CN112684713B - Response system and implementation method of scene application, grouping and control method of equipment - Google Patents
Response system and implementation method of scene application, grouping and control method of equipment Download PDFInfo
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- CN112684713B CN112684713B CN202011567953.8A CN202011567953A CN112684713B CN 112684713 B CN112684713 B CN 112684713B CN 202011567953 A CN202011567953 A CN 202011567953A CN 112684713 B CN112684713 B CN 112684713B
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Abstract
The invention discloses a scene application response system, which comprises a plurality of intelligent household devices, a gateway, an integrated controller and management and application software; the intelligent home equipment is in communication connection with a gateway or an integrated controller, the management and application software is used for managing and controlling the intelligent home equipment, and the gateway or the integrated controller is used for storing the grouping information of the intelligent home equipment. The scene application response system effectively reduces the complexity of the gateway for controlling the equipment, is beneficial to defining and realizing the application of the home scene, and is convenient for users to use.
Description
Technical Field
The invention relates to the technical field of Internet of things equipment and smart homes, in particular to a response system and an implementation method for scene application and a grouping and control method for equipment.
Background
With the increase of the number of the intelligent home devices in the family, the application scenes of the intelligent home are more and more rich and complex, and the number of the intelligent home devices to be controlled is more and more. It is common to group the same type of devices or group multiple smart devices in the same room. However, in practical use, it is very inconvenient to operate a plurality of devices simultaneously, for example: when a user watches a film by using a television, in order to obtain better film watching experience, adjust the light temperature of a film watching environment and the like, the user needs to respectively operate the television, control light, control a curtain, control an air conditioner and the like, and then needs to search for corresponding equipment in different groups and then operate. The user repeatedly selects the grouping, selects the equipment and operates the equipment, so that the efficiency is low, the error rate is high, and much inconvenience is brought to the user. The device grouping and control method provided by the prior art is realized only by simply dividing devices into the same group, respectively controlling the devices in the group through a gateway or a centralized controller to achieve the purpose of scene application, and some devices need to be realized by means of cloud service. If the number of the devices is increased and the number of the packets is increased, the complexity of the system is significantly increased, when a plurality of control protocols and data exist, the requirement on a gateway or a centralized controller is high, and the cloud end cannot provide services under the condition that the network is not available.
Disclosure of Invention
The invention aims to overcome the defects in the background art, and provides a response system and an implementation method for scene application, and a device grouping and control method, so that intelligent household equipment can be grouped based on the scene application, devices in the groups are set as central equipment and auxiliary equipment according to weights, the central equipment can directly control the auxiliary equipment to implement the scene application which is different from the traditional equipment grouping method, the complexity of the gateway on the equipment control is effectively reduced, the definition and implementation of the household scene application are facilitated, and the use by a user is facilitated.
In order to achieve the technical effects, the invention adopts the following technical scheme:
a scene application response system comprises a plurality of intelligent household devices, a gateway, an integrated controller and management and application software; the intelligent home equipment is in communication connection with a gateway or an integrated controller, the management and application software is used for managing and controlling the intelligent home equipment, and the gateway or the integrated controller is used for storing grouping information of the intelligent home equipment.
Meanwhile, the invention also discloses a device grouping method, which is realized based on the scene application response system and comprises the following steps:
determining a scene application, selecting intelligent household equipment necessary for the scene application, and setting the necessary intelligent household equipment as central equipment;
selecting a plurality of intelligent household devices which need to work in cooperation with the central device in the scene application as auxiliary devices;
dividing the central equipment and the auxiliary equipment into the same group;
and storing the device grouping information in a gateway or a centralized controller.
The equipment grouping method of the invention is different from a method for grouping according to the functions and types of the equipment and a method for grouping according to the rooms and positions of the equipment, the equipment is grouped around an application scene, the central equipment and the auxiliary equipment are arranged according to the weight of the equipment in the grouping, the auxiliary equipment can be controlled by the central equipment, the functional complexity of a gateway is reduced, the process of operating the equipment by a user is reduced, and the support of the application of the scene is better realized.
Furthermore, there is one and only one central device in the device group corresponding to one scene application.
