WO2016192443A1 - 智能终端工作场景的设置方法及系统 - Google Patents

智能终端工作场景的设置方法及系统 Download PDF

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Publication number
WO2016192443A1
WO2016192443A1 PCT/CN2016/077198 CN2016077198W WO2016192443A1 WO 2016192443 A1 WO2016192443 A1 WO 2016192443A1 CN 2016077198 W CN2016077198 W CN 2016077198W WO 2016192443 A1 WO2016192443 A1 WO 2016192443A1
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Prior art keywords
terminal
setting
scenario
internet
things
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PCT/CN2016/077198
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English (en)
French (fr)
Inventor
郑少华
黎剑辉
张圳
朱一伟
罗海彬
湛浩
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丰唐物联技术(深圳)有限公司
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Publication of WO2016192443A1 publication Critical patent/WO2016192443A1/zh

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00Data switching networks
    • H04L12/28Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]

Definitions

  • the present invention relates to the field of Internet technologies, and in particular, to a method and system for setting a working scene of a smart terminal.
  • the smart terminal needs to be manually added to the corresponding local area network, and the user or the technician needs to manually set each smart terminal in each work.
  • the working state in the scene; and in the same working scenario the user needs to set the working state corresponding to each smart terminal separately; for example, after the smart dimming light is turned on and the working state of the smart dimming light is set, it needs to be set again.
  • the working status of the smart air conditioner in this scenario; and each time entering the same working scenario each setting operation of each intelligent terminal in the working scenario is performed.
  • This operation mode and configuration method bring some troubles to the user's operation, and waste the user's operation time; therefore, the current operation mode is not intelligent enough, and is not convenient for the user's operation.
  • An embodiment of the present invention discloses a method for setting a working scene of a smart terminal, including the following steps: [0006] constructing an Internet of Things; wherein the set of the Internet of Things includes a setting terminal for setting a scene.
  • the embodiment of the present invention also discloses a setting system for the working scene of the smart terminal, where the setting system includes setting the terminal and at least one node
  • the terminal system further includes:
  • a network building module configured to set up an Internet of Things; wherein the set of the Internet of Things includes a setting terminal for performing scene setting;
  • a function starting module configured to start a scene setting function of the setting terminal in the Internet of Things, respectively selecting a corresponding node terminal in the Internet of Things as a condition object for monitoring condition change and as an execution object for performing a corresponding working scene operation;
  • a scenario creation module configured to configure a working state corresponding to the node terminal and save, to obtain a configured condition object and an execution object;
  • an operation execution module configured to receive an operation instruction triggered by a node terminal in the Internet of Things based on the condition object and an execution object obtained after the configuration, obtain a work scenario corresponding to the operation instruction, and start The corresponding node terminal in the working scenario causes the activated node terminal to operate according to the working state corresponding to the working scenario.
  • the Internet of Things is set up; wherein the Internet of Things that is formed includes a setting terminal for setting a scene; and the setting of the scene setting function of the terminal in the Internet of Things is started, and the corresponding node terminal in the Internet of Things is selected as a condition object that monitors a condition change and an execution object that is an operation of executing a corresponding work scenario; configuring a work state corresponding to the node terminal and saving, obtaining a configured condition object and an execution object; and obtaining the condition object and executing based on the configuration
  • Receiving an operation instruction triggered by the node terminal in the Internet of Things acquiring a work scenario corresponding to the operation instruction, and starting a corresponding node terminal in the work scenario, so that the activated node terminal according to the The working state corresponding to the working scene runs; It has the beneficial effect of intelligently setting the working state of each intelligent terminal in different working scenarios, and realizes the convenient setting of the intelligent terminal; meanwhile, the user can also start the corresponding working scene with one button All smart terminal
  • FIG. 1 is a schematic flow chart of an embodiment of a method for setting a working scene of a smart terminal according to an embodiment of the present invention
  • step S20 is a schematic flowchart of an implementation manner of step S20 in a method for setting a working scene of a smart terminal according to an embodiment of the present invention
  • step S20 is a schematic flowchart of another implementation manner of step S20 in the method for setting a working scene of a smart terminal according to an embodiment of the present invention
  • step S30 is a schematic flowchart of an implementation manner of step S30 in a method for setting a working scene of a smart terminal according to an embodiment of the present invention
  • FIG. 5 is a schematic flow chart of another embodiment of a method for setting a working scene of a smart terminal according to an embodiment of the present invention
  • FIG. 6 is a block diagram of an embodiment of a setting system for a working scene of a smart terminal according to an embodiment of the present invention
  • FIG. 7 is a schematic diagram of a function starting module 70 in a setting system of a working scene of a smart terminal according to an embodiment of the present invention
  • 8 is a block diagram of another implementation manner of the function startup module 70 in the setting system of the working scene of the smart terminal according to the embodiment of the present invention
  • FIG. 9 is a block diagram of an embodiment of a scenario creation module 80 in a system for setting a working scene of a smart terminal according to an embodiment of the present invention.
  • FIG. 10 is a block diagram of an implementation manner of an operation execution module 90 in a setting system of a working scene of a smart terminal according to an embodiment of the present invention.
  • the described Internet of things includes but is not limited to: a home area network, an office local area network, a shopping mall local area network, etc.; the described intelligent terminal includes but is not limited to : Smart homes, smart home appliances, etc., such as smart phones, tablets, smart TVs, smart air conditioners, smart refrigerators, etc.
  • Smart homes, smart home appliances, etc. such as smart phones, tablets, smart TVs, smart air conditioners, smart refrigerators, etc.
  • the embodiment of the present invention discloses a method for setting a working scene of an intelligent terminal, so that each intelligent terminal in the local area network can set only one state parameter in different working scenarios, and can be set according to the corresponding working scenario.
  • the status parameter performs the corresponding action.
  • the setting method of the smart terminal working scenario includes the following steps:
  • Step S10 forming an Internet of Things; wherein, the Internet of Things that is formed includes a setting terminal for performing scene setting;
  • Step S20 Start a scene setting function of the terminal in the Internet of Things, and select a corresponding node terminal in the Internet of Things as a condition object for monitoring condition change and an execution object as an operation to perform a corresponding work scene;
  • the scenario setting function of the corresponding setting terminal in the Internet of Things is started, so that the corresponding node in the Internet of Things is selected based on the setting terminal of the startup scenario setting function.
  • the terminal is used as the execution object of the work scene, or as a condition object for monitoring the change of the corresponding condition.
