CN113625586A - Method and system for controlling smart home based on gateway - Google Patents
Method and system for controlling smart home based on gateway Download PDFInfo
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- G05B15/00—Systems controlled by a computer
- G05B15/02—Systems controlled by a computer electric
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- G—PHYSICS
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- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
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- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
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Abstract
The invention discloses a method and a system for controlling an intelligent home based on a gateway, and relates to the technical field of intelligent homes. The method comprises the following steps: the equipment is accessed to the network, and the equipment comprises the platform equipment and third-party platform equipment, and the equipment access to the network comprises equipment access based on the platform equipment and equipment access based on the third-party platform equipment; scene design, including timing scene design and scene automation design; the equipment control comprises the control based on the mobile terminal equipment and the control based on the scene automation equipment, the control based on the mobile terminal equipment comprises the control based on the mobile terminal equipment and the control based on the mobile terminal equipment of the third party platform equipment, and the control based on the scene automation equipment comprises the control based on the scene automation equipment and the control based on the scene automation of the third party platform equipment. The invention is fully compatible with the cloud platform and products of each major manufacturer, analyzes the third-party protocol in a configuration mode, gets through the product information island and makes the scene linkage of the products of multiple manufacturers possible.
Description
Technical Field
The invention relates to the technical field of intelligent home, in particular to a method and a system for controlling intelligent home based on a gateway.
Background
At present, a plurality of intelligent household product manufacturers and cloud platform service providers exist in the market, but protocols, communication modes and business processes of the intelligent household product manufacturers and the cloud platform service providers are respectively administrative and mutually incompatible.
For the user: the equipment of a plurality of manufacturers can not communicate with each other, for example, the products of the manufacturers purchased by a user can not realize the function of 'scene linkage'; each manufacturer has its own APP client, and for users, a plurality of clients are inconvenient and bloated for one user; the equipment can not communicate with each other, the advantage of resource integration is lost, the cluster effect of the intelligent equipment can not be exerted, the equipment can not be combined into an intelligent agent, the product forms an island, and the intelligent device is similar to the virtual device.
For the device manufacturer: in order to increase the sales volume of the product market, the device manufacturer has to consider to be compatible with a plurality of cloud platforms, a plurality of protocols, and a plurality of development boards. Therefore, equipment manufacturers need to invest more research and development cost and labor cost, and equipment upgrading and maintenance cost is increased.
For the whole industry of smart home: the respective administrative industry systems cannot exert the advantage of resource integration, so that the development of the smart home industry is restrained, and unnecessary research and development cost and waste of social resources are brought. Therefore, the cloud platform and the products of each major manufacturer are fully compatible, and the linkage of scenes of products of multiple manufacturers is possible.
Disclosure of Invention
The invention provides the method for linking the scenes of products of multiple manufacturers aiming at the problem that the cloud platforms and the products of various major manufacturers are fully compatible.
In order to solve the technical problems, the invention provides the following technical scheme:
a method for controlling smart home based on a gateway comprises the following steps:
the equipment is accessed to the network, wherein the equipment comprises the platform equipment and third-party platform equipment, and the equipment access to the network comprises equipment access based on the platform equipment and equipment access based on the third-party platform equipment;
scene design, including timing scene design and scene automation design;
the equipment control comprises mobile terminal-based equipment control and scene-based automation equipment control, wherein the mobile terminal-based equipment control comprises mobile terminal-based control of the platform equipment and mobile terminal-based control of a third-party platform equipment, and the scene-based automation equipment control comprises scene-based automation control of the platform equipment and scene-based automation control of the third-party platform equipment;
the mobile terminal-based control of the third-party platform device includes:
the mobile terminal sends a first instruction for controlling third-party platform equipment to the smart home SaaS platform, the smart home SaaS platform sends the first instruction to the third-party Internet of things docking platform, the third-party Internet of things docking platform converts the first instruction into a first instruction in a third-party format and sends the first instruction to a third-party Internet of things cloud platform, the third-party Internet of things cloud platform executes the first instruction in the third-party format and reports the equipment state, the third-party Internet of things docking platform subscribes the equipment state from the third-party Internet of things cloud platform and returns the equipment state to the smart home SaaS platform and the gateway, and the smart home SaaS platform returns the equipment state to the mobile terminal;
the scene-based automated control of third party platform devices comprises:
the gateway sends a second instruction for controlling a third-party platform device to an MQTT server, the third-party Internet of things docking platform receives the second instruction through the MQTT server, the third-party Internet of things docking platform analyzes the second instruction, converts the second instruction into a second instruction in a third-party format and sends the second instruction to a third-party Internet of things cloud platform, the third-party Internet of things cloud platform controls the third-party platform device according to the second instruction in the third-party format, the third-party platform device executes the control instruction and reports a device state, the third-party Internet of things cloud platform issues the device state, the third-party Internet of things docking platform subscribes the device state and returns the device state to the MQTT server, and the MQTT server pushes the device state to the gateway.
