CN105245427A - Multi-Internet of Things cloud platform terminal access and control system based on bus adaption - Google Patents
Multi-Internet of Things cloud platform terminal access and control system based on bus adaption Download PDFInfo
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Abstract
The invention discloses a multi-Internet of Things cloud platform terminal access and control system based on bus adaption, which comprises multiple intelligent mobile devices, multiple third-party cloud platforms, a unified cloud platform and an Internet of Things intelligent terminal, wherein each intelligent mobile device is respectively correspondingly connected with each third-party cloud platform; the unified cloud platform comprises a bus; each third-party cloud platform is respectively connected onto the unified cloud platform via the bus; the Internet of Things intelligent terminal is also connected onto the unified cloud platform; and at least one intelligent mobile device is suitable for controlling operation of the Internet of Things intelligent terminal via at least one third-party cloud platform. Through introducing the unified cloud platform with a bus structure between the third-party cloud platforms and the Internet of Things intelligent terminal to serve as an access transfer medium, operation of the Internet of Things intelligent terminal is indirectly controlled, compatibility is good, the use is extremely convenient, and the device cost is greatly reduced.
Description
Technical field
The present invention relates to technology of Internet of things field, particularly relate to terminal access and the control system of a kind of many Internet of Things based on bus adaption cloud platform.
Background technology
Along with the development of Smart Home and various Intelligent hardware, the hardware vendor of Intelligent terminal for Internet of things needs product to be accessed various Internet of Things cloud platform, as Jingdone district JD+, and micro-letter hardware platform, Ali's cloud etc.The Intelligent terminal for Internet of things of existing each manufacturer can only be applied to fixing cloud platform, access way is that Intelligent terminal for Internet of things product manufacturer produces separately a collection of hardware to each cloud platform, this batch of hardware can only connect particular cloud platform, can only be controlled by specific APP, poor compatibility on the one hand, add system complexity, it is very inconvenient to use, and significantly improves system cost on the other hand.
Summary of the invention
The Intelligent terminal for Internet of things that the object of the invention is for solving current different vendor can not access different Internet of Things cloud platforms, uses inconvenience, the technical problem that cost is high.
In order to solve the problems of the technologies described above, the invention provides terminal access and the control system of a kind of many Internet of Things based on bus adaption cloud platform, wherein, comprise multiple Intelligent mobile equipment, multiple third party cloud platform, unified cloud platform and Intelligent terminal for Internet of things; Each described Intelligent mobile equipment is connected respectively to each described third party cloud platform, described unified cloud platform comprises bus, each described third party cloud platform is connected to described unified cloud platform respectively by described bus, and described Intelligent terminal for Internet of things is also connected to described unified cloud platform; Intelligent mobile equipment described at least one is suitable for the operation by Intelligent terminal for Internet of things described in third party cloud platform courses described at least one.
In the preferred case, in described system, described Intelligent terminal for Internet of things is connected to described unified cloud platform in the following manner: Intelligent mobile equipment described at least one first finds Intelligent terminal for Internet of things according to the identification code of described Intelligent terminal for Internet of things, then Intelligent terminal for Internet of things issued by the SSID of WIFI that oneself accessed of described Intelligent mobile equipment and password, then Intelligent terminal for Internet of things accesses described unified cloud platform by described WIFI.
In the preferred case, in described system, described Intelligent terminal for Internet of things is also registered at described unified cloud platform with the identification code of Intelligent terminal for Internet of things and key.
In the preferred case, in described system, described Intelligent mobile equipment controls the operation of described Intelligent terminal for Internet of things in the following manner: each described third party cloud platform of described unified cloud platform access, and simulate third party cloud equipment and register at each third party cloud platform, make described Intelligent mobile equipment that described Intelligent terminal for Internet of things is tied to each third party cloud platform, binding relationship then between the user account of described Intelligent mobile equipment and the identification code of described Intelligent terminal for Internet of things is stored to each third party cloud platform, and by each third party cloud platform, described binding relationship is stored to described unified cloud platform, so that described Intelligent mobile equipment is by Intelligent terminal for Internet of things described at least one third party cloud platform courses.
