WO2017088116A1 - Method and system for controlling smart home based on s-link - Google Patents

Method and system for controlling smart home based on s-link Download PDF

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Publication number
WO2017088116A1
WO2017088116A1 PCT/CN2015/095496 CN2015095496W WO2017088116A1 WO 2017088116 A1 WO2017088116 A1 WO 2017088116A1 CN 2015095496 W CN2015095496 W CN 2015095496W WO 2017088116 A1 WO2017088116 A1 WO 2017088116A1
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Prior art keywords
terminal device
control
nodeid
link
node
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PCT/CN2015/095496
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French (fr)
Chinese (zh)
Inventor
李宁
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深圳市科诺德智联科技有限公司
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Priority to PCT/CN2015/095496 priority Critical patent/WO2017088116A1/en
Publication of WO2017088116A1 publication Critical patent/WO2017088116A1/en

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    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B15/00—Systems controlled by a computer
    • G05B15/02—Systems controlled by a computer electric
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/28—Data 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 wireless communication technologies, and in particular, to a method and system for controlling a smart home based on S-link.
  • the communication technologies commonly used for the control of smart homes are Bluetooth, WiFi, 433MHZ, 315MHZ, Zigbee (Zigbee Protocol, IEEE 802.15.4-based low-power LAN protocol) and Z-wave Alliance (Z-wave Alliance, referred to as Z-wave) and so on.
  • Bluetooth can only communicate with a single terminal device or a limited number of terminal devices, so that when there are many terminal devices, the user's needs cannot be met; 433MHZ, 315MHZ
  • the IR wireless transmission mode adopts one-way transmission, and the RF signal cannot be cut-off segmentation, so the working state of the terminal device cannot be reflected in real time; and the WiFi radiation intensity is high and the power consumption is high, so when When the WiFi is powered off or an abnormality occurs, the terminal device cannot be controlled; Z-wave is complicated in structure and costly; Zigbee can only use up to 16
  • the truncation segmentation is easy to cause mutual interference between multiple terminal devices in a small space. It can be seen that the control of the smart home by the above method has the defects of high cost, poor reliability, and complicated use.
  • the object of the present invention is to provide an S-link based
  • the control method and system of the smart home are used to solve the problems of high cost, poor reliability and complicated use in the control and control of the smart home in the prior art, so as to realize effective control of the smart home.
  • a first aspect of the present invention provides a method for controlling a smart home based on S-link, the method comprising the following steps:
  • the control center assigns a node number to each terminal device in the S-link network (Nodeidentification) , referred to as NodeID) and device ID;
  • the terminal device is remotely controlled through the NodeID, and the terminal device is controlled point-to-point through the device ID.
  • control center allocates a NodeID and a device ID for each terminal device in the S-link network. It also includes:
  • the control center stores the NodeID and the device ID in the corresponding terminal device node;
  • routing information includes NodeIDs of other terminal device nodes adjacent to the terminal device node .
  • the operation of remotely controlling the terminal device through the NodeID specifically includes:
  • the remote control terminal sends the first control information to the terminal device node through the control center, where the first control information includes the NodeID of the controlled terminal device And a first control command;
  • the dynamic routing technology is used according to the routing information to and the NodeID.
  • the corresponding controlled terminal device node sends a first control command.
  • the operation of performing point-to-point control on the terminal device by using the device ID includes:
  • the point-to-point control terminal sends the second control information to the terminal device node, where the second control information includes the device ID of the controlled terminal device And a second control command;
  • the terminal device node receives the second control information, if the device ID of the terminal device node itself and the device ID of the controlled terminal device node The same, the second control command is executed.
  • Another aspect of the present invention is to provide an S-link based a control system for a smart home, the system comprising a control center and a terminal device, wherein
  • the control center is used to allocate a NodeID and a device ID for each terminal device in the S-link network;
  • the terminal device is remotely controlled through the NodeID, and the terminal device is controlled point-to-point through the device ID.
  • control center is also used to: NodeID and device ID Stored in the corresponding terminal device node; and store routing information in the terminal device node, the routing information including the NodeID of other terminal device nodes adjacent to the terminal device node.
  • system further includes a remote control terminal, and the remote control terminal sends the first control information to the terminal device node through the control center, where the first control information includes the NodeID of the controlled terminal device. And a first control command;
  • the dynamic routing technology is used according to the routing information to and the NodeID.
  • the corresponding controlled terminal device node sends a first control command.
  • system further includes a point-to-point control terminal, and the point-to-point control terminal sends the second control information to the terminal device node, where the second control information includes the device ID of the controlled terminal device and the second control command;
  • the terminal device node receives the second control information, if the device ID of the terminal device node itself and the device ID of the controlled terminal device node The same, the second control command is executed.
  • the beneficial effects of adopting the above technical solution of the present invention are: through S-link
  • the self-organizing network of the terminal device not only solves the problem of three-terminal communication, two-way communication, but also is compatible with the traditional control of point-to-point localization, so that different control methods of traditional and intelligent do not conflict, thereby making the smart home safe and stable. Perfectly integrated with a good user experience.
  • FIG. 1 is a schematic flow chart of a method for controlling a smart home based on S-link according to the present invention
  • FIG. 2 is a schematic diagram of the control principle of the smart home based on S-link according to the present invention.
  • the embodiment of the invention discloses a control method of a smart home based on S-link, as shown in FIG. 1 As shown, the method can include the following steps:
  • Step S101 The control center allocates a NodeID and a device ID for each terminal device in the S-link network. ;
  • Step S102 The control center stores the NodeID and the device ID in the corresponding terminal device node.
  • Step S103 and storing routing information in the terminal device node, where the routing information includes other terminal device nodes adjacent to the terminal device node NodeID ;
  • Step S104 remotely control the terminal device by using the NodeID, and pass the device ID. Perform peer-to-peer control on the terminal device.
  • the first control information may be sent to the terminal device node through the control center by using a remote control terminal such as a smart phone or a tablet computer through the Internet or a local area network, wherein the first control information includes the controlled terminal.
  • equipment NodeID and the first control command if the controlled terminal device node exceeds the communication distance, the dynamic routing technology can be used according to the routing information to and the NodeID The corresponding controlled terminal device node sends the first control command to control the controlled terminal device.
  • the second control information may be sent to the terminal device node by using a peer-to-peer control terminal such as a remote controller, wherein The second control information includes the device of the controlled terminal device And the second control command, the terminal device node receives the second control information, if the device ID of the terminal device node itself and the device ID of the controlled terminal device node The same, the second control command is executed to implement point-to-point control.
