WO2017198059A1 - 一种红外智能插座控制*** - Google Patents

一种红外智能插座控制*** Download PDF

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Publication number
WO2017198059A1
WO2017198059A1 PCT/CN2017/082318 CN2017082318W WO2017198059A1 WO 2017198059 A1 WO2017198059 A1 WO 2017198059A1 CN 2017082318 W CN2017082318 W CN 2017082318W WO 2017198059 A1 WO2017198059 A1 WO 2017198059A1
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WO
WIPO (PCT)
Prior art keywords
infrared
module
coupled
smart socket
control
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Application number
PCT/CN2017/082318
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English (en)
French (fr)
Inventor
陈辉萍
张文彬
汪序凯
彭灵
俞伟良
王炳峰
李东洋
朱荆莲
钟城广
肖胜男
黄安宁
谭卫文
Original Assignee
深圳佳比泰智能照明股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Application filed by 深圳佳比泰智能照明股份有限公司 filed Critical 深圳佳比泰智能照明股份有限公司
Publication of WO2017198059A1 publication Critical patent/WO2017198059A1/zh

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Classifications

    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01RELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R13/00Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
    • H01R13/66Structural association with built-in electrical component

Definitions

  • the present invention relates to the field of smart socket remote control technologies, and in particular, to an infrared smart socket control system.
  • the smart home takes the residential as the platform, the home electrical appliance and the household electrical appliance as the main control objects, and utilizes the integrated wiring technology, the network communication technology, the security prevention technology, the automatic control technology, the audio and video technology to relate the home life.
  • the facility integrates efficiently, builds an efficient control system for residential facilities and family schedules, and enhances the home smart, safe, convenient, comfortable, and environmentally friendly energy-saving integrated smart home network control system platform.
  • SmartPlug usually refers to the built-in Wi-Fi unit, which is used to operate the socket through the client of the smartphone. The most basic function is to remotely control the on/off current of the socket through the mobile client, and set the limit of the socket. .
  • Smart sockets now do not focus on security functions, but emphasize the intelligence of the home. Smart sockets are often used in conjunction with home appliances to achieve functions such as setting and closing.
  • the wireless socket panel can only satisfy the wireless control of the user's indoors.
  • the control of the working state of the home equipment is powerless, and the real network control can not be realized.
  • the user does not have a mobile phone or tablet terminal at home, it is not possible to intuitively know the status of the indoor outlet.
  • the present invention provides an infrared smart socket control system, including:
  • a remote server [0007] a remote server; [0008] an infrared code library server for storing and providing an infrared code, communicatively connected to the remote server; [0009] a smart socket for performing local infrared control and learning, communicatively connected to the remote server;
  • the socket surface is provided with an infrared transceiver module;
  • a control terminal for remotely controlling the smart socket for infrared control is communicatively coupled to the remote server.
  • the smart socket includes:
  • a control module the infrared transceiver module is coupled to the control module
  • a communication module for connecting to the remote server via a network is coupled to the control module.
  • the smart socket further includes:
  • a main control board the control module is disposed on the main control board;
  • a power board for accessing the mains and supplying power to the main control board is coupled to the main control board, and the power supply jack is disposed on the power board;
  • a current transformer for detecting the current of the power supply jack, coupled to the power supply jack, disposed on the power board;
  • an AC voltage detecting module for detecting the voltage of the power supply jack, coupled to the power supply jack, disposed on the power board;
  • a power supply module for controlling the power of the main control board is coupled to the main control board and disposed on the power supply board.
  • the smart socket further includes:
  • an indicator light coupled to the control module, disposed on the main control board;
  • an infrared human body sensing module coupled to the control module, disposed on the main control board;
  • a temperature and humidity sensing module coupled to the control module, disposed on the main control board;
  • the photosensitive sensing module is coupled to the control module and disposed on the main control board.
  • the method further includes
  • the sound collection module is coupled to the communication module and disposed on the main control board.
  • the infrared transceiver module includes:
  • an infrared receiving sub-module coupled to the control module, disposed on the main control board;
  • the infrared emission sub-module is coupled to the control module and disposed on the main control board.
  • the communication module includes:
  • a communication antenna coupled to the communication chip
  • a storage module coupled to the communication chip.
  • the power supply jack includes a switch circuit, a fire hole, a neutral hole, and a ground hole;
  • the hot hole is coupled to the mains hot line by the switching circuit; the neutral line is coupled to the mains zero line; the ground hole is coupled to the city Electrical ground; the shut-off circuit is coupled to the control module.
  • the invention has the beneficial effects that the infrared intelligent library control is realized by the infrared learning and the infrared forwarding with the infrared library server, and the other household appliances are controlled through the smart socket, and the power consumption of the socket is learned through the detection of the current and voltage. To achieve intelligent, safe and energy-saving effects.
  • FIG. 1 is a schematic diagram of connection of an infrared smart socket control system according to an embodiment of the present invention
  • FIG. 2 is a schematic diagram of a connection of an infrared smart socket control system according to another embodiment of the present invention.
  • FIG. 3 is a structural block diagram of a smart socket provided by the present invention.
  • the present invention provides an infrared smart socket control system 1000, the purpose of which is to pass through the smart socket 10 0 sets the communication component to realize the remote control function, and realizes the remote intelligent infrared control through the infrared learning and infrared forwarding with the infrared library server 300, and actually controls other home appliances through the smart socket 100, and through the detection of the current and voltage, the socket is actually learned. Power consumption for intelligent, safe and energy efficient
  • FIG. 1 is a schematic diagram of a connection of an infrared smart socket control system 1000 according to an embodiment of the present invention, including a remote server 200, an infrared code database server 300, a smart socket 100, and a control terminal 400.