In the preferred case, in described system, described unified cloud platform comprises multiple protocol adaptor, and each described third party cloud platform is connected respectively to each described protocol adaptor; Each described protocol adaptor is suitable for the access protocol access protocol of connected third party cloud platform being converted to described unified cloud platform.
In the preferred case, in described system, described unified cloud platform comprises messaging server, and described Intelligent terminal for Internet of things is connected to described bus by described messaging server.
In the preferred case, in described system, described bus is Message recover signature bus.
In the preferred case, in described system, the access protocol of described unified cloud platform comprises shake hands instruction and renewal and uploaded state instruction; Described instruction of shaking hands carries out certification for described unified cloud platform to described Intelligent terminal for Internet of things; Described renewal and uploaded state instruction are used for the equipment state that described Intelligent mobile equipment revises described Intelligent terminal for Internet of things, and the equipment state of renewal is reported to described unified cloud platform by described Intelligent terminal for Internet of things.
In the preferred case, in described system, the connection between described Intelligent terminal for Internet of things and described unified cloud platform is that TCP length connects.
In the preferred case, in described system, in described Intelligent mobile equipment, be provided with the application program of described third party cloud platform and/or unified cloud platform.
The present invention has bus-structured unified cloud platform as access transfer medium by introducing between third party cloud platform and Intelligent terminal for Internet of things, on the one hand, the different intelligent movable equipment being provided with the APP of different third party cloud platforms are by third party cloud platform access or when controlling Intelligent terminal for Internet of things, by the protocol adaptor in unified cloud platform, the access protocol of third party cloud platform is converted to the access protocol of unified cloud platform, thus indirectly can control the operation of Intelligent terminal for Internet of things, make different Internet of Things cloud platforms can control same Intelligent terminal for Internet of things, or same Internet of Things cloud platform can control different Intelligent terminal for Internet of things, on the other hand, no matter intelligent movable equipment has installed the APP of which kind of third party cloud platform, can directly by any Intelligent terminal for Internet of things of unified cloud platform courses, compatible good, very easy to use, equipment cost significantly reduces.
Accompanying drawing explanation
Fig. 1 is the terminal access of the many Internet of Things based on bus adaption of the present invention cloud platform and the theory diagram of control system;
Fig. 2 is the principle schematic of the terminal access of the many Internet of Things cloud platform that the present invention is based on bus adaption and an embodiment of control system.
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is further detailed.Below in conjunction with accompanying drawing, the specific embodiment of the present invention is further detailed.
Be described below in detail embodiments of the invention, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish.Being exemplary below by the embodiment be described with reference to the drawings, only for explaining the present invention, and can not limitation of the present invention being interpreted as.On the contrary, embodiments of the invention comprise fall into attached claims spirit and intension within the scope of all changes, amendment and equivalent." connection " described in the application can connect, be electrically connected or be mechanically connected for communication." WiFi " i.e. WirelessFidelity described in the application is the WLAN (wireless local area network) based on IEEE802.11b standard.
As illustrated in fig. 1 and 2, the terminal access of the cloud of the many Internet of Things based on bus adaption platform of the present invention and control system, comprise multiple intelligent movable equipment M1, M2 ... Mn, as being provided with multiple smart mobile phones of different APP, wherein a mobile phone is provided with the little intelligence APP of Ali, a mobile phone is provided with micro-letter APP, and a mobile phone is provided with the super APP in Jingdone district, and a mobile phone is provided with cruel residence APP; Multiple third party cloud platform C1, C2 ... Cn, as Ali's cloud, micro-letter cloud or Jingdone district cloud; Unified cloud platform C comprises multiple protocol adaptor A1, A2 ... An, Message recover signature bus B and messaging server S, multiple protocol adaptor A1, A2 ... An is connected respectively to Message recover signature bus B, messaging server S one end connection message control bus B, the other end is connected to outside Intelligent terminal for Internet of things T.
