CN203405976U - Ethernet teaching comprehensive training platform - Google Patents
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- CN203405976U CN203405976U CN201320544034.8U CN201320544034U CN203405976U CN 203405976 U CN203405976 U CN 203405976U CN 201320544034 U CN201320544034 U CN 201320544034U CN 203405976 U CN203405976 U CN 203405976U
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Abstract
The utility model discloses an ethernet teaching comprehensive training platform. The training platform comprises a cabinet and a cabinet door matching the cabinet. An ethernet training unit is disposed inside the cabinet. The ethernet training unit comprises a central controller, a touch screen and an intelligent agricultural kit, an intelligent household kit, an intelligent traffic kit and an intelligent logistics kit. The central controller is communicated with the touch screen. The central controller is separately connected with automatic devices of the intelligent kits through the corresponding kit interfaces. The training platform has abundant functions, simple operation, convenient usage and visual display, and meets the requirements of accelerating popularization and utilization of the knowledge of the Ethernet.
Description
Technical field
The utility model relates to Internet of Things science and technology teaching utility appliance field, particularly a kind of Internet of Things education practical traning platform.
Background technology
Along with also having introduced gradually the teaching about Internet of Things in the discipline construction that develops ， colleges and universities rapidly of technology of Internet of things.Because Internet of Things is comparatively abstract, office coaching is difficult to make student to be understood intuitively, and therefore the practical traning platform about 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, exploitation about Internet of Things practical traning platform in colleges and universities is also in the embryonic stage, 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 seen parts looking on, and corresponding operating completes on backstage, and student lacks and starts chance; 4) experimental 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.
Summary of the invention
The technical matters that the utility model solves is to provide a kind of feature richness, simple to operate, the easy to use and Internet of Things teaching comprehensive practical traning platform that can intuitively show, to accelerate the universal of Internet of Things knowledge and to use.
For solving the problems of the technologies described above, technical solution adopted in the utility model is as follows.
Internet of Things teaching comprehensive practical traning platform, comprise cabinet and the cabinet door mutually equipped with cabinet, in described cabinet, be provided with Internet of Things training unit, described Internet of Things training unit comprises central controller, touch-screen and reading intelligent agriculture external member, Smart Home external member, intelligent transportation external member and Intelligent logistics external member, the mutual communication of described central controller and touch-screen, central controller is connected with the automation equipment in each intelligent external member respectively by corresponding external member interface.
The concrete structure of described reading intelligent agriculture external member is: described reading intelligent agriculture external member comprises and be arranged on the sand table of cabinet bottom and be arranged on cabinet top for detection of sand table every terms of information and control in sand table the agricultural intelligence district of each system operation, and the intelligent district of described agricultural has and is divided into warmhouse booth functional areas and functional areas, intelligent fish pond;
Described warmhouse booth functional areas are provided with proportion of crop planting information acquisition module and proportion of crop planting automatically performs module; Wherein proportion of crop planting information acquisition module comprise be connected with agriculture external member interface input end respectively for monitoring the soil temperature-moisture sensor of soil temperature and humidity, for monitoring the aerial temperature and humidity sensor of aerial temperature and humidity, for monitoring the soil acidity or alkalinity sensor of soil acidity or alkalinity, for detection of the soil moisture sensor of soil moisture and for monitoring the light sensor of sand table surrounding environment light intensity; Proportion of crop planting automatically perform module comprise be connected with agriculture external member interface output terminal respectively for implementing the automatic irrigation system of sprinkling irrigation according to central controller instruction, for implementing the automatic ventilation system of ventilation according to central controller instruction, for the automatic heating system implementing to heat according to central controller instruction and for implementing according to central controller instruction the greenhouse rolling blind system that roller shutter is put curtain;
Described intelligent fish pond functional area comprises and is arranged on cabinet top for detection of fish pond every terms of information and controls in fish pond the intelligence district, fish pond of each system operation, is provided with fish pond information acquisition module and fish pond automatically performs module in intelligence district, described fish pond; Wherein fish pond information acquisition module comprise be connected with agriculture external member interface input end respectively for monitoring the cooling-water temperature sensor of fish pond water temperature and for monitoring the water oxygen level sensor of water oxygen level; Fish pond automatically perform module comprise be connected with agriculture external member interface output terminal respectively for implementing the automatic water heating system of water heating according to central controller instruction, for increasing the oxygen increasing pump system of water oxygen gas content according to central controller instruction and for realize the water circulation system that the water in fish pond is circulated and banished according to central controller instruction.