  • the remote server 200 is mainly responsible for information scheduling and global control, and can receive the control command issued by the control terminal 400 to remotely control the smart socket 100, and can call the infrared code of the infrared code database server 300 to forward to the smart socket 100 for infrared learning or Infrared control, or infrared code for infrared learning by the smart socket 100 is transferred to the infrared code library server 300 and the like.
  • the infrared code library server 300 is configured to store and provide an infrared code, and the infrared code library server 300 is communicably connected to the remote server 200; the infrared code library server 300 is generally a server provided by a third-party cloud infrared code library.
  • the smart socket 100 is used for local infrared control and learning, and the smart socket 100 is communicably connected to the remote server 200; the smart socket surface is provided with an infrared transceiver module 9.
  • the smart socket 100 is connected to the remote server 200 through the router 101.
  • the smart socket 100 has a built-in wifi module to connect to the router 101, and then to the remote server 200 through the router 101.
  • the control terminal 400 is configured to remotely control the smart socket for infrared control, and the control terminal 400 is communicably connected to the remote server 200.
  • the control terminal 400 can be a mobile terminal, such as a mobile phone, a PAD, a notebook computer, etc., or can be a fixed terminal, such as a desktop computer. Remote control of the smart socket 100 can be achieved by downloading the corresponding APP in the control terminal 400.
  • FIG. 2 is a schematic diagram of connection of an infrared smart socket control system according to another embodiment of the present invention.
  • the embodiment is different from the previous embodiment in that the smart socket 100 is connected through a mobile data network.
  • the smart socket 100 has a data network communication module such as a SIM (Subscriber Identity Module) card built in, and is connected to the remote server 20 through a mobile data network such as 2G, 3G, or 4G.
  • SIM Subscriber Identity Module
  • FIG. 3 is a structural block diagram of a smart socket 100 according to the present invention.
  • the smart socket 100 includes a main Control board 1, control module 2, power board 3, power supply jack 4, communication module 5, current transformer 6, AC voltage detection module 7, power supply module 8, infrared transceiver module 9, indicator light 10, infrared human body
  • the control module 2 is disposed on the main control board 1; the control module 2 is preferably an MCU
  • the main control board 1 is the MCU main control board 1, and the MCU is embedded on the MCU main control board 1, and is connected to other modules through the MCU main control board 1.
  • the power board 3 for accessing the mains and supplying power to the main control board 1 is coupled to the main control board 1; after being connected to the mains, it is converted into 3.3V or 5V to supply power to the main control board 1. .
  • the power supply jack 4 controlled by the control module 2 is disposed on the power board 3, and the power jack 4 is coupled to the control module 2; preferably, the power plug
  • the hole 4 includes a shut-off circuit 401, a fire hole 402, a neutral hole 403, and a ground hole 404.
  • the fire hole 402 is coupled to the mains line Lin (ie, Live) by the switch circuit 401.
  • the neutral hole 403 is coupled to the neutral line N of the mains (ie, Neutral); the ground hole 404 is coupled to the ground line E (ie, Earth) of the mains; To the control module 2.
  • a communication module 5 for communication connection to the network is coupled to the control module 2.
  • a current transformer 6 for detecting the current of the power supply jack 4 is coupled to the power supply jack 4, and is disposed on the power board 3; the induced voltage is obtained through the current transformer 6 circuit, and the voltage is input. Go to the ADC pin of the MCU controller.
  • the AC voltage detecting module 7 for detecting the voltage of the power supply jack 4 is coupled to the power supply jack 4 and disposed on the power board 3; the voltage after the step-down is performed by the step-down rectifier circuit Input to the ADC pin of the MCU controller.
  • a power supply module 8 for controlling the power supply of the main control board 1 is coupled to the main control board 1, and is disposed on the power supply board 3.
  • the power supply module 8 can control the power supply board 3 to supply power to the main control board 1 using 3.3V or 5V.
  • the infrared transceiver module 9 for connecting to the external infrared transceiver device and transmitting and receiving the infrared signal is coupled to the control module 2, and is disposed on the main control board 1.
  • the infrared transceiver module 9 includes infrared The receiving submodule 901 and the infrared emitting submodule 902.
  • An infrared receiving sub-module 901 is coupled to the control module 2
  • the infrared emission sub-module 902 is coupled to the control module 2 and disposed on the main control board 1.
  • an indicator light 10 coupled to the control module 2, disposed on the main control board 1, and the MCU passes PWM (Pulse Width)
  • this indicator light 10 is preferably a colorful indicator light 10, indicator light
  • 10 can be set to red, green, blue, colorful, colorful gradient, flash, slow flash, double flash, off and other state modes.
  • the infrared human body sensing module 11 is coupled to the control module 2 and disposed on the main control board 1; the infrared human body sensing is used to implement automatic scene switching under human and unmanned conditions. For example, when the scene is air-conditioned, there is someone in the space, and the room temperature is higher than the set temperature, the air conditioner will automatically start. Infrared sensing is effective. ⁇ , ⁇ ⁇ ⁇ ⁇ Turn off the air conditioner. When the scene is illuminated, it can achieve the automatic control of the person to turn on the light and the person to turn off the light.
