CN114095531B - Cloud management method of intelligent city Internet of things equipment and Internet of things cloud platform system - Google Patents
Cloud management method of intelligent city Internet of things equipment and Internet of things cloud platform system Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- G—PHYSICS
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- G16Y—INFORMATION AND COMMUNICATION TECHNOLOGY SPECIALLY ADAPTED FOR THE INTERNET OF THINGS [IoT]
- G16Y40/00—IoT characterised by the purpose of the information processing
- G16Y40/30—Control
- G16Y40/35—Management of things, i.e. controlling in accordance with a policy or in order to achieve specified objectives
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- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
- H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
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- H—ELECTRICITY
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Abstract
The invention relates to a cloud management method based on the Internet of things, in particular to a cloud management method of intelligent city Internet of things equipment, which comprises the following steps: accessing the terminal equipment of the Internet of things to be accessed to the cloud platform system of the Internet of things; and receiving the information of the area to be administered input by the user terminal through a web-based visualization system, and binding the first target Internet of things terminal equipment which is correspondingly accessed to the Internet of things cloud platform system within the latitude and longitude range with the user terminal which inputs the information of the area to be administered according to the latitude and longitude range in the information of the area to be administered. The invention further provides an Internet of things cloud platform system, and the method is applied to the Internet of things cloud platform system. The method can realize grid management of the terminal equipment of the Internet of things of the smart city, and is further beneficial to realizing fine management of the smart city.
Description
Technical Field
The invention relates to a cloud management method based on the Internet of things, in particular to a cloud management method of intelligent city Internet of things equipment and an Internet of things cloud platform system.
Background
The smart city is an ecological environment which can coordinate city operation in multiple aspects, comprehensively sense city dynamics, enable the city operation to be strained as required and comprehensively realize wisdom in various social services such as logistics, education, medical treatment, security, government services, traffic, energy, government services, resident life and the like; the intelligent city construction based on the Internet of things utilizes a high and new technical means to improve city management, and is a necessary means for improving the integral quick response capability of the government and improving the modernization level and social and economic benefits of city construction and management.
At present, a cloud management method for terminal equipment of the internet of things in a smart city comprises the following steps: the method comprises the steps that data collected by corresponding Internet of things terminal equipment in the field of social services in a smart city are accessed to corresponding government affair big data centers in the cities, the government affair big data centers conduct general and single application analysis such as equipment log analysis and equipment data pushing on the data collected by the Internet of things terminal equipment in the smart city, and then corresponding city managers manage the Internet of things terminal equipment according to the result of the application analysis.
But general and single application analysis such as equipment log analysis and equipment data pushing is unfavorable for a city manager to conduct timely and correct emergency decision analysis, so that city operation management efficiency is low, and meanwhile, efficient management, monitoring and daily maintenance of a large number of intelligent city Internet of things terminal equipment are also unfavorable, and the current intelligent city refined management cannot be met.
Disclosure of Invention
In order to enable city managers to conduct timely and correct emergency decision analysis and further conduct efficient management, monitoring and daily maintenance on a large number of intelligent city Internet of things terminal devices, smart city fine management is achieved.
The embodiment of the invention provides a cloud management method of smart city Internet of things equipment and an Internet of things cloud platform system, wherein the method is applied to the Internet of things cloud platform system, the Internet of things cloud platform system comprises an application module and an access module, and the application module further comprises a web-based visualization system, wherein the web-based visualization system is used for realizing interaction between the Internet of things cloud platform system and a user side. The method comprises the following steps: the access module accesses the terminal equipment of the Internet of things to be accessed to the cloud platform system of the Internet of things; and then the application module receives the information of the area to be administered input by the user terminal through the web-based visualization system, and binds the first target internet of things terminal equipment which is correspondingly accessed to the internet of things cloud platform system in the longitude and latitude range with the user terminal which inputs the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so as to manage the first target internet of things terminal equipment through the user terminal.
According to the cloud management method of the intelligent city Internet of things equipment and the Internet of things cloud platform system, the user side is bound with the first target Internet of things terminal equipment which is corresponding to the designated longitude and latitude range and is accessed to the Internet of things cloud platform system, so that the user side specially manages the first target Internet of things terminal equipment, and further, in the mode, different user sides (namely city managers) specially manage the Internet of things terminal equipment in different jurisdictions, grid management of the intelligent city Internet of things terminal equipment is achieved, timely and correct emergency decision analysis is facilitated for the city managers, efficient management, monitoring and daily maintenance of a large number of intelligent city Internet of things terminal equipment are achieved, and further intelligent city fine management is achieved.