The concrete structure of described Smart Home external member is: described Smart Home external member comprises and be arranged on cabinet top for detection of the home furnishings intelligent district of each system operation in indoor every terms of information pulpit, is provided with Household information acquisition module and household automatically performs module in described home furnishings intelligent district; Wherein Household information acquisition module comprise the combustible gas monitoring module for detection of indoor inflammable gas content that is connected with household external member interface input end respectively, for detection of the Temperature Humidity Sensor of indoor temperature and humidity, for detection of whether rainy Raindrop sensor, the vibration transducer whether vibrating for detection of house, for detection of the light intensity detection module of indoor light intensity and for monitoring the gate inhibition's module that whether has abnormal personnel to come in and go out; Household automatically perform module comprise by relay module, be connected with agriculture external member interface output terminal respectively for controlling fan control module that fan opens and closes according to central controller instruction, for controlling window control module that window opens and closes according to central controller instruction, for controlling the lighting lamp control module that lighting lamp opens and closes according to central controller instruction and opening and the curtain control module of drawing over to one's side for controlling curtain according to central controller instruction.
The concrete structure of described intelligent transportation external member is: described intelligent transportation external member comprises and be arranged on cabinet top for detection of transport information the traffic intelligent district that directs traffic, is provided with traffic information collection module and traffic automatically performs module in described traffic intelligent district; Wherein traffic information collection module comprises intelligent carriage and the GPS module for detection of intelligent carriage present position being connected with traffic external member interface input end respectively and for the infrared perceptron of measurement road vehicle flowrate; Traffic automatically perform module comprise by wireless network module, be connected with traffic external member interface output terminal for according to central controller instruction, control banister open with the automatic banister control module of closing and for according to central controller instruction send the intelligent sound module of traffic voice messaging.
The concrete structure of described Intelligent logistics external member is: described Intelligent logistics external member comprises and cabinet top is set for realizing goods and trace to the source and the Intelligent logistics district of storage environment monitoring, is provided with goods trace to the source module and storage environment monitoring module in described Intelligent logistics district; Wherein goods trace to the source module comprise the goods electronic tag storehouse that is connected with central controller by logistics external member interface respectively, for storing the RFID digitizing storehouse of RFID information and for reading and writing the RFID module for reading and writing of rfid card; Storage environment monitoring module comprises the smoke detector for detection of warehouse amount of smoke that is connected with central controller by logistics external member interface and for detection of the warehouse Temperature Humidity Sensor of warehouse humiture, described smoke detector is connected with logistics external member interface by GPRS module with warehouse Temperature Humidity Sensor.
Improvement of the present utility model is: in described cabinet, be also provided with for to the camera of field condition implementing monitoring and the alarm module that sends warning message, the signal wire of camera is connected with the input end of mainboard gateway, and the input end of alarm module is connected with the output terminal of mainboard gateway; Described mainboard gateway and central controller interconnection.
Further improvement of the utility model is: four drift angle places of the lower surface of described cabinet arrange respectively a universal wheel.
Owing to having adopted above technical scheme, the obtained technical progress of the utility model is as follows.
The utility model floor area is little, easy to use, simple to operate, by showing intuitively and shirtsleeve operation, strengthens students ' practical ability, makes student have deeper understanding to technology of Internet of things.Application of the present utility model, can make learner fully understand Internet of things system structure and form and principle, grasps the application of technology of Internet of things, and can carry out by the utility model the stand-alone development of Internet of things system.The complex professional data of networking, improves understanding application and the manipulative ability of learner to technology of Internet of things study targetedly.
The utlity model has following advantage:
1) diverse in function, this practical traning platform is realized the teaching of different product and application by foundation suite lift-launch various combination module, than existing Internet of Things education practical traning platform, have more study project and possibility.
2) easily understand, by the form of disparate modules combination is realized to product function, coordinate the different external members of manual setting, make learner recognize each module role in product by this practical traning platform, further deepen the understanding to technology of Internet of things application.
3) visual result, coordinates the intelligent sand table 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.
4) occupation of land is less, easy to maintenance, owing to having adopted, loads replaceable external member and sand table, for different practical training projects, only needs a practical traning platform, has greatly saved unnecessary unnecessary practical traning platform and has taken up an area space.And this utility model adopts variable sheet material and inner part isolating construction immediately, facilitate daily administering and maintaining.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of Internet of Things training unit described in the utility model.
Fig. 2 is the structured flowchart of described warmhouse booth functional areas.