  • a peer-to-peer control terminal such as a remote controller
  • each S-LINK The network is assigned a separate network address (HomeID), and the address of each terminal device node 1 in the network is controlled by the terminal device 2 (Controller) Assignment.
  • Each network can accommodate up to 99 terminal device nodes 1 , and the terminal device control node 2 can have multiple, but only one master control node is the control center 3 , that is, the terminal device nodes in all networks 1
  • the allocation is handled by the control center 3, and the terminal device control node 2 simply forwards the commands of the control center 1.
  • the ordinary terminal device node 1 that has entered the network can be controlled by all terminal devices. 2 Control.
  • the terminal device node 1 beyond the communication distance can be controlled by the dynamic routing technology through other terminal device nodes between the terminal device control node and the controlled terminal device node.
  • Each terminal device node 1 There is a routing table inside, which is written by the control center 3 through the terminal device control node 2.
  • the storage information is the NodeID of other terminal device nodes existing around the terminal device node when the network is connected to the network. . In this way, each terminal device node knows which terminal device nodes are around, and the terminal device control node stores routing information of all terminal device nodes.
  • the terminal device control node invokes the last time to correctly control the path sending command of the terminal device node, and if the path fails to be sent, the first terminal is The device node begins to retrieve the new path again.
  • control center also has a gateway function, which is responsible for the cloud controllers that other terminal device control nodes and terminal device nodes access the Internet through the entire network and accept remote control terminals. 4 instructions.
  • the remote control terminal 4 can access the local area network through the router 5, thereby accessing the S-LINK through the local area network.
  • the terminal device in the network performs remote control; the remote control terminal 4 can also access the cloud server via the Internet. 6 Pair S-LINK
  • the terminal devices in the network are remotely controlled.
  • the cloud server can perform management and command execution on the user data and the device data, such as which terminal devices are managed under a certain user account, the history of the use or status of the terminal device, and the time switch of a terminal device.
  • Control commands, etc. can also replace the user to achieve timing, automatic linkage and application scene settings, thus automatic control of the terminal equipment, such as timing lights / Turn off the lights and control the brightness, heating, cooling and color; the sensor finds that the gas leak automatically closes the gas valve; the user goes home to automatically turn on the lights, open the curtains, turn on the electrical power and turn on the air conditioner.
  • the remote control terminal can be installed with relevant control application software ( Application, referred to as APP) or Android installation package (AndroidPackage, referred to as APK Smartphones, tablets, etc. Due to the popularity of smartphones and tablets, users can easily control any location, any time and multiple users simultaneously, such as remote control of the lighting switch or the temperature of the air conditioner. Set the time of the water heater switch.
  • the peer-to-peer control terminal 7 can be a control device such as a remote controller, and can be used for the user to perform point-to-point control on the terminal device.
  • the user can use the air conditioner remote controller to control the air conditioner within the remote control range.
  • the terminal device can be installed with S-link
  • the wireless module's lighting fixtures, switch sockets, air conditioners, water heaters, cameras and other household equipment can execute the received control commands, such as performing the power switch on or off, the air conditioner execution temperature adjustment, the lighting fixtures to perform the illumination switch, Brightness, cool and warm colors, color adjustment, etc.
  • the control center separately allocates each terminal device in the S-link network through the 2.4G wireless signal. a NodeID and a device ID, and store them in the corresponding terminal device node, and store routing information in the terminal device node, the routing information including other terminal device nodes adjacent to the terminal device node
  • the routing table of the NodeID therefore, each terminal device node knows which terminal device nodes are around, and the control center stores the NodeID of all terminal device nodes. And routing information.
  • the first control information may be directly sent to the terminal device node in the routing table according to the stored routing information, where the first control information may include the controlled terminal device.
  • the terminal device when the terminal device receives the first control information, the NodeID of the controlled terminal device in the first control information and the NodeID stored by itself Performing the comparison, if the two are the same, executing the first control command; if different, the first control information may be forwarded to the terminal device in the routing table stored by itself according to the routing table and using the dynamic routing technology, thereby causing the control
  • the terminal device can receive the first control information, thereby executing the first control command.
  • the second control information may be sent to the terminal device node by using a point-to-point control terminal such as a remote controller, where the second control information includes Device for controlling terminal equipment And the second control command, the terminal device node receives the second control information, if the device ID of the terminal device node itself and the device ID of the controlled terminal device node The same, the second control command is executed to implement point-to-point localization control.
  • a point-to-point control terminal such as a remote controller
  • the second control information includes Device for controlling terminal equipment
  • the terminal device node receives the second control information, if the device ID of the terminal device node itself and the device ID of the controlled terminal device node The same, the second control command is executed to implement point-to-point localization control.
  • the above method of the present invention passes S-link
  • the self-organizing network of the terminal device not only solves the problem of three-terminal communication, two-way communication, but also is compatible with the traditional control of point-to-point localization, so that different control methods of traditional and intelligent do not conflict, thereby making the smart home safe and stable. Perfectly integrated with a good user experience.
  • the S-link wireless module used in the present invention has a volume of 1/6 of WiFi.
  • the price is 1/3 of WiFi, the radiation intensity is 1/3 or less of WiFi (WiFi is about 15dbm; S-link is 5dbm), standby power is 1/10 of WiFi (WIFi is about 200 mAh, S-link is 20 mA), it is more self-organizing LAN, does not occupy the limited wireless connection channel of the existing router, so the S-link wireless module used in the invention is more energy-saving and environmentally friendly;
  • the wireless module can self-organize the local area network, so that the terminal device can only set up its own internal network through the control center, and can also connect and control 99.
  • Sub-devices and self-organizing local area networks which can realize unified or group control and management between different terminal devices;
  • S-LINK Wireless module interconnection is a wireless communication technology with simple structure, low cost and reliable performance.
  • the price of S-LINK wireless module is 1/3 of the price of Zigbee and Z-Wave module. Or less, the self-organizing LAN is also simpler and more practical, so that many traditional home affordable products such as lamps, switches, sockets, etc. can achieve intelligent transformation with lower thresholds, and lower cost allows products to be promoted and sold faster in the market;
  • S-LINK The wireless module is twice as large as Zigbee's 16 cutoff segments, which can reach 32 The cutoff frequency segmentation makes the wireless signal anti-interference ability of multi-user and high-density terminal equipment in a small space range stronger.
  • S-LINK compared with 433MHZ, 315MHZ and other traditional one-way transmission of the IR wireless transmission mode, S-LINK
  • the wireless module can transmit wirelessly in two directions, and can reflect the working status and information of the device terminal in real time; and the traditional RF signals such as 433MHZ and 315MHZ cannot be cut off, S-LINK
  • the wireless module can achieve up to 32 cutoff segments, so its immunity to interference is stronger.