Further, one smart home device can only serve as a central device in a device group of a scene application.
Further, one smart home device may be an auxiliary device in a device group for multiple scene applications at the same time.
Meanwhile, the invention also discloses a device control method which is realized based on the scene application response system and comprises the following steps:
selecting a scene application, and acquiring device grouping information corresponding to the scene application from a gateway;
acquiring central equipment and auxiliary equipment in the equipment group according to the equipment group information;
in the equipment grouping, selecting central equipment, setting one or more different control commands and corresponding parameter values of the central equipment, and generating a control command list of the central equipment;
for each control command in the control command list of the central equipment, respectively selecting one or more auxiliary equipment from all auxiliary equipment grouped by the equipment, and setting the control command and the corresponding parameter value of the selected auxiliary equipment;
generating an equipment control script file corresponding to the selected scene application, wherein the information of the equipment control script file comprises: the control command and the corresponding parameters of the central equipment and the control command and the corresponding parameters of the auxiliary equipment;
and saving the device control script file.
Further, still include:
and storing the device control script file in central equipment or in a gateway or a centralized controller.
Meanwhile, the invention also discloses a scene application implementation method based on equipment control, which is implemented based on the scene application response system, in particular to a scheme adopted when the equipment control script file is stored in a gateway or a centralized controller, and comprises the following steps:
when a scene application is triggered, a gateway or an integrated controller acquires and analyzes an equipment control script file corresponding to the scene application;
sending corresponding control commands and parameters to the central equipment according to the control commands and parameters which need to be executed by the central equipment and are defined by the control script;
respectively sending corresponding control commands and parameters to the auxiliary equipment according to the control commands and parameters which need to be executed by the auxiliary equipment and are defined by the control script;
the central equipment and the auxiliary equipment receive the control command and the parameters, execute corresponding actions, and realize scene application through the cooperation of multiple pieces of equipment.
Meanwhile, the invention also discloses a scene application implementation method based on equipment control, which is implemented based on the scene application response system, and specifically relates to a scheme adopted when the equipment control script file is stored in the central equipment and the central equipment cannot directly access and control the auxiliary equipment in the equipment group, and the scheme comprises the following steps:
when a scene application is triggered, a central device in a device group corresponding to the scene application acquires and analyzes a device control script file corresponding to the scene application;
the central equipment executes the control command and the parameters which are defined by the control script and need to be executed by the central equipment;
the central equipment sends the control command and the parameters of the auxiliary equipment to the gateway or the centralized controller according to the control command and the parameters which are defined by the control script and need to be executed by the auxiliary equipment;
the gateway or the centralized controller sends the received equipment control command and the received parameters to corresponding intelligent household equipment;
the intelligent household equipment receives the control command and the parameters, executes corresponding actions, and realizes scene application through the cooperation of multiple pieces of equipment.
Meanwhile, the invention also discloses a scene application implementation method based on equipment control, which is implemented based on the scene application response system, and specifically relates to a scheme adopted when the equipment control script file is stored in the central equipment and the central equipment can directly access and control the auxiliary equipment in the equipment group, and the scheme comprises the following steps:
when a scene application is triggered, a central device in a device group corresponding to the scene application acquires and analyzes a device control script file corresponding to the scene application;
the central equipment executes the control command and the parameters which are defined by the control script and need to be executed by the central equipment;
the central equipment sends control commands and parameters to corresponding auxiliary equipment according to the control commands and parameters which need to be executed by the auxiliary equipment and are defined by the script;
the auxiliary equipment receives the control command and the parameters, executes corresponding actions, and realizes scene application through cooperation of multiple devices.