Drawings
In order to more clearly illustrate the technical solution of the embodiments of the present invention, the drawings that are needed in the description of the embodiments will be briefly described.
Fig. 1 is a flowchart of a cloud management method of a smart city internet of things device according to a first embodiment of the present invention;
Fig. 2 is a flow chart of a cloud management method of a smart city internet of things device according to a second embodiment of the present invention;
Fig. 3 is a flow chart of a cloud management method of a smart city internet of things device according to a third embodiment of the present invention;
Fig. 4 is a flowchart of a cloud management method of a smart city internet of things device according to a fourth embodiment of the present invention;
fig. 5 is a schematic block diagram of an internet of things cloud platform system according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention.
It should be understood that the terms "comprises" and "comprising," when used in this specification and the appended claims, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, and/or groups thereof.
It is also to be understood that the terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used in this specification and the appended claims, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise.
It should be further understood that the term "and/or" as used in the present specification and the appended claims refers to any and all possible combinations of one or more of the associated listed items, and includes such combinations.
Referring to fig. 1, fig. 1 is a flow chart of a cloud management method of a smart city internet of things device according to a first embodiment of the present invention, where the cloud management method of the smart city internet of things device is applied to an internet of things cloud platform system, the method includes the following steps:
101. and accessing the terminal equipment of the Internet of things to be accessed to the cloud platform system of the Internet of things.
102. And receiving the information of the area to be administered input by the user terminal through a web-based visualization system.
103. And binding the first target internet of things terminal equipment which is correspondingly accessed to the internet of things cloud platform system in the longitude and latitude range with a user side which inputs the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so as to manage the first target internet of things terminal equipment through the user side.
The web-based visualization system is used for realizing interaction between the Internet of things cloud platform system and the user side; the information of the area to be administered comprises latitude and longitude ranges of the area to be administered; the first target internet of things terminal equipment is internet of things terminal equipment which is accessed to the internet of things cloud platform system within the longitude and latitude range.
In some embodiments, the "accessing the terminal device of the internet of things to be accessed to the cloud platform system of the internet of things" in step 101 includes: and receiving type information about the terminal equipment of the Internet of things to be accessed, which is input by a user terminal, through the web-based visualization system, and matching a communication protocol supported by the terminal equipment of the Internet of things to be accessed according to the type information about the terminal equipment of the Internet of things to be accessed, so that the terminal equipment of the Internet of things to be accessed is accessed to the cloud platform system of the Internet of things.
In some embodiments, the communication protocol supported by the terminal device of the internet of things to be accessed includes: HTTP protocol, MQTT protocol, TCP protocol, JT808 protocol, HJ212 protocol, SL651 protocol.
Wherein, the step 104 may include: according to the longitude and latitude range in the information of the area to be administered, determining that the terminal equipment of the internet of things, which is in the longitude and latitude range and is accessed into the cloud platform system of the internet of things, is the first target terminal equipment of the internet of things; and binding the first target Internet of things terminal equipment with a user terminal for inputting the information of the area to be administered so as to manage the first target Internet of things terminal equipment through the user terminal.
Therefore, the first target Internet of things terminal equipment is bound with the user side inputting the information of the area to be administered, so that the user side specially manages the first target Internet of things terminal equipment, and further, in this way, different user sides (namely city managers) specially manage the Internet of things terminal equipment in different jurisdictions, grid management of the Internet of things terminal equipment is achieved, timely and correct emergency decision analysis is facilitated for the city manager, efficient management, monitoring and daily maintenance of a large number of intelligent city Internet of things terminal equipment are facilitated, and further, smart city fine management is achieved.
Referring to fig. 2, fig. 2 is a flowchart of a cloud management method for a smart city internet of things device according to a second embodiment of the present invention, where the method includes the following steps:
201. And accessing the terminal equipment of the Internet of things to be accessed to the cloud platform system of the Internet of things.
202. And receiving the information of the area to be administered input by the user terminal through a web-based visualization system.
203. And binding the first target internet of things terminal equipment which is correspondingly accessed to the internet of things cloud platform system in the longitude and latitude range with a user side which inputs the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so as to manage the first target internet of things terminal equipment through the user side.