  • the embodiment of the invention also discloses an S-link based on S-link
  • the control system of the smart home may include a control center and a terminal device, wherein the control center is configured to respectively allocate a NodeID and a device ID for each terminal device in the S-link network;
  • the NodeID remotely controls the terminal device and performs peer-to-peer control on the terminal device through the device ID.
  • the Control Center can also be used to: NodeID and Device ID Stored in the corresponding terminal device node; and store routing information in the terminal device node, wherein the routing information includes a NodeID of another terminal device node adjacent to the terminal device node.
  • the system may further include a remote control terminal, where the remote control terminal may be configured to send the first control information to the terminal device node by using the control center, where the first control information includes the NodeID of the controlled terminal device. And the first control command; if the controlled terminal device node exceeds the communication distance, the dynamic control technology is used according to the routing information to send the first control command to the controlled terminal device node corresponding to the NodeID.
  • the system may further include a point-to-point control terminal, where the point-to-point control terminal may be configured to send the second control information to the terminal device node, where the second control information includes the device ID of the controlled terminal device. And the second control command; the terminal device node receives the second control information, and if the device ID of the terminal device node itself is the same as the device ID of the controlled terminal device node, executing the second control command.
  • the point-to-point control terminal may be configured to send the second control information to the terminal device node, where the second control information includes the device ID of the controlled terminal device.
  • the terminal device node receives the second control information, and if the device ID of the terminal device node itself is the same as the device ID of the controlled terminal device node, executing the second control command.
  • the S-link-based smart home control system of this embodiment can be used to execute FIG. 1 and FIG. 2
  • the technical solution of the method embodiment is similar, and the implementation principle and the technical effect are similar, and details are not described herein again.
  • the aforementioned program can be stored in a computer readable storage medium.
  • the program when executed, performs the steps including the foregoing method embodiments; and the foregoing storage medium includes: A variety of media that can store program code, such as ROM, RAM, disk, or optical disk.

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  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
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Abstract

The present invention provides a method and system for controlling a smart home based on S-link. The method comprises the following steps: a control center separately allocates a NodeID and a device ID for each terminal device in an S-link network; performing remote control on the terminal device by means of the NodeID and performing point-to-point control on the terminal device by means of the device ID. The system comprises a control center, terminal devices, a remote control terminal, and a point-to-point control terminal. By means of an ad hoc network of S-link terminal devices, the present invention not only solves the problems of three-terminal connection and bidirectional communication, but also is compatible with the conventional point-to-point local control, so that different conventional and smart control modes do not conflict with each other, and security, stability, and good user experience are organically combined in a smart home.

Description

基于 S-link 的智能家居的控制方法及系统  Intelligent home control method and system based on S-link 基于 S-link 的智能家居的控制方法及系统  Intelligent home control method and system based on S-link
技术领域 Technical field
本发明涉及无线通信技术领域，尤其涉及一种基于 S-link 的智能家居的控制方法及系统。 The present invention relates to the field of wireless communication technologies, and in particular, to a method and system for controlling a smart home based on S-link.
背景技术 Background technique
目前，对于智能家居的控制普遍采用的通信技术有蓝牙 、 WiFi 、 433MHZ 、 315MHZ 、 Zigbee （紫蜂协议，基于 IEEE802.15.4 标准的低功耗局域网 协议 ）和 Z-wave 联盟 (Z-wave Alliance ，简称 Z-wave) 等。其中，蓝牙只能对单一终端设备或者有限几个终端设备进行通信，从而当终端设备较多时则无法满足用户的需求； 433MHZ 、 315MHZ 则是采用单向传输的 IR 无线传输模式，且对 RF 信号无法进行截频分段，因此不能实时的反映终端设备的工作状态；而 WiFi 的辐射强度较大且功耗高，因此当 WiFi 断电或出现异常时，则无法对终端设备进行控制； Z-wave 则结构复杂，成本高昂； Zigbee 最多只能采用 16 个截频分段，因此容易导致小空间里的多个终端设备之间相互干扰。由此可知，通过上述方法对智能家居进行管控存在成本高、可靠性差、使用复杂等缺陷。 At present, the communication technologies commonly used for the control of smart homes are Bluetooth, WiFi, 433MHZ, 315MHZ, Zigbee (Zigbee Protocol, IEEE 802.15.4-based low-power LAN protocol) and Z-wave Alliance (Z-wave Alliance, referred to as Z-wave) and so on. Among them, Bluetooth can only communicate with a single terminal device or a limited number of terminal devices, so that when there are many terminal devices, the user's needs cannot be met; 433MHZ, 315MHZ The IR wireless transmission mode adopts one-way transmission, and the RF signal cannot be cut-off segmentation, so the working state of the terminal device cannot be reflected in real time; and the WiFi radiation intensity is high and the power consumption is high, so when When the WiFi is powered off or an abnormality occurs, the terminal device cannot be controlled; Z-wave is complicated in structure and costly; Zigbee can only use up to 16 The truncation segmentation is easy to cause mutual interference between multiple terminal devices in a small space. It can be seen that the control of the smart home by the above method has the defects of high cost, poor reliability, and complicated use.
发明内容 Summary of the invention
本发明的目的在于提供一种基于 S-link 的智能家居的控制方法及系统，用以解决现有技术中对智能家居进行管控存在的成本高、可靠性差、使用复杂等问题，以实现对智能家居进行有效的控制。 The object of the present invention is to provide an S-link based The control method and system of the smart home are used to solve the problems of high cost, poor reliability and complicated use in the control and control of the smart home in the prior art, so as to realize effective control of the smart home.
本发明的第一个方面是提供一种基于 S-link 的智能家居的控制方法，该方法包括如下步骤： A first aspect of the present invention provides a method for controlling a smart home based on S-link, the method comprising the following steps:
控制中心为 S-link 网络内的每个终端设备分别分配节点编号（ Nodeidentification ，简称 NodeID) 和设备 ID ； The control center assigns a node number to each terminal device in the S-link network (Nodeidentification) , referred to as NodeID) and device ID;
通过 NodeID 对终端设备进行远程控制，通过设备 ID 对终端设备进行点对点控制。 The terminal device is remotely controlled through the NodeID, and the terminal device is controlled point-to-point through the device ID.