Compared with the prior art, the invention has the following beneficial effects:
compared with the prior art, the response system and the implementation method of the scene application, and the grouping and control method of the equipment have the following remarkable improvements:
firstly, the technical scheme of the invention does not depend on cloud service, realizes the control of the equipment in the home, does not need the processes of user grouping, authorization management and the like, does not need the participation of the cloud service, and can reduce the complexity of an intelligent home system and the complexity of equipment linkage control in scene application;
secondly, the technical scheme of the invention can reduce the workload of a gateway or an integrated controller in the intelligent home system;
thirdly, the technical scheme of the invention is based on the application scene in the family, the processes of user grouping, authorization management and the like are not needed, the complexity of the smart family system is obviously reduced, the equipment access control is in a limited range, the privacy of the user can be effectively protected, and the safety of the equipment and data is improved;
fourthly, the technical scheme of the invention can enable the user to set the scene according to the self requirement, and the user can more easily understand the scene and the relation and the control mode between the corresponding devices, thereby better enabling the devices to serve the user and improving the popularization rate and the utilization rate of the system;
in summary, the technical scheme of the invention reduces the complexity of the system to the equipment management, and can fully play the role of central equipment in grouping, thereby effectively reducing the workload of a gateway or a centralized controller, establishing a cooperation relationship among the equipment, changing the current situation of independent work and independent intelligence of the equipment when a plurality of equipment in a cross-room or cross-grouping cooperate simultaneously, reducing the steps of operating the equipment by a user, having better user experience, and facilitating the user to understand the relationship and control mode among the equipment when editing a scene mode, simplifying the operation steps, and being capable of helping the user to quickly set more scene applications with self requirements.
Drawings
Fig. 1 is a flow chart of a method for grouping devices according to an embodiment of the present invention.
Fig. 2 is a flow chart of a method of device control according to an embodiment of the invention.
Fig. 3 is a flowchart illustrating a scene application implementation method based on device control according to an embodiment of the present invention.
Fig. 4 is a flowchart illustrating a scene application implementation method based on device control according to an embodiment of the present invention.
Fig. 5 is a flowchart illustrating a scene application implementation method based on device control according to an embodiment of the present invention.
Detailed Description
The invention will be further elucidated and described with reference to the embodiments of the invention described hereinafter.
Example (b):
the first embodiment is as follows:
a scene application response system comprises a plurality of intelligent household devices, a gateway, an integrated controller and management and application software; the intelligent household equipment is in communication connection with the gateway or the centralized controller, the management and application software is used for managing and controlling the intelligent household equipment, and the gateway or the centralized controller is used for storing the grouping information of the intelligent household equipment.
Specifically, in the intelligent home system as scene application response system of this embodiment, including intelligent equipment such as home gateway, intelligent lamp, smart jack, intelligent TV, intelligent refrigerator, intelligent air conditioner, intelligent audio amplifier, intelligent (window) curtain, intelligent door and window, these intelligent equipment are connected with home gateway through wired or wireless network mode, can connect through modes such as wiFi, bluetooth, zigBee for example, and user's accessible cell-phone APP manages and controls these equipment. The user can set the scene application, set and combine the control commands and parameters of the multiple devices, realize the linkage control of the multiple devices and meet the requirements of the scene application.
As shown in fig. 1, the device grouping method based on the above-mentioned scenario application response system includes:
determining a scene application, selecting intelligent household equipment required by the scene application, and setting the required intelligent household equipment as central equipment; selecting a plurality of intelligent household devices which need to work in cooperation with central equipment in scene application as auxiliary equipment; dividing the central equipment and the auxiliary equipment into the same group; and storing the device grouping information in a gateway or a centralized controller.
It should be noted that there is only one central device in the device group corresponding to one scene application, and there may be one or more auxiliary devices in the device group corresponding to one scene application, or there may be only one central device without auxiliary devices in a special case. And one smart home device can only be used as a central device in a device group of one scene application, and one smart home device can be used as an auxiliary device in a device group of a plurality of scene applications.
Specifically, in this embodiment, if one scene application is determined to be a "viewing scene," all devices that can be accessed and controlled in the home system are acquired. The television is used as an indispensable device in 'watching scenes', and can be set as a central device. In order to meet better viewing experience, light, temperature, noise and the like of the viewing environment are required to be controlled, and other devices capable of achieving the functions are required to cooperate with each other. At this moment, can select intelligent lamp, intelligent air conditioner, intelligent (window) curtain, intelligent door and window as auxiliary assembly, cooperation central facilities work, the better demand that satisfies the scene and use. At the moment, the television is used as a central device, the intelligent lamp, the intelligent air conditioner, the intelligent curtain and the intelligent door and window are used as auxiliary devices and are divided into the same group, the grouping device corresponds to a 'viewing scene', and the grouping information is stored in the gateway.
