CN105743751A - Internet of Things (IOT) system applicable to smart city system - Google Patents
Internet of Things (IOT) system applicable to smart city system Download PDFInfo
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Abstract
The invention discloses an internet of Things (IOT) system applicable to a smart city system, and belongs to IOT systems. The system comprises an object platform, a communication platform, a management platform, a service platform and a user platform, wherein the object platform at least comprises a sensor which is accessed into an IOT smart gateway; the communication platform is connected with the object platform and the management platform via a network respectively; the management platform is connected with the communication platform and the service platform respectively, and the management platform at least comprises an operator server; the service platform is connected with the management platform and the user platform respectively, and at least comprises an operator server; and the user platform is accessed into the service platform or the management platform, and at least comprises a user side. According to the system, sensing information and control information transmission can be performed between each server, IOT smart gateway, user and sensor in the IOT system in a one-to-one, many-to-one or many-to-many manner, and the different requirements of the usage of IOT in the smart city system can be met.
Description
Technical field
The present invention relates to a kind of Internet of things system, in particular, the invention mainly relates to a kind of Internet of things system that can be used for smart city system.
Background technology
Along with developing rapidly of Internet technology brings global IT wave, the intelligentized requirement of human world and demand are also more and more higher, since American I BM company in 2008 proposes the development strategy of " the wisdom earth " first, each developed country of the world has recognized that smart city is the inexorable trend of human social development gradually, and start to actively develop energetically the construction of smart city, some developed regions of China are in the foundation construction of digital city, also beginning to explore the construction of smart city, smart city has been classified as emphasis problem by the area such as Beijing, Shanghai and Nanjing.The category of information city, intelligent city also it is only limitted at present both at home and abroad about the construction of smart city and development, the deeper understanding in smart city is also short of very much, the architecture of smart city still do not had clear and definite final conclusion, the constructing emphases of smart city and research focus currently mainly concentrate on service and application aspect, clear and definite direction is not had for such as He Jianshe smart city, the fine vision causing smart city is still castles in the air, it is impossible to land.
Summary of the invention
An object of the present invention is in that for above-mentioned deficiency, a kind of Internet of things system that can be used for smart city system is provided, to expect to solve prior art is not still clearly come to a conclusion about smart city architecture, and research focus is concentrated mainly on service and application, lack the technical problem such as model reference of the network architecture for smart city.
For solving above-mentioned technical problem, the present invention by the following technical solutions:
A kind of Internet of things system that can be used for smart city system provided by the present invention, described system includes: subject table, at least includes a sensor, and described sensor accesses intelligent networking gateway；For by sensor senses heat transfer agent and by heat transfer agent transmission to intelligent networking gateway；And by intelligent networking gateway reception control information and performed control by sensor；Communications platform, is connected with subject table, management platform respectively by network, and described communications platform at least includes an intelligent networking gateway；For described heat transfer agent being transmitted to management platform by intelligent networking gateway；And by described control information transmission to subject table；Management platform, is connected with communications platform, service platform respectively, and described management platform at least includes a carrier server, for being transmitted described heat transfer agent to service platform by carrier server；And by described control information transmission to communications platform；Service platform, is connected with management platform, user platform respectively, and described service platform also at least includes a carrier server, for being transmitted described heat transfer agent to user platform by carrier server, and by described control information transmission to management platform；User platform, access service platform, described user platform at least includes a user side；For being received heat transfer agent by user side, and by described control information transmission to service platform.
As preferably, further technical scheme is: at least one user side described is connected with carrier server by public service network.
Further technical scheme is: described management platform and the carrier server in service platform include the operators communication server, Carrier administrative server and the carrier service server that are sequentially connected with；Described operators communication server accesses intelligent networking gateway, and described carrier service server accesses public service network；Described operators communication server, Carrier administrative server and carrier service server are separate or merge into a single whole in the physical system of smart city.
Further technical scheme is: described subject table includes multiple sensor, and described communications platform includes an intelligent networking gateway, and the plurality of sensor all accesses same intelligent networking gateway.