进一步的，控制中心为 S-link 网络内的每个终端设备分别分配 NodeID 和设备 ID 之后还包括： Further, the control center allocates a NodeID and a device ID for each terminal device in the S-link network. It also includes:
控制中心将 NodeID 和设备 ID 存储在对应的终端设备节点中； The control center stores the NodeID and the device ID in the corresponding terminal device node;
并在终端设备节点中存储路由信息，路由信息包括与终端设备节点相邻的其他终端设备节点的 NodeID 。 And storing routing information in the terminal device node, where the routing information includes NodeIDs of other terminal device nodes adjacent to the terminal device node .
进一步的，通过 NodeID 对终端设备进行远程控制的操作具体包括： Further, the operation of remotely controlling the terminal device through the NodeID specifically includes:
远程控制终端通过控制中心向终端设备节点发送第一控制信息，第一控制信息中包含被控终端设备的 NodeID 和第一控制命令； The remote control terminal sends the first control information to the terminal device node through the control center, where the first control information includes the NodeID of the controlled terminal device And a first control command;
若被控终端设备节点超出了通信距离，则根据路由信息采用动态路由技术向与 NodeID 相对应的被控终端设备节点发送第一控制命令。 If the controlled terminal device node exceeds the communication distance, the dynamic routing technology is used according to the routing information to and the NodeID. The corresponding controlled terminal device node sends a first control command.
进一步的，通过设备 ID 对终端设备进行点对点控制的操作具体包括： Further, the operation of performing point-to-point control on the terminal device by using the device ID includes:
点对点控制终端向终端设备节点发送第二控制信息，第二控制信息中包含被控终端设备的设备 ID 和第二控制命令； The point-to-point control terminal sends the second control information to the terminal device node, where the second control information includes the device ID of the controlled terminal device And a second control command;
终端设备节点接收第二控制信息，若终端设备节点自身的设备 ID 与被控终端设备节点的设备 ID 相同，则执行第二控制命令。 The terminal device node receives the second control information, if the device ID of the terminal device node itself and the device ID of the controlled terminal device node The same, the second control command is executed.
本发明的另一个方面是提供一种基于 S-link 的智能家居的控制系统，该系统包括控制中心和终端设备，其中， Another aspect of the present invention is to provide an S-link based a control system for a smart home, the system comprising a control center and a terminal device, wherein
控制中心用于为 S-link 网络内的每个终端设备分别分配 NodeID 和设备 ID ； The control center is used to allocate a NodeID and a device ID for each terminal device in the S-link network;
并通过 NodeID 对终端设备进行远程控制，通过设备 ID 对终端设备进行点对点控制。 The terminal device is remotely controlled through the NodeID, and the terminal device is controlled point-to-point through the device ID.
进一步的，控制中心还用于：将 NodeID 和设备 ID 存储在对应的终端设备节点中；并在终端设备节点中存储路由信息，路由信息包括与终端设备节点相邻的其他终端设备节点的 NodeID 。 Further, the control center is also used to: NodeID and device ID Stored in the corresponding terminal device node; and store routing information in the terminal device node, the routing information including the NodeID of other terminal device nodes adjacent to the terminal device node.
进一步的，系统还包括远程控制终端，远程控制终端通过控制中心向终端设备节点发送第一控制信息，第一控制信息中包含被控终端设备的 NodeID 和第一控制命令； Further, the system further includes a remote control terminal, and the remote control terminal sends the first control information to the terminal device node through the control center, where the first control information includes the NodeID of the controlled terminal device. And a first control command;
若被控终端设备节点超出了通信距离，则根据路由信息采用动态路由技术向与 NodeID 相对应的被控终端设备节点发送第一控制命令。 If the controlled terminal device node exceeds the communication distance, the dynamic routing technology is used according to the routing information to and the NodeID. The corresponding controlled terminal device node sends a first control command.
进一步的，系统还包括点对点控制终端，点对点控制终端向终端设备节点发送第二控制信息，第二控制信息中包含被控终端设备的设备 ID 和第二控制命令； Further, the system further includes a point-to-point control terminal, and the point-to-point control terminal sends the second control information to the terminal device node, where the second control information includes the device ID of the controlled terminal device and the second control command;
终端设备节点接收第二控制信息，若终端设备节点自身的设备 ID 与被控终端设备节点的设备 ID 相同，则执行第二控制命令。 The terminal device node receives the second control information, if the device ID of the terminal device node itself and the device ID of the controlled terminal device node The same, the second control command is executed.
采用上述本发明技术方案的有益效果是：通过 S-link 终端设备的自组网，既解决了三端联通，双向通信的问题，又能兼容点对点的本地化传统控制，使得传统和智能的不同控制方式不冲突，从而使得智能家居在安全性、稳定性和良好用户体验上得到完美的有机结合。 The beneficial effects of adopting the above technical solution of the present invention are: through S-link The self-organizing network of the terminal device not only solves the problem of three-terminal communication, two-way communication, but also is compatible with the traditional control of point-to-point localization, so that different control methods of traditional and intelligent do not conflict, thereby making the smart home safe and stable. Perfectly integrated with a good user experience.
附图说明 DRAWINGS
图 1 为本发明基于 S-link 的智能家居的控制方法的流程示意图； 1 is a schematic flow chart of a method for controlling a smart home based on S-link according to the present invention;
图 2 为本发明基于 S-link 的智能家居的控制原理示意图。 FIG. 2 is a schematic diagram of the control principle of the smart home based on S-link according to the present invention.
具体实施方式 detailed description
为使本发明实施例的目的、技术方案和优点更加清楚，下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例是本发明一部分实施例，而不是全部的实施例。 The technical solutions in the embodiments of the present invention will be clearly and completely described in conjunction with the drawings in the embodiments of the present invention. It is a partial embodiment of the invention, and not all of the embodiments.
本发明实施例公开了一种基于 S-link 的智能家居的控制方法，如图 1 所示，该方法可以包括如下步骤： The embodiment of the invention discloses a control method of a smart home based on S-link, as shown in FIG. 1 As shown, the method can include the following steps:
步骤 S101 ，控制中心为 S-link 网络内的每个终端设备分别分配 NodeID 和设备 ID ； Step S101: The control center allocates a NodeID and a device ID for each terminal device in the S-link network. ;
步骤 S102 ，控制中心将 NodeID 和设备 ID 存储在对应的终端设备节点中； Step S102: The control center stores the NodeID and the device ID in the corresponding terminal device node.
步骤 S103 ，并在该终端设备节点中存储路由信息，路由信息包括与该终端设备节点相邻的其他终端设备节点的 NodeID ； Step S103, and storing routing information in the terminal device node, where the routing information includes other terminal device nodes adjacent to the terminal device node NodeID ;
步骤 S104 ，通过 NodeID 对该终端设备进行远程控制，通过设备 ID 对该终端设备进行点对点控制。 Step S104: remotely control the terminal device by using the NodeID, and pass the device ID. Perform peer-to-peer control on the terminal device.