  • the step S20 may be implemented as the following steps S201-S202:
  • Step S201 detecting that the user touches a certain node terminal by using the setting terminal having the NFC function, and prompting the node terminal touched by the user to be a condition object for monitoring condition change or performing an execution object of the work scene operation;
  • the user can use the NFC function of the setting terminal to touch any NFC-enabled terminal in the Internet of Things; when the corresponding node terminal is touched, the setting is The terminal sends a corresponding prompt message to prompt the user: the touched node terminal can be used as a condition object for monitoring condition change or an execution object corresponding to the work scene corresponding operation; and then the subsequent corresponding operation is performed according to the operation instruction triggered by the user.
  • Step S202 Receive a scene creation instruction selected by the user according to the prompt of the setting terminal, start a scene setting function of the setting terminal, select a node terminal touched by the NFC as a condition object of a monitoring condition change, or perform a corresponding The execution object of the work scene.
  • the setting terminal receives the scene creation instruction selected by the user based on the prompt, and then the setting terminal triggers the startup of the scene setting function based on the received scene creation instruction. Operation, start the setting of the scene setting function of the terminal itself. After the corresponding scene setting function is activated, the setting terminal selects the node terminal that was previously touched by the NFC as the supervisor. The condition object that controls the condition change or the execution object that performs the corresponding work scene operation, so as to perform the setting work of the subsequent state parameter.
  • the step S20 may be implemented as the following steps S203-S205:
  • Step S203 Receive a startup instruction of the created scenario manually triggered by the user, and start a scenario setting function of the setting terminal in the Internet of Things;
  • Step S204 Using the setting terminal that has started the scene setting function, touching the corresponding node terminal based on the NFC function, and acquiring the terminal type of the node terminal;
  • Step S205 Set, according to the obtained terminal type of the node terminal, the node terminal touched by the NFC as a condition object whose monitoring condition changes, or is set to execute an execution object corresponding to the work scene operation.
  • the user can directly set the scene setting function of the setting terminal manually, and set the terminal to start its own scene setting function after receiving the startup instruction of the created scene manually triggered by the user, and start the above scenario.
  • the NFC function is used to touch the corresponding node terminal, and the terminal type of the node terminal is obtained; thereby, according to the terminal type of the node terminal, the node terminal touched by the NFC is set as a condition object for monitoring the condition change, for example, The sensor terminal or the detection terminal; or, the node terminal touched by the NFC is set to execute an execution object corresponding to the work scene operation, such as a smart home appliance terminal or a smart operation terminal such as a smart sweeping robot.
  • a type of node terminal can be used as both a conditional object and an execution object.
  • intelligent LED lights which combine infrared detection and illumination functions; when NFC is used to select the node terminal corresponding to the terminal type of this composite function, the detection function of the composite type node terminal can be used as a condition object, and other execution functions.
  • the lighting function of the smart LED can be used as an execution object. That is, a node terminal can be used as a peer of a condition object or as an execution object.
  • Step S30 Configure the working state corresponding to the node terminal and save, and obtain the configured condition object and the execution object.
  • the monitoring condition is changed according to the object type selected by the node terminal.
  • the state parameters corresponding to the respective execution objects corresponding to the respective work scenes are respectively saved; after the configuration is completed, the state parameters corresponding to the respective condition objects and the execution objects after the configuration are saved.
  • step S30 may be implemented as steps S301-S 303 as follows:
  • Step S301 Select one or more node terminals in the Internet of Things as condition objects for monitoring condition changes and as execution objects of performing corresponding work scene operations, according to terminal types of node terminals in the Internet of Things. ;
  • the terminal product information corresponding to the corresponding node terminal touched by the NFC can be read, and the terminal product information read out is read.
  • the terminal type of the corresponding node terminal can be obtained, and then the corresponding node terminal is selected as the condition object of the monitoring condition change according to the obtained terminal type of each node terminal, and another part of the node terminal is selected as the execution of the corresponding work scene operation. Object.
  • Step S302 configuring the selected node terminal to be a state parameter corresponding to the corresponding condition object or the execution target, and controlling the node terminal to enter the corresponding state parameter based on the configured state parameter.
  • Step S303 The state parameter of each node terminal in the Internet of Things in the corresponding work scenario is saved based on the user-triggered configuration operation instruction, and the condition object and the execution object respectively corresponding to the configuration are obtained.
  • the corresponding node terminals in the work scene are first selected as the condition object for monitoring the corresponding condition change and the execution object for performing the corresponding operation, and then the selection is good.
  • the condition object and the execution object are used to set the corresponding state parameter, and in the same state of setting the state parameter of each node terminal, in order to enable the user to have an intuitive experience, directly control the corresponding node terminal to work in the set state parameter corresponding to
  • the working status is for users to view and experience.
  • the state parameters of the above-mentioned node terminals in the corresponding work scene in the Internet of Things are saved, thereby obtaining the configured condition object and the execution object.
  • the above configuration operation steps may be repeatedly performed.
  • the terminal serves as a condition object and an execution object, thereby configuring different state parameters for the condition object and the execution object for different work scenarios.
  • the embodiment of the present invention does not specifically limit the number and type of the node terminals selected as the condition object and the execution object respectively.
  • Step S40 Receive an operation instruction triggered by a node terminal in the Internet of Things, obtain a work scenario corresponding to the operation instruction, and start the work according to the condition object and the execution object obtained after the configuration. Corresponding node terminals in the scenario, the activated node terminals are operated according to the working state corresponding to the working scenario.
  • the obtained condition object receives the operation instruction triggered by the node terminal in the Internet of Things, parses the acquired operation instruction, acquires a work scenario corresponding to the operation instruction, and starts corresponding execution in the work scenario as execution
  • step S40 may be implemented as steps S401-S 403 as described below:
  • Step S401 Receive, according to the condition object obtained after the configuration, an operation instruction triggered by the user to the execution object in the Internet of Things, parse the operation instruction, and acquire a work field pointed by the operation instruction, and
  • Step S402 Calling each execution object included in the work scenario according to the obtained work scenario, and acquiring a state parameter corresponding to each execution object in the work scenario;
  • Step S403 starting each corresponding execution object in the working scene based on the acquired state parameter corresponding to each execution object in the working scenario, so that the execution object is based on the corresponding state parameter according to the The working state corresponding to the working scenario is run.
  • node terminals may also join the already established Internet of Things, and configure the corresponding working parameters for the newly added node terminals.