Further technical scheme is: described subject table includes multiple sensor, and described communications platform includes multiple intelligent networking gateway, and the plurality of sensor is respectively connected to respective intelligent networking gateway.
Further technical scheme is: described subject table includes multiple sensor, described communications platform includes multiple intelligent networking gateway, the plurality of sensor forms multiple sensing units, and the sensor in each sensing unit accesses same intelligent networking gateway.
Further technical scheme is: the sensor in described sensing unit is service of the same race or the sensor of service not of the same race.
Further technical scheme is: described communications platform includes an intelligent networking gateway, and described management platform and service platform include multiple carrier server, and described intelligent networking gateway is respectively connected to multiple carrier server.
Further technical scheme is: described communications platform includes multiple intelligent networking gateway, and described management platform and service platform include multiple carrier server, and the plurality of intelligent networking gateway is respectively connected to respective carrier server.
Further technical scheme is: described communications platform includes multiple intelligent networking gateway, and described management platform and service platform include multiple carrier server；The plurality of intelligent networking gateway forms multiple intelligent gateway unit, and the intelligent networking gateway in each intelligent gateway unit accesses same carrier server.
Further technical scheme is: the intelligent networking gateway in described intelligent gateway unit is service of the same race or the intelligent networking gateway of service not of the same race.
Further technical scheme is: described communications platform includes multiple intelligent networking gateway, and described management platform and service platform include multiple carrier server；The plurality of carrier server forms multiple server units, and the carrier server in each server unit accesses same intelligent networking gateway.
Further technical scheme is: described user platform includes a user side, and described management platform and service platform include multiple carrier server, and one user side is respectively connected to multiple carrier server by public service network.
Further technical scheme is: described user platform includes multiple user side, and described management platform and service platform include a carrier server, and the plurality of user side accesses same carrier server each through public service network.
Further technical scheme is: described user platform includes multiple user side, and described management platform and service platform include multiple carrier server, and the plurality of user side accesses respective carrier server respectively through public service network.
Further technical scheme is: described user platform includes multiple user side, described management platform and service platform include multiple carrier server, the plurality of user side forms multiple subscriber units, and in each subscriber unit, user side accesses same carrier server by public service network.
Further technical scheme is: the user side in described subscriber unit is service of the same race or the user side of service not of the same race.
Further technical scheme is: described user platform includes multiple user side, described management platform and service platform include multiple carrier server, the plurality of carrier server forms multiple server units, and the carrier server in described server unit accesses same user side by public service network.
Further technical scheme is: the carrier server in described server unit is service of the same race or the carrier server of service not of the same race.
Compared with prior art, one of beneficial effects of the present invention is: by Internet of Things is set to the system structure of object, communication, management, service and user, make the information flow process in Internet of Things relatively sharp, and the transmission of multiple node also reduce further information in the risk spread and be tampered in transmitting procedure；Heat transfer agent in Internet of things system and the information of control is respectively by two different transmission lines reverse transfer and forms the form of closed loop between subject table and user platform, it is to avoid in transmitting procedure, heat transfer agent and control information interfere；Simultaneously each carrier server in Internet of things system, intelligent networking gateway, user all can realize one to one each other with sensor, the mode such as many-one, multi-to-multi is connected and carries out heat transfer agent and the transmission of control information, meets the different demands of Internet of Things use in the system of smart city；A kind of Internet of things system simple in construction that can be used for smart city system provided by the present invention simultaneously, transmission means variation, each class model in the construction of smart city is arranged there is important reference significance, can in the design system of smart city as the Internet of things system of difference in functionality in use, have wide range of applications.
Accompanying drawing explanation
Fig. 1 is the structural representation for one embodiment of the invention is described；
Fig. 2 is the structural schematic block diagram for first embodiment of the invention is described；
Fig. 3 is the structural schematic block diagram for second embodiment of the invention is described；
Fig. 4 is the structural schematic block diagram for third embodiment of the invention is described；
Fig. 5 is the structural schematic block diagram for fourth embodiment of the invention is described.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is further elaborated.