在本发明上述实施例中，可以通过互联网或局域网网络，利用远程控制终端如智能手机、平板电脑等通过控制中心向终端设备节点发送第一控制信息，其中，第一控制信息中包含被控终端设备的 NodeID 和第一控制命令，若被控终端设备节点超出了通信距离，则可以根据路由信息采用动态路由技术向与 NodeID 相对应的被控终端设备节点发送该第一控制命令，从而对被控终端设备进行控制。而当远程控制终端如智能手机、平板电脑等缺失时，或者设备无法正常连接到互联网或局域网网络时，则可以利用点对点控制终端如遥控器等向终端设备节点发送第二控制信息，其中，第二控制信息中包含被控终端设备的设备 ID 和第二控制命令，终端设备节点接收该第二控制信息，若终端设备节点自身的设备 ID 与被控终端设备节点的设备 ID 相同，则执行该第二控制命令，以实现点对点的控制。 In the foregoing embodiment of the present invention, the first control information may be sent to the terminal device node through the control center by using a remote control terminal such as a smart phone or a tablet computer through the Internet or a local area network, wherein the first control information includes the controlled terminal. equipment NodeID and the first control command, if the controlled terminal device node exceeds the communication distance, the dynamic routing technology can be used according to the routing information to and the NodeID The corresponding controlled terminal device node sends the first control command to control the controlled terminal device. When the remote control terminal such as a smart phone, a tablet computer, or the like is missing, or the device cannot be normally connected to the Internet or a local area network, the second control information may be sent to the terminal device node by using a peer-to-peer control terminal such as a remote controller, wherein The second control information includes the device of the controlled terminal device And the second control command, the terminal device node receives the second control information, if the device ID of the terminal device node itself and the device ID of the controlled terminal device node The same, the second control command is executed to implement point-to-point control.
以下进一步说明本发明方法的原理，如图 2 所示，在本实施例中，每个 S-LINK 网络分配一个独立的网络地址 (HomeID) ，网络内每个终端设备节点 1 的地址 NodeID 由终端设备控制节点 2(Controller) 分配。每个网络最多容纳 99 个终端设备节点 1 ，终端设备控制节点 2 可以有多个，但只有一个主控节点即控制中心 3 ，即所有网络内终端设备节点 1 的分配，都由控制中心 3 负责，终端设备控制节点 2 只是转发控制中心 1 的命令。已入网的普通终端设备节点 1 可以被所有终端设备控制节点 2 控制。超出通信距离的终端设备节点 1 ，则可以通过终端设备控制节点与受控终端设备节点之间的其他终端设备节点采用动态路由技术进行控制。每个终端设备节点 1 的内部都存有一个路由表，该路由表由控制中心 3 通过终端设备控制节点 2 写入。存储信息为该终端设备节点入网时，周边存在的其他终端设备节点的 NodeID 。这样每个终端设备节点都知道周围有哪些终端设备节点，而终端设备控制节点存储了所有终端设备节点的路由信息。当终端设备控制节点与受控终端设备节点的距离超出最大控制距离时，终端设备控制节点会调用最后一次正确控制该终端设备节点的路径发送命令，如该路径发送失败，则从第一个终端设备节点开始重新检索新的路径。 The principle of the method of the present invention is further explained below, as shown in FIG. 2, in this embodiment, each S-LINK The network is assigned a separate network address (HomeID), and the address of each terminal device node 1 in the network is controlled by the terminal device 2 (Controller) Assignment. Each network can accommodate up to 99 terminal device nodes 1 , and the terminal device control node 2 can have multiple, but only one master control node is the control center 3 , that is, the terminal device nodes in all networks 1 The allocation is handled by the control center 3, and the terminal device control node 2 simply forwards the commands of the control center 1. The ordinary terminal device node 1 that has entered the network can be controlled by all terminal devices. 2 Control. The terminal device node 1 beyond the communication distance can be controlled by the dynamic routing technology through other terminal device nodes between the terminal device control node and the controlled terminal device node. Each terminal device node 1 There is a routing table inside, which is written by the control center 3 through the terminal device control node 2. The storage information is the NodeID of other terminal device nodes existing around the terminal device node when the network is connected to the network. . In this way, each terminal device node knows which terminal device nodes are around, and the terminal device control node stores routing information of all terminal device nodes. When the distance between the terminal device control node and the controlled terminal device node exceeds the maximum control distance, the terminal device control node invokes the last time to correctly control the path sending command of the terminal device node, and if the path fails to be sent, the first terminal is The device node begins to retrieve the new path again.
在本实施例中，可以通过终端设备控制节点是否能与受控终端设备节点直接无线连接，如果连接的上就表示在控制距离内，如果连不上就表示超出控制距离。控制中心还同时具备网关作用，负责整个网络里其他终端设备控制节点和终端设备节点通过其访问互联网的云服务器以及接受远程控制终端 4 的指令。 In this embodiment, it is possible to control whether the node can directly connect wirelessly with the controlled terminal device node through the terminal device, if the connection is indicated within the control distance, if it is not connected, it indicates that the control distance is exceeded. The control center also has a gateway function, which is responsible for the cloud controllers that other terminal device control nodes and terminal device nodes access the Internet through the entire network and accept remote control terminals. 4 instructions.
在本实施例中，远程控制终端 4 可以通过路由器 5 接入局域网，从而通过局域网对 S-LINK 网络中的终端设备进行远程控制；远程控制终端 4 还可以通过互联网即通过访问云端服务器 6 对 S-LINK 网络中的终端设备进行远程控制。在本实施例中，云端服务器可以对用户数据和设备数据进行管理和命令执行，比如某个用户账号下管理的终端设备是哪些，终端设备的使用或状态的历史记录和定时开关某个终端设备的控制命令等，同时可以代替用户实现定时、自动联动和应用场景的设定，从而对终端设备进行自动控制，比如定时开灯 / 关灯以及对光亮度，冷暖和颜色的控制；感应器发现煤气泄漏则自动关闭燃气阀门；用户回家自动执行开灯、开窗帘、开电器电源和开空调等。远程控制终端则可以是安装有相关控制应用软件（ Application ，简称 APP ）或 Android 安装包（ AndroidPackage ，简称 APK ）的智能手机、平板电脑等，由于智能手机和平板电脑的普及，用户可以很容易就实现任意地点，任意时间和多用户的同时控制，比如可以远程控制照明灯具的开关或空调的温度，设定热水器开关的时间等。 In this embodiment, the remote control terminal 4 can access the local area network through the router 5, thereby accessing the S-LINK through the local area network. The terminal device in the network performs remote control; the remote control terminal 4 can also access the cloud server via the Internet. 6 Pair S-LINK The terminal devices in the network are remotely controlled. In this embodiment, the cloud server can perform management and command execution on the user data and the device data, such as which terminal devices are managed under a certain user account, the history of the use or status of the terminal device, and the time switch of a terminal device. Control commands, etc., can also replace the user to achieve timing, automatic linkage and application scene settings, thus automatic control of the terminal equipment, such as timing lights / Turn off the lights and control the brightness, heating, cooling and color; the sensor finds that the gas leak automatically closes the gas valve; the user goes home to automatically turn on the lights, open the curtains, turn on the electrical power and turn on the air conditioner. The remote control terminal can be installed with relevant control application software ( Application, referred to as APP) or Android installation package (AndroidPackage, referred to as APK Smartphones, tablets, etc. Due to the popularity of smartphones and tablets, users can easily control any location, any time and multiple users simultaneously, such as remote control of the lighting switch or the temperature of the air conditioner. Set the time of the water heater switch.
