internet of Things comprehensive training system also comprises mobile terminal, it is provided with real training application program, described mobile terminal, by described Cloud Server platform, utilizes described identity authenticating unit and described Internet of Things development board base plate to form communication annexation correspondingly.
In one embodiment, described slot is multiple, and described Internet of Things module is also multiple,
Wherein, property networking module and described slot are the equal structure of geomery.
In one embodiment, described slot adopts the interface of magnetic fool proof.
In one embodiment, described many slot bus unit adopts USB-HUB, USART-HUB or SPI-HUB frame mode.
In one embodiment, described Internet of Things development board base plate has multiple, and multistage communication connects, to form multistage Internet of Things development board base plate group each other.
Embodiment 1
A kind of Internet of Things comprehensive training system, this system comprises multiplex roles Internet of Things development board base plate 5, double nip radio communication base plate 1, can in the Internet of Things module 3 of development board base plate plug, Cloud Server platform 7, and the application APP software 9 of cell-phone customer terminal.The slot position of multiplex roles Internet of Things development board base plate 5 and double nip radio communication base plate 1 all adopts magnetic fool proof interface, is convenient to plug.The Internet of Things module 3 of plug on multiplex roles Internet of Things development board base plate 5 can be divided into three kinds: sensor characteristics submodule, actuator characteristics submodule and switching characteristic submodule, wherein sensor characteristics submodule comprise any type as temperature sensor, humidity sensor similar with the sensor unit of sensing physics world information; Namely actuator characteristics submodule is controller, as stepping motor, steering wheel and buzzer etc. can be controlled to perform the performance element of instruction arbitrarily.The WSN network that communication between multiplex roles Internet of Things development board base plate 5 and double nip radio communication base plate 1 can be set up by wireless transport module carries out transfer of data, as technology networkings such as application ZIGBEE, BLE.For realizing the autgmentability of this Internet of Things teaching practice plateform system, a multiplex roles Internet of Things development board base plate 5 can carry out networking with several double nip radio communication base plates 1 by wireless transport module, can form complicated network topology as star network, mesh network; In like manner multiple multiplex roles Internet of Things development board base plate 5 can cascade splice and combine into one more multiplex roles Internet of Things exploitation base plate, can patch into more Internet of Things module.
Each multiplex roles Internet of Things development board base plate 5 can carry out data interaction by the application APP software 9 of two kinds of modes and mobile terminal.On the one hand, LAN router can be connected by multiplex roles Internet of Things development board base plate 5, data interaction is carried out with Cloud Server platform 7, the application APP software 9 of cell-phone customer terminal also carries out data interaction by WIFI/GPRS/3G/4G mode and Cloud Server platform 7, thus realize multiplex roles Internet of Things development board base plate 5 and can carry out data interaction by the application APP software 9 of two kinds of modes and cell-phone customer terminal, which can realize the distance sensor transfer of data of multiplex roles Internet of Things development board base plate 5, and the application APP software 9 of cell-phone customer terminal can Long-distance Control multiplex roles Internet of Things development board base plate 5, on the other hand, multiplex roles Internet of Things development board base plate 5 can set up WIFI server, and make the application APP software 9 of cell-phone customer terminal directly connect multiplex roles Internet of Things development board base plate 5 by WIFI mode, its advantage is that data interaction is real-time, postpones low.
Incorporated by reference to reference Fig. 2, each multiplex roles Internet of Things development board base plate 5 comprises first processor unit slot bus unit more than 55,59, one group of mxn slot matrix unit 51, wireless communication unit 53 and an identity authenticating unit 57.The slot position 51 of each multiplex roles Internet of Things development board base plate 5 is all identical, and all adopts magnetic fool proof interface, and Internet of Things module 3 can freely in any slot position 51 plug.Preferably, adopt the matrix structure of slot position 51 to be 4X4 in Application Example of the present invention, namely multiplex roles Internet of Things development board base plate 5 has 16 slot positions.