With reference to shown in Fig. 1, one embodiment of the present of invention is a kind of Internet of things system that can be used for smart city system, and this system includes:
Subject table, at least includes a sensor, and described sensor accesses intelligent networking gateway；For by sensor senses heat transfer agent and by communication module by heat transfer agent transmission to intelligent networking gateway；And by intelligent networking gateway reception control information and performed control by sensor；
Communications platform, is connected with subject table, management platform respectively by network, and described communications platform at least includes an intelligent networking gateway；For described heat transfer agent being transmitted to management platform by intelligent networking gateway；And by described control information transmission to subject table；
Management platform, is connected with communications platform, service platform respectively, and described management platform at least includes a carrier server, for being transmitted described heat transfer agent to service platform by carrier server；And by described control information transmission to communications platform；
Service platform, is connected with management platform, user platform respectively, and described service platform also at least includes a carrier server, for being transmitted described heat transfer agent to user platform by carrier server, and by described control information transmission to management platform；
User platform, access service platform, described user platform at least includes a user side；For being received heat transfer agent by user side, and by described control information transmission to service platform.
In the present embodiment, it is however generally that, the public service network that at least one above-mentioned user side need to be connected through comes access service platform and the carrier server in management platform；And generally speaking carrier server is also by heat transfer agent transmission to user platform by public service network, and received the control information of the output of user side by public service network.Described by above-mentioned the present embodiment, carrier server Main Function in Internet of things system is by public service network output to user side by heat transfer agent, and is received the control information of user side output by public service network；Therefore going out as shown in Figure 1, above-mentioned carrier server can include the operators communication server, Carrier administrative server and the carrier service server that are sequentially connected with in actual applications；Wherein operators communication server accesses intelligent networking gateway, and described carrier service server accesses public service network.Three can be separate in system according to different needs, it is possible to three is merged into a single whole, or wherein both merge into a single whole, and another server is independent；In other words, when three merges into a single whole, carrier server will have the function of communication, management and service simultaneously, and by public service network by heat transfer agent transmission to user side, and the control information of user side is received by public service network.
Go out as shown in Figure 1, subject table is platform farthest from user in the internet of things functional platform of smart city, perception information starts from object, control end-of-message is converted in object through user or management platform, thus forming the message structure of closed loop, it is achieved object is carried out control according to perception information by user or management platform.Subject table is corresponding objects territory in message structure, respective sensor in the structure of system.And in message structure, object can also is that people, it is possible to be thing, it is also possible to be the combination of people and thing.Object and user can convert mutually, when user is as perceived object, just belong to object, when object receive perception information and send corresponding control information time, just belong to user.Sensor in the physical arrangement of smart city subject table is all intelligence sensor, it is possible to be a lot of sensors of same service, it is also possible to be the sensor of a lot of services not of the same race.
Communications platform is the bridge of whole internet of things functional system information flow.Communications platform is corresponding communication domain in message structure, two-part content is included: i.e. operators communication server in the communication module of Sensor Network part and sensor and operator's handling facility in Fig. 1, wherein Sensor Network part includes intelligent networking gateway and common network two parts in physical arrangement.Common network is primarily referred to as mobile common network, Internet etc..Intelligent networking gateway is different from now common gateway, but has the intelligent networking gateway of intelligent management function.The object information that sensor senses arrives, is sent to intelligent networking gateway by the communication module on sensor, by intelligent networking gateway by common network transport to operator's handling facility.
Management platform is mainly operator and whole internet of things functional system carries out the platform of integrated management.Management platform is corresponding management domain in message structure, the Carrier administrative server in corresponding operator handling facility in system structure.Management domain in service platform message structure includes perception information management system and controls information management system, Carrier administrative server in system structure, a lot of operators of same service can be to provide, a lot of the operators that difference service is provided, it is also possible to be to provide some concrete operator of a certain concrete service.Carrier administrative server is the perception information management system in message structure and the carrier controlling information management system.The role of operator includes service and management two, when carrier supplying service, belongs to service platform, when operator is managed, belongs to management platform.