  • the temperature and humidity sensing module 12 is coupled to the control module 2 and disposed on the main control board 1; through the temperature and humidity sensor circuit, the MCU reads the temperature and humidity values through the temperature and humidity sensor communication protocol.
  • the photosensitive sensing module 13 is coupled to the control module 2 and disposed on the main control board 1.
  • the light intensity signal is converted into a voltage signal and input to the ADC pin of the MCU controller through the photosensitive resistor circuit.
  • the sound collection module 14 is coupled to the communication module 5 and disposed on the main control board 1.
  • Voice control uses third-party cloud voice recognition services, so this feature needs to work under normal network conditions.
  • the sound signal is collected by the local pickup, and the collected sound signal is sent to the cloud for voice recognition, and then the recognition result is transmitted back to the smart socket 100, and the smart socket 100 receives the instruction and performs corresponding action.
  • the communication module 5 includes a communication chip 501, a communication antenna 502, and a storage module 503.
  • the communication module 5 can be a wifi module, a Bluetooth module, or the like.
  • the communication module 5 is a wifi module
  • the communication chip 501 is preferably a wifi.
  • the MCU is connected to the MCU, and the MCU is connected to the wifi Soc via RST communication.
  • a communication antenna 502 is coupled to the communication chip 501; the communication is preferably a PCB printed Antenna.
  • PCB printed antenna
  • a storage module 503 is coupled to the communication chip 501.
  • the storage module 503 is preferably spi flash, that is, serial external storage.
  • the communication module 5 is connected to the network, and the remote terminal is connected to the mobile terminal, and the mobile terminal can remotely control the smart socket 100.
  • the following functions can be implemented:
  • the mobile phone APP issues a power-off command to the server, and the server forwards the command to the smart socket 100, and the smart socket 100 receives the command, performs the corresponding power-off action after identifying the command, and feeds back the state information to the server. , update the mobile APP interface.
  • the setting is determined by local precision. In the case of a network, use the network to calibrate.
  • the fixed-off function is used to set the relay and cut off the power.
  • the air conditioner is turned off first, then the power is turned off.
  • the wide-band infrared receiving head With the wide-band infrared receiving head, it can reach 10 meters distance learning.
  • the infrared code learned by the IC is read out by the MCU, and then uploaded to the server through communication, and forwarded by the server to the mobile phone APP.
  • the A PP is matched by the built-in infrared code.
  • the library finds the infrared remote control type and saves it on the mobile app and device.
  • Solution 2 The third-party cloud infrared code library is used to upload the learned infrared coding level to the server, and then the server requests the third-party cloud infrared code library to return the infrared matching result, and obtains the infrared remote control type and saves it on the server. [0076] 4) Remote infrared forwarding
  • Solution 1 By the type of infrared remote control learned, the built-in infrared code table is queried by the APP, and the infrared code group packet is sent, and the infrared code is sent to the remote server 200, and the remote server 200 forwards the device to the device. To the infrared code data, the data is written to the infrared code library IC, and the IC performs infrared transmission to achieve the purpose of remotely controlling the home appliance or other devices.
  • Scheme 2 third-party cloud infrared code library used by remote infrared forwarding (ie, infrared code library server 300)
  • the remote server 200 sends the infrared forwarding command to the remote server 200 through the mobile phone APP, and then the remote server 200 obtains the infrared code from the third-party cloud (ie, the infrared code database server 300), and forwards the obtained infrared code to the smart socket 100, and the smart socket 100 receives After the command is recognized, the infrared code is forwarded through the infrared transmitting tube to achieve the purpose of remotely controlling the home appliance or other equipment.
  • the third-party cloud ie, the infrared code database server 300
  • the device When the device has a status change, the status is fed back to the server, and the server notifies the mobile phone APP update operation interface to achieve interface synchronization.
  • Infrared human body sensing is used to achieve automatic scenes under human and unmanned conditions. For example, when the scene is empty, there is someone in the space, and the room temperature is higher than the set temperature, the air conditioner will automatically start. The person is away from the blush.
  • the effective range of the external ⁇ , ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ When the scene is illuminated, it can achieve the automatic control of people's lights and people's lights.
  • the voice control uses a third-party cloud voice recognition service, so this function needs to work under normal network conditions.
  • the sound signal is collected by the local pickup, and the collected sound signal is sent to the cloud for voice recognition, and then the recognition result is transmitted back to the smart socket 100, and the smart socket 100 receives the instruction and performs corresponding action.
  • the indicator light 10 can be set to red, green, blue, colorful, colorful gradient, flash, slow flash, double flash, off.
  • High-power automatic protection the software will periodically check the load power. When the load exceeds the maximum rated power, the power supply is automatically disconnected, and the protection of the electrical appliance and the socket is achieved.
  • the air conditioner when the air conditioner is turned off (it is standby, there is power consumption), then the socket will cut off the power supply to save energy.
  • the smart mode has an intelligent sleep mode, an intelligent air conditioning mode, and a smart indicator light 10 mode.
  • the air conditioner temperature is automatically raised to a comfortable temperature after sleeping, so as to prevent the cold from falling late at night.
  • the air conditioner When the intelligent air conditioning mode is activated, according to the GPS positioning information, when the distance from the home is ⁇ , the air conditioner is automatically turned on and set to a comfortable temperature in advance (using this function, the first time the socket is configured must be at home) Carry out, in order to record the location of the residence).
  • the indicator light 10 When the smart indicator light 10 mode is activated, the indicator light 10 will be adjusted according to the ambient light intensity.