204. And receiving information about a first control instruction input by the user side aiming at the first target internet of things terminal equipment through the web-based visualization system, and generating a corresponding first control instruction according to the information about the first control instruction.
205. And transmitting the first control instruction to corresponding first target internet of things terminal equipment, and further controlling the corresponding first target internet of things terminal equipment to perform corresponding actions.
Steps 201, 202, 203 correspond to steps 101, 102, 103, respectively, and the relevant descriptions are referred to each other.
Wherein the first control instruction is a control instruction sent by the user terminal for the first target internet of things terminal device, and in some embodiments, the first control instruction includes: the method comprises the steps of controlling an instruction of the first target internet of things terminal equipment to be in an open state or a closed state and controlling an instruction of the first target internet of things terminal equipment to eliminate an alarm.
In some embodiments, the generating the corresponding first control instruction according to the information about the first control instruction includes: according to the corresponding protocol analysis template, carrying out corresponding protocol message assembly on the received information about the first control instruction; the step of transmitting the first control instruction to a corresponding first target internet of things terminal device, and further controlling the corresponding first target internet of things terminal device to perform corresponding actions, includes: and transmitting the assembled protocol message to a corresponding first target internet of things terminal device, so that the corresponding first target internet of things terminal device performs corresponding analysis and identification on the protocol message transmitted to the corresponding first target internet of things terminal device, and further controls the corresponding first target internet of things terminal device to execute corresponding actions.
Referring to fig. 3, fig. 3 is a flowchart of a cloud management method of a smart city internet of things device according to a third embodiment of the present invention, where the method includes the following steps:
301. And accessing the terminal equipment of the Internet of things to be accessed to the cloud platform system of the Internet of things.
302. And receiving the information of the area to be administered input by the user terminal through a web-based visualization system.
303. And binding the first target internet of things terminal equipment which is correspondingly accessed to the internet of things cloud platform system in the longitude and latitude range with a user side which inputs the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so as to manage the first target internet of things terminal equipment through the user side.
304. And receiving information about a first control instruction input by the user side aiming at the first target internet of things terminal equipment through the web-based visualization system, and generating a corresponding first control instruction according to the information about the first control instruction.
305. And transmitting the first control instruction to corresponding first target internet of things terminal equipment, and further controlling the corresponding first target internet of things terminal equipment to perform corresponding actions.
306. And accessing the third-party Internet of things cloud platform to be accessed to the Internet of things cloud platform system, and further accessing the second target Internet of things terminal equipment which is accessed to the third-party Internet of things cloud platform to be accessed to the Internet of things cloud platform system.
307. And binding the corresponding second target Internet of things terminal equipment in the longitude and latitude range with the user side inputting the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so that the user side can acquire the data of the second target Internet of things terminal equipment through the third party Internet of things cloud platform.
Steps 301, 302, 303 correspond to steps 101, 102, 103 (or steps 201, 202, 203), respectively, and the relevant descriptions are referred to each other; steps 304, 305 correspond to steps 204, 205, respectively, and the associated descriptions are referred to each other.
Wherein, the step 307 may include: according to the longitude and latitude range in the information of the area to be administered, determining that the Internet of things terminal equipment which is accessed to the Internet of things terminal equipment of the Internet of things cloud platform system through the third party Internet of things cloud platform which is accessed to the Internet of things cloud platform system is the second target Internet of things terminal equipment; and binding the second target internet of things terminal equipment with the user side inputting the information of the area to be administered, so that the user side can acquire the data of the second target internet of things terminal equipment through the third party internet of things cloud platform.
The second target internet of things terminal equipment is internet of things terminal equipment which is accessed to the internet of things cloud platform system through the third party internet of things cloud platform which is accessed to the internet of things cloud platform system in the longitude and latitude range; the first target internet of things terminal device in the step 103 is an internet of things terminal device directly connected to the internet of things cloud platform system within the latitude and longitude range.
After binding the second target internet of things terminal equipment with the user side inputting the information of the area to be administered, the user side can acquire the data of the second target internet of things terminal equipment, but cannot control and manage the second target internet of things terminal equipment.