User is mainly provided the platform of public service and carrier service by service platform.Service platform is corresponding with service territory in message structure, and the content of corresponding two parts in system structure, one is public service facility, and two is the carrier service server in operator's handling facility.User's service is required over public service network by carrier service server, that is, no matter it is that carrier service server transmits heat transfer agent to user, or user issues control information to carrier service server, being required for through public service network, this is conducive to the security assurance information of whole internet of things functional system.Service-domain in service platform message structure includes perception information service system, controls information service system, public perception information service system, common control information service system.Carrier service server in service platform system structure, it is possible to be to provide a lot of operators of same service, a lot of the operators that difference service is provided, it is also possible to be to provide some concrete operator of a certain concrete service.Carrier service server is the perception information service system in message structure and the carrier controlling information service system, public service facility (i.e. public service network) is the carrier of the public perception information service system in message structure and common control information service system, public service mainly includes information resources exchange, market resource exchanges, regulation is supervised, operation maintenance, the fusion of common data, the storage of common data, the process of common data, the access of common data, mark management service, geographic information services, Service Management, subscriber service management etc..
User platform is corresponding user domain in message structure, corresponding user side in system structure.The user of user platform, both can be independent individual consumer, it is also possible to be user group, both can be people, it is also possible to be thing, both can be enterprise customer, it is also possible to be government customer, as long as the object of internet of things functional system service, it is simply that user.In message structure, user refers to the object of all accepted thing network savvy systems service, is a kind of abstract concept；In system structure, user refers to concrete user, it is possible to be a lot of the users enjoying same service, a lot of the users enjoying difference service, enjoy some user of a variety of different service, it is also possible to be some the concrete user enjoying a certain kind service.
User in Internet of Things information architecture, object, communication, management, service are all conceptual categorys, in the various ergasias of concrete smart city, user, object, communication, management, service are the nodes of each ergasia, in actual applications, the node of each ergasia can convert mutually, the node category that same entity belongs in different ergasias is likely to difference, and its Internet of Things information systems exist cross one another effect.A visible same people, serves as different nodes in different smart city ergasias, and same physical entity belongs simultaneously to multiple Internet of Things in smart city, functions simultaneously as multiple node.Therefore, the various ergasias of smart city be mutually comprise, mutually intert, interact, its physics system is complicated, but information systems are unified multilamellar five domain structures.
Such as in wisdom Energy Platform, intelligent gas meter, intelligent electric energy meter, intellectual heat meter, intellectual water meter can be adopted as above-mentioned sensor；Adopt gas service device, electric energy server, heat energy server, tap water server etc. as above-mentioned carrier server (function including communication, management and service).And for example in wisdom automobile parametric controller, adopt intelligent automobile instrument as above-mentioned sensor；And adopt automobile services device or similar system as above-mentioned carrier server (function including communication, management and service).And aforesaid user side can adopt the smart mobile phone of current main flow, PC computer or other there is the terminal unit controlling function.
With reference to shown in Fig. 1, the above-mentioned basic embodiment of the present invention is in its first application mode, for many-to-one connected mode, namely arranges multiple sensor in subject table, communications platform arranges an intelligent networking gateway, multiple sensors are all accessed same intelligent networking gateway；By an intelligent networking gateway unified management and by common network transport to the server in Ge great operator platform.
In conjunction with shown in Fig. 1 to Fig. 5, in the second application mode of the above-mentioned basic embodiment of the present invention, for the connected mode of multi-to-multi, namely multiple sensor is set in subject table, described communications platform arranges multiple intelligent networking gateway；There are two kinds in such cases and connect situation:
One of which is that the multiple sensors shown in Fig. 2 are respectively connected to respective intelligent networking gateway, and namely the situation lower sensor of multi-to-multi carries out man-to-man connection with intelligent networking gateway；Such as, in Fig. 2 intelligent networking gateway 1,2,3,4 respective sensor 1,2,3,4 respectively, if intelligent networking gateway 1 is Intelligent running water gateway, sensor 1 is also intellectual water meter.