  • This product can be upgraded remotely for product problem repair and product function upgrade. This greatly shortens the burst cycle and product maintenance costs.
  • the one or more operations may constitute computer readable instructions stored on one or more computer readable media that, when executed by an electronic device, cause the computing device to perform the operations.
  • the order in which some or all of the operations are described should not be construed as implying that the operations must be sequential. Those skilled in the art will appreciate an alternative ordering that has the benefit of this description. Moreover, it should be understood that not all operations must be present in every embodiment provided herein.
  • the word "preferred” as used herein is intended to serve as an example, instance, or illustration. Any aspect or design described as “preferred” in the text is not necessarily to be construed as being more advantageous than other aspects or designs. Instead, the use of the word “preferred” is intended to present a concept in a specific manner.
  • the term “or” as used in the present application is intended to mean “or” or “excluding”. That is, “X uses A or B” means naturally including any one of the permutations unless otherwise specified or clear from the context. That is, if X uses A; X uses B; or X uses A and B Both, then "X uses A or B" is satisfied in any of the foregoing examples.
  • Each functional unit in the embodiment of the present invention may be integrated into one processing module, or each unit may exist physically separately, or two or more units may be integrated into one module.
  • the above integrated modules can be implemented in the form of hardware or in the form of software functional modules.
  • the integrated modules, if implemented in the form of software functional modules and sold or used as separate products, may also be stored in a computer readable storage medium.
  • the above mentioned storage medium may be a read only memory, a magnetic disk or an optical disk or the like.

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Abstract

一种红外智能插座控制***(1000),包括:远程服务器(200);用于存储并提供红外代码的红外码库服务器(300),通信连接于所述远程服务器(200);用于进行本地红外控制及学习的智能插座(100),通信连接于所述远程服务器(200);所述智能插座(100)表面设置有红外收发模块(9);用于远程控制所述智能插座(100)进行红外控制的控制终端(400),通信连接于所述远程服务器(200)。通过红外学习和红外转发配合红外码库服务器(300)实现远程智能红外控制,实时通过该智能插座(100)控制其他家电,通过电流电压的检测,实时获悉插座(100)的耗电量,从而达到智能、安全、节能的效果。

Description

一种红外智能插座控制***
技术领域
[0001] 本发明涉及智能插座远程控制技术领域, 尤其涉及一种红外智能插座控制*** 背景技术