  • the network access operation of the newly joined node terminal In an embodiment, a new node terminal can be added to the Internet of Things through a triggering manner of the NFC touch, and the working parameters corresponding to the newly added node terminal are set.
  • the corresponding node terminal can be added as needed, regardless of other factors.
  • the newly added node terminal can join the Internet of Things by directly touching the terminal in the Internet of Things through the NFC. After adding the corresponding Internet of Things, configure the corresponding working parameters for the newly added node terminal.
  • the NFC-enabled smart terminal is added to the corresponding Internet of Things by using the NFC technology. After the Internet of Things is added, the working scenes corresponding to the current node terminals in the Internet of Things are obtained, and the corresponding working parameters are configured for the newly added node terminals based on the obtained working scenes of the current node terminals in the Internet of Things. Save the above working parameters of the configuration.
  • the working parameters corresponding to the different working scenarios and/or different working states of the corresponding node terminal may be configured first, and then the node terminal is added to the node by using an NFC touch. Corresponding to the Internet of Things.
  • the setting method of the working scene of the smart terminal described in the above embodiment is to set up the Internet of Things by selecting the corresponding node terminal in the Internet of Things as the condition object of the monitoring condition change and the execution object as the operation of executing the corresponding work scene;
  • the working state corresponding to the node terminal is saved, and the configured condition object and the execution object are obtained; and the operation object triggered by the node terminal in the Internet of Things is received based on the condition object and the execution object obtained after the configuration, Obtaining a working scenario corresponding to the operation instruction, and starting a corresponding node terminal in the working scenario, so that the activated node terminal runs according to the working state corresponding to the working scenario; and has the beneficial effect of intelligently creating a corresponding working scenario,
  • the convenience setting of the intelligent terminal is realized; at the same time, the intelligent terminal is improved by the user to activate all the intelligent terminals in the corresponding working scene and make the intelligent terminal perform the operation according to the corresponding working state. Convenient operation of control; For the user side, the
  • the embodiment of the present invention further provides a setting system for the working scene of the intelligent terminal;
  • the setting system of the working scene of the intelligent terminal is in operation, at least includes The setting terminal and the at least one node terminal; in an embodiment, as shown in FIG. 6, the setting system of the working scene of the intelligent terminal in the embodiment of the present invention further includes: a network building module 60, a function The startup module 70, the scene creation module 80, and the operation execution module 90; wherein:
  • the network building module 60 is configured to set up an Internet of Things; wherein the Internet of Things that is formed includes a setting terminal for setting a scene;
  • the function starting module 70 is configured to start a scene setting function of the setting terminal in the Internet of Things, and respectively select a corresponding node terminal in the Internet of Things as a condition object for monitoring condition change and perform execution as a corresponding work scene operation.
  • the scenario creation module 80 is configured to configure a working state corresponding to the node terminal and save the obtained condition object and the execution object.
  • the operation execution module 90 is configured to receive, according to the condition object and the execution object obtained after the configuration, an operation instruction triggered by the node terminal in the Internet of Things, and obtain a work scenario corresponding to the operation instruction.
  • the function starting module 70 includes:
  • the prompting unit 701 is configured to detect that the user touches a certain node terminal by using the setting terminal with the NFC function, and the node terminal that prompts the user to touch can be used as a condition object for monitoring condition change or perform a work scene operation. Execution object
  • the starting unit 702 is configured to receive a scene creation instruction selected by the user based on the prompt of the setting terminal
  • the scene setting function of the setting terminal is started, and the node terminal touched by the NFC is selected as a condition object of the monitoring condition change or an execution object of the corresponding working scene operation is executed.
  • the function activation module 70 may further include:
  • the triggering unit 703 is configured to receive a startup instruction of the created scenario manually triggered by the user, and start a scenario setting function of the setting terminal in the Internet of Things;
  • the touch unit 704 is configured to: use the setting terminal that has activated the scene setting function, touch the corresponding node terminal based on the NFC function, and acquire the terminal type of the node terminal;
  • the setting unit 705 is configured to set, according to the acquired terminal type of the node terminal, the node terminal that is touched by the NFC as a condition object that monitors a condition change, or is configured to execute an execution object corresponding to the work scene operation. .
  • the scenario creation module 80 includes: [0079]
  • the selecting unit 801 is configured to select, according to the terminal type of the node terminal in the Internet of Things, one or more node terminals in the Internet of Things as condition objects for monitoring condition change, and as performing a corresponding work scene operation. Execution object
  • the configuration unit 802 is configured to configure, by the selected node terminal, a state parameter corresponding to the corresponding condition object or the execution object, and control the node terminal to be based on the configured state parameter according to the configuration. Enter the corresponding working state;
  • the creating unit 803 is configured to save, according to a user-triggered configuration operation instruction, the state parameter of each node terminal in the corresponding work scene in the Internet of Things, and obtain a corresponding condition object and execute after the configuration Object.
  • the operation execution module 90 includes:
  • the parsing unit 901 is configured to receive, according to the condition object obtained after the configuration, an operation instruction triggered by the user to the execution object in the Internet of Things, parse the operation instruction, and obtain a work pointed by the operation instruction. Scenes;
  • the calling unit 902 is configured to invoke, according to the obtained working scenario, each execution object included in the working scenario, and obtain a state parameter corresponding to each execution object in the working scenario;
  • the executing unit 903 is configured to: determine, according to the acquired state parameters, the state parameters in the working scenario
  • the setting system of the working scene of the intelligent terminal described in the above embodiment is configured to set up the Internet of Things; respectively, selecting the corresponding node terminal in the Internet of Things as the condition object for the monitoring condition change and the execution object as the operation for executing the corresponding work scene;
  • the working state corresponding to the node terminal is saved, and the configured condition object and the execution object are obtained; and the operation object triggered by the node terminal in the Internet of Things is received based on the condition object and the execution object obtained after the configuration, Obtaining a working scenario corresponding to the operation instruction, and starting a corresponding node terminal in the working scenario, so that the activated node terminal runs according to the working state corresponding to the working scenario; and has the beneficial effect of intelligently creating a corresponding working scenario,
  • the convenience setting of the intelligent terminal is realized; at the same time, the intelligent terminal is improved by the user to activate all the intelligent terminals in the corresponding working scene and make the intelligent terminal perform the operation according to the corresponding working state.

