CN203982604U - Internet of Things board of education is carried formula practical traning platform - Google Patents
Internet of Things board of education is carried formula practical traning platform Download PDFInfo
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- CN203982604U CN203982604U CN201420468122.9U CN201420468122U CN203982604U CN 203982604 U CN203982604 U CN 203982604U CN 201420468122 U CN201420468122 U CN 201420468122U CN 203982604 U CN203982604 U CN 203982604U
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Abstract
The utility model relates to Internet of Things board of education and carries formula practical traning platform, and it comprises real training platen, and power supply, network wiring end and a plurality of Internet of Things experience system are installed on real training platen; Network wiring end has a plurality of signal output parts, and each signal output part of network wiring end is connected with corresponding signal input part in each Internet of Things experience system accordingly, and power supply is the components and parts power supply in each Internet of Things experience system.Practical traning platform takes up an area less, easy to maintenance, greatly saved the occupation of land space of the practical traning platforms such as existing sand table, visual result, the intelligent system that coordinates different external members, simulating reality environment, can on control desk, by changing input parameter, experience actual result of use, improve theory, technology-mapped to teaching efficiency in kind.
Description
Technical field
The utility model relates to teaching aid technical field, specifically refers to that Internet of Things board of education carries formula practical traning platform.
Background technology
Along with developing rapidly of technology of Internet of things, in the discipline construction of colleges and universities, also introduced gradually the teaching of closing ten Internet of Things.Comparatively abstract by ten Internet of Things, office coaching is difficult to make student to be understood intuitively, and the practical traning platform that therefore closes ten Internet of Things just uses and gives birth to.Internet of Things teaching comprehensive practical traning platform, mainly to build simulated environment, bond networking development kit, experimental box and instruments used for education, carry out application and development and teaching, for universal technology of Internet of things knowledge, make student reach preliminary cognitive and understanding to Internet of Things, and progressively experience and experience, finally realize and have object and directive Professional Course.
At present, ten buds are also located in the exploitation of closing ten Internet of Things practical traning platforms in colleges and universities, can only realize simple Internet of Things represents, specifically there is following shortcoming: 1) function singleness, existing Internet of Things educational training platform is few in number, of inadequate achievement, lacks a learning platform representative, technological incorporation degree is high, expansibility is good; 2) lack real world applications, extent for multiplexing and learning system have to be hoisted; 3) equipment is simple, can not intuitively highlight parts material object, sees that the personnel of study can not specifically understand the structure of arrived parts looking on, and order corresponding operating completes on backstage, and student lacks and starts chance; 4) real result is not directly perceived, and experimental result can only be the result processed of computing machine or show by imaging, and there is no concrete reference in kind, student simulates under abstract environment, and study impression is not deep.
Utility model content
The problems referred to above that exist for prior art, the purpose of this utility model is to provide a kind of feature richness, Internet of Things simple to operate, easy to use and that can intuitively the show comprehensive practical traning platform of imparting knowledge to students.
For achieving the above object, the utility model adopts following technical scheme: Internet of Things board of education is carried formula practical traning platform, comprises real training platen, and power supply, network wiring end and a plurality of Internet of Things experience system are installed on described real training platen; Described network wiring end has a plurality of signal output parts, and each signal output part of described network wiring end is connected with corresponding signal input part in each Internet of Things experience system accordingly, and described power supply is the components and parts power supply in each Internet of Things experience system.
As optimization, described Internet of Things experience system comprises automatic curtain system; Described automatic curtain system comprises slide rail, curtain controller, motor and simulation curtain; The signal input part of described curtain controller is connected with the curtain signal output part of network wiring end, and the signal output part of curtain controller is connected with motor; One end of described simulation curtain is arranged on slide rail, and described driven by motor simulation curtain slidably reciprocates along slide rail.
