WO2011150596A1 - 一种基于移动通讯网络的远程家电控制***及方法 - Google Patents
一种基于移动通讯网络的远程家电控制***及方法 Download PDFInfo
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- WO2011150596A1 WO2011150596A1 PCT/CN2010/076297 CN2010076297W WO2011150596A1 WO 2011150596 A1 WO2011150596 A1 WO 2011150596A1 CN 2010076297 W CN2010076297 W CN 2010076297W WO 2011150596 A1 WO2011150596 A1 WO 2011150596A1
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- WIPO (PCT)
- Prior art keywords
- mobile terminal
- ussd
- remote
- correspondence
- infrared
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
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- 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]
- H04L12/2803—Home automation networks
- H04L12/2816—Controlling appliance services of a home automation network by calling their functionalities
- H04L12/2818—Controlling appliance services of a home automation network by calling their functionalities from a device located outside both the home and the home network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M11/00—Telephonic communication systems specially adapted for combination with other electrical systems
- H04M11/007—Telephonic communication systems specially adapted for combination with other electrical systems with remote control systems
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C2201/00—Transmission systems of control signals via wireless link
- G08C2201/40—Remote control systems using repeaters, converters, gateways
- G08C2201/42—Transmitting or receiving remote control signals via a network
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C2201/00—Transmission systems of control signals via wireless link
- G08C2201/90—Additional features
- G08C2201/93—Remote control using other portable devices, e.g. mobile phone, PDA, laptop
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
Definitions
- the present invention relates to a home appliance control system, and more particularly to a remote home power control system and method based on a mobile communication network.
- the traditional remote home appliance control system mainly uses SMS to control, but the following problems exist:
- the short message is sent by the short message in the message forwarding mode, so the message may not be sent to the destination appliance in time due to network congestion or the like;
- the Unstructured Supplementary Service Data (USSD) service is a new type of interactive session data service based on the global mobile communication network and real-time online.
- the service is mature and based on SIM (Subscriber Identity Module).
- SIM Subscriber Identity Module
- the module uses the signaling channel of the network to transmit data, which is connection-oriented and therefore highly reliable.
- USSD has the following characteristics:
- the 3GPP (Third Generation Partnership Project) also has a description of USSD, WCDMA (Wideband Code Division Multiple Access) and TD-SCDMA (Time Division-Synchronous Code Division Multiple Access, Time-division synchronous code division multiple access is a 3GPP standard that is followed, which means that USSD technology can be widely supported in GSM, WCDMA and TD-SCDMA networks.
- Infrared remote control is currently the most widely used remote control method. This technology uses near-infrared light with a wavelength of 0.76um ⁇ 1.5um to transmit remote control commands, which has high transmission efficiency and high reliability. Summary of the invention
- the technical problem to be solved by the present invention is to provide a remote home appliance remote control system and method based on a mobile communication network, so as to solve the problems of poor security and poor real-time performance caused by remote remote home appliance remote control using the short message method.
- the present invention provides a remote home appliance control system based on a mobile communication network, including: a remote access device and a remote control actuator;
- the remote access device is configured to, after receiving an unstructured supplementary data (USSD) session request sent by the mobile terminal, send a menu request to the remote control executor; and
- USSD unstructured supplementary data
- the remote control actuator is configured to, after receiving the menu request, send a locally saved USSD menu containing operation action information for the home appliance to the remote control access device; and save the infrared code type and the corresponding controlled home appliance a first correspondence between the identification information and the operation action; and after receiving the USSD session content sent by the mobile terminal and performing an operation action on the one electric power, according to the first correspondence relationship
- the corresponding infrared pattern emits an infrared control signal.
- the above system can also have the following features:
- the remote controller further stores a second correspondence between the number information of the mobile terminal and the USSD menu information
- the menu request further carries number information of the mobile terminal
- the remote control executor is configured to, after receiving the menu request, send the USSD menu corresponding to the number information of the mobile terminal to the remote access device according to the second correspondence.
- the above system can also have the following features:
- the remote control actuator includes: a control manager and at least one remote controller;
- the first correspondence relationship further includes a correspondence between the identification information of the remote controller and the learned infrared pattern
- the control manager stores a second correspondence relationship, which is configured to: after receiving the infrared pattern sent by the remote controller, storing the infrared code pattern and the corresponding identification information and operation actions of the controlled appliance Transmitting a USSD menu corresponding to the number information of the mobile terminal that is found according to the second correspondence relationship to the remote access device after receiving the menu request,
- the remote access device starts a USSD session with the mobile terminal; and after receiving the content of the USSD session related to performing an operation action on the electric power, the first corresponding relationship is corresponding according to the first correspondence
- the infrared pattern is sent to the corresponding remote controller; the remote controller is configured to synchronize the learned infrared pattern to the control manager; and emit infrared control according to the infrared pattern sent to the control manager signal.
- the above system can also have the following features:
- the session request further includes identifier information of the remote controller;
- the second correspondence further includes a correspondence between the identifier information of the remote controller and the number information of the mobile terminal;
- the menu request sent by the remote access device to the remote control actuator carries the identification information of the remote controller
- the control manager is configured to determine, according to the second correspondence, whether the identification information of the remote controller carried in the session request corresponds to the number information of the mobile terminal, and if the identifier information of the remote controller is Corresponding to the number information of the mobile terminal, the USSD menu corresponding to the number information of the mobile terminal that is found according to the second correspondence relationship is sent to the remote access device.