Optionally, before the step of accessing the network by the device based on the platform device and the step of accessing the network by the device based on the third-party platform device, the method further includes:
the gateway analyzes that the equipment is the platform equipment or the third-party platform equipment according to the id of the equipment in the subscribed control instruction, and returns the analysis result to the corresponding platform equipment control service module or the third-party platform equipment control service module on the platform of the Internet of things.
Optionally, the device networking based on the platform device includes:
the mobile terminal initiates a third instruction for adding the platform equipment to the gateway to the intelligent home SaaS platform, the intelligent home SaaS platform forwards the third instruction to the Internet of things platform, the Internet of things platform issues MQTT information, the gateway subscribes to the information and executes the MQTT information, the gateway issues equipment change MQTT information, the Internet of things platform adds or changes equipment, and returns the equipment to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment to the mobile terminal.
Optionally, the third-party platform device-based device networking includes:
the mobile terminal initiates a fourth instruction for obtaining a third-party Internet of things account password to the smart home SaaS platform, the smart home SaaS platform forwards the fourth instruction to a third-party Internet of things docking platform in the Internet of things platform, the third-party Internet of things docking platform sends the fourth instruction to a third-party Internet of things cloud platform, the third-party Internet of things cloud platform completes the fourth instruction, the third-party Internet of things account password is sent to the third-party Internet of things docking platform, the third-party Internet of things docking platform sends the third-party Internet of things account password to the smart home SaaS platform, and the smart home SaaS platform returns the third-party Internet of things account password to the mobile terminal.
Optionally, the scene automation design includes:
and configuring scene automation logic to the gateway, and when the equipment state is changed and the scene automation logic is met, automatically executing the scene automation by the gateway.
Optionally, the configuring the scenario automation logic to the gateway comprises:
the mobile terminal creates or edits the scene automation logic, the scene automation logic is sent to the intelligent home SaaS platform, the intelligent home SaaS platform saves or updates the scene automation logic to the Internet of things platform, the Internet of things platform issues a scene change MQTT message to the gateway, and the gateway saves or updates the scene automation logic.
Optionally, the mobile terminal-based control of the platform device includes:
the mobile terminal sends a fifth instruction for controlling the platform equipment to an intelligent home SaaS platform, the intelligent home SaaS platform sends the fifth instruction to the Internet of things platform, the Internet of things platform issues an MQTT message, the gateway subscribes to the message and controls related equipment according to the fifth instruction, after the fifth instruction is completed, the gateway issues equipment state information to the Internet of things platform, the Internet of things platform returns the equipment state to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment state to the mobile terminal.
Optionally, the mobile terminal includes:
intelligent mobile terminal, computer display terminal, intelligent stereo set.
Optionally, the gateway includes:
wifi module, ethernet module, zigbee module, bluetooth module.
On the other hand, the invention provides a system for controlling smart home based on a gateway, which is realized by a method for controlling smart home based on the gateway, and the system for controlling smart home based on the gateway comprises: remove end, intelligent house SaaS platform, thing networking platform, gateway, equipment, wherein:
the mobile terminal is used for sending a device control instruction, and the device control instruction comprises a device adding instruction, a device deleting instruction, a device modifying instruction and a scene design instruction;
the intelligent home SaaS platform is used for receiving a control instruction sent by a mobile terminal and sending the control instruction to the Internet of things platform; receiving the equipment state returned by the Internet of things platform, and returning the equipment state to the gateway and the mobile terminal;
the Internet of things platform is used for receiving a control instruction sent by the intelligent home SaaS platform, issuing MQTT information, receiving gateway release equipment state information and returning the equipment state to the intelligent home SaaS platform, and comprises a third-party Internet of things docking platform which is used for receiving the control instruction through an MQTT server, analyzing the control instruction, converting the control instruction into a control instruction in a third-party format, sending the control instruction to a third-party Internet of things cloud platform, subscribing the equipment state of the third-party Internet of things cloud platform and returning the equipment state to the intelligent home SaaS platform;
the gateway is used for controlling equipment, saving or updating scene automation logic and automatically executing scene automation;
and the equipment is used for changing the state according to the control instruction.