As optimization, described Internet of Things experience system comprises intelligent lighting system, and described intelligent lighting system comprises a plurality of lamps, controls the Zigbee module of lamp switch, the Zigbee module of light modulation; The Zigbee module of a plurality of wireless sockets and control wireless socket; Described a plurality of lamp is divided into two groups, and the lamp in every group is parallel with one another; Wherein each lamp in a group is connected with the dim signal output terminal of the Zigbee module of light modulation respectively, and each lamp in another group is connected with the lamp switch signal output part of controlling the Zigbee module of lamp switch respectively; Described a plurality of wireless socket is connected with the Zigbee modular jack power on/off signal end of controlling wireless socket respectively; The signal input part of the Zigbee module of described control lamp switch is connected with the switch lamp signal output part of network wiring end, the signal input part of the Zigbee module of light modulation is connected with the dim signal output terminal of network wiring end, and the signal input part of Zigbee module and the socket make-and-break signal output terminal of network wiring end of controlling wireless socket are connected.
As optimization, described Internet of Things experience system comprises intelligent appliance system, and described intelligent appliance system comprises the infrared forwarding module of Zigbee, TV simulating piece and air conditioning simulation part; The infrared forwarding module of described Zigbee comprises Zigbee module, infra-red ray transmitting unit and infrared receiver unit; The signal output part of Zigbee module and the signal input part of infra-red ray transmitting unit in the infrared forwarding module of described Zigbee are connected, and the signal input part of the Zigbee module in the infrared forwarding module of Zigbee is connected with the infrared signal output terminal of network wiring end; On described TV simulating piece and air conditioning simulation part, be separately installed with infrared receiver unit.
As optimization, described Internet of Things experience system comprises safety-protection system, and described safety-protection system comprises gate inhibition's subsystem and anti-invasion subsystem; Described gate inhibition's subsystem comprises analog gate and doorframe, the Zigbee module of door magnetic padlock and control gate magnetic padlock switch; Door magnetic main body and the magnet segment of described door magnetic padlock are arranged on analog gate and doorframe accordingly; The door magnetic padlock switching signal output terminal of the Zigbee module of described control gate magnetic padlock switch is connected with door magnetic main body, and the door magnetic padlock switching signal input end of the Zigbee module of control gate magnetic padlock switch is connected with the door magnetic padlock switching signal output terminal of network wiring end; The setting of described anti-invasion subsystem comprises a magnetic padlock sensor, infrared human body induction pick-up, glass break sensors, smoke transducer, the first alarm, the first alarm switch and the Zigbee module of controlling the first alarm switch: the signal output part of signal output part, the signal output part of infrared human body induction pick-up, the signal output part of glass break sensors and the smoke transducer of described door magnetic padlock sensor is connected with the signal input part of controlling the Zigbee module of the first alarm switch respectively; The signal input part of door magnetic padlock sensor is connected with a magnetic padlock signal output part for network wiring end, the signal input part of infrared human body induction pick-up and the infrared body sense signal output part of network wiring end is connected, the signal input part of glass break sensors and the glass breaking signal output part of network wiring end is connected, the signal input part of smoke transducer and the smoke signal output terminal of network wiring end are connected; The signal output part of the Zigbee module of described control the first alarm switch is connected with the signal input part of the first alarm switch, and the signal output part of the first alarm switch is connected with the signal input part of the first alarm.
As optimization, described Internet of Things experience system comprises environmental monitoring security system, described environmental monitoring security system comprises temperature sensor, humidity sensor, light sensor, firedamp sensor, flame sensor, smoke alarm, solenoid valve, relay, the second alarm, the Zigbee module of the second alarm switch and control the second alarm switch: the signal output part of described temperature sensor, the signal output part of humidity sensor, the signal output part of light sensor, the signal output part of firedamp sensor, the signal output part of flame sensor is connected with the signal output part of controlling the Zigbee module of the second alarm switch respectively with the signal output part of smoke alarm, the signal input part of temperature sensor is connected with the temperature signal output terminal of network wiring end, the signal input part of humidity sensor and the moisture signal output terminal of network wiring end is connected, the signal input part of light sensor and the photosensor signal output terminal of network wiring end is connected, the signal input part of firedamp sensor and the Gas Signal output terminal of network wiring end is connected, the signal input part of flame sensor and the flare up fire output terminal of network wiring end are connected, and the signal input part of smoke alarm is connected with the smoke signal output terminal of network wiring end, the Zigbee module of described control the second alarm switch has three signals, one of them signal output part is connected with the signal input part of the second alarm switch, second signal output part is connected with the coil of relay, and the 3rd signal output part is connected with the coil of solenoid valve, the signal output part of the second alarm switch is connected with the signal input part of the second alarm.