Another kind of for the multiple sensors multiple sensing units of composition shown in Fig. 3 to Fig. 5, the sensor same intelligent networking gateway of access in each sensing unit.And the sensor in aforementioned sensing unit is the service of the same race shown in Fig. 3 or the sensor of the service not of the same race shown in Fig. 4 and Fig. 5.Such as in smart city during the application of Energy Platform, intelligent networking gateway 2 respective sensor 2-1 illustrated in fig. 3,2-2,2-3, if intelligent networking gateway 2 is Intelligent running water gateway, sensor 2-1,2-2,2-3 are three tap water meters.Further, water meter and electric energy meter also can share an intelligent networking gateway, or water meter, gas meter, flow meter, heat energy meter share an intelligent networking gateway；Specific as follows:
In the diagram, the sensor of a lot of different services belongs to same user, intelligent networking gateway 1 respective sensor 1-1,2-1,3-1, intelligent networking gateway 1 is the intelligent gateway of aqueous vapor heat, sensor 1-1 is intellectual water meter, and sensor 2-1 is intelligent gas meter, and sensor 3-1 is intellectual heat meter；
In Figure 5, the sensor of a lot of different services belongs to different user, intelligent networking gateway 2 respective sensor 1-6,2-21,3-10, intelligent networking gateway 2 is the intelligent gateway of aqueous vapor heat, sensor 1-6 is intellectual water meter, sensor 2-21 is intelligent gas meter, and sensor 3-10 is intellectual heat meter.
In the above embodiments of the present invention, by Internet of Things being set to the system structure of object, communication, management, service and user, make the information flow process in Internet of Things relatively sharp, and the transmission of multiple node also reduce further information in the risk spread and be tampered in transmitting procedure；Heat transfer agent in Internet of things system and the information of control is respectively by two different transmission lines reverse transfer and forms the form of closed loop between subject table and user platform, it is to avoid in transmitting procedure, heat transfer agent and control information interfere；Simultaneously each server in Internet of things system, intelligent networking gateway, user all can realize one to one each other with sensor, the mode such as many-one, multi-to-multi is connected and carries out heat transfer agent and the transmission of control information, meets the different demands of Internet of Things use in the system of smart city；
Shown in 4, as mentioned here above, according to the thought being connected between sensor with intelligent networking gateway in above-mentioned Internet of things system, also other node in the Internet of things system of the present invention can be carried out similar connection, now it is described as follows, those skilled in the art, in combinations with the description below, form the multiple similar embodiment in different application field of the present invention:
One of them embodiment according to the present invention, above-mentioned communications platform arranges an intelligent networking gateway, management platform arranges multiple carrier server, and intelligent networking gateway is respectively connected to multiple carrier server, i.e. the connected mode of one-to-many.
In addition, above-mentioned communications platform also can arrange multiple intelligent networking gateway, in management platform with service platform, be also provided with multiple carrier server, multiple intelligent networking gateways are respectively connected to respective carrier server；I.e. man-to-man connected mode；
Similar with the above embodiments, multiple intelligent networking gateway also can be set in communications platform, management platform with service platform arrange multiple carrier server, and multiple intelligent networking gateways are formed multiple intelligent gateway unit, the sensor in each intelligent gateway unit accesses same carrier server.Namely the connected mode of multi-to-multi is adopted.And under the connected mode of multi-to-multi, there are two kinds of situations, a kind of is service of the same race for the intelligent networking gateway in intelligent gateway unit；Another kind is the intelligent networking gateway in intelligent gateway unit is service not of the same race；Specifically it is referred in above-described embodiment sensor and the multi-to-multi annexation of intelligent networking gateway.
Under such thought, also the structure of above-described embodiment can be reversed, namely multiple intelligent networking gateway is set in communications platform equally, multiple carrier server is set in management platform with service platform；It is distinctive in that, multiple carrier servers is formed multiple server units, and the carrier server in each server unit is accessed same intelligent networking gateway.And under the connected mode of this kind of multi-to-multi, there are two kinds of situations equally, a kind of is service of the same race for the carrier server in server unit；Another kind is the carrier server in server unit is service not of the same race；Concrete still it is referred in above-described embodiment sensor and the multi-to-multi annexation of intelligent networking gateway.