Optionally, the mobile terminal, the smart home SaaS platform, the internet of things platform, the gateway, and the device are further configured to:
the equipment is accessed to the network, wherein the equipment comprises the platform equipment and third-party platform equipment, and the equipment access to the network comprises equipment access based on the platform equipment and equipment access based on the third-party platform equipment;
scene design, including timing scene design and scene automation design;
the equipment control comprises mobile terminal-based equipment control and scene-based automation equipment control, wherein the mobile terminal-based equipment control comprises mobile terminal-based control of the platform equipment and mobile terminal-based control of a third-party platform equipment, and the scene-based automation equipment control comprises scene-based automation control of the platform equipment and scene-based automation control of the third-party platform equipment;
the mobile terminal-based control of the third-party platform device includes:
the mobile terminal sends a first instruction for controlling third-party platform equipment to the smart home SaaS platform, the smart home SaaS platform sends the first instruction to the third-party Internet of things docking platform, the third-party Internet of things docking platform converts the first instruction into a first instruction in a third-party format and sends the first instruction to a third-party Internet of things cloud platform, the third-party Internet of things cloud platform executes the first instruction in the third-party format and reports an equipment state, the third-party Internet of things docking platform subscribes the equipment state and returns the equipment state to the smart home SaaS platform and the gateway, and the smart home SaaS platform returns the equipment state to the mobile terminal;
the scene-based automated control of third party platform devices comprises:
the gateway sends a second instruction for controlling a third-party platform device to an MQTT server, the third-party Internet of things docking platform receives the second instruction through the MQTT server, the third-party Internet of things docking platform analyzes the second instruction, converts the second instruction into a second instruction in a third-party format and sends the second instruction to a third-party Internet of things cloud platform, the third-party Internet of things cloud platform controls the third-party platform device according to the second instruction in the third-party format, the third-party platform device executes the control instruction and reports a device state, the third-party Internet of things cloud platform issues the device state, the third-party Internet of things docking platform subscribes the device state and returns the device state to the MQTT server, and the MQTT server pushes the device state to the gateway.
Optionally, the mobile terminal, the smart home SaaS platform, the internet of things platform, the gateway, and the device are further configured to:
before the step of accessing the network by the device based on the platform device and the step of accessing the network by the device based on the third-party platform device, the method further comprises the following steps:
the gateway analyzes that the equipment is the platform equipment or the third-party platform equipment according to the id of the equipment in the subscribed control instruction, and returns the analysis result to the corresponding platform equipment control service module or the third-party platform equipment control service module on the platform of the Internet of things.
Optionally, the mobile terminal, the smart home SaaS platform, the internet of things platform, the gateway, and the device are further configured to:
the equipment network access based on the platform equipment comprises:
the mobile terminal initiates a third instruction for adding the platform equipment to the gateway to the intelligent home SaaS platform, the intelligent home SaaS platform forwards the third instruction to the Internet of things platform, the Internet of things platform issues MQTT information, the gateway subscribes to the information and executes the MQTT information, the gateway issues equipment change MQTT information, the Internet of things platform adds or changes equipment, and returns the equipment to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment to the mobile terminal.
Optionally, the mobile terminal, the smart home SaaS platform, the internet of things platform, the gateway, and the device are further configured to:
the equipment networking based on the third-party platform equipment comprises the following steps:
the mobile terminal initiates a fourth instruction for obtaining a third-party Internet of things account password to the smart home SaaS platform, the smart home SaaS platform forwards the fourth instruction to a third-party Internet of things docking platform in the Internet of things platform, the third-party Internet of things docking platform sends the fourth instruction to a third-party Internet of things cloud platform, the third-party Internet of things cloud platform completes the fourth instruction, the third-party Internet of things account password is sent to the third-party Internet of things docking platform, the third-party Internet of things docking platform sends the third-party Internet of things account password to the smart home SaaS platform, and the smart home SaaS platform returns the third-party Internet of things account password to the mobile terminal.
Optionally, the mobile terminal, the smart home SaaS platform, the internet of things platform, the gateway, and the device are further configured to:
the scene automatic design comprises the following steps:
configuring a scenario automation logic to the gateway, the gateway automatically executing the scenario automation when the device status satisfies the scenario automation logic.
Optionally, the mobile terminal, the smart home SaaS platform, the internet of things platform, the gateway, and the device are further configured to:
configuring the scenario automation logic to the gateway includes:
the mobile terminal creates or edits the scene automation logic, sends the scene automation logic to the smart home SaaS platform, the smart home SaaS platform saves or updates the scene automation logic and informs the gateway, and the gateway saves or updates the scene automation logic.
Optionally, the mobile terminal, the smart home SaaS platform, the internet of things platform, the gateway, and the device are further configured to:
this platform equipment includes based on remove end control:
the mobile terminal sends a fifth instruction for controlling the platform equipment to an intelligent home SaaS platform, the intelligent home SaaS platform sends the fifth instruction to the Internet of things platform, the Internet of things platform issues an MQTT message, the gateway subscribes to the message and controls related equipment according to the fifth instruction, after the fifth instruction is completed, the gateway issues equipment state information to the Internet of things platform, the Internet of things platform returns the equipment state to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment state to the mobile terminal.
Optionally, the mobile terminal is further configured to:
the mobile terminal includes:
intelligent mobile terminal, computer display terminal, intelligent stereo set.
Optionally, the gateway is further configured to:
the gateway includes:
wifi module, ethernet module, zigbee module, bluetooth module.
The technical scheme of the embodiment of the invention at least has the following beneficial effects:
flexible protocol: in order to deal with diversity, compatibility, customization and intellectualization of various intelligent household application scenes and products, decoupling of application, customization of protocols and customization of products are fully considered during design of the Taichuan Internet of things platform, and the level of defining hardware by software is achieved. The idea of defining hardware by using software greatly shortens the development period, saves the development cost and also makes the OEM customized product easier.