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Abstract

本发明公开智能终端工作场景的设置方法及系统,所述方法包括:组建物联网;分别选择物联网中对应的节点终端作为监控条件变化的条件对象以及作为执行对应工作场景操作的执行对象;配置所述节点终端对应的工作状态并保存,得到配置后的条件对象和执行对象;基于配置后得到的所述条件对象和执行对象,接收对所述物联网内的节点终端所触发的操作指令,获取所述操作指令对应的工作场景,并启动所述工作场景中对应的节点终端,使启动的所述节点终端按照所述工作场景对应的工作状态运行;具有智能创建对应工作场景的有益效果,实现了智能终端的便捷性设置;提高了智能终端控制的便捷性操作。

Description

说明书 发明名称:智能终端工作场景的设置方法及系统 技术领域
[0001] 本发明涉及互联网技术领域, 尤其涉及一种智能终端工作场景的设置方法及系 统。
背景技术
[0002] 随着互联网技术的不断发展进步和全球终端产品智能化的日益推进, 人们在日 常工作和生活中使用的智能化电子设备越来越多, 例如智能手机、 平板电脑 (P ure Audio Design, Pad) 、 数字化视频光盘 (Digital Video Disk, DVD) 、 智能 数字电视机、 智能音响、 智能空调、 智能调光灯等, 与此同吋, 用户也要求智 能产品的控制方式越来越便捷。 比如, 针对一个家庭网络或者办公网络或者其 他应用场景中的同一个局域网内, 在该局域网中的所有智能终端均可以便捷地 加入该局域网, 且新加入的智能终端也可以便捷地加入到该局域网中对应的其 他智能终端所组成的工作场景中。
[0003] 现阶段, 对于在地理位置上处于同一局域网内的各智能终端, 均需要手动将上 述智能终端加入到对应的局域网中, 且需用户或者技术人员手动设置每一个智 能终端在每一个工作场景中的工作状态; 且在同一个工作场景中, 需要用户分 别设置各智能终端对应的工作状态; 比如, 幵启智能调光灯并设置好该智能调 光灯的工作状态后, 需要再设置该场景下智能空调的工作状态; 且每次进入相 同的工作场景, 均需对该工作场景中的各智能终端进行一次设置操作。 这种操 作方式和配置方法给用户的操作带来了一定的困扰, 浪费用户的操作吋间; 因 此, 目前的这种操作方式不够智能, 也不方便用户的操作。
技术问题
[0004] 鉴于此, 有必要提供一种智能终端工作场景的设置方法及系统, 用以智能设置 不同工作场景中各智能终端的工作状态, 实现智能终端的便捷性设置。
问题的解决方案
技术解决方案 [0005] 本发明实施例公幵了一种智能终端工作场景的设置方法, 包括以下步骤: [0006] 组建物联网; 其中, 组建的所述物联网包括一个用于进行场景设置的设置终端
[0007] 启动物联网中所述设置终端的场景设置功能, 分别选择物联网中对应的节点终 端作为监控条件变化的条件对象以及作为执行对应工作场景操作的执行对象; [0008] 配置所述节点终端对应的工作状态并保存, 得到配置后的条件对象和执行对象
[0009] 基于配置后得到的所述条件对象和执行对象, 接收对所述物联网内的节点终端 所触发的操作指令, 获取所述操作指令对应的工作场景, 并启动所述工作场景 中对应的节点终端, 使启动的所述节点终端按照所述工作场景对应的工作状态 运行。
[0010] 对应于上述实施例所描述的一种智能终端工作场景的设置方法, 本发明实施例 还公幵了一种智能终端工作场景的设置系统, 所述设置系统包括设置终端和至 少一个节点终端; 所述设置系统还包括:
[0011] 网络组建模块, 用于组建物联网; 其中, 组建的所述物联网包括一个用于进行 场景设置的设置终端;
[0012] 功能启动模块, 用于启动物联网中所述设置终端的场景设置功能, 分别选择物 联网中对应的节点终端作为监控条件变化的条件对象以及作为执行对应工作场 景操作的执行对象;
[0013] 场景创建模块, 用于配置所述节点终端对应的工作状态并保存, 得到配置后的 条件对象和执行对象;
[0014] 操作执行模块, 用于基于配置后得到的所述条件对象和执行对象, 接收对所述 物联网内的节点终端所触发的操作指令, 获取所述操作指令对应的工作场景, 并启动所述工作场景中对应的节点终端, 使启动的所述节点终端按照所述工作 场景对应的工作状态运行。
[0015] 以上实施例所描述的智能终端工作场景的设置方法及装置可以达到如下有益效 果:
发明的有益效果 有益效果
[0016] 通过组建物联网; 其中, 组建的所述物联网包括一个用于进行场景设置的设置 终端; 启动物联网中所述设置终端的场景设置功能, 分别选择物联网中对应的 节点终端作为监控条件变化的条件对象以及作为执行对应工作场景操作的执行 对象; 配置所述节点终端对应的工作状态并保存, 得到配置后的条件对象和执 行对象; 基于配置后得到的所述条件对象和执行对象, 接收对所述物联网内的 节点终端所触发的操作指令, 获取所述操作指令对应的工作场景, 并启动所述 工作场景中对应的节点终端, 使启动的所述节点终端按照所述工作场景对应的 工作状态运行; 具有智能设置不同工作场景中各智能终端的工作状态的有益效 果, 实现了智能终端的便捷性设置; 同吋, 也达到了用户一键即可幵启对应工 作场景中的所有智能终端、 且使得上述智能终端按照对应的工作状态执行操作 的目的, 提高了智能终端控制的便捷性操作; 对用户侧来讲, 也提高了用户体 验。
对附图的简要说明
附图说明
[0017] 图 1是本发明实施例智能终端工作场景的设置方法的一种实施方式的流程示意 图;
[0018] 图 2是本发明实施例智能终端工作场景的设置方法中步骤 S20的一种实施方式的 流程示意图;
[0019] 图 3是本发明实施例智能终端工作场景的设置方法中步骤 S20的另一种实施方式 的流程示意图;
[0020] 图 4是本发明实施例智能终端工作场景的设置方法中步骤 S30的一种实施方式的 流程示意图;
[0021] 图 5是本发明实施例智能终端工作场景的设置方法另一种实施方式的流程示意 图;