在本实施例中，点对点控制终端 7 则可以是遥控器等控制设备，可以用于用户对终端设备进行点对点的控制，例如用户可以使用空调遥控器在遥控范围内对空调进行控制。终端设备则可以是安装了 S-link 无线模块的照明灯具、开关插座、空调、热水器、摄像头等家居设备，可以执行接收到的控制命令，比如执行电源开关的开或关的动作，空调执行温度的调节，照明灯具执行照明的开关、亮度、冷暖色和颜色调节等。 In this embodiment, the peer-to-peer control terminal 7 It can be a control device such as a remote controller, and can be used for the user to perform point-to-point control on the terminal device. For example, the user can use the air conditioner remote controller to control the air conditioner within the remote control range. The terminal device can be installed with S-link The wireless module's lighting fixtures, switch sockets, air conditioners, water heaters, cameras and other household equipment can execute the received control commands, such as performing the power switch on or off, the air conditioner execution temperature adjustment, the lighting fixtures to perform the illumination switch, Brightness, cool and warm colors, color adjustment, etc.
具体的，在本实施例中，控制中心通过 2.4G 无线信号为 S-link 网络内的每个终端设备分别分配 NodeID 和设备 ID ，并将其存储在对应的终端设备节点中，同时在该终端设备节点中存储路由信息，路由信息包括与该终端设备节点相邻的其他终端设备节点的 NodeID 的路由表，因此，每个终端设备节点都知道周围有哪些终端设备节点，而控制中心则存储了所有终端设备节点的 NodeID 以及路由信息。当控制中心要对某个终端设备进行控制时，则可以直接根据存储的路由信息向路由表中的终端设备节点发送第一控制信息，该第一控制信息中可以包含被控终端设备的 NodeID 和第一控制命令，当终端设备接收到该第一控制信息时，将第一控制信息中被控终端设备的 NodeID 与自身存储的 NodeID 进行比对，若两者相同，则执行第一控制命令；若不同，则可以根据路由表并采用动态路由技术向自身存储的路由表中的终端设备转发该第一控制信息，从而使得被控终端设备可以接收到该第一控制信息，进而执行第一控制命令。 Specifically, in this embodiment, the control center separately allocates each terminal device in the S-link network through the 2.4G wireless signal. a NodeID and a device ID, and store them in the corresponding terminal device node, and store routing information in the terminal device node, the routing information including other terminal device nodes adjacent to the terminal device node The routing table of the NodeID, therefore, each terminal device node knows which terminal device nodes are around, and the control center stores the NodeID of all terminal device nodes. And routing information. When the control center is to control a certain terminal device, the first control information may be directly sent to the terminal device node in the routing table according to the stored routing information, where the first control information may include the controlled terminal device. a NodeID and a first control command, when the terminal device receives the first control information, the NodeID of the controlled terminal device in the first control information and the NodeID stored by itself Performing the comparison, if the two are the same, executing the first control command; if different, the first control information may be forwarded to the terminal device in the routing table stored by itself according to the routing table and using the dynamic routing technology, thereby causing the control The terminal device can receive the first control information, thereby executing the first control command.
当远程控制终端如智能手机、平板电脑等缺失时，或者无法正常连接网络时，则可以利用点对点控制终端如遥控器等向终端设备节点发送第二控制信息，其中，第二控制信息中包含被控终端设备的设备 ID 和第二控制命令，终端设备节点接收该第二控制信息，若终端设备节点自身的设备 ID 与被控终端设备节点的设备 ID 相同，则执行该第二控制命令，以实现点对点的本地化控制。 When the remote control terminal such as a smart phone, a tablet computer, or the like is missing, or when the network cannot be normally connected, the second control information may be sent to the terminal device node by using a point-to-point control terminal such as a remote controller, where the second control information includes Device for controlling terminal equipment And the second control command, the terminal device node receives the second control information, if the device ID of the terminal device node itself and the device ID of the controlled terminal device node The same, the second control command is executed to implement point-to-point localization control.
本发明的上述方法通过 S-link 终端设备的自组网，既解决了三端联通，双向通信的问题，又能兼容点对点的本地化传统控制，使得传统和智能的不同控制方式不冲突，从而使得智能家居在安全性、稳定性和良好用户体验上得到完美的有机结合。 The above method of the present invention passes S-link The self-organizing network of the terminal device not only solves the problem of three-terminal communication, two-way communication, but also is compatible with the traditional control of point-to-point localization, so that different control methods of traditional and intelligent do not conflict, thereby making the smart home safe and stable. Perfectly integrated with a good user experience.