Compatible platforms: the third-party Internet of things docking platform in Taichuan is fully compatible with cloud platforms and products of various major manufacturers, analyzes a third-party protocol in a configuration mode, and gets through a product information island, so that equipment which is not communicated forms an intelligent body, scene linkage of products of multiple manufacturers is possible, and intelligent formation and virtual design are not allowed any more.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without creative efforts.
FIG. 1 is a schematic flow chart of a method for controlling a smart home based on a gateway according to the present invention;
FIG. 2 is a block diagram of a system for controlling smart home based on a gateway according to the present invention;
Detailed Description
In order to make the technical problems, technical solutions and advantages of the present invention more apparent, the following detailed description is given with reference to the accompanying drawings and specific embodiments.
As shown in fig. 1, an embodiment of the present invention provides a method for controlling an intelligent home based on a gateway, where the method includes:
101. and judging that the equipment is the platform equipment or third-party platform equipment.
In a feasible implementation manner, the gateway determines that the analysis device is the local platform device or the third party platform device according to the id of the device in the subscribed control instruction, and returns the analysis result to the corresponding local platform device control service module or the third party platform device control service module on the platform of the internet of things.
Specifically, the smart home SaaS platform calls the api, the api is accessed to the Internet of things platform according to the identity of a developer, the device id, the device attribute name and the expected value after control are transmitted, the gateway receives the control parameters, the device id is inquired to be the Taichuan platform device or the third-party platform device, the command is forwarded to the Taichuan device service or the third-party platform device service corresponding to the Internet of things platform according to the platform to which the device belongs, the Internet of things platform returns the control result to the gateway, and the gateway returns the control result to the smart home SaaS platform.
102. And accessing the equipment into a network.
The equipment comprises the platform equipment and third-party platform equipment, and the equipment access network comprises equipment access network based on the platform equipment and equipment access network based on the third-party platform equipment.
In a possible implementation manner, the platform device is a device developed by taichuan company, and the third-party platform device is a device developed by non-taichuan company.
Optionally, the device networking based on the platform device includes:
the mobile terminal initiates a third instruction for adding the platform equipment to the gateway to the intelligent home SaaS platform, the intelligent home SaaS platform forwards the third instruction to the Internet of things platform, the Internet of things platform issues MQTT messages, the gateway subscribes to the messages and executes the MQTT messages, the gateway issues equipment change MQTT messages, the Internet of things platform adds or changes equipment, the equipment is returned to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment to the mobile terminal.
Optionally, the mobile end includes but is not limited to:
intelligent mobile terminal, computer display terminal, intelligent stereo set.
Optionally, the gateway includes, but is not limited to:
wifi module, ethernet module, zigbee module, bluetooth module.
In a possible implementation manner, the gateway may add zigbee peripherals to the platform and connect the zigbee peripherals to the platform of the internet of things in taichuan for the mobile terminal to view and control.
Optionally, the device networking based on the third-party platform device includes:
the mobile terminal initiates a fourth instruction for obtaining the account password of the third-party internet of things to the smart home SaaS platform, the smart home SaaS platform forwards the fourth instruction to the third-party internet of things docking platform in the internet of things platform, the third-party internet of things docking platform sends the fourth instruction to the third-party internet of things cloud platform, the third-party internet of things cloud platform completes the fourth instruction, the account password of the third-party internet of things is sent to the third-party internet of things docking platform, the third-party internet of things docking platform sends the account password of the third-party internet of things to the smart home SaaS platform, and the smart home SaaS platform returns the account password of the third-party internet of things to the mobile terminal.
In a feasible implementation manner, the client is directly connected with the third-party internet of things cloud platform, and a user account of the third-party internet of things cloud platform needs to be created. The third-party Internet of things docking platform supports multiple docking modes, and after a user logs in the third-party Internet of things cloud platform, hardware equipment developed based on the third-party platform can be controlled.
The third-party Internet of things docking platform opens an interface for creating a third-party account for the application layer, and after calling the third-party Internet of things cloud platform to create the account, the third-party Internet of things docking platform returns the third-party account to the application layer. After the mobile terminal APP logs in, the account number of the established third-party platform can be inquired through the application layer, and then the mobile terminal APP logs in the third-party platform.
103. And (5) designing a scene.
The scene design comprises timing scene design and scene automation design.
Optionally, the scene automation design comprises:
and configuring scene automation logic to the gateway, and when the equipment state meets the scene automation logic, the gateway automatically executes the scene automation.
In one possible implementation, when the device state changes, the device sends a state change message to the gateway, and the gateway checks whether the scene automation logic is met according to the device state and determines whether to execute scene automation; the gateway can also complete a preset scene according to the timing task. It can be seen that the condition logic judgment of the scene or the timing task is executed at the gateway end, the tasks and the logic are relatively consumed, when the number of the devices is thousands or even millions, the required computing power is huge, and the Taichuan intelligent home hands the scene automation logic to the gateway for processing, so that the resources and the computing power of the platform server are greatly saved.