Fig. 3 is the structured flowchart of functional areas, described intelligent fish pond.
Fig. 4 is the structured flowchart of described Smart Home external member.
Fig. 5 is the structured flowchart of described intelligent transportation external member.
Fig. 6 is the structured flowchart of described Intelligent logistics external member.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is further elaborated.
A kind of Internet of Things teaching comprehensive practical traning platform, simulate the actual working environment of selected external member, the method that adopts technology of Internet of things, embedded technology, RFID technology, Zigbee-technology, WIFI technology and Bluetooth technology to combine, coordinates various sensors (aerial temperature and humidity sensor, soil temperature-moisture sensor, illuminance sensor etc.) realize the collection of the several data such as temperature, appropriateness, illuminance, gas and control experiment.Intelligent platform has user's access and controls function.
Internet of Things teaching comprehensive practical traning platform comprises cabinet and the cabinet door mutually equipped with cabinet, in described cabinet, be provided with Internet of Things training unit, the structured flowchart of Internet of Things training unit as shown in Figure 1, comprise central controller, touch-screen and reading intelligent agriculture external member, Smart Home external member, intelligent transportation external member and Intelligent logistics external member, the mutual communication of described central controller and touch-screen, central controller is connected with the automation equipment in each intelligent external member respectively by corresponding external member interface.
In cabinet, be also provided with for to the camera of field condition implementing monitoring and the alarm module that sends warning message, the signal wire of camera is connected with the input end of mainboard gateway, and the input end of alarm module is connected with the output terminal of mainboard gateway; Described mainboard gateway and central controller interconnection.
Reading intelligent agriculture external member comprises and is arranged on the sand table of cabinet bottom and is arranged on cabinet top for detection of sand table every terms of information and controls in sand table the agricultural intelligence district of each system operation, and the intelligent district of described agricultural has and is divided into warmhouse booth functional areas and functional areas, intelligent fish pond.
Warmhouse booth functional areas can timing acquiring air themperature, air humidity, intensity of illumination, and the soil moisture and moisture etc. obtain the top condition of plant growth, by automatic adjusting greenhouse, realize that greenhouse is intensive, networking telemanagement.The structured flowchart of warmhouse booth functional areas as shown in Figure 2, comprises that proportion of crop planting information acquisition module and proportion of crop planting automatically perform module.
Wherein proportion of crop planting information acquisition module comprise be connected with agriculture external member interface input end respectively for monitoring the soil temperature-moisture sensor of soil temperature and humidity, for monitoring the aerial temperature and humidity sensor of aerial temperature and humidity, for monitoring the soil acidity or alkalinity sensor of soil acidity or alkalinity, for detection of the soil moisture sensor of soil moisture and for monitoring the light sensor of sand table surrounding environment light intensity.
Proportion of crop planting automatically perform module comprise be connected with agriculture external member interface output terminal respectively for implementing the automatic irrigation system of sprinkling irrigation according to central controller instruction, for implementing the automatic ventilation system of ventilation according to central controller instruction, for the automatic heating system implementing to heat according to central controller instruction and for implementing according to central controller instruction the greenhouse rolling blind system that roller shutter is put curtain.
Warmhouse booth functional areas, by timing acquiring air themperature, air humidity, intensity of illumination, the soil moisture and moisture etc., obtain the top condition of plant growth, by automatic adjusting greenhouse, realize that greenhouse is intensive, networking telemanagement.Utilize ZigBee telegon, by sensing control node, environmental monitoring data is transferred to central controller, and is shown to user with graph mode.When Monitoring Data occurs when abnormal, can utilize software network to realize the automatic control to greenhouse facilities, also can pass through Internet network, short information of cell phone remote monitoring of environmental information and equipment running status etc.For example, when the soil moisture of warmhouse booth is too low, supervisory system can give the alarm automatically, can automatically open irrigation system simultaneously, and soil is carried out to automatic irrigation, and user's mobile phone also can be received corresponding information.
Intelligence fish pond functional areas can timing acquiring water temperature, water oxygen level etc., obtains the top condition of fish growth, by automatic water temperature regulation environment, realize that fish pond is intensive, networking telemanagement.The structured flowchart of functional areas, intelligence fish pond as shown in Figure 3, comprise and be arranged on cabinet top for detection of fish pond every terms of information and control in fish pond the intelligence district, fish pond of each system operation, in intelligence district, described fish pond, be provided with fish pond information acquisition module and fish pond automatically performs module.