[0022] 图 6是本发明实施例智能终端工作场景的设置系统的一种实施方式的框图; [0023] 图 7是本发明实施例智能终端工作场景的设置系统中功能启动模块 70的一种实 施方式的框图; [0024] 图 8是本发明实施例智能终端工作场景的设置系统中功能启动模块 70的另一种 实施方式的框图;
[0025] 图 9是本发明实施例智能终端工作场景的设置系统的中场景创建模块 80的一种 实施方式的框图;
[0026] 图 10是本发明实施例智能终端工作场景的设置系统中操作执行模块 90的一种实 施方式的框图。
本发明的实施方式
[0027] 为了使本发明的目的、 技术方案及优点更加清楚明白, 以下结合附图及实施例 , 对本发明进行进一步详细说明。 应当理解, 此处所描述的具体实施例仅仅用 以解释本发明, 并不用于限定本发明。
[0028] 本发明实施例智能终端工作场景的设置方法及系统中, 所描述的物联网包括但 不限于: 某家庭局域网、 某办公室局域网、 某商场局域网等; 所描述的智能终 端包括但不限于: 智能手机、 平板电脑、 智能电视机、 智能空调、 智能冰箱等 智能家居、 智能家用电器等。 在本发明实施例的以下描述中, 将不对上述内容 进行赘述。
[0029] 本发明实施例公幵了一种智能终端工作场景的设置方法, 使得局域网内的各智 能终端在不同工作场景下, 仅设置一次状态参数, 即可在相应的工作场景下按 照已设置的状态参数执行相应操作。 如图 1所示, 本发明实施例中, 所述智能终 端工作场景的设置方法包括以下步骤:
[0030] 步骤 S10、 组建物联网; 其中, 组建的所述物联网包括一个用于进行场景设置 的设置终端;
[0031] 本发明实施例中, 组建的物联网中可以仅有一个智能终端, 或者一种类型的智 能终端, 也可以有多个智能终端, 或者多种类型的智能终端; 本发明实施例对 物联网内智能终端的具体类型和数量不做限定。 另外, 本发明实施例中, 组建 所述物联网可以通过有线和 /或无线的方式, 包括但不限于: 利用 Wi-Fi、 NFC、 蓝牙等通信协议建立通信; 本发明实施例对上述物联网的具体组建方式和具体 通信协议均不做限定。 [0032] 步骤 S20、 启动物联网中所述设置终端的场景设置功能, 分别选择物联网中对 应的节点终端作为监控条件变化的条件对象以及作为执行对应工作场景操作的 执行对象;
[0033] 本发明实施例中, 在组建好对应的物联网之后, 启动物联网中对应的设置终端 的场景设置功能, 从而基于启动场景设置功能的设置终端, 来选择该物联网中 对应的节点终端作为工作场景的执行对象, 或者作为监控对应条件变化的条件 对象。
[0034] 本发明实施例中, 对于该物联网中设置终端的场景设置功能的启动方式包括两 种, 一种是用户手动启动该设置终端的场景设置功能, 另一种是, 由该设置终 端通过 NFC触碰选择对应的节点终端吋触发对应的场景设置功能, 并由用户决定 是否幵启该设置终端的场景设置功能。
[0035] 在一个实施例中, 如图 2所示, 针对利用触发方式启动设置终端的场景设置功 能这一种情况, 所述步骤 S20可以实施为如下描述的步骤 S201-S202:
[0036] 步骤 S201、 检测到用户利用具备 NFC功能的所述设置终端触碰某一节点终端吋 , 提示用户碰触的节点终端能够作为监控条件变化的条件对象或者执行工作场 景操作的执行对象;
[0037] 本发明实施例中, 用户可以利用该设置终端自身所具备的 NFC功能, 去碰触该 物联网内的任一具备 NFC功能的终端; 当碰触到对应的节点终端吋, 该设置终端 发出对应的提示信息, 以提示用户: 所碰触的节点终端能够作为监控条件变化 的条件对象或者执行工作场景对应操作的执行对象; 进而根据用户触发的操作 指令执行后续的对应的操作。
[0038] 步骤 S202、 接收用户基于所述设置终端的提示所选择的场景创建指令, 启动所 述设置终端的场景设置功能, 选择通过 NFC触碰的节点终端作为监控条件变化的 条件对象或者执行对应工作场景的执行对象。
[0039] 当用户根据设置终端的提示触发对应的操作指令吋, 设置终端接收用户基于上 述提示所选择的场景创建指令, 此吋, 设置终端基于接收到的场景创建指令, 触发场景设置功能的启动操作, 启动该设置终端自身的场景设置功能。 在启动 对应的场景设置功能后, 该设置终端将之前通过 NFC碰触的节点终端选择作为监 控条件变化的条件对象或者执行对应工作场景操作的执行对象, 以便进行后续 的状态参数的设置工作。
[0040] 在一个实施例中, 如图 3所示, 针对用户手动幵启设置终端的场景设置功能这 一种情况, 所述步骤 S20可以实施为如下描述的步骤 S203-S205:
[0041] 步骤 S203、 接收用户手动触发的创建场景的启动指令, 启动物联网中所述设置 终端的场景设置功能;
[0042] 步骤 S204、 利用已启动场景设置功能的所述设置终端, 基于 NFC功能碰触对应 的节点终端, 获取所述节点终端的终端类型;
[0043] 步骤 S205、 根据获取的所述节点终端的终端类型, 将通过 NFC碰触的所述节点 终端设置为监控条件变化的条件对象, 或者设置为执行对应工作场景操作的执 行对象。
[0044] 本发明实施例中, 用户可以直接手动幵启设置终端的场景设置功能, 设置终端 在接收到用户手动触发的创建场景的启动指令后, 启动自身的场景设置功能, 并在启动上述场景设置功能后, 基于 NFC功能去碰触对应的节点终端, 获取节点 终端的终端类型; 从而根据该节点终端的终端类型, 将通过 NFC碰触的节点终端 设置为监控条件变化的条件对象, 比如传感类或者检测类终端; 或者, 将通过 N FC碰触的节点终端设置为执行对应工作场景操作的执行对象, 比如智能家电类 终端或者智能操作类终端如智能扫地机器人等。
[0045] 另外, 针对具备多种功能的复合型终端类型, 此种类型的节点终端既可以作为 条件对象, 也可以作为执行对象。 比如, 智能 LED灯, 集合了红外技术检测和照 明功能; 当利用 NFC选择这种复合功能的终端类型对应的节点终端吋, 这种复合 类型的节点终端的检测功能可以作为条件对象, 其他执行功能比如智能 LED的照 明功能则可以作为执行对象。 即一个节点终端可以作为条件对象的同吋, 也可 以作为执行对象。