Intelligent terminal for Internet of things T accesses unified cloud platform C, unified cloud platform C accesses third party cloud platform Ali cloud, micro-letter cloud or Jingdone district cloud, the smart mobile phone of access third party cloud platform is provided with APP as micro-letter APP or the little intelligence APP of Ali or the micro-APP in Jingdone district, can control same Intelligent terminal for Internet of things T.In addition, the cruel residence user smart mobile phone being provided with cruel residence APP not accessing third party cloud platform as shown in Figure 2 directly can directly control Intelligent terminal for Internet of things T by unified cloud platform.
During work, Intelligent mobile equipment M1, M2 ... Mn first finds Intelligent terminal for Internet of things T according to the identification code of Intelligent terminal for Internet of things T, as M1 is provided with the little intelligence APP of Ali, M2 is provided with micro-letter APP, M3 is provided with the super APP in Jingdone district, M4 is provided with cruel residence APP, then Intelligent mobile equipment M1, M2 ... Intelligent terminal for Internet of things T issued by the SSID of the WIFI that oneself accesses by Mn and password, then Intelligent terminal for Internet of things T is by WIFI access unified cloud platform C, Intelligent terminal for Internet of things T registers at unified cloud platform C with the identification code of Intelligent terminal for Internet of things and key again, unified cloud platform C accesses third party cloud platform C1, C2 ... Cn, if C1 is Ali's cloud, C2 is micro-letter cloud, C3 is Jingdone district cloud, and simulate third party cloud equipment at each third party cloud platform C1, C2 ... Cn registers, make Intelligent mobile equipment M1, M2 ... Intelligent terminal for Internet of things T is tied to each third party cloud platform C1 by Mn, C2 ... Cn, then Intelligent mobile equipment M1, M2 ... binding relationship between the user account of Mn and the identification code of Intelligent terminal for Internet of things T is stored to each third party cloud platform C1, C2 ... Cn, and by each third party cloud platform, binding relationship is stored to unified cloud platform C, so that Intelligent mobile equipment M1, M2 ... Mn is by least one third party cloud platform courses Intelligent terminal for Internet of things T.After the APP binding Intelligent terminal for Internet of things T success of third party cloud platform, the binding relationship of user account and Intelligent terminal for Internet of things T can be stored to third party cloud platform; Third party cloud platform notice unified cloud platform binding success, namely the binding relationship of user account uid and deviceid also can be stored to unified cloud platform, and unified cloud platform can generate corresponding account automatically for third party cloud platform account.
Unified cloud platform C comprises multiple protocol adaptor A1, A2 ... An, as A1 can be Ali's adapter, A2 can be micro-letter adapter, A3 can be Jingdone district adapter etc., each third party cloud platform C1, C2 ... Cn is connected respectively to each protocol adaptor A1, A2 ... An, as C1 and A1 connects, C2 and A2 connects, C3 and A3 connects, each protocol adaptor A1, A2 ... An is by connected third party cloud platform C1, C2 ... the access protocol of Cn is converted to the access protocol of unified cloud platform C, access protocol comprises instruction of shaking hands, upgrade and uploaded state instruction and heartbeat instruction.
Instruction of shaking hands carries out certification for unified cloud platform C to Intelligent terminal for Internet of things T, and its parameter is as follows:
Required parameter:
| ID | Title | Type | Allow NULL | Explanation |
| 1 | action | String | N | register |
| 2 | version | int | N | IOT protocol version, current is 1 |
| 3 | deviceid | String | N | Equipment end deviceid |
| 4 | sign | String | N | RSA private key compute signature |
Response parameter:
| ID | Title | Type | Allow NULL | Explanation |
| 1 | error | Int | N | 0 is normal, and other is abnormal |
Renewal and uploaded state instruction are used for Intelligent mobile equipment M1, M2 ... Mn revises the equipment state of Intelligent terminal for Internet of things T, and the equipment state of renewal is reported to unified cloud platform C by Intelligent terminal for Internet of things T, and its parameter is as follows:
Required parameter:
PARAMS illustrates:
Because this parameter value different according to distinct device (often kind of new equipment all may have oneself content).Such as:
Single channel scheme switch example:
"params":{
"switch":"on"
}
Multi-channel switch form example:
Response parameter:
To simulate the adapter of Jingdone district agreement:
Upgrade/report instruction in unified cloud platform access protocol and can be converted to equipment uploaded state in the agreement of Jingdone district.In uniform protocol, deviceid is converted to Jingdone district feed_Id.Access_key is the key that Jingdone district is distributed, and is kept in unified cloud platform, searches obtain according to deviceid together with stream_id.