Wherein fish pond information acquisition module comprise be connected with agriculture external member interface input end respectively for monitoring the cooling-water temperature sensor of fish pond water temperature and for monitoring the water oxygen level sensor of water oxygen level.Fish pond automatically perform module comprise be connected with agriculture external member interface output terminal respectively for implementing the automatic water heating system of water heating according to central controller instruction, for increasing the oxygen increasing pump system of water oxygen gas content according to central controller instruction and for realize the water circulation system that the water in fish pond is circulated and banished according to central controller instruction.
Intelligence fish pond functional areas, by timing acquiring water temperature, water oxygen level etc., obtain the top condition of fish growth, by automatic adjusting water environment, realize that fish pond is intensive, networking telemanagement.What intelligence fish pond adopted is automatic cycle water system, can fully guarantee the growing environment of fish, when water temperature is too low, can automatically open temperature-increasing system, and water temperature is regulated.When oxygen level in water is not enough, system also can give the alarm automatically, and signal is transferred to central controller, also can automatically open aeration system simultaneously, guarantees that there is the suitable environment of an applicable fish growth in fish pond, has realized the intelligentized control in fish pond and management.
Smart Home external member is used Internet of Things cognition technology, sensor technology and Radio Transmission Technology etc., by central controller, the various Internet of Things modules relevant with life staying idle at home is organically combined into a system.The structure of Smart Home external member as shown in Figure 4, comprises and is arranged on cabinet top for detection of the home furnishings intelligent district of each system operation in indoor every terms of information pulpit, is provided with Household information acquisition module and household automatically performs module in described home furnishings intelligent district.
Wherein Household information acquisition module comprise the combustible gas monitoring module for detection of indoor inflammable gas content that is connected with household external member interface input end respectively, for detection of the Temperature Humidity Sensor of indoor temperature and humidity, for detection of whether rainy Raindrop sensor, the vibration transducer whether vibrating for detection of house, for detection of the light intensity detection module of indoor light intensity and for monitoring the gate inhibition's module that whether has abnormal personnel to come in and go out.
Household automatically perform module comprise by relay module, be connected with agriculture external member interface output terminal respectively for controlling fan control module that fan opens and closes according to central controller instruction, for controlling window control module that window opens and closes according to central controller instruction, for controlling the lighting lamp control module that lighting lamp opens and closes according to central controller instruction and opening and the curtain control module of drawing over to one's side for controlling curtain according to central controller instruction.
Smart Home external member is by setting up a communication network, for the communication of modules provides necessary path, under the control of central controller, by corresponding hardware and topworks, realize each node of all Smart Homes functional areas is controlled and monitored.For example the humiture collection module node in region can be monitored the humiture situation of surrounding environment in real time, and on touch-screen, demonstrates corresponding humiture value.When temperature surpasses setting value, alarm module can give the alarm, and can automatically open ventilating system (user can set corresponding series connection node).The information such as whether the light sensor node in region, combustible gas sensor node, Raindrop sensor node, gate inhibition's module node etc. can gather respectively illumination in environment, combustable gas concentration, rain, abnormal personnel enter, communication is arrived to central controller simultaneously, on touch-screen, demonstrate the relevant information collecting, then go to control corresponding module action.
The structured flowchart of intelligent transportation external member as shown in Figure 5, comprises and is arranged on cabinet top for detection of transport information the traffic intelligent district that directs traffic, is provided with traffic information collection module and traffic automatically performs module in described traffic intelligent district.
Wherein traffic information collection module comprises intelligent carriage and the GPS module for detection of intelligent carriage present position being connected with traffic external member interface input end respectively and for the infrared perceptron of measurement road vehicle flowrate.
Traffic automatically perform module comprise by wireless network module, be connected with traffic external member interface output terminal for according to central controller instruction, control banister open with the automatic banister control module of closing and for according to central controller instruction send the intelligent sound module of traffic voice messaging.
Intelligent transportation external member is by being arranged on the information sensing equipment such as infrared ray perceptron on intelligent carriage, GPS module (GPS), simulation actual traffic situation, pass through message exchange and communicate by letter, can realize intelligent identification, location, follow the tracks of, monitor and management, by central controller, monitor information of road surface and information of vehicles.
The structured flowchart of Intelligent logistics external member as shown in Figure 6, comprises and cabinet top is set for realizing goods and trace to the source and the Intelligent logistics district of storage environment monitoring, is provided with goods trace to the source module and storage environment monitoring module in described Intelligent logistics district.