[0046] 步骤 S30、 配置所述节点终端对应的工作状态并保存, 得到配置后的条件对象 和执行对象。
[0047] 在选择对应的节点终端作为监控条件变化的条件对象以及作为执行对应工作场 景操作的执行对象后, 根据上述节点终端被选择的对象类型, 配置监控条件变 化的各条件对象和对应于各工作场景的各执行对象所分别对应的状态参数; 在 配置完成后, 保存配置后各条件对象和执行对象所分别对应的状态参数。
[0048] 在一个实施例中, 如图 4所示, 所述步骤 S30可以实施为如下描述的步骤 S301-S 303:
[0049] 步骤 S301、 根据所述物联网内的节点终端的终端类型, 选择所述物联网内的一 个或多个节点终端分别作为监控条件变化的条件对象以及作为执行对应工作场 景操作的执行对象;
[0050] 本发明实施例中, 在设置终端利用 NFC功能碰触其他节点终端吋, 能够读取出 NFC碰触的相应节点终端对应的终端产品信息, 通过读取出的所述终端产品信息 , 能够获取到相应节点终端的终端类型, 进而根据得到的各节点终端的终端类 型, 选择出相应的节点终端作为监控条件变化的条件对象, 选择出另一部分的 节点终端作为执行对应工作场景操作的执行对象。
[0051] 步骤 S302、 配置选择的所述节点终端在作为对应条件对象或者执行对象吋所对 应的状态参数, 并在配置的同吋, 控制所述节点终端基于配置的所述状态参数 进入对应的工作状态;
[0052] 步骤 S303、 基于用户触发的配置操作指令, 保存所述物联网内各所述节点终端 在对应工作场景中的所述状态参数, 得到配置后所分别对应的条件对象和执行 对象。
[0053] 本发明实施例中, 在创建对应的工作场景吋, 首先选取该工作场景中对应的各 节点终端分别作为监控相应条件变化的条件对象和执行相应操作的执行对象, 进而针对选择好的条件对象以及执行对象, 来设置对应的状态参数, 并在设置 各节点终端的状态参数的同吋, 为了使得用户能够有一个直观的体验, 直接控 制对应的节点终端工作在设置的状态参数所对应的工作状态, 供用户査看和体 验。 在接收到用户触发的确认执行上述配置的配置操作指令吋, 保存该物联网 内上述各节点终端在对应工作场景中的状态参数, 从而得到配置后的条件对象 和执行对象。
[0054] 本发明实施例中, 在创建执行对象所执行的不同的工作场景所对应的操作吋, 重复执行上述配置操作步骤即可。 在具体的场景创建过程中, 可以针对每一个 不同的工作场景, 选择不同的节点终端作为条件对象和执行对象, 从而进行该 工作场景中对应的条件对象和执行对象的状态参数的配置; 也可以针对每一个 不同的工作场景, 选择相同的节点终端作为条件对象和执行对象, 从而针对不 同的工作场景分别对上述条件对象和执行对象配置不同的状态参数。 本发明实 施例对上述工作场景所选择的节点终端分别作为条件对象和执行对象的个数和 种类不进行具体限制。
[0055] 步骤 S40、 基于配置后得到的所述条件对象和执行对象, 接收对所述物联网内 的节点终端所触发的操作指令, 获取所述操作指令对应的工作场景, 并启动所 述工作场景中对应的节点终端, 使启动的所述节点终端按照所述工作场景对应 的工作状态运行。
[0056] 本发明实施例中, 设置完上述工作场景中对应的条件对象和执行对象, 并存储 所有工作场景对应的各节点终端分别作为条件对象和执行对象对应的状态参数 后, 当基于配置后得到的所述条件对象, 接收到对所述物联网内的节点终端所 触发的操作指令吋, 解析获取的上述操作指令, 获取该操作指令对应的工作场 景, 启动该工作场景中对应的作为执行对象的节点终端, 并在启动该工作场景 中的执行对象后, 使各执行对象按照该工作场景对应的工作状态运行。
[0057] 在一个实施例中, 如图 5所示, 所述步骤 S40可以实施为如下描述的步骤 S401-S 403:
[0058] 步骤 S401、 基于配置后得到的所述条件对象, 接收用户对所述物联网内的执行 对象所触发的操作指令, 解析所述操作指令, 获取所述操作指令指向的工作场 且
[0059] 步骤 S402、 根据获取的所述工作场景, 调用所述工作场景中所包含的各执行对 象, 并获取各执行对象在所述工作场景中对应的状态参数;
[0060] 步骤 S403、 基于获取的各执行对象在所述工作场景中对应的状态参数, 启动所 述工作场景中对应的各执行对象, 使所述执行对象基于各自对应的所述状态参 数按照所述工作场景对应的工作状态运行。
[0061] 基于以上实施例的描述, 组建对应的物联网后, 其他节点终端也可以加入到已 经组建好的物联网中, 并通过为新加入的节点终端配置相应的工作参数, 来完 成新加入的节点终端的入网操作。 在一个实施例中, 可以通过 NFC碰触的触发方 式使新的节点终端加入到所述物联网中, 并设置新加入的节点终端对应的工作 参数。
[0062] 针对已经组建好的任意一个物联网, 在需要的吋候, 不考虑其他因素的情况下 , 均可随吋添加对应的节点终端。 本发明实施例中, 新加入的节点终端可以通 过 NFC直接碰触该物联网内设置终端的方式加入该物联网。 加入对应的物联网后 , 为新加入的节点终端配置对应的工作参数。
[0063] 在一个实施例中, 利用 NFC技术通过碰触的触发方式, 将具备 NFC功能的智能 终端加入对应的物联网内。 在加入该物联网后, 获取该物联网内当前各节点终 端对应的工作场景, 并基于获取的该物联网内当前各节点终端对应的工作场景 , 为新加入的节点终端配置对应的工作参数并保存配置的上述工作参数。
[0064] 在一个实施例中, 还可以先配置对应的节点终端在不同工作场景和 /或不同工 作状态吋所分别对应的工作参数, 然后再通过 NFC碰触的方式, 将该节点终端添 加至对应的物联网内。
[0065] 以上实施例所描述的智能终端工作场景的设置方法, 通过组建物联网; 分别选 择物联网中对应的节点终端作为监控条件变化的条件对象以及作为执行对应工 作场景操作的执行对象; 配置所述节点终端对应的工作状态并保存, 得到配置 后的条件对象和执行对象; 基于配置后得到的所述条件对象和执行对象, 接收 对所述物联网内的节点终端所触发的操作指令, 获取所述操作指令对应的工作 场景, 并启动所述工作场景中对应的节点终端, 使启动的所述节点终端按照所 述工作场景对应的工作状态运行; 具有智能创建对应工作场景的有益效果, 实 现了智能终端的便捷性设置; 同吋, 也达到了用户一键即可幵启对应工作场景 中的所有智能终端、 且使得上述智能终端按照对应的工作状态执行操作的目的 , 提高了智能终端控制的便捷性操作; 对用户侧来讲, 也提高了用户体验。