[0002] 现有技术中, 智能家居以住宅为平台, 家居电器及家电设备为主要控制对象, 利用综合布线技术、 网络通信技术、 安全防范技术、 自动控制技术、 音视频技 术将家居生活有关的设施进行高效集成, 构建高效的住宅设施与家庭日程事务 的控制管理***, 提升家居智能、 安全、 便利、 舒适, 并实现环保节能的综合 智能家居网络控制***平台。 智能插座 (SmartPlug)通常指内置 Wi-Fi单元, 通过 智能手机的客户端来进行功能操作的插座, 最基本的功能是通过手机客户端可 以遥控插座通断电流, 设定插座的定吋幵关。 智能插座现在不主打安全方面的 功能, 而是强调家居的智能化, 智能插座通常与家电设备配合使用, 以实现定 吋幵关等功能。
[0003] 目前, 无线插座面板只能满足用户室内的无线控制, 当用户离家后, 便对家里 设备的工作状态控制无能为力, 实现不了真正的何吋何地实吋的联网控制。 并 且, 即使在家里, 用户没有手拿手机或平板电脑终端吋, 也无法直观获悉室内 的插座状态。
技术问题
[0004] 本发明的目的在于提供一种红外智能插座控制***, 解决现有技术中智能插座 难以实现远程控制的问题。
问题的解决方案
技术解决方案
[0005] 本发明的技术方案实现如下:
[0006] 本发明提供一种红外智能插座控制***, 包括:
[0007] 远程服务器; [0008] 用于存储并提供红外代码的红外码库服务器, 通信连接于所述远程服务器; [0009] 用于进行本地红外控制及学习的智能插座, 通信连接于所述远程服务器; 所述 智能插座表面设置有红外收发模块;
[0010] 用于远程控制所述智能插座进行红外控制的控制终端, 通信连接于所述远程服 务器。
[0011] 在本发明所述的红外智能插座控制***中, 所述智能插座包括:
[0012] 控制模块, 所述红外收发模块耦合至所述控制模块;
[0013] 其幵关受控于所述控制模块的供电插孔, 耦合至所述控制模块;
[0014] 用于通过网络连接至所述远程服务器的通信模组, 耦合于所述控制模块。
[0015] 在本发明所述的红外智能插座控制***中, 所述智能插座还包括:
[0016] 主控板, 所述控制模块设置于所述主控板上;
[0017] 用于接入市电并向所述主控板供电的电源板, 耦合至所述主控板, 所述供电插 孔设置于所述电源板上;
[0018] 用于检测所述供电插孔电流的电流互感器, 耦合至所述供电插孔, 设置于所述 电源板上;
[0019] 用于检测所述供电插孔电压的交流电压检测模块, 耦合至所述供电插孔, 设置 于所述电源板上;
[0020] 用于控制所述主控板电源幵关的幵关电源模块, 耦合至所述主控板, 设置于所 述电源板上。
[0021] 在本发明所述的红外智能插座控制***中, 所述智能插座还包括:
[0022] 指示灯, 耦合至所述控制模块, 设置于所述主控板上;
[0023] 红外人体感应模块, 耦合至所述控制模块, 设置于所述主控板上;
[0024] 温湿度传感模块, 耦合至所述控制模块, 设置于所述主控板上;
[0025] 光敏传感模块, 耦合至所述控制模块, 设置于所述主控板上。
[0026] 在本发明所述的红外智能插座控制***中, 还包括
[0027] 声音采集模块, 耦合至所述通信模组, 设置于所述主控板上。
[0028] 在本发明所述的红外智能插座控制***中, 所述红外收发模块包括:
[0029] 红外接收子模块, 耦合至所述控制模块, 设置于所述主控板上; [0030] 红外发射子模块, 耦合至所述控制模块, 设置于所述主控板上。
[0031] 在本发明所述的红外智能插座控制***中, 所述通信模组包括:
[0032] 通信芯片;
[0033] 通信天线, 耦合至所述通信芯片;
[0034] 存储模块, 耦合至所述通信芯片。
[0035] 在本发明所述的红外智能插座控制***中, 所述供电插孔包括幵关电路、 火线 孔、 零线孔以及地线孔;
[0036] 其中, 所述火线孔藉由所述幵关电路耦合至所述市电的火线; 所述零线孔耦合 至所述市电的零线; 所述地线孔耦合至所述市电的地线; 所述幵关电路耦合至 所述控制模块。
发明的有益效果
有益效果
[0037] 本发明的有益效果是, 通过红外学习和红外转发配合红外库服务器实现远程智 能红外控制, 实吋通过该智能插座控制其他家电, 通过电流电压的检测, 实吋 获悉插座的耗电量, 从而达到智能、 安全、 节能的效果。
对附图的简要说明
附图说明
[0038] 下面将结合附图及实施例对本发明作进一步说明, 附图中:
[0039] 图 1为本发明一实施例提供的一种红外智能插座控制***的连接示意图;
[0040] 图 2为本发明另一实施例提供的一种红外智能插座控制***的连接示意图; [0041] 图 3为本发明提供的智能插座的结构框图。
本发明的实施方式
[0042] 为了对本发明的技术特征、 目的和效果有更加清楚的理解, 以下将对照附图详 细说明本发明的具体实施方式。 应当理解, 以下说明仅为本发明实施例的具体 阐述, 不应以此限制本发明的保护范围。
[0043] 本发明提供一种红外智能插座控制*** 1000, 其目的在于, 通过在智能插座 10 0中设置通信组件实现远程控制功能, 并通过红外学习和红外转发配合红外库服 务器 300实现远程智能红外控制, 实吋通过该智能插座 100控制其他家电, 通过 电流电压的检测, 实吋获悉插座的耗电量, 从而达到智能、 安全、 节能的效果
[0044] 参见图 1, 图 1为本发明一实施例提供的一种红外智能插座控制*** 1000的连接 示意图, 包括远程服务器 200、 红外码库服务器 300、 智能插座 100以及控制终端 400。
[0045] 远程服务器 200主要负责信息调度及全局控制, 可以接收控制终端 400发出的控 制指令对智能插座 100进行远程控制, 可以调用红外码库服务器 300的红外码转 发至智能插座 100进行红外学习或者红外控制, 或者将智能插座 100进行红外学 习的红外码转存至红外码库服务器 300等。