With respect to prior art, the utlity model has following advantage:
1, the practical traning platform that the utility model provides takes up an area less, easy to maintenance, the occupation of land space of greatly having saved the practical traning platforms such as existing sand table.
2, visual result, coordinates the intelligent system of different external members, and simulating reality environment can be experienced actual result of use by changing input parameter on control desk, has improved theoretical, technology-mapped to teaching efficiency in kind.
3, easily understand, by realizing the simulation of product, coordinate the different external members of manual setting, make learner recognize and respectively to realize product role in Internet of Things by this practical traning platform, further deepen the understanding to technology of Internet of things application.
4, diverse in function, this practical traning platform comprises a plurality of real simulation systems, than existing Internet of Things education practical traning platform, has more study project and possibility.
Accompanying drawing explanation
Fig. 1 is the structural representation that Internet of Things board of education is carried formula practical traning platform.
Fig. 2 is the theory diagram of automatic curtain system.
Fig. 3 is the theory diagram of intelligent lighting system.
Fig. 4 is the theory diagram of the infrared forwarding module of Zigbee in intelligent appliance system.
Fig. 5 is the theory diagram of safety-protection system.
Fig. 6 is the theory diagram of environmental monitoring security system.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Referring to Fig. 1 to Fig. 6, Internet of Things board of education is carried formula practical traning platform, comprises real training platen 2, and power supply 10, network wiring end 20 and a plurality of Internet of Things experience system are installed on real training platen 2; Network wiring end 20 has a plurality of signal output parts, and each signal output part of network wiring end 20 is connected with the corresponding signal input part in each Internet of Things experience system accordingly, and power supply is the components and parts power supply in each Internet of Things experience system.
Internet of Things experience system comprises automatic curtain system 30, intelligent lighting system 40, intelligent appliance system 50, safety-protection system 60 and environmental monitoring security system 70.
Described automatic curtain system 30 comprises slide rail, curtain controller 32, motor 33 and simulation curtain 34; The signal input part of described curtain controller 32 is connected with the curtain signal output part of network wiring end 20, and the signal output part of curtain controller 32 is connected with motor 33; One end of described simulation curtain 34 is arranged on slide rail, and described motor 33 drives simulation curtain 34 to slidably reciprocate along slide rail.Described curtain controller adopts prior art middle controller, such as adopting wlw-011.
Described intelligent lighting system comprises a plurality of lamps 41, controls the Zigbee module 45 of lamp switch, the Zigbee module 42 of light modulation; The Zigbee module 44 of a plurality of wireless sockets 43 and control wireless socket; Control the Zigbee module 45 of lamp switch, the Zigbee module 44 chip models of the Zigbee module 42 of light modulation and control wireless socket are all CC2530.
A plurality of lamps are divided into two groups, and the lamp in every group is parallel with one another; Wherein each lamp in a group is connected with the dim signal output terminal of the Zigbee module 42 of light modulation respectively, and each lamp in another group is connected with the lamp switch signal output part of controlling the Zigbee module 45 of lamp switch respectively; A plurality of wireless sockets 43 are connected with the Zigbee module 44 socket power on/off signal ends of controlling wireless socket respectively; The signal input part of Zigbee module 45 and the switch lamp signal output part of network wiring end 20 of controlling lamp switch are connected, the signal input part of the Zigbee module 42 of light modulation is connected with the dim signal output terminal of network wiring end 20, and the signal input part of Zigbee module 44 and the socket make-and-break signal output terminal of network wiring end 20 of controlling wireless socket are connected.