本发明提供的基于 S-link 的智能家居的控制方法还具有如下技术创新优势： The S-link-based smart home control method provided by the invention also has the following technological innovation advantages:
1 、与 WiFi 模组相比，本发明中使用的 S-link 无线模块的体积是 WiFi 的 1/6 ，价格是 WiFi 的 1/3 ，辐射强度是 WiFi 的 1/3 或更少（ WiFi 大约是 15dbm;S-link 是 5dbm ），待机功耗是 WiFi 的 1/10 （ WIFi 大约是 200 毫安， S-link 是 20 毫安），更可以自组局域网，不占用现有路由器有限的无线连接通道，从而本发明中使用的 S-link 无线模块更加节能环保； 1. Compared with the WiFi module, the S-link wireless module used in the present invention has a volume of 1/6 of WiFi. The price is 1/3 of WiFi, the radiation intensity is 1/3 or less of WiFi (WiFi is about 15dbm; S-link is 5dbm), standby power is 1/10 of WiFi (WIFi is about 200 mAh, S-link is 20 mA), it is more self-organizing LAN, does not occupy the limited wireless connection channel of the existing router, so the S-link wireless module used in the invention is more energy-saving and environmentally friendly;
2 、与蓝牙 4.0 只能对单一终端设备或者有限几个终端设备管理相比， S-link 无线模块可以自组局域网，让终端设备只是通过控制中心组建自有内部网，同时可以连接控制 99 个子设备和进行自组局域网，可以实现不同终端设备之间的统一或分组控制和管理； 2, with Bluetooth 4.0 can only be compared to a single terminal device or a limited number of terminal devices, S-link The wireless module can self-organize the local area network, so that the terminal device can only set up its own internal network through the control center, and can also connect and control 99. Sub-devices and self-organizing local area networks, which can realize unified or group control and management between different terminal devices;
3 、与 Zigbee 和 Z-Wave 相比，采用 S-LINK 无线模块互联是一种结构简单，成本低廉，性能可靠的无线通信技术， S-LINK 无线模块的价格是 Zigbee 和 Z-Wave 模组价格的 1/3 或更少，自组局域网也更简单和实用，让许多传统家居平价产品如灯、开关、插座等能够更低门槛实现智能改造，更低成本让产品在市场更快的推广和销售；另外， S-LINK 无线模块比 Zigbee 的 16 个截频分段多了一倍，其可以达到 32 个截频分段，从而使得在小空间范围里的多用户、高密度终端设备的无线信号抗干扰能力更强。 3, compared with Zigbee and Z-Wave, using S-LINK Wireless module interconnection is a wireless communication technology with simple structure, low cost and reliable performance. The price of S-LINK wireless module is 1/3 of the price of Zigbee and Z-Wave module. Or less, the self-organizing LAN is also simpler and more practical, so that many traditional home affordable products such as lamps, switches, sockets, etc. can achieve intelligent transformation with lower thresholds, and lower cost allows products to be promoted and sold faster in the market; S-LINK The wireless module is twice as large as Zigbee's 16 cutoff segments, which can reach 32 The cutoff frequency segmentation makes the wireless signal anti-interference ability of multi-user and high-density terminal equipment in a small space range stronger.
4 、与 433MHZ 、 315MHZ 等传统都是单向传输的 IR 无线传输模式相比， S-LINK 无线模块则是可以双向无线传输的，可以实时的反映设备终端的工作状态和信息；且 433MHZ 、 315MHZ 等传统 RF 信号无法进行截频分段， S-LINK 无线模块可以达到 32 个截频分段，因此，其抗干扰的能力更强。 4, compared with 433MHZ, 315MHZ and other traditional one-way transmission of the IR wireless transmission mode, S-LINK The wireless module can transmit wirelessly in two directions, and can reflect the working status and information of the device terminal in real time; and the traditional RF signals such as 433MHZ and 315MHZ cannot be cut off, S-LINK The wireless module can achieve up to 32 cutoff segments, so its immunity to interference is stronger.
本发明实施例还公开了一种基于 S-link 的智能家居的控制系统，该系统可以包括控制中心和终端设备，其中，控制中心用于为 S-link 网络内的每个终端设备分别分配 NodeID 和设备 ID ；并通过 NodeID 对终端设备进行远程控制，通过设备 ID 对终端设备进行点对点控制。 The embodiment of the invention also discloses an S-link based on S-link The control system of the smart home, the system may include a control center and a terminal device, wherein the control center is configured to respectively allocate a NodeID and a device ID for each terminal device in the S-link network; The NodeID remotely controls the terminal device and performs peer-to-peer control on the terminal device through the device ID.
控制中心还可以用于：将 NodeID 和设备 ID 存储在对应的终端设备节点中；并在终端设备节点中存储路由信息，其中，路由信息包括与终端设备节点相邻的其他终端设备节点的 NodeID 。 The Control Center can also be used to: NodeID and Device ID Stored in the corresponding terminal device node; and store routing information in the terminal device node, wherein the routing information includes a NodeID of another terminal device node adjacent to the terminal device node.
具体的，系统还可以包括远程控制终端，该远程控制终端可以用于通过控制中心向终端设备节点发送第一控制信息，其中，第一控制信息中包含被控终端设备的 NodeID 和第一控制命令；若被控终端设备节点超出了通信距离，则根据路由信息采用动态路由技术向与 NodeID 相对应的被控终端设备节点发送第一控制命令。 Specifically, the system may further include a remote control terminal, where the remote control terminal may be configured to send the first control information to the terminal device node by using the control center, where the first control information includes the NodeID of the controlled terminal device. And the first control command; if the controlled terminal device node exceeds the communication distance, the dynamic control technology is used according to the routing information to send the first control command to the controlled terminal device node corresponding to the NodeID.
具体的，系统还可以包括点对点控制终端，该点对点控制终端可以用于向终端设备节点发送第二控制信息，其中，第二控制信息中包含被控终端设备的设备 ID 和第二控制命令；终端设备节点接收第二控制信息，若终端设备节点自身的设备 ID 与被控终端设备节点的设备 ID 相同，则执行该第二控制命令。 Specifically, the system may further include a point-to-point control terminal, where the point-to-point control terminal may be configured to send the second control information to the terminal device node, where the second control information includes the device ID of the controlled terminal device. And the second control command; the terminal device node receives the second control information, and if the device ID of the terminal device node itself is the same as the device ID of the controlled terminal device node, executing the second control command.
本实施例的 基于 S-link 的智能家居的控制系统 可以用于执行图 1 、图 2 所示方法实施例的技术方案，其实现原理和技术效果类似，此处不再赘述。 The S-link-based smart home control system of this embodiment can be used to execute FIG. 1 and FIG. 2 The technical solution of the method embodiment is similar, and the implementation principle and the technical effect are similar, and details are not described herein again.
本领域普通技术人员可以理解：实现上述各方法实施例的全部或部分步骤可以通过程序指令相关的硬件来完成。前述的程序可以存储于一计算机可读取存储介质中。该程序在执行时，执行包括上述各方法实施例的步骤；而前述的存储介质包括： ROM 、 RAM 、磁碟或者光盘等各种可以存储程序代码的介质。 One of ordinary skill in the art will appreciate that all or part of the steps to implement the various method embodiments described above may be accomplished by hardware associated with the program instructions. The aforementioned program can be stored in a computer readable storage medium. The program, when executed, performs the steps including the foregoing method embodiments; and the foregoing storage medium includes: A variety of media that can store program code, such as ROM, RAM, disk, or optical disk.