After the device grouping is completed, corresponding device grouping control needs to be performed, as shown in fig. 2, the device control method of this embodiment specifically includes:
selecting a scene application, and acquiring device grouping information corresponding to the scene application from a gateway; acquiring central equipment and auxiliary equipment in the equipment group according to the equipment group information; in the equipment grouping, selecting central equipment, setting one or more different control commands and corresponding parameter values of the central equipment, and generating a control command list of the central equipment; aiming at each control command in a control command list of the central equipment, respectively selecting one or more auxiliary equipment from all auxiliary equipment grouped by the equipment, and setting the control command and the corresponding parameter value of the selected auxiliary equipment; generating an equipment control script file corresponding to the selected scene application, wherein the information of the equipment control script file comprises: the control command and the corresponding parameters of the central equipment and the control command and the corresponding parameters of the auxiliary equipment; the saving device controls the script file to save.
Specifically, when the device control script file is saved, the device control script file may be saved in the central device or in the gateway or the centralized controller.
If the equipment grouping information corresponding to the "viewing scene" in this embodiment is obtained, the central equipment is a television, and the auxiliary equipment is an intelligent lamp, an intelligent air conditioner, an intelligent curtain, an intelligent door and window. And setting a film watching mode opening command and a film watching mode closing command for the central equipment television. Setting the command and the parameters of the auxiliary equipment in sequence aiming at the opening command of the film watching mode of the television: the intelligent lamp is turned on, the brightness of the intelligent lamp is adjusted to be 30%, the intelligent air conditioner is turned on, the temperature of the intelligent air conditioner is adjusted to be 26 ℃, the intelligent curtain is closed, and the intelligent door and window are closed. Setting the command and the parameters of the auxiliary equipment in sequence aiming at the command of closing the film watching mode of the television: the intelligent curtain is pulled open, the intelligent door and window is opened, the intelligent lamp is closed, and the intelligent air conditioner is closed. After the setting is completed, an equipment control script file is generated and stored in the gateway. The control script file may also be saved due to the redundant computing and storage capabilities of the central facility television.
After the above scheme of device group control is completed, the implementation of the scene application when the specific scene application is triggered can be implemented, in this embodiment, 3 scene application response schemes are set based on 3 different configuration situations that may occur, which are specifically as follows:
as shown in fig. 3, the scenario application response scheme adopted when the device control script file is stored in the gateway or the centralized controller specifically includes:
when the scene application is triggered, the gateway or the centralized controller acquires and analyzes an equipment control script file corresponding to the scene application; sending corresponding control commands and parameters to the central equipment according to the control commands and parameters which are defined by the control script and need to be executed by the central equipment; respectively sending corresponding control commands and parameters to the auxiliary equipment according to the control commands and parameters which are defined by the control script and need to be executed by the auxiliary equipment; the central equipment and the auxiliary equipment receive the control command and the parameters, execute corresponding actions, and realize scene application through the cooperation of multiple pieces of equipment.
As shown in fig. 4, the scenario application response scheme adopted when the device control script file is stored in the central device and the central device cannot directly access and control the auxiliary devices in the device group specifically includes:
when the scene application is triggered, the central equipment in the equipment group corresponding to the scene application acquires and analyzes an equipment control script file corresponding to the scene application; the central equipment executes the control command and the parameters which are defined by the control script and need to be executed by the central equipment; the central equipment sends the control command and the parameters of the auxiliary equipment to the gateway or the centralized controller according to the control command and the parameters which are defined by the control script and need to be executed by the auxiliary equipment; the gateway or the centralized controller sends the received equipment control command and the received parameters to the corresponding intelligent household equipment; the intelligent household equipment receives the control command and the parameters, executes corresponding actions, and realizes scene application through the cooperation of multiple pieces of equipment.