Bridge joint is carried out by slot bus unit more than 59 between the first processor unit 55 of each multiplex roles Internet of Things development board base plate 5 and mxn slot matrix unit 51, the hardware communications bus structures of many slot bus unit 59 adopt USB-HUB, the interface mode of USART-HUB, SPI-HUB or IIC-HUB communicates.
The radio communication mold module unit 53 of each multiplex roles Internet of Things development board base plate 5 is the WiFi communication module can carrying out WiFi communication, for being connected with WiFi router, data are transmitted to Cloud Server platform 7, or set up WIFI server focus, the application APP software 9 of cell-phone customer terminal can be connected with its pairing.The application APP software 9 of cell-phone customer terminal and the matching method of multiplex roles Internet of Things development board base plate 5 are undertaken by identity authenticating unit 57, and verification mode is divided into the methods such as Quick Response Code, NFC (near-field communication) docking or wired USB connection.
The open DLL (dynamic link library) of first processor unit 55 of each multiplex roles Internet of Things development board base plate 5, can carry out diversified functional programming expansion to it, realize the customization program development of user to base plate.Preferably, this processor platform selects ARM series main control chip, and runs embedded OS as LINUX system.
Incorporated by reference to reference Fig. 3, each double nip radio communication base plate 1 comprises a processor unit 13, Power Management Unit 15, two slots 11.The slot 11 of each double nip radio communication base plate 1 is all identical, and all adopts magnetic fool proof interface, and Internet of Things module 3 can freely in any slot position 11 plug.The open DLL (dynamic link library) of processor unit 15 of each double nip radio communication base plate 1, can carry out diversified functional programming expansion to it, realize the customization program development of user to base plate.Preferably, this processor platform selects ARM series main control chip, as the STM32 series processors of ST company, and can run as embedded OS systems such as uCOS/FreeRTOS.The battery/power source administrative unit 15 of each double nip radio communication base plate 1, for realizing lithium cell charging management and the power protection of this base plate, realizes portability and the mobility of this base plate.
Incorporated by reference to reference to Fig. 4, each Internet of Things module 3 comprises second processor unit 33, magnetic plug 31 and a transducer 35, or actuator 37 or wave point 39.The magnetic plug 31 of each Internet of Things module 3 is all identical, and all adopts magnetic fool proof interface, can freely plug on any slot of multiplex roles Internet of Things development board base plate 5 and double nip radio communication base plate 1.The open DLL (dynamic link library) of second processor unit 33 of each Internet of Things module 3, can carry out diversified functional programming expansion to it, realize the customization program development of user to base plate.Preferably, this processor platform selects the low cost S TM8 series processors of ST company.Internet of Things module 3 is divided into sensor assembly, executor module and wave point three kind, according to homologue networking module 3 dozens transducer 35, actuator 37 or wave point 39 distinguish.Preferably, in order to realize the autgmentability of this Internet of Things Practical Teaching Platform, Internet of Things module 5 contains following plurality of classes in a preferred embodiment of the invention, transducer: temperature, humidity, illumination, acceleration, cardioelectric monitor, air pressure, CO smell etc., actuator: steering wheel, buzzer, LED color lamp, fan, direct current machine, stepping motor etc.; Wave point: WIFI, BLE, ZIGBEE, 6LowPAN, infrared, NFC and GPRS etc., it is emphasized that, the present invention is not limited to above Internet of Things module 5 classification, the classification of Internet of Things module 5 is open, and namely any type transducer 35, actuator 37 and wave point 39 can add this Internet of Things development platform according to user's request.