Described intelligent appliance system 50 comprises the infrared forwarding module 51 of Zigbee, TV simulating piece and air conditioning simulation part;
The infrared forwarding module 51 of Zigbee comprises that the chip model of Zigbee module 52(Zigbee module is CC2530), infra-red ray transmitting unit 53 and infrared receiver unit 54; The signal output part of the Zigbee module 52 in the infrared forwarding module of Zigbee is connected with the signal input part of infra-red ray transmitting unit 53, and the signal input part of the Zigbee module 52 in the infrared forwarding module of Zigbee is connected with the infrared signal output terminal of network wiring end 20; On described TV simulating piece and air conditioning simulation part, be separately installed with infrared receiver unit 54.
Described safety-protection system 60 comprises gate inhibition's subsystem 61 and anti-invasion subsystem 62; Gate inhibition's subsystem 61 comprises analog gate and doorframe, the Zigbee module of door magnetic padlock and control gate magnetic padlock switch; Door magnetic main body and the magnet segment of door magnetic padlock are arranged on analog gate and doorframe accordingly; The door magnetic padlock switching signal output terminal of the Zigbee module of control gate magnetic padlock switch is connected with door magnetic main body, and the door magnetic padlock switching signal input end of the Zigbee module of control gate magnetic padlock switch is connected with the door magnetic padlock switching signal output terminal of network wiring end 20; The chip model of Zigbee module is CC2530.
Anti-invasion subsystem 62 arranges and comprises a magnetic padlock sensor 621, infrared human body induction pick-up 622, glass break sensors 623, smoke transducer 624, the Zigbee module 625 of the first alarm 627, the first alarm switches 626 and control the first alarm switch: the chip model of controlling the Zigbee module 625 of the first alarm switch is CC2530.
The signal output part of signal output part, the signal output part of infrared human body induction pick-up 622, the signal output part of glass break sensors 623 and the smoke transducer 624 of described door magnetic padlock sensor 621 is connected with the signal input part of controlling the Zigbee module 625 of the first alarm switch respectively; The signal input part of door magnetic padlock sensor 621 is connected with a magnetic padlock signal output part for network wiring end 20, the signal input part of infrared human body the induction pick-up 622 and infrared body sense signal output part of network wiring end 20 is connected, the signal input part of the glass break sensors 623 and glass breaking signal output part of network wiring end 20 is connected, the signal input part of smoke transducer 624 and the smoke signal output terminal of network wiring end 20 are connected; The signal output part of controlling the Zigbee module 625 of the first alarm switch is connected with the signal input part of the first alarm switch 626, and the signal output part of the first alarm switch 626 is connected with the signal input part of the first alarm 627.
Described environmental monitoring security system comprises temperature sensor 71, humidity sensor 72, light sensor 73, firedamp sensor 74, flame sensor 75, smoke alarm 76, spray system in solenoid valve 80(simulation reality), exhaust fan in relay 79(simulation reality), the second alarm 81, the Zigbee module 77 of the second alarm switch 78 and control the second alarm switch: the signal output part of temperature sensor 71, the signal output part of humidity sensor 72, the signal output part of light sensor 73, the signal output part of firedamp sensor 74, the signal output part of the signal output part of flame sensor 75 and smoke alarm 76 is connected with the signal output part of controlling the Zigbee module 77 of the second alarm switch respectively, the chip model of the Zigbee module of the second alarm switch is CC2530.
The signal input part of temperature sensor 71 is connected with the temperature signal output terminal of network wiring end 20, the signal input part of humidity sensor 72 is connected with the moisture signal output terminal of network wiring end 20, the signal input part of light sensor 73 is connected with the photosensor signal output terminal of network wiring end 20, the signal input part of firedamp sensor 74 is connected with the Gas Signal output terminal of network wiring end 20, the signal input part of flame sensor 75 is connected with the flare up fire output terminal of network wiring end 20, the signal input part of smoke alarm 76 is connected with the smoke signal output terminal of network wiring end 20, the Zigbee module 77 of controlling the second alarm switch has three signals, one of them signal output part is connected with the signal input part of the second alarm switch 78, second signal output part is connected with the coil of relay 79, and the 3rd signal output part is connected with the coil of solenoid valve 80, the signal output part of the second alarm switch 78 is connected with the signal input part of the second alarm 81.