[0066] 对应于上述实施例所描述的智能终端工作场景的设置方法, 本发明实施例还提 供了一种智能终端工作场景的设置系统; 该智能终端工作场景的设置系统在运 行吋, 至少包括: 设置终端和至少一个节点终端; 在一个实施例中, 如图 6所示 , 本发明实施例智能终端工作场景的设置系统还包括: 网络组建模块 60、 功能 启动模块 70、 场景创建模块 80和操作执行模块 90; 其中:
[0067] 所述网络组建模块 60, 用于组建物联网; 其中, 组建的所述物联网包括一个用 于进行场景设置的设置终端;
[0068] 所述功能启动模块 70, 用于启动物联网中所述设置终端的场景设置功能, 分别 选择物联网中对应的节点终端作为监控条件变化的条件对象以及作为执行对应 工作场景操作的执行对象;
[0069] 场景创建模块 80, 用于配置所述节点终端对应的工作状态并保存, 得到配置后 的条件对象和执行对象;
[0070] 操作执行模块 90, 用于基于配置后得到的所述条件对象和执行对象, 接收对所 述物联网内的节点终端所触发的操作指令, 获取所述操作指令对应的工作场景
, 并启动所述工作场景中对应的节点终端, 使启动的所述节点终端按照所述工 作场景对应的工作状态运行。
[0071] 在一个实施例中, 如图 7所示, 所述功能启动模块 70包括:
[0072] 提示单元 701, 用于检测到用户利用具备 NFC功能的所述设置终端触碰某一节 点终端吋, 提示用户碰触的节点终端能够作为监控条件变化的条件对象或者执 行工作场景操作的执行对象;
[0073] 启动单元 702, 用于接收用户基于所述设置终端的提示所选择的场景创建指令
, 启动所述设置终端的场景设置功能, 选择通过 NFC触碰的节点终端作为监控条 件变化的条件对象或者执行对应工作场景操作的执行对象。
[0074] 在一个实施例中, 如图 8所示, 所述功能启动模块 70还可以包括:
[0075] 触发单元 703, 用于接收用户手动触发的创建场景的启动指令, 启动物联网中 所述设置终端的场景设置功能;
[0076] 碰触单元 704, 用于利用已启动场景设置功能的所述设置终端, 基于 NFC功能 碰触对应的节点终端, 获取所述节点终端的终端类型;
[0077] 设置单元 705, 用于根据获取的所述节点终端的终端类型, 将通过 NFC碰触的 所述节点终端设置为监控条件变化的条件对象, 或者设置为执行对应工作场景 操作的执行对象。
[0078] 在一个实施例中, 如图 9所示, 所述场景创建模块 80包括: [0079] 选择单元 801, 用于根据所述物联网内的节点终端的终端类型, 选择所述物联 网内的一个或多个节点终端分别作为监控条件变化的条件对象以及作为执行对 应工作场景操作的执行对象;
[0080] 配置单元 802, 用于配置选择的所述节点终端在作为对应条件对象或者执行对 象吋所对应的状态参数, 并在配置的同吋, 控制所述节点终端基于配置的所述 状态参数进入对应的工作状态;
[0081] 创建单元 803, 用于基于用户触发的配置操作指令, 保存所述物联网内各所述 节点终端在对应工作场景中的所述状态参数, 得到配置后所分别对应的条件对 象和执行对象。
[0082] 在一个实施例中, 如图 10所示, 所述操作执行模块 90包括:
[0083] 解析单元 901, 用于基于配置后得到的所述条件对象, 接收用户对所述物联网 内的执行对象所触发的操作指令, 解析所述操作指令, 获取所述操作指令指向 的工作场景;
[0084] 调用单元 902, 用于根据获取的所述工作场景, 调用所述工作场景中所包含的 各执行对象, 并获取各执行对象在所述工作场景中对应的状态参数;
[0085] 执行单元 903, 用于基于获取的各执行对象在所述工作场景中对应的状态参数
, 启动所述工作场景中对应的各执行对象, 使所述执行对象基于各自对应的所 述状态参数按照所述工作场景对应的工作状态运行。
[0086] 以上实施例所描述的智能终端工作场景的设置系统, 通过组建物联网; 分别选 择物联网中对应的节点终端作为监控条件变化的条件对象以及作为执行对应工 作场景操作的执行对象; 配置所述节点终端对应的工作状态并保存, 得到配置 后的条件对象和执行对象; 基于配置后得到的所述条件对象和执行对象, 接收 对所述物联网内的节点终端所触发的操作指令, 获取所述操作指令对应的工作 场景, 并启动所述工作场景中对应的节点终端, 使启动的所述节点终端按照所 述工作场景对应的工作状态运行; 具有智能创建对应工作场景的有益效果, 实 现了智能终端的便捷性设置; 同吋, 也达到了用户一键即可幵启对应工作场景 中的所有智能终端、 且使得上述智能终端按照对应的工作状态执行操作的目的 , 提高了智能终端控制的便捷性操作; 对用户侧来讲, 也提高了用户体验。 以上所述仅为本发明的较佳实施例而已, 并不用以限制本发明, 凡在本发明的 精神和原则之内所作的任何修改、 等同替换和改进等, 均应包含在本发明的保 护范围之内。

Claims

权利要求书
[权利要求 1] 一种智能终端工作场景的设置方法, 其特征在于, 包括以下步骤: 组建物联网; 其中, 组建的所述物联网包括一个用于进行场景设置的 设置终端;
启动物联网中所述设置终端的场景设置功能, 分别选择物联网中对应 的节点终端作为监控条件变化的条件对象以及作为执行对应工作场景 操作的执行对象;
配置所述节点终端对应的工作状态并保存, 得到配置后的条件对象和 执行对象;
基于配置后得到的所述条件对象和执行对象, 接收对所述物联网内的 节点终端所触发的操作指令, 获取所述操作指令对应的工作场景, 并 启动所述工作场景中对应的节点终端, 使启动的所述节点终端按照所 述工作场景对应的工作状态运行。