In some embodiments, the "accessing the terminal device of the internet of things to be accessed to the cloud platform system of the internet of things" in step 301 includes: and receiving type information about a third-party Internet of things cloud platform to be accessed, which is input by a user terminal, through the web-based visualization system, and accessing the third-party Internet of things cloud platform to be accessed to the Internet of things cloud platform system according to the type information about the third-party Internet of things cloud platform to be accessed and an HTTP communication protocol.
In some embodiments, after step 403 and step 407, the cloud management method of the smart city internet of things device further includes: receiving definition information of rules of scene linkage input by the user side through the web-based visualization system; and storing the scene linkage rule defined in the definition information into a database of the Internet of things cloud platform system. The definition information defines a rule of linkage between the plurality of first target internet of things terminal devices and the second target internet of things terminal devices.
Referring to fig. 4, fig. 4 is a flowchart of a cloud management method for a smart city internet of things device according to a fourth embodiment of the present invention, where the method includes the following steps:
401. And accessing the terminal equipment of the Internet of things to be accessed to the cloud platform system of the Internet of things.
402. And receiving the information of the area to be administered input by the user terminal through a web-based visualization system.
403. And binding the first target internet of things terminal equipment which is correspondingly accessed to the internet of things cloud platform system in the longitude and latitude range with a user side which inputs the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so as to manage the first target internet of things terminal equipment through the user side.
404. And receiving information about a first control instruction input by the user side aiming at the first target internet of things terminal equipment through the web-based visualization system, and generating a corresponding first control instruction according to the information about the first control instruction.
405. And transmitting the first control instruction to corresponding first target internet of things terminal equipment, and further controlling the corresponding first target internet of things terminal equipment to perform corresponding actions.
406. And accessing the third-party Internet of things cloud platform to be accessed to the Internet of things cloud platform system, and further accessing the second target Internet of things terminal equipment which is accessed to the third-party Internet of things cloud platform to be accessed to the Internet of things cloud platform system.
407. And binding the corresponding second target Internet of things terminal equipment in the longitude and latitude range with the user side inputting the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so that the user side can acquire the data of the second target Internet of things terminal equipment through the third party Internet of things cloud platform.
408. And receiving the data uploaded by the first target internet of things terminal equipment and the data uploaded by the third party internet of things cloud platform which is accessed to the internet of things cloud platform system.
409. And under the rule of scene linkage, analyzing and processing the received data.
410. And generating a corresponding second control instruction to corresponding first target internet of things terminal equipment according to the analysis and processing results and the received data so as to control the corresponding first target internet of things terminal equipment to execute corresponding actions.
Steps 401-407 correspond to steps 301-307, respectively, and the associated descriptions may be referred to each other.
In step 409, the rule of scene linkage is a rule of linkage between the plurality of first target internet of things terminal devices and the second target internet of things terminal device.
In some embodiments, the data uploaded by the first target internet of things terminal device includes: attribute data, event data, time sequence data and terminal network signal data of the first target internet of things terminal equipment; the data uploaded by the third party internet of things cloud platform accessed to the internet of things cloud platform system comprises: and the attribute data, event data, time sequence data and terminal network signal data of the second target Internet of things terminal equipment.
The second control instruction is a control instruction of the internet of things cloud platform system to the state of the terminal device of the internet of things, which is automatically generated according to the rule of scene linkage, and in some embodiments, the second control instruction includes: the method comprises the steps of controlling an instruction of the terminal equipment of the Internet of things to be in an open state or a closed state, controlling the terminal equipment of the Internet of things to send out an alarm signal, and controlling the terminal equipment of the Internet of things to alarm and eliminate.
In some embodiments, after receiving the data uploaded by the first target internet of things terminal device and the data uploaded by the third party internet of things cloud platform that has been accessed to the internet of things cloud platform system in step 408", the cloud management method of the smart city internet of things device further includes: and visually presenting the received data to the user side through the web-based visual system.
Referring to fig. 5, fig. 5 is a schematic block diagram of an internet of things cloud platform system according to an embodiment of the present invention:
The cloud platform system 500 of the internet of things comprises: an application module 501, an access module 502;
The application module 501 includes a web-based visualization system 504, where the application module 501 is configured to receive, through the web-based visualization system 504, type information about an internet of things terminal device to be accessed input by a user terminal 505, where the web-based visualization system 504 is configured to implement interaction between the internet of things cloud platform system 500 and the user terminal 505;
The access module 502 is configured to match a communication protocol supported by the terminal device of the internet of things to be accessed according to the received type information about the terminal device of the internet of things to be accessed, and access the terminal device of the internet of things to be accessed to the cloud platform system 500 of the internet of things;
the application module 501 is further configured to receive, via the web-based visualization system 504, information about a to-be-administered area input by the user terminal 505, and bind, according to a latitude and longitude range in the information about the to-be-administered area, a first target internet of things terminal device 506 corresponding to the latitude and longitude range and having been accessed to the internet of things cloud platform system 500 with the user terminal 505 that inputs the information about the to-be-administered area, so as to manage the first target internet of things terminal device 506 via the user terminal 505.