Incorporated by reference to reference Fig. 5, the application APP software 9 of each cell-phone customer terminal shows one group of matrix diagram corresponding with the mxn slot matrix of multiplex roles Internet of Things development board base plate and to demarcate face 91, the demarcate icon of each position in face of this matrix diagram is associated with the same position of multiplex roles Internet of Things development board base plate, checks the image data of correspondence position transducer and can control associated actuator and run by this application APP software.The application APP software 9 of each cell-phone customer terminal can be connected with its pairing by the identity authenticating unit of multiplex roles Internet of Things development board base plate 5, as: the mode that Quick Response Code, NFC (near-field communication) docking or wired USB connect.As: after certain multiplex roles Internet of Things development board base plate 5 is connected with application APP software 9 pairing of cell-phone customer terminal, a temperature sensor module is inserted in No. 1 position of multiplex roles Internet of Things development board base plate 5, No. 1 this temperature sensor of position display of the application APP software 9 of cell-phone customer terminal data and show its real-time temperature data, a blower module was inserted in No. 7 positions of multiplex roles Internet of Things development board base plate 5 at that time, at this fan icon of No. 7 position display of the application APP software 9 of cell-phone customer terminal, and the rotating speed of fan can be controlled.
Each multiplex roles Internet of Things development board base plate 5 can set up point to point connect with the application APP software 9 of cell-phone customer terminal by WIFI, and carry out data interaction, the application APP software of cell-phone customer terminal can show transducer corresponding to each slot position of multiplex roles Internet of Things development board base plate or actuator information data.Each multiplex roles Internet of Things development board base plate 5 also can pass through WIFI connection route device, by information data transmission to Cloud Server platform, soft 9 of the application APP of cell-phone customer terminal can carry out data interaction transmission by access Cloud Server platform 7, the application APP software 9 of cell-phone customer terminal can show transducer corresponding to each slot 51 position of multiplex roles Internet of Things development board base plate 5 or actuator information data, and can by the actuator transfer instruction information of the application APP software of cell-phone customer terminal to the correspondence position of Internet of Things development board base plate.
The application APP software 9 of each cell-phone customer terminal can show the resources material corresponding with the transducer that multiplex roles Internet of Things development board base plate 5 inserts or executor module above, and this resources material comprises instructional video, e-book data or lantern slide data.
Embodiment 2
Color is used to come in the Internet of Things real training of reaction temperature at one, Internet of Things development board base plate is assigned the temperature characterisitic Internet of Things module of collecting temperature data and the picture characteristics Internet of Things module of reaction color, wherein said temperature characterisitic Internet of Things module comprises the temperature sensor of collecting temperature data and is connected with described temperature sensor, is used for the Temperature processor for the treatment of temperature data, IIC communication protocol is adopted between temperature sensor and Temperature processor, and picture characteristics Internet of Things module comprises colour developing unit and being connected with described chromoscope, be used for processing the color processor of color data, SPI communication protocol is adopted between colour developing unit and color processor, described Temperature processor and described color processor all carry out data interaction by UART agreement and Physical Network development board base plate, the first processor of such Internet of Things exploitation base plate does not need to pass through SPI protocol, the initial data that IIC agreement gathers color and temperature processes, user does not need the technology learning SPI communication protocol and ICC communication protocol respectively yet, the knowledge only need grasping UART agreement can complete the experiment of this Internet of Things real training, in Internet of Things comprehensive practical traning process, by the program of Internet of Things module described in first processor unit or the second processor unit input control, greatly reduce learning difficulty.
Industrial applicibility of the present invention
1, in Internet of Things comprehensive training system of the present invention, each Internet of Things module adds second processor, in the second processor, the property settings of various different in kind is become a kind of programming rule, is user-friendly for programming.
2, in the present invention, the slot of Internet of Things development board base plate adopts magnetic interfaces, does not need the winding displacement mode understanding fully that each Internet of Things module is different, only the principle of magnetic interfaces " there is a natural attraction between the sexes " need be utilized can easily to realize assigning of Internet of Things module, and introduction fast;
3, sensor network study is developed seamless link with mobile client by the present invention, meets the requirement that user wishes to learn motive objects networking technology, realizes the end-to-end technology application of Internet of Things application and development fast.