As shown in fig. 5, the scenario application response scheme adopted when the device control script file is stored in the central device and the central device can directly access and control the auxiliary devices in the device group specifically includes:
when the scene application is triggered, the central equipment in the equipment group corresponding to the scene application acquires and analyzes an equipment control script file corresponding to the scene application; the central equipment executes the control command and the parameters which are defined by the control script and need to be executed by the central equipment; the central equipment sends control commands and parameters to corresponding auxiliary equipment according to the control commands and parameters which need to be executed by the auxiliary equipment and are defined by the script; the auxiliary equipment receives the control command and the parameters, executes corresponding actions, and realizes scene application through cooperation of multiple devices.
Specifically, in this embodiment, a scenario application response scheme adopted when the device control script file is stored in the central device and the central device cannot directly access and control the auxiliary devices in the device group is taken as an example, and the response of the "viewing scenario" is specifically described:
in the foregoing embodiment, since the central device television has spare computation and storage capabilities, and stores the device control script file of the "viewing scene", but cannot directly access and control other devices, the method for implementing device control according to the scene application response scheme adopted when the device control script file is stored in the central device and the central device cannot directly access and control the auxiliary devices in the device group may specifically be:
when the viewing application is triggered, the television analyzes the stored equipment control script file, and executes a control command of the central equipment according to the definition of the control script file, namely: the television executes a 'watching mode opening' command; the television sends the control command and the parameters of the auxiliary equipment to the gateway, the gateway forwards the control command and the parameters to the auxiliary equipment, and the auxiliary equipment receives the command and executes the command, namely: the television sends a command of 'turning on the intelligent lamp and adjusting the brightness to be 30%' to the gateway, the gateway receives the command of 'turning on the intelligent lamp and adjusting the brightness to be 30%', and the intelligent lamp receives and executes the command; the television sends a command of 'opening the intelligent air conditioner and adjusting the temperature to 26 ℃ to the gateway, the gateway receives the command of' opening the intelligent air conditioner and adjusting the temperature to 26 ℃, and the intelligent air conditioner receives and executes the command; the television sends an intelligent curtain closing command to the gateway, the gateway sends the closing command to the intelligent curtain after receiving the command, and the intelligent curtain receives and executes the command; the television sends a command of closing the intelligent door and window to the gateway, the gateway sends the command of closing to the intelligent door and window after receiving the command, and the intelligent door and window receives and executes the command.
When the film watching application is finished, the television analyzes the stored equipment control script file, and according to the definition of the control script file, the television executes the control command of the central equipment, namely: the television executes a 'watching mode closing' command; the television sends the control command and the parameters of the auxiliary equipment to the gateway, the gateway forwards the control command and the parameters to the auxiliary equipment, and the auxiliary equipment receives the command and executes the command, namely: the television sends an intelligent lamp turning-off command to the gateway, the gateway sends the turning-off command to the intelligent lamp after receiving the command, and the intelligent lamp receives and executes the command; the television sends an intelligent air conditioner closing command to the gateway, the gateway sends the closing command to the intelligent air conditioner after receiving the closing command, and the intelligent air conditioner receives and executes the closing command; the television sends an intelligent curtain opening command to the gateway, the gateway sends the opening command to the intelligent curtain after receiving the opening command, and the intelligent curtain receives and executes the opening command; the television sends an 'intelligent door and window opening' command to the gateway, the gateway sends the 'opening' command to the intelligent door and window after receiving the command, and the intelligent door and window receives and executes the command.
It will be understood that the above embodiments are merely exemplary embodiments taken to illustrate the principles of the present invention, which is not limited thereto. It will be apparent to those skilled in the art that various modifications and improvements can be made without departing from the spirit and substance of the invention, and these modifications and improvements are also considered to be within the scope of the invention.