Optionally, configuring the scenario automation logic to the gateway comprises:
the method comprises the steps that a mobile terminal creates or edits scene automation logic, the scene automation logic is sent to an intelligent home SaaS platform, the intelligent home SaaS platform saves or updates the scene automation logic to an Internet of things platform, the Internet of things platform issues scene change MQTT messages to a gateway, and the gateway saves or updates the scene automation logic.
In one possible implementation, the scene automation of taichuan takes the mode "if xxx + and xxx is executing xxx". For example, when the temperature is more than 28 degrees, and the room is occupied, and the window is closed, the air conditioner is turned on. In a common intelligent home system, the scene automation logic is judged and processed by an intelligent home platform, and the Taichuan intelligent home system transfers the scene automation logic to a gateway for processing, so that the resources and the computing power of a platform server are greatly saved.
104. And (4) controlling the equipment.
The equipment control comprises control based on the mobile terminal equipment and control based on the scene automation equipment, the control based on the mobile terminal equipment comprises control based on the mobile terminal equipment and control based on the mobile terminal third party platform equipment, and the control based on the scene automation equipment comprises control based on the scene automation equipment and control based on the scene automation third party platform equipment.
Optionally, controlling the platform device based on the mobile terminal includes:
the mobile terminal sends a fifth instruction for controlling the platform equipment to the intelligent home SaaS platform, the intelligent home SaaS platform sends the fifth instruction to the Internet of things platform, the Internet of things platform issues MQTT information, the gateway subscribes to the information and controls related equipment according to the fifth instruction, after the fifth instruction is completed, the gateway issues equipment state information to the Internet of things platform, the Internet of things platform returns the equipment state to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment state to the mobile terminal.
In a feasible implementation mode, a mobile terminal initiates a device control instruction, the instruction is sent to an internet of things platform through an intelligent home SaaS platform, the internet of things platform issues different MQTT topics according to an instruction protocol, a gateway specifically controls related devices according to the instruction, and after the device state changes, the gateway issues device state information to Webhook for the intelligent home SaaS platform or the mobile terminal to use.
The third party platform equipment based on mobile terminal control includes:
the mobile terminal sends a first instruction for controlling third-party platform equipment to the smart home SaaS platform, the smart home SaaS platform sends the first instruction to the third-party Internet of things docking platform, the third-party Internet of things docking platform converts the first instruction into a first instruction in a third-party format and sends the first instruction to the third-party Internet of things cloud platform, the third-party Internet of things cloud platform executes the first instruction in the third-party format and reports the equipment state, the third-party Internet of things docking platform subscribes the equipment state and returns the equipment state to the smart home SaaS platform and the gateway, and the smart home SaaS platform returns the equipment state to the mobile terminal.
The scene-based automatic control third-party platform equipment comprises:
the gateway sends a second instruction for controlling the third-party platform device to the MQTT server, the third-party Internet of things docking platform receives the second instruction through the MQTT server, the third-party Internet of things docking platform analyzes the second instruction, converts the second instruction into a second instruction in a third-party format and sends the second instruction to the third-party Internet of things cloud platform, the third-party Internet of things cloud platform controls the third-party platform device according to the second instruction in the third-party format, the third-party platform device executes the control instruction and reports the device state, the third-party Internet of things cloud platform publishes the device state, the third-party Internet of things docking platform subscribes the device state and returns the device state to the MQTT server, and the MQTT server pushes the device state to the gateway.
In one possible implementation, the third-party internet of things docking platform provides the application layer with the capability of controlling the third-party platform device based on the http interface. The client sides such as the App and the applet can call the application layer interface to send a control instruction, and the third-party Internet of things docking platform receives the control instruction and forwards the control instruction to the third-party Internet of things cloud platform to further control the equipment. The scheme can provide the capability of controlling the equipment for different clients and different client customization requirements.
Because the third-party hardware equipment is controlled by sending a control instruction according to the third-party platform, the intelligent gateway cannot directly control the third-party platform equipment, and therefore the third-party Internet of things docking platform plays a role in forwarding the control instruction. The scheme can be compatible with most third-party platforms, and enriches the capability of the platform of the Internet of things in Taichuan.
More specifically, basic information of equipment such as control instructions and state attributes of third-party platform equipment is input into the platform in a mode of an object model; the gateway acquires an object model of third-party platform equipment through the Internet of things platform; when the gateway initiates the control of the third-party platform equipment, for example, the temperature of an air conditioner is adjusted to 26 ℃, and at the moment, a control instruction is sent to the MQTT server; the third-party Internet of things docking platform receives the control instruction through the MQTT server, analyzes the instruction and converts the instruction into the control instruction in a third-party format, calls a third-party Internet of things cloud platform interface to send the instruction, and controls third-party platform equipment.
The present invention provides a flexible protocol: in order to deal with diversity, compatibility, customization and intellectualization of various intelligent household application scenes and products, decoupling of application, customization of protocols and customization of products are fully considered during design of the Taichuan Internet of things platform, and the level of defining hardware by software is achieved. The idea of defining hardware by using software greatly shortens the development period, saves the development cost and also makes the OEM customized product easier.