According to another embodiment of the invention, user platform arranges a user side, multiple carrier server is set in management platform with service platform, a user side is respectively connected to multiple carrier server by public service network；The i.e. connected mode of one-to-many.
In addition, above-mentioned user platform also can arrange multiple user side, management platform and service platform then only have a carrier server, and then makes multiple user side access same carrier server each through public service network；I.e. many-to-one connected mode.
Same, above-mentioned user platform can arrange multiple user side equally, management platform and service platform then also have multiple carrier server, multiple user sides are accessed respective carrier server, i.e. man-to-man connected mode respectively through public service network；
Similar with the above embodiments, user platform arranges multiple user side, after management platform with service platform are also provided with multiple carrier server, multiple user sides can being formed multiple subscriber units, in each subscriber unit, user side accesses same carrier server by public service network；Namely to multipair connected mode；And under the connected mode of this kind of multi-to-multi, there is two ways, a kind of is multiple service for the user side in subscriber unit, and the user side in another kind of subscriber unit is service not of the same race.
Under such thought, the structure of above-described embodiment can be reversed equally, namely remain in user platform and multiple user side is set, management platform service platform is also provided with multiple carrier server, it is distinctive in that and multiple carrier servers are formed multiple server units, and the carrier server in server unit is accessed same user side, and both connections still can be accessed by above-mentioned public service network.Under the connected mode of this kind of multi-to-multi, still having two ways, a kind of is service of the same race for the carrier server in server unit, and another kind is the carrier server in server unit is service not of the same race.And then user can pass through one or more user sides, by public service network by the information of control output to management platform and the one or more carrier servers in service platform.
It should be noted that, the operators communication server of above-mentioned composition carrier server, Carrier administrative server and carrier service server also can carry out same as the previously described embodiments one to one, the mode of many-one, multi-to-multi is connected with each other, those skilled in the art are referred to above-described embodiment and realize, and no longer describe in detail herein.
Than that described above, it can further be stated that " embodiment ", " another embodiment ", " embodiment " spoken of in this manual etc., refer to the specific features, structure or the feature that describe in conjunction with this embodiment and include at least one embodiment that the application generality describes.Multiple local appearance statement of the same race is not necessarily refer to same embodiment in the description.Furthermore, it is understood that when describing a specific features, structure or feature in conjunction with any embodiment, what advocate is also fall within the scope of the present invention to realize this feature, structure or feature in conjunction with other embodiments.
Although reference be made herein to invention has been described for the multiple explanatory embodiment of the present invention, but, it should be understood that those skilled in the art can be designed that a lot of other amendments and embodiment, these amendments and embodiment will drop within spirit disclosed in the present application and spirit.More specifically, disclosure, drawings and claims scope in, it is possible to building block and/or layout to theme composite configuration carry out multiple modification and improvement.Except the modification that building block and/or layout are carried out and improvement, to those skilled in the art, other purposes also will be apparent from.
Claims (19)
1. the Internet of things system that can be used for smart city system, it is characterised in that described system includes:
Subject table, at least includes a sensor, and described sensor accesses intelligent networking gateway；For by sensor senses heat transfer agent and by heat transfer agent transmission to intelligent networking gateway；And by intelligent networking gateway reception control information and performed control by sensor；
Communications platform, is connected with subject table, management platform respectively by network, and described communications platform at least includes an intelligent networking gateway；For described heat transfer agent being transmitted to management platform by intelligent networking gateway；And by described control information transmission to subject table；
Management platform, is connected with communications platform, service platform respectively, and described management platform at least includes a carrier server, for being transmitted described heat transfer agent to service platform by carrier server；And by described control information transmission to communications platform；
Service platform, is connected with management platform, user platform respectively, and described service platform also at least includes a carrier server, for being transmitted described heat transfer agent to user platform by carrier server, and by described control information transmission to management platform；
User platform, access service platform, described user platform at least includes a user side；For being received heat transfer agent by user side, and by described control information transmission to service platform.
2. the Internet of things system that can be used for smart city system according to claim 1, it is characterised in that: at least one user side described is connected with carrier server by public service network.