In some embodiments, as shown in fig. 5, the internet of things cloud platform system 500 further includes a cloud computing module 503, where the cloud computing module 503 is in a communicable connection with the access module 502 and the application module 501, and the cloud computing module 503 is configured to receive type information about an internet of things terminal device to be accessed, which is input by the application module 501 through the user terminal 505 that is received by the web-based visualization system 504, and transmit the received type information about the internet of things terminal device to be accessed to the access module 502. That is, the access module 502 receives the type information about the terminal device of the internet of things to be accessed through the cloud computing module 503.
The application module 501 is further configured to receive, via the web-based visualization system 504, the information about the first control instruction, the type information about the third party internet of things cloud platform to be accessed, and the definition information of the rule for scene linkage, which are input by the user terminal 505.
After the application module 501 receives the information about the first control instruction through the web-based visualization system 504, it further includes: the application module 501 transmits the information about the first control instruction to the cloud computing module 503; the cloud computing module 503 assembles the received information about the first control instruction according to the corresponding protocol analysis template, and transmits the assembled protocol message to the corresponding first target internet of things terminal device 506.
After the application module 501 receives the type information about the third party internet of things cloud platform to be accessed through the web-based visualization system 504, the method further includes: the application module 501 transmits the type information about the third party internet of things cloud platform to be accessed to the cloud computing module 503; the cloud computing module 503 transmits the received type information about the third party internet of things cloud platform to be accessed to the access module 502; the access module 502 accesses the third party internet of things cloud platform to be accessed to the cloud computing module 503 of the internet of things cloud platform system 500 according to the received type information about the third party internet of things cloud platform to be accessed and the HTTP communication protocol, so that the second target internet of things terminal device 508 which is accessed to the third party internet of things cloud platform to be accessed is accessed to the cloud computing module 503 of the internet of things cloud platform system 500; furthermore, the application module 501 binds the second target internet of things terminal device 508, which is connected to the cloud computing module 503 of the internet of things cloud platform system 500 and corresponds to the latitude and longitude range in the area information to be administered, with the user terminal 505 that inputs the area information to be administered, so that the user terminal 505 can obtain the data of the second target internet of things terminal device 508 through the third party internet of things cloud platform 507.
After the application module 501 receives the definition information of the rule for scene linkage through the web-based visualization system 504, the method further includes: the application module 501 stores the scene linkage rule defined in the definition information into a database (not shown) of the internet of things cloud platform system 500.
After the first target internet of things terminal device 506 is accessed to the cloud computing module 503 of the internet of things cloud platform system 500 and the second target internet of things terminal device 508 is accessed to the cloud computing module 503 of the internet of things cloud platform system 500 through the third party internet of things cloud platform 507 that has been accessed to the cloud computing module 503 of the internet of things cloud platform system 500, the cloud computing module 503 is further configured to receive data uploaded by the first target internet of things terminal device 506 and data uploaded by the third party internet of things cloud platform 507 that has been accessed to the cloud computing module 503 of the internet of things cloud platform system 500; under the rule of scene linkage, the cloud computing module 503 analyzes and processes the received data, and generates a corresponding second control instruction to the corresponding first target internet of things terminal device 506 according to the analysis and processing result and the received data.
The cloud computing module 503 receives the data uploaded by the first target internet of things terminal device 506 and the data uploaded by the third party internet of things cloud platform 507 that has been accessed to the cloud computing module 503 of the internet of things cloud platform system 500, and then further includes: the cloud computing module 503 outputs the received data to the application module 501; the application module 501 visually presents the received data to the user terminal 505 via the web-based visualization system 504.
The functions performed by the above modules of the internet of things cloud platform system 500 correspond to the steps in the foregoing method embodiments, and for more details, reference may be made to the detailed descriptions of the foregoing method embodiments.