Compatible platforms: the third-party Internet of things docking platform in Taichuan is fully compatible with cloud platforms and products of various major manufacturers, analyzes a third-party protocol in a configuration mode, and gets through a product information island, so that equipment which is not communicated forms an intelligent body, scene linkage of products of multiple manufacturers is possible, and intelligent formation and virtual design are not allowed any more.
As shown in fig. 2, an embodiment of the present invention provides a system for controlling an intelligent home based on a gateway, where the system is implemented by a method for controlling an intelligent home based on a gateway, and the system for controlling an intelligent home based on a gateway includes: remove end, intelligent house SaaS platform, thing networking platform, gateway, equipment, wherein:
the mobile terminal 201 is configured to send a device control instruction, where the device control instruction includes a device adding instruction, a device deleting instruction, a device modifying instruction, and a scene design instruction.
The smart home SaaS platform 202 is used for receiving the control instruction sent by the mobile terminal and sending the control instruction to the Internet of things platform; and receiving the equipment state returned by the Internet of things platform, and returning the equipment state to the gateway and the mobile terminal.
The internet of things platform 203 is used for receiving control instructions sent by the smart home SaaS platform and issuing MQTT messages, receiving gateway issuing equipment state information and returning the equipment state to the smart home SaaS platform, and the internet of things platform comprises a third-party internet of things docking platform which is used for receiving the control instructions through an MQTT server, analyzing the control instructions, converting the control instructions into control instructions in a third-party format, sending the control instructions to a third-party internet of things cloud platform, subscribing the equipment state of the third-party internet of things cloud platform, and returning the equipment state to the smart home SaaS platform.
And the gateway 204 is used for controlling equipment, saving or updating scene automation logic and automatically executing scene automation.
A device 205 for changing the state according to the control instruction.
Optionally, the mobile terminal 201, the smart home SaaS platform 202, the internet of things platform 203, the gateway 204, and the device 205 are further configured to:
the equipment is connected to the network, and the equipment comprises the platform equipment and third-party platform equipment, and the equipment is connected to the network by the equipment based on the platform equipment and the equipment based on the third-party platform equipment.
And scene design, including timing scene design and scene automation design.
The equipment control comprises the control based on the mobile terminal equipment and the control based on the scene automation equipment, the control based on the mobile terminal equipment comprises the control based on the mobile terminal equipment and the control based on the mobile terminal equipment of the third party platform equipment, and the control based on the scene automation equipment comprises the control based on the scene automation equipment and the control based on the scene automation of the third party platform equipment.
Specifically, controlling the third-party platform device based on the mobile terminal includes:
the mobile terminal sends a first instruction for controlling third-party platform equipment to the smart home SaaS platform, the smart home SaaS platform sends the first instruction to the third-party Internet of things docking platform, the third-party Internet of things docking platform converts the first instruction into a first instruction in a third-party format and sends the first instruction to the third-party Internet of things cloud platform, the third-party Internet of things cloud platform executes the first instruction in the third-party format and reports the equipment state, the third-party Internet of things docking platform subscribes the equipment state and returns the equipment state to the smart home SaaS platform and the gateway, and the smart home SaaS platform returns the equipment state to the mobile terminal.
The scene-based automatic control third-party platform equipment comprises:
the gateway sends a second instruction for controlling the third-party platform device to the MQTT server, the third-party Internet of things docking platform receives the second instruction through the MQTT server, the third-party Internet of things docking platform analyzes the second instruction, converts the second instruction into a second instruction in a third-party format and sends the second instruction to the third-party Internet of things cloud platform, the third-party Internet of things cloud platform controls the third-party platform device according to the second instruction in the third-party format, the third-party platform device executes the control instruction and reports the device state, the third-party Internet of things cloud platform publishes the device state, the third-party Internet of things docking platform subscribes the device state and returns the device state to the MQTT server, and the MQTT server pushes the device state to the gateway.
Optionally, the mobile terminal 201, the smart home SaaS platform 202, the internet of things platform 203, the gateway 204, and the device 205 are further configured to:
before the step of accessing the network by the device based on the platform device and the step of accessing the network by the device based on the third-party platform device, the method further comprises the following steps:
and the gateway analyzes the equipment to be the platform equipment or the third-party platform equipment according to the id of the equipment in the subscribed control instruction, and returns the analysis result to the corresponding platform equipment control service module or the third-party platform equipment control service module on the platform of the Internet of things.
Optionally, the mobile terminal 201, the smart home SaaS platform 202, the internet of things platform 203, the gateway 204, and the device 205 are further configured to:
the equipment network access based on the platform equipment comprises:
the mobile terminal initiates a third instruction for adding the platform equipment to the gateway to the intelligent home SaaS platform, the intelligent home SaaS platform forwards the third instruction to the Internet of things platform, the Internet of things platform issues MQTT messages, the gateway subscribes to the messages and executes the MQTT messages, the gateway issues equipment change MQTT messages, the Internet of things platform adds or changes equipment, the equipment is returned to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment to the mobile terminal.