Wherein the goods module of tracing to the source is traced to the source to the goods information in turnover warehouse based on RFID technology, comprises the goods electronic tag storehouse that is connected with central controller by logistics external member interface respectively, for storing the RFID digitizing storehouse of RFID information and for reading and writing the RFID module for reading and writing of rfid card.
Storage environment monitoring module is monitored environment in warehoused cargo warehouse based on Internet of Things wireless sensor technology, comprise the smoke detector for detection of warehouse amount of smoke that is connected with central controller by logistics external member interface and for detection of the warehouse Temperature Humidity Sensor of warehouse humiture, described smoke detector is connected with logistics external member interface by GPRS module with warehouse Temperature Humidity Sensor.
Four drift angle places of the lower surface of cabinet described in the utility model arrange respectively a universal wheel, convenient mobile.
Each described in the utility model, for the sensor of measuring-signal, can mutually be changed use in other external members.
Claims (7)
1. Internet of Things teaching comprehensive practical traning platform, it is characterized in that: comprise cabinet and the cabinet door mutually equipped with cabinet, in described cabinet, be provided with Internet of Things training unit, described Internet of Things training unit comprises central controller, touch-screen and reading intelligent agriculture external member, Smart Home external member, intelligent transportation external member and Intelligent logistics external member, the mutual communication of described central controller and touch-screen, central controller is connected with the automation equipment in each intelligent external member respectively by corresponding external member interface.
2. Internet of Things according to claim 1 teaching comprehensive practical traning platform, it is characterized in that: described reading intelligent agriculture external member comprises and be arranged on the sand table of cabinet bottom and be arranged on cabinet top for detection of sand table every terms of information and control in sand table the agricultural intelligence district of each system operation, the intelligent district of described agricultural has and is divided into warmhouse booth functional areas and functional areas, intelligent fish pond;
Described warmhouse booth functional areas are provided with proportion of crop planting information acquisition module and proportion of crop planting automatically performs module; Wherein proportion of crop planting information acquisition module comprise be connected with agriculture external member interface input end respectively for monitoring the soil temperature-moisture sensor of soil temperature and humidity, for monitoring the aerial temperature and humidity sensor of aerial temperature and humidity, for monitoring the soil acidity or alkalinity sensor of soil acidity or alkalinity, for detection of the soil moisture sensor of soil moisture and for monitoring the light sensor of sand table surrounding environment light intensity; Proportion of crop planting automatically perform module comprise be connected with agriculture external member interface output terminal respectively for implementing the automatic irrigation system of sprinkling irrigation according to central controller instruction, for implementing the automatic ventilation system of ventilation according to central controller instruction, for the automatic heating system implementing to heat according to central controller instruction and for implementing according to central controller instruction the greenhouse rolling blind system that roller shutter is put curtain;
Described intelligent fish pond functional area comprises and is arranged on cabinet top for detection of fish pond every terms of information and controls in fish pond the intelligence district, fish pond of each system operation, is provided with fish pond information acquisition module and fish pond automatically performs module in intelligence district, described fish pond; Wherein fish pond information acquisition module comprise be connected with agriculture external member interface input end respectively for monitoring the cooling-water temperature sensor of fish pond water temperature and for monitoring the water oxygen level sensor of water oxygen level; Fish pond automatically perform module comprise be connected with agriculture external member interface output terminal respectively for implementing the automatic water heating system of water heating according to central controller instruction, for increasing the oxygen increasing pump system of water oxygen gas content according to central controller instruction and for realize the water circulation system that the water in fish pond is circulated and banished according to central controller instruction.
3. Internet of Things according to claim 1 teaching comprehensive practical traning platform, it is characterized in that: described Smart Home external member comprises and be arranged on cabinet top for detection of the home furnishings intelligent district of each system operation in indoor every terms of information pulpit, in described home furnishings intelligent district, be provided with Household information acquisition module and household automatically performs module; Wherein Household information acquisition module comprise the combustible gas monitoring module for detection of indoor inflammable gas content that is connected with household external member interface input end respectively, for detection of the Temperature Humidity Sensor of indoor temperature and humidity, for detection of whether rainy Raindrop sensor, the vibration transducer whether vibrating for detection of house, for detection of the light intensity detection module of indoor light intensity and for monitoring the gate inhibition's module that whether has abnormal personnel to come in and go out; Household automatically perform module comprise by relay module, be connected with agriculture external member interface output terminal respectively for controlling fan control module that fan opens and closes according to central controller instruction, for controlling window control module that window opens and closes according to central controller instruction, for controlling the lighting lamp control module that lighting lamp opens and closes according to central controller instruction and opening and the curtain control module of drawing over to one's side for controlling curtain according to central controller instruction.