When the Internet of Things board of education of using the utility model to provide is carried formula practical traning platform, can an extraneous server, by server, be connected with the signal input part of network wiring end, the coherent signal input that each Internet of Things experience system is needed, thus play the effect that simulating reality is product.
Finally explanation is, above embodiment is only unrestricted in order to the technical solution of the utility model to be described, although the utility model is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can modify or be equal to replacement the technical solution of the utility model, and not departing from aim and the scope of technical solutions of the utility model, it all should be encompassed in the middle of claim scope of the present utility model.
Claims (6)
1. Internet of Things board of education is carried formula practical traning platform, it is characterized in that: comprise real training platen (2), power supply (10), network wiring end (20) and a plurality of Internet of Things experience system are installed on described real training platen (2);
Described network wiring end (20) has a plurality of signal output parts, each signal output part of described network wiring end (20) is connected with corresponding signal input part in each Internet of Things experience system accordingly, and described power supply (10) is the components and parts power supply in each Internet of Things experience system.
2. Internet of Things board of education as claimed in claim 1 is carried formula practical traning platform, it is characterized in that: described Internet of Things experience system comprises automatic curtain system; Described automatic curtain system comprises slide rail, curtain controller (32), motor (33) and simulation curtain (34);
The signal input part of described curtain controller (32) is connected with the curtain signal output part of network wiring end (20), and the signal output part of curtain controller (32) is connected with motor (33); One end of described simulation curtain (34) is arranged on slide rail, and described motor (33) drives simulation curtain (34) to slidably reciprocate along slide rail.
3. Internet of Things board of education as claimed in claim 1 is carried formula practical traning platform, it is characterized in that: described Internet of Things experience system comprises intelligent lighting system (40), described intelligent lighting system (40) comprises a plurality of lamps (41), control the Zigbee module (45) of lamp switch, the Zigbee module (42) of light modulation; The Zigbee module (44) of a plurality of wireless sockets (43) and control wireless socket;
Described a plurality of lamp (41) is divided into two groups, and the lamp in every group is parallel with one another; Wherein each lamp in a group is connected with the dim signal output terminal of the Zigbee module (42) of light modulation respectively, and each lamp in another group is connected with the lamp switch signal output part of controlling the Zigbee module (45) of lamp switch respectively;
Described a plurality of wireless socket (43) is connected with Zigbee module (44) the socket power on/off signal end of controlling wireless socket respectively;
The signal input part of the Zigbee module (45) of described control lamp switch is connected with the switch lamp signal output part of network wiring end (20), the signal input part of the Zigbee module (42) of light modulation is connected with the dim signal output terminal of network wiring end (20), and the signal input part of Zigbee module (44) and the socket make-and-break signal output terminal of network wiring end (20) of controlling wireless socket are connected.
4. Internet of Things board of education as claimed in claim 1 is carried formula practical traning platform, it is characterized in that: described Internet of Things experience system comprises intelligent appliance system (50), described intelligent appliance system (50) comprises the infrared forwarding module of Zigbee (51), TV simulating piece and air conditioning simulation part;
The infrared forwarding module of described Zigbee (51) comprises Zigbee module (52), infra-red ray transmitting unit (53) and infrared receiver unit (54); The signal output part of the Zigbee module (52) in the infrared forwarding module of described Zigbee is connected with the signal input part of infra-red ray transmitting unit (53), and the signal input part of the Zigbee module (51) in the infrared forwarding module of Zigbee is connected with the infrared signal output terminal of network wiring end (20);
On described TV simulating piece and air conditioning simulation part, be separately installed with infrared receiver unit (54).