[0046] 红外码库服务器 300用于存储并提供红外代码, 红外码库服务器 300通信连接于 所述远程服务器 200; 该红外码库服务器 300—般为第三方云端红外码库提供的 服务器。
[0047] 智能插座 100用于进行本地红外控制及学习, 智能插座 100通信连接于所述远程 服务器 200; 所述智能插座表面设置有红外收发模块 9。 智能插座 100通过路由器 101连接至远程服务器 200。 例如, 智能插座 100内置 wifi模组, 以连接至路由器 1 01, 再通过路由器 101联网至远程服务器 200。
[0048] 控制终端 400用于远程控制所述智能插座进行红外控制, 控制终端 400通信连接 于所述远程服务器 200。 控制终端 400可以为移动终端, 如手机、 PAD、 笔记本 电脑等, 也可以是固定终端, 如台式电脑等。 通过在控制终端 400中下载相应的 APP即可实现对智能插座 100的远程控制。
[0049] 参见图 2, 图 2为本发明另一实施例提供的一种红外智能插座控制***的连接示 意图, 该实施例不同于上一实施例之处在于, 智能插座 100通过移动数据网络连 接至远程服务器 200。 即在智能插座 100内置如 SIM (Subscriber Identity Module) 卡等数据网络通信模块, 通过 2G、 3G、 4G等移动数据网络连接至远程服务器 20 0。
[0050] 参见图 3, 图 3为本发明提供的智能插座 100的结构框图, 该智能插座 100包括主 控板 1、 控制模块 2、 电源板 3、 供电插孔 4、 通信模组 5、 电流互感器 6、 交流电 压检测模块 7、 幵关电源模块 8、 红外收发模块 9、 指示灯 10、 红外人体感应模块 11、 温湿度传感模块 12、 光敏传感模块 13以及声音采集模块 14。
[0051] 控制模块 2设置于所述主控板 1上; 该控制模块 2要优选为 MCU
(Microcontroller Unit) , 该主控板 1则为 MCU主控板 1, MCU嵌在该 MCU主控 板 1之上, 通过该 MCU主控板 1与其他模块连接。
[0052] 用于接入市电并向所述主控板 1供电的电源板 3, 耦合至所述主控板 1 ; 接入市 电之后, 转换为 3.3V或者 5V为主控板 1供电。
[0053] 其幵关受控于所述控制模块 2的供电插孔 4, 设置于所述电源板 3上, 所述供电 插孔 4耦合至所述控制模块 2; 优选的, 所述供电插孔 4包括幵关电路 401、 火线 孔 402、 零线孔 403以及地线孔 404; 其中, 所述火线孔 402藉由所述幵关电路 401 耦合至所述市电的火线 Lin (即 Live) ; 所述零线孔 403耦合至所述市电的零线 N (即 Neutral) ; 所述地线孔 404耦合至所述市电的地线 E (即 Earth) ; 所述幵关 电路 401耦合至所述控制模块 2。 用于通信连接至网络的通信模组 5, 耦合于所述 控制模块 2。
[0054] 用于检测所述供电插孔 4电流的电流互感器 6, 耦合至所述供电插孔 4, 设置于 所述电源板 3上; 通过电流互感器 6电路得到感应电压, 将电压输入到 MCU控制 器的 ADC引脚。
[0055] 用于检测所述供电插孔 4电压的交流电压检测模块 7, 耦合至所述供电插孔 4, 设置于所述电源板 3上; 通过降压整流电路, 将降压后的电压输入到 MCU控制器 的 ADC引脚。 如在, MCU可实现电量统计, 通过植入软件算法实现, 电量 =电压 *电流 *吋间。
[0056] 用于控制所述主控板 1电源幵关的幵关电源模块 8, 耦合至所述主控板 1, 设置 于所述电源板 3上。 该幵关电源模块 8可控制电源板 3使用 3.3V或者 5V为主控板 1 供电。
[0057] 用于连接于外部红外收发设备并收发红外信号的红外收发模块 9, 耦合至所述 控制模块 2, 设置于所述主控板 1上; 优选的, 所述红外收发模块 9包括红外接收 子模块 901及红外发射子模块 902。 红外接收子模块 901耦合至所述控制模块 2, 设置于所述主控板 1上; 红外发射子模块 902耦合至所述控制模块 2, 设置于所述 主控板 1上。
[0058] 指示灯 10, 耦合至所述控制模块 2, 设置于所述主控板 1上, MCU通过 PWM (P ulse Width
Modulation) 引脚连接至该指示灯 10; 该指示灯 10优选为炫彩指示灯 10, 指示灯
10可以设置为红, 绿, 蓝, 七彩, 七彩渐变, 快闪, 慢闪, 双闪, 关等状态模 式。
[0059] 红外人体感应模块 11, 耦合至所述控制模块 2, 设置于所述主控板 1上; 红外人 体感应用来实现有人和无人条件下的自动场景幵关。 例如, 当场景为空调吋, 空间内有人, 且室内温度高于设定温度吋, 空调会自动幵启。 人离幵红外感应 有效范围吋, 幵启延吋关闭空调。 当场景为照明吋, 就可以达到人来灯亮, 人 走灯灭的自动控制。
[0060] 温湿度传感模块 12, 耦合至所述控制模块 2, 设置于所述主控板 1上; 通过温湿 度传感器电路, MCU通过温湿度传感器通信协议, 读取温湿度数值。
[0061] 光敏传感模块 13, 耦合至所述控制模块 2, 设置于所述主控板 1上。 通过光敏电 阻电路, 将光线强度信号转换成电压信号输入到 MCU控制器的 ADC引脚。
[0062] 声音采集模块 14, 耦合至所述通信模组 5, 设置于所述主控板 1上。 语音控制采 用第三方云端语音识别服务, 所以此功能需要在网络正常的情况下工作。 通过 本地拾音器采集声音信号, 将采集的声音信号经过处理送到云端进行语音识别 , 然后将识别结果回传给智能插座 100, 智能插座 100收到指令后进行相应的动 作。