[权利要求 2] 如权利要求 1所述的方法, 其特征在于, 所述启动物联网中所述设置 终端的场景设置功能, 分别选择物联网中对应的节点终端作为监控条 件变化的条件对象以及作为执行对应工作场景操作的执行对象, 包括 检测到用户利用具备 NFC功能的所述设置终端触碰某一节点终端吋, 提示用户碰触的节点终端能够作为监控条件变化的条件对象或者执行 工作场景操作的执行对象;
接收用户基于所述设置终端的提示所选择的场景创建指令, 启动所述 设置终端的场景设置功能, 选择通过 NFC触碰的节点终端作为监控条 件变化的条件对象或者执行对应工作场景的执行对象。
[权利要求 3] 如权利要求 1所述的方法, 其特征在于, 所述启动物联网中所述设置 终端的场景设置功能, 分别选择物联网中对应的节点终端作为监控条 件变化的条件对象以及作为执行对应工作场景的执行对象, 包括: 接收用户手动触发的创建场景的启动指令, 启动物联网中所述设置终 端的场景设置功能; 利用已启动场景设置功能的所述设置终端, 基于 NFC功能碰触对应的 节点终端, 获取所述节点终端的终端类型;
根据获取的所述节点终端的终端类型, 将通过 NFC碰触的所述节点终 端设置为监控条件变化的条件对象, 或者设置为执行对应工作场景操 作的执行对象。
[权利要求 4] 如权利要求 1所述的方法, 其特征在于, 所述配置所述节点终端对应 的工作状态并保存, 得到配置后的条件对象和执行对象, 包括: 根据所述物联网内的节点终端的终端类型, 选择所述物联网内的一个 或多个节点终端分别作为监控条件变化的条件对象以及作为执行对应 工作场景操作的执行对象;
配置选择的所述节点终端在作为对应条件对象或者执行对象吋所对应 的状态参数, 并在配置的同吋, 控制所述节点终端基于配置的所述状 态参数进入对应的工作状态;
基于用户触发的配置操作指令, 保存所述物联网内各所述节点终端在 对应工作场景中的所述状态参数, 得到配置后所分别对应的条件对象 和执行对象。
[权利要求 5] 如权利要求 1至 4任一项所述的方法, 其特征在于, 所述基于配置后得 到的所述条件对象和执行对象, 接收对所述物联网内的节点终端所触 发的操作指令, 获取所述操作指令对应的工作场景, 并启动所述工作 场景中对应的节点终端, 使启动的所述节点终端按照所述工作场景对 应的工作状态运行, 包括:
基于配置后得到的所述条件对象, 接收用户对所述物联网内的执行对 象所触发的操作指令, 解析所述操作指令, 获取所述操作指令指向的 工作场景;
根据获取的所述工作场景, 调用所述工作场景中所包含的执行对象, 并获取各执行对象在所述工作场景中对应的状态参数;
基于获取的各执行对象在所述工作场景中对应的状态参数, 启动所述 工作场景中对应的各执行对象, 使所述执行对象基于各自对应的所述 状态参数按照所述工作场景对应的工作状态运行。
[权利要求 6] —种智能终端工作场景的设置系统, 所述设置系统包括设置终端和至 少一个节点终端; 其特征在于, 所述设置系统包括:
网络组建模块, 用于组建物联网; 其中, 组建的所述物联网包括一个 用于进行场景设置的设置终端;
功能启动模块, 用于启动物联网中所述设置终端的场景设置功能, 分 别选择物联网中对应的节点终端作为监控条件变化的条件对象以及作 为执行对应工作场景操作的执行对象;
场景创建模块, 用于配置所述节点终端对应的工作状态并保存, 得到 配置后的条件对象和执行对象;
操作执行模块, 用于基于配置后得到的所述条件对象和执行对象, 接 收对所述物联网内的节点终端所触发的操作指令, 获取所述操作指令 对应的工作场景, 并启动所述工作场景中对应的节点终端, 使启动的 所述节点终端按照所述工作场景对应的工作状态运行。
[权利要求 7] 如权利要求 6所述的系统, 其特征在于, 所述功能启动模块包括: 提示单元, 用于检测到用户利用具备 NFC功能的所述设置终端触碰某 一节点终端吋, 提示用户碰触的节点终端能够作为监控条件变化的条 件对象或者执行工作场景操作的执行对象;
启动单元, 用于接收用户基于所述设置终端的提示所选择的场景创建 指令, 启动所述设置终端的场景设置功能, 选择通过 NFC触碰的节点 终端作为监控条件变化的条件对象或者执行对应工作场景操作的执行 对象。
[权利要求 8] 如权利要求 6所述的系统, 其特征在于, 所述功能启动模块包括: 触发单元, 用于接收用户手动触发的创建场景的启动指令, 启动物联 网中所述设置终端的场景设置功能;
碰触单元, 用于利用已启动场景设置功能的所述设置终端, 基于 NFC 功能碰触对应的节点终端, 获取所述节点终端的终端类型; 设置单元, 用于根据获取的所述节点终端的终端类型, 将通过 NFC碰 触的所述节点终端设置为监控条件变化的条件对象, 或者设置为执行 对应工作场景操作的执行对象。
[权利要求 9] 如权利要求 6所述的系统, 其特征在于, 所述场景创建模块包括: 选择单元, 用于根据所述物联网内的节点终端的终端类型, 选择所述 物联网内的一个或多个节点终端分别作为监控条件变化的条件对象以 及作为执行对应工作场景操作的执行对象;
配置单元, 用于配置选择的所述节点终端在作为对应条件对象或者执 行对象吋所对应的状态参数, 并在配置的同吋, 控制所述节点终端基 于配置的所述状态参数进入对应的工作状态;
创建单元, 用于基于用户触发的配置操作指令, 保存所述物联网内各 所述节点终端在对应工作场景中的所述状态参数, 得到配置后所分别 对应的条件对象和执行对象。
[权利要求 10] 如权利要求 6至 9任一项所述的系统, 其特征在于, 所述操作执行模块 包括:
解析单元, 用于基于配置后得到的所述条件对象, 接收用户对所述物 联网内的执行对象所触发的操作指令, 解析所述操作指令, 获取所述 操作指令指向的工作场景;
调用单元, 用于根据获取的所述工作场景, 调用所述工作场景中所包 含的各执行对象, 并获取各执行对象在所述工作场景中对应的状态参 数;
执行单元, 用于基于获取的各执行对象在所述工作场景中对应的状 态参数, 启动所述工作场景中对应的各执行对象, 使所述执行对象基 于各自对应的所述状态参数按照所述工作场景对应的工作状态运行。
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