最后应说明的是：以上各实施例仅用以说明本发明的技术方案，而非对其限制；尽管参照前述各实施例对本发明进行了详细的说明，本领域的普通技术人员应当理解：其依然可以对前述各实施例所记载的技术方案进行修改，或者对其中部分或者全部技术特征进行等同替换；而这些修改或者替换，并不使相应技术方案的本质脱离本发明各实施例技术方案的范围。 Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, and are not intended to be limiting; although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art will understand that The technical solutions described in the foregoing embodiments may be modified, or some or all of the technical features may be equivalently replaced; and the modifications or substitutions do not deviate from the technical solutions of the embodiments of the present invention. range.

Claims (8)

  1. 一种基于S-link的智能家居的控制方法，其特征在于，所述方法包括如下步骤： A method for controlling a smart home based on S-link, characterized in that the method comprises the following steps:
    控制中心为S-link网络内的每个终端设备分别分配NodeID和设备ID；The control center allocates a NodeID and a device ID for each terminal device in the S-link network;
    通过所述NodeID对所述终端设备进行远程控制，通过所述设备ID对所述终端设备进行点对点控制。 Remotely controlling the terminal device by using the NodeID, and performing peer-to-peer control on the terminal device by using the device ID.
  2. 根据权利要求1所述的基于S-link的智能家居的控制方法，其特征在于，所述控制中心为S-link网络内的每个终端设备分别分配NodeID和设备ID之后还包括：The S-link-based smart home control method according to claim 1, wherein the control center further allocates a NodeID and a device ID to each terminal device in the S-link network, and further includes:
    所述控制中心将所述NodeID和设备ID存储在对应的终端设备节点中；The control center stores the NodeID and the device ID in a corresponding terminal device node;
    并在所述终端设备节点中存储路由信息，所述路由信息包括与所述终端设备节点相邻的其他终端设备节点的NodeID。And storing routing information in the terminal device node, where the routing information includes a NodeID of another terminal device node adjacent to the terminal device node.
  3. 根据权利要求2所述的基于S-link的智能家居的控制方法，其特征在于，通过所述NodeID对所述终端设备进行远程控制的操作具体包括：The S-link-based smart home control method according to claim 2, wherein the remotely controlling the terminal device by using the NodeID comprises:
    远程控制终端通过所述控制中心向所述终端设备节点发送第一控制信息，所述第一控制信息中包含被控终端设备的NodeID和第一控制命令；The remote control terminal sends the first control information to the terminal device node by using the control center, where the first control information includes a NodeID of the controlled terminal device and a first control command;
    若所述被控终端设备节点超出了通信距离，则根据所述路由信息采用动态路由技术向与所述NodeID相对应的被控终端设备节点发送所述第一控制命令。And if the controlled terminal device node exceeds the communication distance, the first control command is sent to the controlled terminal device node corresponding to the NodeID by using a dynamic routing technology according to the routing information.
  4. 根据权利要求2所述的基于S-link的智能家居的控制方法，其特征在于，通过所述设备ID对所述终端设备进行点对点控制的操作具体包括：The S-link-based smart home control method according to claim 2, wherein the operation of performing point-to-point control on the terminal device by using the device ID comprises:
    点对点控制终端向所述终端设备节点发送第二控制信息，所述第二控制信息中包含被控终端设备的设备ID和第二控制命令；The point-to-point control terminal sends the second control information to the terminal device node, where the second control information includes the device ID of the controlled terminal device and the second control command;
    所述终端设备节点接收所述第二控制信息，若所述终端设备节点自身的设备ID与所述被控终端设备节点的设备ID相同，则执行所述第二控制命令。The terminal device node receives the second control information, and if the device ID of the terminal device node itself is the same as the device ID of the controlled terminal device node, executing the second control command.
  5. 一种基于S-link的智能家居的控制系统，其特征在于，所述系统包括控制中心和终端设备，其中，A control system for a smart home based on S-link, characterized in that the system comprises a control center and a terminal device, wherein
    所述控制中心用于为S-link网络内的每个所述终端设备分别分配NodeID和设备ID；The control center is configured to separately allocate a NodeID and a device ID for each of the terminal devices in the S-link network;
    并通过所述NodeID对所述终端设备进行远程控制，通过所述设备ID对所述终端设备进行点对点控制。And remotely controlling the terminal device by using the NodeID, and performing peer-to-peer control on the terminal device by using the device ID.
  6. 根据权利要求5所述的基于S-link的智能家居的控制系统，其特征在于，所述控制中心还用于：将所述NodeID和设备ID存储在对应的终端设备节点中；并在所述终端设备节点中存储路由信息，所述路由信息包括与所述终端设备节点相邻的其他终端设备节点的NodeID。The S-link-based smart home control system according to claim 5, wherein the control center is further configured to: store the NodeID and the device ID in a corresponding terminal device node; The terminal device node stores routing information, and the routing information includes a NodeID of another terminal device node adjacent to the terminal device node.
  7. 根据权利要求6所述的基于S-link的智能家居的控制系统，其特征在于，所述系统还包括远程控制终端，The S-link based smart home control system according to claim 6, wherein the system further comprises a remote control terminal,
    所述远程控制终端通过所述控制中心向所述终端设备节点发送第一控制信息，所述第一控制信息中包含被控终端设备的NodeID和第一控制命令；Transmitting, by the control center, the first control information to the terminal device node by using the control center, where the first control information includes a NodeID of the controlled terminal device and a first control command;
    若所述被控终端设备节点超出了通信距离，则根据所述路由信息采用动态路由技术向与所述NodeID相对应的被控终端设备节点发送所述第一控制命令。And if the controlled terminal device node exceeds the communication distance, the first control command is sent to the controlled terminal device node corresponding to the NodeID by using a dynamic routing technology according to the routing information.
  8. 根据权利要求6所述的基于S-link的智能家居的控制系统，其特征在于，所述系统还包括点对点控制终端，The S-link based smart home control system according to claim 6, wherein the system further comprises a point-to-point control terminal,
    所述点对点控制终端向所述终端设备节点发送第二控制信息，所述第二控制信息中包含被控终端设备的设备ID和第二控制命令；The point-to-point control terminal sends second control information to the terminal device node, where the second control information includes a device ID of the controlled terminal device and a second control command;
    所述终端设备节点接收所述第二控制信息，若所述终端设备节点自身的设备ID与所述被控终端设备节点的设备ID相同，则执行所述第二控制命令。The terminal device node receives the second control information, and if the device ID of the terminal device node itself is the same as the device ID of the controlled terminal device node, executing the second control command.
PCT/CN2015/095496 2015-11-25 2015-11-25 Method and system for controlling smart home based on s-link WO2017088116A1 (en)

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