4. Internet of Things according to claim 1 teaching comprehensive practical traning platform, it is characterized in that: described intelligent transportation external member comprises and be arranged on cabinet top for detection of transport information the traffic intelligent district that directs traffic, in described traffic intelligent district, be provided with traffic information collection module and traffic automatically performs module; Wherein traffic information collection module comprises intelligent carriage and the GPS module for detection of intelligent carriage present position being connected with traffic external member interface input end respectively and for the infrared perceptron of measurement road vehicle flowrate; Traffic automatically perform module comprise by wireless network module, be connected with traffic external member interface output terminal for according to central controller instruction, control banister open with the automatic banister control module of closing and for according to central controller instruction send the intelligent sound module of traffic voice messaging.
5. Internet of Things according to claim 1 teaching comprehensive practical traning platform, it is characterized in that: described Intelligent logistics external member comprises and cabinet top is set for realizing goods and trace to the source and the Intelligent logistics district of storage environment monitoring, in described Intelligent logistics district, be provided with goods trace to the source module and storage environment monitoring module; Wherein goods trace to the source module comprise the goods electronic tag storehouse that is connected with central controller by logistics external member interface respectively, for storing the RFID digitizing storehouse of RFID information and for reading and writing the RFID module for reading and writing of rfid card; Storage environment monitoring module comprises the smoke detector for detection of warehouse amount of smoke that is connected with central controller by logistics external member interface and for detection of the warehouse Temperature Humidity Sensor of warehouse humiture, described smoke detector is connected with logistics external member interface by GPRS module with warehouse Temperature Humidity Sensor.
6. according to the Internet of Things teaching comprehensive practical traning platform described in claim 1 ~ 5 any one, it is characterized in that: in described cabinet, be also provided with for to the camera of field condition implementing monitoring and the alarm module that sends warning message, the signal wire of camera is connected with the input end of mainboard gateway, and the input end of alarm module is connected with the output terminal of mainboard gateway; Described mainboard gateway and central controller interconnection.
7. Internet of Things teaching comprehensive practical traning platform according to claim 6, is characterized in that: four drift angle places of the lower surface of described cabinet arrange respectively a universal wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320544034.8U CN203405976U (en) | 2013-09-03 | 2013-09-03 | Ethernet teaching comprehensive training platform |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320544034.8U CN203405976U (en) | 2013-09-03 | 2013-09-03 | Ethernet teaching comprehensive training platform |
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| CN203405976U true CN203405976U (en) | 2014-01-22 |
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| CN201320544034.8U Expired - Fee Related CN203405976U (en) | 2013-09-03 | 2013-09-03 | Ethernet teaching comprehensive training platform |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103473964A (en) * | 2013-09-03 | 2013-12-25 | 无锡市七芯物联科技有限公司 | Comprehensive practical training platform used in teaching of Internet of things |
| CN103915012A (en) * | 2014-03-28 | 2014-07-09 | 石家庄恒运网络科技有限公司 | Intelligent logistics experimenting and displaying platform equipment |
| CN104597859A (en) * | 2014-09-02 | 2015-05-06 | 宁波市蓝源物联科技有限公司 | Internet of things training platform |
| CN105528934A (en) * | 2016-02-19 | 2016-04-27 | 刘波 | Agricultural Internet-of-things greenhouse micro-teaching simulation equipment |
| CN108575435A (en) * | 2018-05-10 | 2018-09-28 | 合肥学院 | Automatic big-arch shelter is planted to thing networking |
-
2013
- 2013-09-03 CN CN201320544034.8U patent/CN203405976U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103473964A (en) * | 2013-09-03 | 2013-12-25 | 无锡市七芯物联科技有限公司 | Comprehensive practical training platform used in teaching of Internet of things |
| CN103915012A (en) * | 2014-03-28 | 2014-07-09 | 石家庄恒运网络科技有限公司 | Intelligent logistics experimenting and displaying platform equipment |
| CN104597859A (en) * | 2014-09-02 | 2015-05-06 | 宁波市蓝源物联科技有限公司 | Internet of things training platform |
| CN105528934A (en) * | 2016-02-19 | 2016-04-27 | 刘波 | Agricultural Internet-of-things greenhouse micro-teaching simulation equipment |
| CN108575435A (en) * | 2018-05-10 | 2018-09-28 | 合肥学院 | Automatic big-arch shelter is planted to thing networking |
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