3. the Internet of things system that can be used for smart city system according to claim 2, it is characterised in that: described management platform and the carrier server in service platform include the operators communication server, Carrier administrative server and the carrier service server that are sequentially connected with；Described operators communication server accesses intelligent networking gateway, and described carrier service server accesses public service network；Described operators communication server, Carrier administrative server and carrier service server are separate or merge into a single whole in the physical system of smart city.
4. the Internet of things system that can be used for smart city system according to claim 1, it is characterized in that: described subject table includes multiple sensor, described communications platform includes an intelligent networking gateway, and the plurality of sensor all accesses same intelligent networking gateway.
5. the Internet of things system that can be used for smart city system according to claim 1, it is characterized in that: described subject table includes multiple sensor, described communications platform includes multiple intelligent networking gateway, and the plurality of sensor is respectively connected to respective intelligent networking gateway.
6. the Internet of things system that can be used for smart city system according to claim 1, it is characterized in that: described subject table includes multiple sensor, described communications platform includes multiple intelligent networking gateway, the plurality of sensor forms multiple sensing units, and the sensor in each sensing unit accesses same intelligent networking gateway.
7. the Internet of things system that can be used for smart city system according to claim 5, it is characterised in that: the sensor in described sensing unit is service of the same race or the sensor of service not of the same race.
8. the Internet of things system that can be used for smart city system according to claim 1, it is characterized in that: described communications platform includes an intelligent networking gateway, described management platform and service platform include multiple carrier server, and described intelligent networking gateway is respectively connected to multiple carrier server.
9. the Internet of things system that can be used for smart city system according to claim 1, it is characterized in that: described communications platform includes multiple intelligent networking gateway, described management platform and service platform include multiple carrier server, and the plurality of intelligent networking gateway is respectively connected to respective carrier server.
10. the Internet of things system that can be used for smart city system according to claim 1, it is characterised in that: described communications platform includes multiple intelligent networking gateway, and described management platform and service platform include multiple carrier server；The plurality of intelligent networking gateway forms multiple intelligent gateway unit, and the intelligent networking gateway in each intelligent gateway unit accesses same carrier server.
11. the Internet of things system that can be used for smart city system according to claim 10, it is characterised in that: the intelligent networking gateway in described intelligent gateway unit is service of the same race or the intelligent networking gateway of service not of the same race.
12. the Internet of things system that can be used for smart city system according to claim 1, it is characterised in that: described communications platform includes multiple intelligent networking gateway, and described management platform and service platform include multiple carrier server；The plurality of carrier server forms multiple server units, and the carrier server in each server unit accesses same intelligent networking gateway.
13. the Internet of things system that can be used for smart city system according to claim 2, it is characterized in that: described user platform includes a user side, described management platform and service platform include multiple carrier server, and one user side is respectively connected to multiple carrier server by public service network.
14. the Internet of things system that can be used for smart city system according to claim 2, it is characterized in that: described user platform includes multiple user side, described management platform and service platform include a carrier server, and the plurality of user side accesses same carrier server each through public service network.
15. the Internet of things system that can be used for smart city system according to claim 2, it is characterized in that: described user platform includes multiple user side, described management platform and service platform include multiple carrier server, and the plurality of user side accesses respective carrier server respectively through public service network.
16. the Internet of things system that can be used for smart city system according to claim 2, it is characterized in that: described user platform includes multiple user side, described management platform and service platform include multiple carrier server, the plurality of user side forms multiple subscriber units, and in each subscriber unit, user side accesses same carrier server by public service network.
17. the Internet of things system that can be used for smart city system according to claim 16, it is characterised in that: the user side in described subscriber unit is service of the same race or the user side of service not of the same race.
18. the Internet of things system that can be used for smart city system according to claim 2, it is characterized in that: described user platform includes multiple user side, described management platform and service platform include multiple carrier server, the plurality of carrier server forms multiple server units, and the carrier server in described server unit accesses same user side by public service network.
19. the Internet of things system that can be used for smart city system according to claim 12 or 18, it is characterised in that: the carrier server in described server unit is service of the same race or the carrier server of service not of the same race.
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