The internet of things cloud platform system 500 may be a hardware and/or software system located in a server (not shown), and the application module 501, the access module 502, and the cloud computing module 503 may be hardware modules and/or software program blocks in the server.
While the invention has been described with reference to certain preferred embodiments, it will be understood by those skilled in the art that various changes and substitutions of equivalents may be made and equivalents will be apparent to those skilled in the art without departing from the scope of the invention. Therefore, the protection scope of the invention is subject to the protection scope of the claims.
Claims (12)
1. The cloud management method of the intelligent city Internet of things equipment is applied to an Internet of things cloud platform system and is characterized by comprising the following steps:
accessing the terminal equipment of the Internet of things to be accessed to the cloud platform system of the Internet of things;
receiving the information of the region to be administered input by the user terminal through a web-based visualization system;
Binding a first target internet of things terminal device which is correspondingly accessed to the internet of things cloud platform system in the longitude and latitude range with a user side which inputs the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so as to manage the first target internet of things terminal device through the user side;
the web-based visualization system is used for realizing interaction between the Internet of things cloud platform system and the user side, and the information of the area to be administered comprises the latitude and longitude range of the area to be administered;
The accessing the terminal device of the internet of things to be accessed to the cloud platform system of the internet of things comprises the following steps: receiving type information about the terminal equipment of the Internet of things to be accessed, which is input by a user terminal, through the web-based visualization system, matching a communication protocol supported by the terminal equipment of the Internet of things to be accessed according to the type information about the terminal equipment of the Internet of things to be accessed, and accessing the terminal equipment of the Internet of things to be accessed to the cloud platform system of the Internet of things;
Before the information of the area to be administered, which is input by the user side, is acquired through a web-based visualization system, the method further comprises:
Accessing a third-party internet of things cloud platform to be accessed to the internet of things cloud platform system, and further accessing a second target internet of things terminal device which is accessed to the third-party internet of things cloud platform to be accessed to the internet of things cloud platform system;
After the information of the area to be administered input by the user terminal is acquired through a web-based visualization system, the method further comprises:
and binding the second target internet of things terminal equipment which is correspondingly accessed to the internet of things cloud platform system within the longitude and latitude range with the user side which inputs the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so that the user side can acquire the data of the second target internet of things terminal equipment through the third party internet of things cloud platform and cannot control and manage the second target internet of things terminal equipment.
2. The method of claim 1, wherein after binding the corresponding internet of things terminal device that has access to the internet of things cloud platform system within the latitude and longitude range with the user terminal that inputs the information of the area to be administered, the method further comprises:
Receiving information about a first control instruction input by the user side aiming at the first target internet of things terminal equipment through the web-based visualization system, and generating a corresponding first control instruction according to the information about the first control instruction;
And transmitting the first control instruction to corresponding first target internet of things terminal equipment, and further controlling the corresponding first target internet of things terminal equipment to perform corresponding actions.
3. The method of claim 2, wherein the first control instruction comprises: the method comprises the steps of controlling an instruction of the first target internet of things terminal equipment to be in an open state or a closed state and controlling an instruction of the first target internet of things terminal equipment to eliminate an alarm.
4. The method of claim 1, wherein the accessing the third party internet of things cloud platform to be accessed to the internet of things cloud platform system comprises: and receiving type information about a third-party Internet of things cloud platform to be accessed, which is input by a user terminal, through the web-based visualization system, and accessing the third-party Internet of things cloud platform to be accessed to the Internet of things cloud platform system according to the type information about the third-party Internet of things cloud platform to be accessed and an HTTP communication protocol.
5. The method of claim 1, wherein after the binding the first target internet of things terminal device that has been connected to the internet of things cloud platform system and the user terminal that inputs the information of the area to be administered, which are corresponding in the latitude and longitude ranges, and the binding the second target internet of things terminal device that has been connected to the internet of things cloud platform system and the user terminal that inputs the information of the area to be administered, the method further comprises:
Receiving definition information of rules of scene linkage input by the user side through the web-based visualization system, wherein the definition information defines rules of linkage between a plurality of first target internet of things terminal devices and the second target internet of things terminal devices;
and storing the scene linkage rule defined in the definition information into a database of the Internet of things cloud platform system.