In uniform protocol, in params, data point can be converted to datapoints in the agreement of Jingdone district.
It is below Jingdone district equipment uploaded state protocol format.
{
"code":103,
"device":{
"feed_id":"10000",
"access_key":"6a97d3b4aec51a72944831ac9b4380b4"
},
"streams":[
{
"stream_id":"light",
"datapoints":[
{
"at":"2013-04-22T00:35:43+0800",
"value":"0"
},
{
"at":"2013-04-22T00:35:43+0800",
"value":"0"
}
]
}
Heartbeat instruction is initiated by client timing, and keep long and connect, if made mistakes, then reconnect, its parameter is as follows:
Required parameter:
| ID | Title | Type | Allow NULL | Explanation |
| 1 | action | String | N | Ping |
Response parameter:
| ID | Title | Type | Allow NULL | Explanation |
| 1 | error | Int | N | 1 is normal, and other is abnormal |
Be described as an example with an embodiment below: if Intelligent mobile equipment is for mobile phone, Intelligent terminal for Internet of things is intelligent fan, then the flow process of mobile phone control intelligent fan is as follows:
1. controls APP installed by mobile phone, can be to unify cloud platform APP, also can be third party cloud platform APP, as micro-letter or the little intelligence of Ali or Jingdone district micro-, as being third party cloud platform APP, then mobile phone A PP is to third party cloud platform sending controling instruction; As being unified cloud platform APP, then mobile phone A PP is to unified cloud platform sending controling instruction;
2. user uses APP to carry out WIFI pairing to intelligent fan, namely passes through pairing process family WIFI password transmission to intelligent fan, after intelligent fan networking, and the unified cloud platform of access.
3. as in mobile phone being third party cloud platform APP, then Ali or the third party cloud such as Jingdone district or micro-letter platform issue unified cloud platform the control command received;
4. unify cloud platform, by protocol adaptor, Jingdone district or micro-letter control command are converted into unified control command;
Be below Jingdone district control command:
{
"code":1002,
"control":[
{
"stream_id":"openlight",
"current_value":"333"
},
{
"stream_id":"switch",
"current_value":"1"
}
],
"feed_id":10000,
"attribute":{
"serial":87020
}
}
Conversion adaptation procedure is as follows:
Code is Jingdone district protocol number, is converted to the product type (often kind of product type has an agreement) in unified cloud platform;
Feed_id is the unique number of equipment in Jingdone district, is converted to the deviceid in unified cloud platform;
Stream_id is Function Identification, is converted to switch in unified cloud platform;
5. by messaging server, control command is sent to intelligent fan, such as in the public number of micro-letter APP, select intelligent fan, click is opened, then open intelligent fan, and wherein messaging server refers to directly keep the long server be connected with equipment.
As from the foregoing, the present invention has bus-structured unified cloud platform as access transfer medium by introducing between third party cloud platform and Intelligent terminal for Internet of things, on the one hand, the different intelligent movable equipment being provided with the APP of different third party cloud platforms are by third party cloud platform access or when controlling Intelligent terminal for Internet of things, by the protocol adaptor in unified cloud platform, the access protocol of third party cloud platform is converted to the access protocol of unified cloud platform, thus indirectly can control the operation of Intelligent terminal for Internet of things, make different Internet of Things cloud platforms can control same Intelligent terminal for Internet of things, or same Internet of Things cloud platform can control different Intelligent terminal for Internet of things, on the other hand, no matter intelligent movable equipment has installed the APP of which kind of third party cloud platform, can directly by any Intelligent terminal for Internet of things of unified cloud platform courses, compatible good, very easy to use, equipment cost significantly reduces.