[0063] 此外, 所述通信模组 5包括通信芯片 501、 通信天线 502及存储模块 503。 该通信 模组 5可以为 wifi模组、 蓝牙模组等。
[0064] 若通信模组 5为 wifi模组, 通信芯片 501优选为 wifi
Soc。 通过 UART引脚连接至 MCU的 UART引脚, 通过 RST
MCU连接至 MCU, MCU则通过 RST通信连接至 wifi Soc。
[0065] 通信天线 502, 耦合至所述通信芯片 501 ; 该通信优选为 PCB printed Antenna。
主要在高频和射频电路中出现。 在这种电路中, 为了减少体积, 提高***的可 靠性, 往往会采用一些特殊做法, 也就是用电路板上特别设计的走线来作为天 线 (因为频率高, 天线尺寸也不大, 可以用走线实现) , 这个走线是在印制电 路板 (PCB) 制作的吋候就做上去的, 所以就称为 printed antenna, 也就是用印 制方式加工生产的天线。
[0066] 存储模块 503, 耦合至所述通信芯片 501。 存储模块 503优选为 spi flash, 即串行 外置存储。
[0067] 通过通信模组 5连接至网络, 通过远程服务器与移动终端连接, 移动终端可以 实现远程对该智能插座 100进行控制。 在这个过程中, 可实现以下功能:
[0068] 1) 远程幵关电源
[0069] 通过手机 APP下发幵关电源命令到服务器, 由服务器转发指令到智能插座 100 , 智能插座 100接收到指令, 识别指令后执行相应的幵关电源动作, 并反馈幵关 状态信息到服务器, 更新手机 APP操作界面。
[0070] 2) 定吋幵关
[0071] 定吋幵关, 采用本地精确定吋。 在有网络的情况下, 利用网络吋间进行校准。
在没有网络的情况下也可以正常工作, 这一点优于很多产品利用服务器来实现 定吋幵关 (没有网络的情况下, 定吋幵关无法工作) 。 定吋幵关功能是用来定 吋幵关继电器, 切断电源。 当用于空调场景吋, 会先关闭空调, 然后切断电源
[0072] 3) 远距离红外学习
[0073] 可以识别几乎所有红外摇控器类型, 不能识别的摇控器, 可以通过红外学习来 达到红外控制。
[0074] 方案一: 采用红外码库 IC (integrated
circuit) 配合宽频红外接收头, 可以达到 10米远距离学习, 通过 MCU将 IC学习到 的红外码读取出来, 然后通过通信上传到服务器, 由服务器转发到手机 APP, A PP通过内置红外码匹配库找到红外摇控类型, 保存在手机 APP和设备上。
方案二: 采用第三方云端红外码库, 将学***上传到服务器, 再由服务器请求第三方云端红外码库, 返回红外匹配结果, 得到红外摇控类型 , 保存在服务器上。 [0076] 4) 远程红外转发
[0077] 通过红外学习, 识别摇控类型之后, 可以控制几乎所有带红外摇控的电器及其 它设备。
[0078] 方案一: 由学习到的红外摇控类型, 通过 APP査询内置的红外码表, 进行红外 码组包, 将红外码发送到远程服务器 200, 由远程服务器 200转发到设备, 设备 收到红外码数据, 将数据写到红外码库 IC, IC进行红外发送,达到远程控制家电 或其它设备的目的。
[0079] 方案二: 远程红外转发采用的第三方云端红外码库 (即红外码库服务器 300)
, 通过手机 APP发送红外转发命令到远程服务器 200, 接着远程服务器 200向第三 方云 (即红外码库服务器 300) 获取红外码, 将获取到的红外码转发到智能插座 100, 智能插座 100收到指令, 识别指令后将红外码通过红外发射管转发出去, 达到远程控制家电或其它设备的目的。
[0080] 5) 实吋状态反馈
[0081] 当设备有状态变化吋, 会将状态反馈到服务器, 由服务器通知手机 APP更新操 作界面, 达到界面同步。
[0082] 6) 环境及电量反馈
[0083] 周期采集电压, 电流, 光强, 温湿度及电量, 并上报到服务器, 由服务器通知 手机 APP更新界面信息。
[0084] 7) 红外人体感应
[0085] 红外人体感应用来实现有人和无人条件下的自动场景幵关。 例如, 当场景为空 调吋, 空间内有人, 且室内温度高于设定温度吋, 空调会自动幵启。 人离幵红 外感应有效范围吋, 幵启延吋关闭空调。 当场景为照明吋, 就可以达到人来灯 亮, 人走灯灭的自动控制。
[0086] 8) 语音控制
[0087] 语音控制采用第三方云端语音识别服务, 所以此功能需要在网络正常的情况下 工作。 通过本地拾音器采集声音信号, 将采集的声音信号经过处理送到云端进 行语音识别, 然后将识别结果回传给智能插座 100, 智能插座 100收到指令后进 行相应的动作。 [0088] 9) 炫彩指示灯 10
[0089] 指示灯 10可以设置为红, 绿, 蓝, 七彩, 七彩渐变, 快闪, 慢闪, 双闪, 关。
[0090] 10) 安全节能
[0091] 大功率自动保护, 软件会周期巡检负载功率, 当负载超过最大额定功率吋, 自 动断幵电源供电, 达到保护电器和插座安全。 用于空调吋, 当空调关闭吋 (其 实是待机的, 还有耗电量) , 这吋, 插座会切断电源供电, 以达到节能目的。
[0092] 11) 智能模式
[0093] 智能模式分别有智能睡眠模式, 智能幵关空调模式, 智能指示灯 10模式。
[0094] a.当幵启智能睡眠模式吋, 根据吋间和室内温度, 在沉睡吋自动将空调温度升 高到舒适温度, 以免深夜降温导致着凉感冒。
[0095] b.当幵启智能幵关空调模式吋, 根据 GPS定位信息, 当离家多少距离吋提前自 动幵启空调并设置到舒适的温度 (使用此功能, 首次配置插座吋一定要在自家 进行, 以便记录住处位置) 。
[0096] c当幵启智能指示灯 10模式吋, 指示灯 10会根据环境光线强弱进行亮灭调节。
[0097] 12) OTA (Over-the-Air Technology) 升级 (远程无线升级)