6. The method of claim 5, wherein after the binding the first target internet of things terminal device that has been connected to the internet of things cloud platform system and the user terminal that inputs the information of the area to be administered, which are corresponding in the latitude and longitude ranges, and the binding the second target internet of things terminal device that has been connected to the internet of things cloud platform system and the user terminal that inputs the information of the area to be administered, the method further comprises:
Receiving data uploaded by the first target internet of things terminal equipment and data uploaded by the third party internet of things cloud platform which is accessed to the internet of things cloud platform system;
after the rule of scene linkage defined in the definition information is stored in the database of the internet of things cloud platform system, the method further comprises:
And under the scene linkage rule, analyzing and processing the received data, and generating a corresponding second control instruction to the corresponding first target internet of things terminal equipment according to the analysis and processing result and the received data so as to control the corresponding first target internet of things terminal equipment to execute corresponding actions.
7. The method of claim 6, wherein after the receiving the data uploaded by the first target internet of things terminal device and the data uploaded by the second target internet of things terminal device that has been accessed to the third party internet of things cloud platform of the internet of things cloud platform system, the method further comprises:
and visually presenting the received data to the user side through the web-based visual system.
8. The method of claim 7, wherein the second control instruction is a control instruction for the state of the terminal device of the internet of things automatically generated by the cloud platform system of the internet of things according to the rule of scene linkage, and the control instruction comprises: the method comprises the steps of controlling an instruction of the terminal equipment of the Internet of things to be in an open state or a closed state, controlling the terminal equipment of the Internet of things to send out an alarm signal, and controlling the terminal equipment of the Internet of things to alarm and eliminate.
9. The method of claim 8, wherein the data uploaded by the first target internet of things terminal device comprises: attribute data, event data, time sequence data and terminal network signal data of the first target internet of things terminal equipment;
the data uploaded by the third party internet of things cloud platform accessed to the internet of things cloud platform system comprises: and the attribute data, event data, time sequence data and terminal network signal data of the second target Internet of things terminal equipment.
10. The method according to any one of claims 2-9, wherein generating a corresponding first control instruction from the information about the first control instruction comprises:
According to the corresponding protocol analysis template, carrying out corresponding protocol message assembly on the received information about the first control instruction;
the step of transmitting the first control instruction to the first target internet of things terminal equipment, and further controlling the corresponding first target internet of things terminal equipment to perform corresponding actions, includes:
And transmitting the assembled protocol message to a corresponding first target internet of things terminal device, so that the corresponding first target internet of things terminal device performs corresponding analysis and identification on the protocol message transmitted to the corresponding first target internet of things terminal device, and further controls the corresponding first target internet of things terminal device to execute corresponding actions.
11. The method according to claim 10, wherein the type of communication protocol supported by the terminal device of the internet of things to be accessed comprises: HTTP protocol, MQTT protocol, TCP protocol, JT808 protocol, HJ212 protocol, SL651 protocol.
12. The utility model provides an thing networking cloud platform system which characterized in that, thing networking cloud platform system includes:
The application module comprises a web-based visualization system, and is used for receiving type information about the terminal equipment of the Internet of things to be accessed, which is input by a user terminal, through the web-based visualization system; the web-based visualization system is used for realizing interaction between the Internet of things cloud platform system and the user side;
The access module is used for matching a communication protocol supported by the terminal equipment of the internet of things to be accessed according to the received type information about the terminal equipment of the internet of things to be accessed, and accessing the terminal equipment of the internet of things to be accessed into the cloud platform system of the internet of things; accessing a third-party internet of things cloud platform to be accessed to the internet of things cloud platform system, and further accessing a second target internet of things terminal device which is accessed to the third-party internet of things cloud platform to be accessed to the internet of things cloud platform system;
The application module is further configured to receive information about a region to be administered input by the user through the web-based visualization system, and bind, according to a latitude and longitude range in the information about the region to be administered, a first target internet of things terminal device that has been accessed to the internet of things cloud platform system and a user that inputs the information about the region to be administered, which are corresponding to the latitude and longitude range, so as to manage the first target internet of things terminal device through the user; and binding the second target internet of things terminal equipment which is correspondingly accessed to the internet of things cloud platform system within the longitude and latitude range with the user side which inputs the information of the area to be administered according to the longitude and latitude range in the information of the area to be administered, so that the user side can acquire the data of the second target internet of things terminal equipment through the third party internet of things cloud platform and cannot control and manage the second target internet of things terminal equipment.
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