Although illustrate and describe embodiments of the invention, those having ordinary skill in the art will appreciate that: can carry out multiple change, amendment, replacement and modification to these embodiments when not departing from principle of the present invention and aim, scope of the present invention is by claim and equivalents thereof.
Claims (10)
1. based on terminal access and the control system of many Internet of Things cloud platform of bus adaption, it is characterized in that, comprise multiple Intelligent mobile equipment, multiple third party cloud platform, unified cloud platform and Intelligent terminal for Internet of things;
Each described Intelligent mobile equipment is connected respectively to each described third party cloud platform, described unified cloud platform comprises bus, each described third party cloud platform is connected to described unified cloud platform respectively by described bus, and described Intelligent terminal for Internet of things is also connected to described unified cloud platform;
Intelligent mobile equipment described at least one is suitable for the operation by Intelligent terminal for Internet of things described in third party cloud platform courses described at least one.
2. system according to claim 1, is characterized in that, described Intelligent terminal for Internet of things is connected to described unified cloud platform in the following manner:
Intelligent mobile equipment described at least one first finds Intelligent terminal for Internet of things according to the identification code of described Intelligent terminal for Internet of things, then Intelligent terminal for Internet of things issued by the SSID of WIFI that oneself accessed of described Intelligent mobile equipment and password, then Intelligent terminal for Internet of things accesses described unified cloud platform by described WIFI.
3. system according to claim 2, is characterized in that, described Intelligent terminal for Internet of things is also registered at described unified cloud platform with the identification code of Intelligent terminal for Internet of things and key.
4. system according to claim 3, is characterized in that, described Intelligent mobile equipment controls the operation of described Intelligent terminal for Internet of things in the following manner:
The each described third party cloud platform of described unified cloud platform access, and simulate third party cloud equipment and register at each third party cloud platform, make described Intelligent mobile equipment that described Intelligent terminal for Internet of things is tied to each third party cloud platform, binding relationship then between the user account of described Intelligent mobile equipment and the identification code of described Intelligent terminal for Internet of things is stored to each third party cloud platform, and by each third party cloud platform, described binding relationship is stored to described unified cloud platform, so that described Intelligent mobile equipment is by Intelligent terminal for Internet of things described at least one third party cloud platform courses.
5. system according to claim 1, is characterized in that, described unified cloud platform comprises multiple protocol adaptor, and each described third party cloud platform is connected respectively to each described protocol adaptor;
Each described protocol adaptor is suitable for the access protocol access protocol of connected third party cloud platform being converted to described unified cloud platform.
6. system according to claim 1 or 5, it is characterized in that, described unified cloud platform comprises messaging server, and described Intelligent terminal for Internet of things is connected to described bus by described messaging server.
7. system according to claim 6, is characterized in that, described bus is Message recover signature bus.
8. system according to claim 5, is characterized in that, the access protocol of described unified cloud platform comprises shake hands instruction and renewal and uploaded state instruction;
Described instruction of shaking hands carries out certification for described unified cloud platform to described Intelligent terminal for Internet of things;
Described renewal and uploaded state instruction are used for the equipment state that described Intelligent mobile equipment revises described Intelligent terminal for Internet of things, and the equipment state of renewal is reported to described unified cloud platform by described Intelligent terminal for Internet of things.
9. system according to claim 1, is characterized in that, the connection between described Intelligent terminal for Internet of things and described unified cloud platform is that TCP length connects.
10. system according to claim 1, is characterized in that, is provided with the application program of described third party cloud platform and/or unified cloud platform in described Intelligent mobile equipment.
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Application publication date: 20160113 |