Claims (7)
1. A method for controlling equipment is realized based on a scene application response system and is characterized in that the system comprises a plurality of intelligent household equipment, a gateway, an integrated controller and management and application software; the intelligent home equipment is in communication connection with a gateway or an integrated controller, the management and application software is used for managing and controlling the intelligent home equipment, and the gateway or the integrated controller is used for storing the grouping information of the intelligent home equipment;
the equipment grouping method of the system comprises the following steps:
determining a scene application, selecting intelligent household equipment necessary for the scene application, and setting the necessary intelligent household equipment as central equipment;
selecting a plurality of intelligent household devices which need to work in cooperation with the central device in the scene application as auxiliary devices; the intelligent home equipment can be auxiliary equipment in equipment groups applied to a plurality of scenes at the same time;
dividing the central equipment and the auxiliary equipment into the same group;
storing the device grouping information in a gateway or a centralized controller;
the equipment control method comprises the following steps:
selecting a scene application, and acquiring device grouping information corresponding to the scene application from a gateway;
acquiring central equipment and auxiliary equipment in the equipment group according to the equipment group information;
in the equipment grouping, selecting central equipment, setting one or more different control commands and corresponding parameter values of the central equipment, and generating a control command list of the central equipment;
for each control command in the control command list of the central equipment, respectively selecting one or more auxiliary equipment from all auxiliary equipment grouped by the equipment, and setting the control command and the corresponding parameter value of the selected auxiliary equipment;
generating an equipment control script file corresponding to the selected scene application, wherein the information of the equipment control script file comprises: the control command and the corresponding parameters of the central equipment and the control command and the corresponding parameters of the auxiliary equipment;
and saving the device control script file.
2. The method of claim 1, wherein there is only one central device in the device group corresponding to one scene application.
3. The device control method according to claim 1, wherein one smart home device can only be used as a central device in a device group of one scene application.
4. A method of device control according to claim 1,
and storing the device control script file in central equipment or in a gateway or a centralized controller.
5. A scene application implementation method based on device control, which is implemented based on the device control method of claim 1, and is characterized by comprising:
when a scene application is triggered, a gateway or an integrated controller acquires and analyzes an equipment control script file corresponding to the scene application;
sending corresponding control commands and parameters to the central equipment according to the control commands and parameters which need to be executed by the central equipment and are defined by the control script;
respectively sending corresponding control commands and parameters to the auxiliary equipment according to the control commands and parameters which need to be executed by the auxiliary equipment and are defined by the control script;
and the central equipment and the auxiliary equipment receive the control command and the parameters and execute corresponding actions.
6. A scene application implementation method based on device control, which is implemented based on the device control method of claim 1, and is characterized by comprising:
when a scene application is triggered, a central device in a device group corresponding to the scene application acquires and analyzes a device control script file corresponding to the scene application;
the central equipment executes the control command and the parameters which are defined by the control script and need to be executed by the central equipment;
the central equipment sends the control command and the parameters of the auxiliary equipment to the gateway or the centralized controller according to the control command and the parameters which are defined by the control script and need to be executed by the auxiliary equipment;
the gateway or the centralized controller sends the received equipment control command and the received parameters to corresponding intelligent household equipment;
and the intelligent household equipment receives the control command and the parameters and executes corresponding actions.
7. A scene application implementation method based on equipment control is realized based on the equipment control method of claim 1, and is characterized by comprising the following steps:
when a scene application is triggered, a central device in a device group corresponding to the scene application acquires and analyzes a device control script file corresponding to the scene application;
the central equipment executes the control command and the parameters which are defined by the control script and need to be executed by the central equipment;
the central equipment sends control commands and parameters to corresponding auxiliary equipment according to the control commands and parameters which need to be executed by the auxiliary equipment and are defined by the script;
and the auxiliary equipment receives the control command and the parameters and executes corresponding actions.
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| CN107991892A (en) * | 2017-11-02 | 2018-05-04 | 珠海格力电器股份有限公司 | The methods, devices and systems of control device |
| CN110896370A (en) * | 2018-09-13 | 2020-03-20 | 青岛海尔洗衣机有限公司 | Control method for household appliance system and household appliance system |
| CN109936489A (en) * | 2019-03-25 | 2019-06-25 | 美的智慧家居科技有限公司 | The control method and system, gateway and storage medium of scene linkage |
| CN111756604A (en) * | 2019-03-29 | 2020-10-09 | 华为技术有限公司 | Equipment coordination method, device and system |
| CN111198511A (en) * | 2020-03-06 | 2020-05-26 | 珠海格力电器股份有限公司 | Centralized control method, storage device and processor for smart home |
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