5. Internet of Things board of education as claimed in claim 1 is carried formula practical traning platform, it is characterized in that: described Internet of Things experience system comprises safety-protection system, and described safety-protection system comprises gate inhibition's subsystem (61) and anti-invasion subsystem (62);
Described gate inhibition's subsystem (61) comprises analog gate and doorframe, the Zigbee module of door magnetic padlock and control gate magnetic padlock switch;
Door magnetic main body and the magnet segment of described door magnetic padlock are arranged on analog gate and doorframe accordingly;
The door magnetic padlock switching signal output terminal of the Zigbee module of described control gate magnetic padlock switch is connected with door magnetic main body, and the door magnetic padlock switching signal input end of the Zigbee module of control gate magnetic padlock switch is connected with the door magnetic padlock switching signal output terminal of network wiring end (20);
Described anti-invasion subsystem (62) setting comprises a magnetic padlock sensor (621), infrared human body induction pick-up (622), glass break sensors (623), smoke transducer (624), the first alarm (627), the Zigbee module (625) of the first alarm switch (626) and control the first alarm switch:
The signal output part of signal output part, the signal output part of infrared human body induction pick-up (622), the signal output part of glass break sensors (623) and the smoke transducer (624) of described door magnetic padlock sensor (621) is connected with the signal input part of controlling the Zigbee module (625) of the first alarm switch respectively;
The signal input part of door magnetic padlock sensor (621) is connected with the door magnetic padlock signal output part of network wiring end (20), the signal input part of infrared human body induction pick-up (622) is connected with the infrared body sense signal output part of network wiring end (20), the signal input part of glass break sensors (623) is connected with the glass breaking signal output part of network wiring end (20), the signal input part of smoke transducer (624) is connected with the smoke signal output terminal of network wiring end (20),
The signal output part of the Zigbee module (625) of described control the first alarm switch is connected with the signal input part of the first alarm switch (626), and the signal output part of the first alarm switch (626) is connected with the signal input part of the first alarm (627).
6. Internet of Things board of education as claimed in claim 1 is carried formula practical traning platform, it is characterized in that: described Internet of Things experience system comprises environmental monitoring security system (70);
Described environmental monitoring security system (70) comprises temperature sensor (71), humidity sensor (72), light sensor (73), firedamp sensor (74), flame sensor (75), smoke alarm (76), solenoid valve (80), relay (79), the second alarm (81), the second alarm switch (78) and controls the Zigbee module (77) of the second alarm switch:
The signal output part of the signal output part of the signal output part of the signal output part of the signal output part of the signal output part of described temperature sensor (71), humidity sensor (72), light sensor (73), firedamp sensor (74), flame sensor (75) and smoke alarm (76) is connected with the signal output part of controlling the Zigbee module (77) of the second alarm switch respectively;
The signal input part of temperature sensor (71) is connected with the temperature signal output terminal of network wiring end (20), the signal input part of humidity sensor (72) is connected with the moisture signal output terminal of network wiring end (20), the signal input part of light sensor (73) is connected with the photosensor signal output terminal of network wiring end (20), the signal input part of firedamp sensor (74) is connected with the Gas Signal output terminal of network wiring end (20), the signal input part of flame sensor (75) is connected with the flare up fire output terminal of network wiring end (20), the signal input part of smoke alarm (76) is connected with the smoke signal output terminal of network wiring end (20),
The Zigbee module (77) of described control the second alarm switch has three signals, one of them signal output part is connected with the signal input part of the second alarm switch (78), second signal output part is connected with the coil of relay (79), and the 3rd signal output part is connected with the coil of solenoid valve (80);
The signal output part of the second alarm switch (78) is connected with the signal input part of the second alarm (81).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420468122.9U CN203982604U (en) | 2014-08-19 | 2014-08-19 | Internet of Things board of education is carried formula practical traning platform |
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| CN201420468122.9U CN203982604U (en) | 2014-08-19 | 2014-08-19 | Internet of Things board of education is carried formula practical traning platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108091197A (en) * | 2017-12-16 | 2018-05-29 | 长沙志鸿文化传媒有限公司 | Internet of Things teaching on-board practical traning platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108091197A (en) * | 2017-12-16 | 2018-05-29 | 长沙志鸿文化传媒有限公司 | Internet of Things teaching on-board practical traning platform |
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