Although embodiment of the present invention are open as above, it is not restricted to listed in specification and execution mode utilization.It can be applied to various applicable the field of the invention completely.For those skilled in the art, can easily realize other amendment.Therefore do not deviating under the universal that claim and equivalency range limit, the present invention is not limited to specific details and illustrates here and the legend described.
Claims (10)
1. an Internet of Things comprehensive training system, is characterized in that, comprising:
Internet of Things development board base plate, is provided with the first processor unit comprising the first communication module; And described Internet of Things development board base plate is also provided with at least one slot, and each slot is all connected with described first processor unit communications;
Internet of Things module, it simulates produce product to be networked, and described middle Internet of Things module includes characteristic submodule belonging at least one, and described Internet of Things module is inserted in described slot;
Wherein, the second processor unit comprising the second communication module is also provided with in described Internet of Things module; Under the state that described Internet of Things module inserts described slot, described second communication module is connected with described first communication module communication; And described second processor unit be all belonging to characteristic submodule various belonging to characteristic make unified programming rule, mutual with what realize with described first processor unit;
Wherein, in Internet of Things comprehensive practical traning process, by the program of Internet of Things module described in first processor unit or the second processor unit input control.
2. Internet of Things comprehensive training system as claimed in claim 1, it is characterized in that, described Internet of Things development board base plate comprises multiplex roles Internet of Things development board base plate and/or double nip radio communication base plate, wherein:
Be provided with two slots and a Power Management Unit in described double nip radio communication base plate, described Power Management Unit is that all the other electronic components in described double nip radio communication base plate are powered, to make described double nip radio communication base plate self-contained portable;
Be provided with in described multiplex roles Internet of Things development board base plate than slot more in described double nip radio communication base plate (1), and described slot is connected with described first processor unit communications by many slot bus unit.
3. Internet of Things comprehensive training system as claimed in claim 1, is characterized in that, belonging to described, characteristic submodule comprises: sensor characteristics submodule, execution characteristic submodule and switching characteristic submodule.
4. Internet of Things comprehensive training system as claimed in claim 1, is characterized in that, also comprise:
Cloud Server platform, it is connected by wireless communication networks with described Internet of Things development board base plate, to send test operation instruction to the Internet of Things module in described Internet of Things development board base plate and/or to show the operating state of each Internet of Things module under test operation instruction.
5. Internet of Things comprehensive training system as claimed in claim 4, is characterized in that, also comprise:
Mobile terminal, it is provided with real training application program, and described mobile terminal is connected with the communication of described Internet of Things development board base plate by described Cloud Server platform, or is directly connected with the communication of described Internet of Things development board base plate;
Wherein, by described real training application program, test operation instruction and/or show the operating state of each Internet of Things module under test operation instruction is sent to the Internet of Things module in described Internet of Things development board base plate.
6. Internet of Things comprehensive training system as claimed in claim 4, is characterized in that, when comprising multiplex roles Internet of Things development board base plate, including identity authenticating unit in described multiplex roles Internet of Things development board base plate, and
Described Internet of Things comprehensive training system also comprises mobile terminal, it is provided with real training application program, described mobile terminal, by described Cloud Server platform, utilizes described identity authenticating unit and described Internet of Things development board base plate to form communication annexation correspondingly.
7. Internet of Things comprehensive training system as claimed in claim 1, it is characterized in that, described slot is multiple, and described Internet of Things module is also multiple,
Wherein, property networking module and described slot are the equal structure of geomery.
8. Internet of Things comprehensive training system as claimed in claim 1, is characterized in that, described slot adopts the interface of magnetic fool proof.
9. Internet of Things comprehensive training system as claimed in claim 1, is characterized in that, described many slot bus unit adopts USB-HUB, USART-HUB or SPI-HUB frame mode.
10. Internet of Things comprehensive training system as claimed in claim 1, it is characterized in that, described Internet of Things development board base plate has multiple, and multistage communication connects, to form multistage Internet of Things development board base plate group each other.
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| CN201510582669.0A CN105187537B (en) | 2015-09-14 | 2015-09-14 | Internet of Things comprehensive training system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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