Optionally, the mobile terminal 201, the smart home SaaS platform 202, the internet of things platform 203, the gateway 204, and the device 205 are further configured to:
the equipment networking based on the third-party platform equipment comprises the following steps:
the mobile terminal initiates a fourth instruction for obtaining the account password of the third-party internet of things to the smart home SaaS platform, the smart home SaaS platform forwards the fourth instruction to the third-party internet of things docking platform in the internet of things platform, the third-party internet of things docking platform sends the fourth instruction to the third-party internet of things cloud platform, the third-party internet of things cloud platform completes the fourth instruction, the account password of the third-party internet of things is sent to the third-party internet of things docking platform, the third-party internet of things docking platform sends the account password of the third-party internet of things to the smart home SaaS platform, and the smart home SaaS platform returns the account password of the third-party internet of things to the mobile terminal.
Optionally, the mobile terminal 201, the smart home SaaS platform 202, the internet of things platform 203, the gateway 204, and the device 205 are further configured to:
the scene automatic design comprises the following steps:
and configuring scene automation logic to the gateway, and when the equipment state meets the scene automation logic, the gateway automatically executes the scene automation.
Optionally, the mobile terminal 201, the smart home SaaS platform 202, the internet of things platform 203, the gateway 204, and the device 205 are further configured to:
configuring the scenario automation logic to the gateway includes:
the method comprises the steps that a mobile terminal creates or edits scene automation logic, the scene automation logic is sent to an intelligent home SaaS platform, the intelligent home SaaS platform saves or updates the scene automation logic to an Internet of things platform, the Internet of things platform issues scene change MQTT messages to a gateway, and the gateway saves or updates the scene automation logic.
Optionally, the mobile terminal 201, the smart home SaaS platform 202, the internet of things platform 203, the gateway 204, and the device 205 are further configured to:
this platform equipment includes based on remove end control:
the mobile terminal sends a fifth instruction for controlling the platform equipment to the intelligent home SaaS platform, the intelligent home SaaS platform sends the fifth instruction to the Internet of things platform, the Internet of things platform issues MQTT information, the gateway subscribes to the information and controls related equipment according to the fifth instruction, after the fifth instruction is completed, the gateway issues equipment state information to the Internet of things platform, the Internet of things platform returns the equipment state to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment state to the mobile terminal.
Optionally, the mobile terminal 201 is further configured to:
the mobile terminal includes:
intelligent mobile terminal, computer display terminal, intelligent stereo set.
Optionally, the gateway 204 is further configured to:
the gateway includes:
wifi module, ethernet module, zigbee module, bluetooth module.
The present invention provides a flexible protocol: in order to deal with diversity, compatibility, customization and intellectualization of various intelligent household application scenes and products, decoupling of application, customization of protocols and customization of products are fully considered during design of the Taichuan Internet of things platform, and the level of defining hardware by software is achieved. The idea of defining hardware by using software greatly shortens the development period, saves the development cost and also makes the OEM customized product easier.
Compatible platforms: the third-party Internet of things docking platform in Taichuan is fully compatible with cloud platforms and products of various major manufacturers, analyzes a third-party protocol in a configuration mode, and gets through a product information island, so that equipment which is not communicated forms an intelligent body, scene linkage of products of multiple manufacturers is possible, and intelligent formation and virtual design are not allowed any more.
It will be understood by those skilled in the art that all or part of the steps for implementing the above embodiments may be implemented by hardware, or may be implemented by a program instructing relevant hardware, where the program may be stored in a computer-readable storage medium, and the above-mentioned storage medium may be a read-only memory, a magnetic disk or an optical disk, etc.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (10)
1. A method for controlling smart home based on a gateway is characterized by comprising the following steps:
the equipment is accessed to the network, wherein the equipment comprises the platform equipment and third-party platform equipment, and the equipment access to the network comprises equipment access based on the platform equipment and equipment access based on the third-party platform equipment;
scene design, including timing scene design and scene automation design;
the equipment control comprises mobile terminal-based equipment control and scene-based automation equipment control, wherein the mobile terminal-based equipment control comprises mobile terminal-based control of the platform equipment and mobile terminal-based control of a third-party platform equipment, and the scene-based automation equipment control comprises scene-based automation control of the platform equipment and scene-based automation control of the third-party platform equipment;
the mobile terminal-based control of the third-party platform device includes:
the method comprises the steps that a mobile terminal sends a first instruction for controlling third-party platform equipment to an intelligent home SaaS platform, the intelligent home SaaS platform sends the first instruction to a third-party Internet of things docking platform in an Internet of things platform, the third-party Internet of things docking platform converts the first instruction into a first instruction in a third-party format and sends the first instruction to a third-party Internet of things cloud platform, the third-party Internet of things cloud platform executes the first instruction in the third-party format and reports an equipment state, the third-party Internet of things docking platform subscribes the equipment state from the third-party Internet of things cloud platform and returns the equipment state to the intelligent home SaaS platform and a gateway, and the intelligent home SaaS platform returns the equipment state to the mobile terminal;
the scene-based automated control of third party platform devices comprises:
the gateway sends a second instruction for controlling third-party platform equipment to an MQTT server, the third-party Internet of things docking platform receives the second instruction through the MQTT server, the third-party Internet of things docking platform analyzes the second instruction, converts the second instruction into a second instruction in a third-party format and sends the second instruction to a third-party Internet of things cloud platform, the third-party Internet of things cloud platform controls the third-party platform equipment according to the second instruction in the third-party format, the third-party platform equipment executes the control instruction and reports an equipment state, the third-party Internet of things cloud platform issues the equipment state, the third-party Internet of things docking platform subscribes the equipment state and returns the equipment state to the MQTT server, and the MQTT server pushes the equipment state to the gateway.