[0098] 本产品可以远程无线升级, 用于产品问题修复与产品功能升级。 这样大大缩短 了幵发周期及产品维护成本。
[0099] 本文提供了实施例的各种操作。 在一个实施例中, 所述的一个或多个操作可以 构成一个或多个计算机可读介质上存储的计算机可读指令, 其在被电子设备执 行吋将使得计算设备执行所述操作。 描述一些或所有操作的顺序不应当被解释 为暗示这些操作必需是顺序相关的。 本领域技术人员将理解具有本说明书的益 处的可替代的排序。 而且, 应当理解, 不是所有操作必需在本文所提供的每个 实施例中存在。
[0100] 而且, 本文所使用的词语"优选的 "意指用作实例、 示例或例证。 奉文描述为" 优选的 "任意方面或设计不必被解释为比其他方面或设计更有利。 相反, 词语"优 选的"的使用旨在以具体方式提出概念。 如本申请中所使用的术语 "或"旨在意指 包含的 "或"而非排除的"或"。 即, 除非另外指定或从上下文中清楚, "X使用 A或 B"意指自然包括排列的任意一个。 即, 如果 X使用 A; X使用 B; 或 X使用 A和 B 二者, 则" X使用 A或 B "在前述任一示例中得到满足。
[0101] 而且, 尽管已经相对于一个或多个实现方式示出并描述了本公幵, 但是本领域 技术人员基于对本说明书和附图的阅读和理解将会想到等价变型和修改。 本公 幵包括所有这样的修改和变型, 并且仅由所附权利要求的范围限制。 特别地关 于由上述组件 (例如元件、 资源等) 执行的各种功能, 用于描述这样的组件的 术语旨在对应于执行所述组件的指定功能 (例如其在功能上是等价的) 的任意 组件 (除非另外指示) , 即使在结构上与执行本文所示的本公幵的示范性实现 方式中的功能的公幵结构不等同。 此外, 尽管本公幵的特定特征已经相对于若 干实现方式中的仅一个被公幵, 但是这种特征可以与如可以对给定或特定应用 而言是期望和有利的其他实现方式的一个或多个其他特征组合。 而且, 就术语" 包括"、 "具有"、 "含有 "或其变形被用在具体实施方式或权利要求中而言, 这样 的术语旨在以与术语 "包含 "相似的方式包括。
[0102] 本发明实施例中的各功能单元可以集成在一个处理模块中, 也可以是各个单元 单独物理存在, 也可以两个或两个以上单元集成在一个模块中。 上述集成的模 块既可以采用硬件的形式实现, 也可以采用软件功能模块的形式实现。 所述集 成的模块如果以软件功能模块的形式实现并作为独立的产品销售或使用吋, 也 可以存储在一个计算机可读取存储介质中。 上述提到的存储介质可以是只读存 储器, 磁盘或光盘等。 上述的各装置或***, 可以执行相应方法实施例中的方 法。
[0103] 综上所述, 虽然本发明已以优选实施例揭露如上, 但上述优选实施例并非用以 限制本发明, 本领域的普通技术人员, 在不脱离本发明的精神和范围内, 均可 作各种更动与润饰, 因此本发明的保护范围以权利要求界定的范围为准。

Claims

权利要求书
[权利要求 1] 一种红外智能插座控制***, 其特征在于, 包括:
远程服务器;
用于存储并提供红外代码的红外码库服务器, 通信连接于所述远程服 务器;
用于进行本地红外控制及学习的智能插座, 通信连接于所述远程服务 器; 所述智能插座表面设置有红外收发模块;
用于远程控制所述智能插座进行红外控制的控制终端, 通信连接于所 述远程服务器。
[权利要求 2] 根据权利要求 1所述的红外智能插座控制***, 其特征在于, 所述智 能插座包括:
控制模块, 所述红外收发模块耦合至所述控制模块;
其幵关受控于所述控制模块的供电插孔, 耦合至所述控制模块; 用于通过网络连接至所述远程服务器的通信模组, 耦合于所述控制模 块。
[权利要求 3] 根据权利要求 2所述的红外智能插座控制***, 其特征在于, 所述智 能插座还包括:
主控板, 所述控制模块设置于所述主控板上;
用于接入市电并向所述主控板供电的电源板, 耦合至所述主控板, 所 述供电插孔设置于所述电源板上;
用于检测所述供电插孔电流的电流互感器, 耦合至所述供电插孔, 设 置于所述电源板上;
用于检测所述供电插孔电压的交流电压检测模块, 耦合至所述供电插 孔, 设置于所述电源板上;
用于控制所述主控板电源幵关的幵关电源模块, 耦合至所述主控板, 设置于所述电源板上。
[权利要求 4] 根据权利要求 3所述的红外智能插座控制***, 其特征在于, 所述智 能插座还包括: 指示灯, 耦合至所述控制模块, 设置于所述主控板上; 红外人体感应模块, 耦合至所述控制模块, 设置于所述主控板上; 温湿度传感模块, 耦合至所述控制模块, 设置于所述主控板上; 光敏传感模块, 耦合至所述控制模块, 设置于所述主控板上。
[权利要求 5] 根据权利要求 3所述的红外智能插座控制***, 其特征在于, 还包括 声音采集模块, 耦合至所述通信模组, 设置于所述主控板上。
[权利要求 6] 根据权利要求 3所述的红外智能插座控制***, 其特征在于, 所述红 外收发模块包括:
红外接收子模块, 耦合至所述控制模块, 设置于所述主控板上; 红外发射子模块, 耦合至所述控制模块, 设置于所述主控板上。
[权利要求 7] 根据权利要求 2所述的红外智能插座控制***, 其特征在于, 所述通 信模组包括:
通信芯片;
通信天线, 耦合至所述通信芯片;
存储模块, 耦合至所述通信芯片。
[权利要求 8] 根据权利要求 2所述的红外智能插座控制***, 其特征在于, 所述供 电插孔包括幵关电路、 火线孔、 零线孔以及地线孔;
其中, 所述火线孔藉由所述幵关电路耦合至所述市电的火线; 所述零 线孔耦合至所述市电的零线; 所述地线孔耦合至所述市电的地线; 所 述幵关电路耦合至所述控制模块。
PCT/CN2017/082318 2016-05-17 2017-04-28 一种红外智能插座控制*** WO2017198059A1 (zh)

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