2. The method according to claim 1, wherein before the step of accessing the network by the device based on the platform device and the step of accessing the network by the device based on the third-party platform device, the method further comprises:
the gateway analyzes that the equipment is the platform equipment or the third-party platform equipment according to the id of the equipment in the subscribed control instruction, and returns the analysis result to the corresponding platform equipment control service module or the third-party platform equipment control service module on the platform of the Internet of things.
3. The method according to claim 1, wherein the device networking based on the platform device comprises:
the mobile terminal initiates a third instruction for adding the platform equipment to the gateway to the intelligent home SaaS platform, the intelligent home SaaS platform forwards the third instruction to the Internet of things platform, the Internet of things platform issues MQTT information, the gateway subscribes to the information and executes the MQTT information, the gateway issues equipment change MQTT information, the Internet of things platform adds or changes equipment, and returns the equipment to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment to the mobile terminal.
4. The method of claim 1, wherein the third party platform device based device networking comprises:
the mobile terminal initiates a fourth instruction for obtaining a third-party Internet of things account password to the smart home SaaS platform, the smart home SaaS platform forwards the fourth instruction to the third-party Internet of things docking platform, the third-party Internet of things docking platform sends the fourth instruction to the third-party Internet of things cloud platform, the third-party Internet of things cloud platform completes the fourth instruction, the third-party Internet of things account password is sent to the third-party Internet of things docking platform, the third-party Internet of things docking platform sends the third-party Internet of things account password to the smart home SaaS platform, and the smart home SaaS platform returns the third-party Internet of things account password to the mobile terminal.
5. The method of claim 1, wherein the scene automation design comprises:
and configuring scene automation logic to the gateway, and when the equipment state is changed and the scene automation logic is met, automatically executing the scene automation by the gateway.
6. The method of claim 5, wherein configuring the scenario automation logic to the gateway comprises:
the mobile terminal creates or edits the scene automation logic, the scene automation logic is sent to the intelligent home SaaS platform, the intelligent home SaaS platform saves or updates the scene automation logic to the Internet of things platform, the Internet of things platform issues a scene change MQTT message to the gateway, and the gateway saves or updates the scene automation logic.
7. The method according to claim 1, wherein the controlling the platform device based on the mobile terminal comprises:
the mobile terminal sends a fifth instruction for controlling the platform equipment to an intelligent home SaaS platform, the intelligent home SaaS platform sends the fifth instruction to the Internet of things platform, the Internet of things platform issues an MQTT message, the gateway subscribes to the message and controls related equipment according to the fifth instruction, after the fifth instruction is completed, the gateway issues equipment state information to the Internet of things platform, the Internet of things platform returns the equipment state to the intelligent home SaaS platform, and the intelligent home SaaS platform returns the equipment state to the mobile terminal.
8. The method of claim 1, wherein the mobile end comprises:
intelligent mobile terminal, computer display terminal, intelligent stereo set.
9. The method of claim 1, wherein the gateway comprises:
wifi module, ethernet module, zigbee module, bluetooth module.
10. The system for controlling the smart home based on the gateway is characterized by being used for realizing a method for controlling the smart home based on the gateway, and comprises a mobile terminal, a smart home SaaS platform, an Internet of things platform, a gateway and equipment, wherein:
the mobile terminal is used for sending a device control instruction, wherein the device control instruction comprises a device adding instruction, a device deleting instruction, a device modifying instruction and a scene design instruction;
the intelligent home SaaS platform is used for receiving the control instruction sent by the mobile terminal and sending the control instruction to the Internet of things platform; receiving the equipment state returned by the Internet of things platform, and returning the equipment state to the mobile terminal;
the Internet of things platform is used for receiving a control instruction sent by the intelligent home SaaS platform, issuing an MQTT message, receiving gateway release equipment state information and returning the equipment state to the intelligent home SaaS platform, and comprises a third-party Internet of things docking platform which is used for receiving the control instruction through the MQTT server, analyzing the control instruction, converting the control instruction into a control instruction in a third-party format, sending the control instruction to the third-party Internet of things cloud platform, subscribing the equipment state of the third-party Internet of things cloud platform and returning the equipment state to the intelligent home SaaS platform;
the gateway is used for controlling equipment, saving or updating the scene automation logic and automatically executing the scene automation;
and the equipment is used for changing the state according to the control instruction.
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