- the above system can also have the following features:
- the first correspondence relationship further includes time information corresponding to an operation action of each controlled home appliance
- the control manager is further configured to, after receiving the content of the USSD session related to performing an operation action on the one electric power, determine, according to the first correspondence, whether the current time meets the The time information corresponding to the operation action, if the current time satisfies the time information corresponding to the action initiated by the home appliance in the session content, the corresponding infrared pattern is transmitted to the corresponding remote controller.
- the invention also provides a remote home appliance control method based on a mobile communication network, comprising: saving a first correspondence between the infrared code pattern and the corresponding identification information of the controlled home appliance and the operation action; and transmitting the locally saved USSD menu by the dynamic terminal And starting a USSD session with the mobile terminal; after receiving the content of the USSD session sent by the mobile terminal and performing an operation action on the electric power, according to the corresponding infrared code found according to the first correspondence relationship
- the type emits an infrared control signal.
- the above method may also have the following features:
- the above method may also have the following features:
- the first correspondence relationship further includes time information corresponding to an operation action of each controlled home appliance
- the infrared control signal After receiving the content of the USSD session sent by the mobile terminal and performing an operation action on a power, the infrared control signal is transmitted according to the corresponding infrared pattern found according to the first correspondence: After receiving the content of the USSD session related to performing an operation on the electric appliance, determining, according to the first correspondence, whether the current time meets the time information corresponding to the action initiated by the home appliance in the session content, if the current time When the time information corresponding to the action initiated by the home appliance in the content of the session is satisfied, the infrared control signal is transmitted according to the corresponding infrared pattern.
- the above method may also have the following features:
- the second corresponding relationship further includes a correspondence between the identification information of the remote controller and the number information of the mobile terminal;
- the USSD session request sent by the mobile terminal further carries the identification information of the remote controller
- sending the locally saved USSD menu to the mobile terminal is: after receiving the session request, determining, according to the second correspondence, that the session request is carried Whether the identification information of the remote controller corresponds to the number information of the mobile terminal, and if the identification information of the remote controller corresponds to the number information of the mobile terminal, the USSD menu corresponding to the number information of the mobile terminal is sent to The mobile terminal.
- the above method may also have the following features:
- the first correspondence further includes a correspondence between the identification information of the remote controller and the learned infrared pattern;
- the infrared control signal is transmitted according to the corresponding infrared pattern searched according to the first correspondence relationship: after receiving the content of the USSD session, Corresponding infrared found in a correspondence
- the line pattern is sent to the corresponding remote controller, and the remote controller transmits the infrared control signal according to the received infrared pattern.
- the present invention utilizes the existing mobile communication network to combine the USSD technology and the infrared remote control technology organically, and can realize the remote control of the home appliance more conveniently.
- it has the following advantages:
- the control manager supports multi-remote controller access code configuration, which means that multiple remote controllers can be supported at the same time, saving construction costs;
- the remote control controller supports infrared pattern learning and synchronous recording to the control manager. It does not need to configure multiple learning areas to learn the infrared pattern, which can support flexible deployment of multiple control appliances, and can be quickly deployed after adding home appliances;
- Control Manager support allows control of user configuration, improved security
- the control manager supports effective control of time period control
- Control Manager supports remote controller USSD menu configuration, more flexible and convenient.
- FIG. 1 is a schematic structural diagram of a remote home appliance control system according to an embodiment of the present invention
- FIG. 2 is a flow chart of remote control of home appliances in an embodiment of the present invention.
- the present invention provides a remote home appliance control system based on a mobile communication network, comprising: a remote access device and a remote control actuator.
- the remote access device is configured to: after receiving the USSD session request sent by the mobile terminal, send a menu request to the remote control actuator; and further set to forward the USSD menu sent by the remote control actuator to the mobile terminal, and to the mobile terminal and The content of the USSD session between the remote control actuators is forwarded;
- the remote control actuator is set to, after receiving the menu request, the locally saved contains the home appliance
- the USSD menu for the action information is sent to the remote access device; and is further configured to save the first correspondence between the infrared code pattern and the identification information and the operation action of the corresponding controlled home appliance; After performing an operation operation on the USSD session content, the corresponding infrared pattern detected according to the first correspondence relationship emits an infrared control signal.
- the remote control actuator may further include: a control manager and one or more remote controllers.
- the foregoing system specifically includes:
- the remote access device 102 has a mobile communication module built in to access the existing mobile communication network, and interacts with the control manager 103 through the wired network; after receiving the USSD session request from the mobile terminal 101, the control is managed.
- the device 103 sends a menu request carrying the number information of the mobile terminal 101, and when the session request carries the identification information of the remote controller 104, the remote access device 102 can also add the identification information to the menu request. It is further configured to send the USSD menu sent by the control manager 103 to the mobile terminal 101, and forward the USSD session content between the mobile terminal 101 and the control manager 103; wherein the mobile communication network can be present
- Some networks of different standards such as GSM, CDMA, WCDMA, TD-SCDMA;
- the control manager 103 may be deployed in a cell, and configured to store the first correspondence of the identification information of each remote controller, the number information of the mobile terminal, and the USSD menu information, and the first correspondence may be performed by the system.
- the configuration by the administrator may also be configured by the user by using a human-computer interaction interface (such as a WEB page) provided by the control manager; after receiving the menu request, the control manager 103 is further configured to, according to the locally saved A corresponding relationship searches for the USSD menu corresponding to the mobile terminal number information, and if found, sends the corresponding USSD menu to the remote access device, and starts a USSD call with the mobile terminal through the remote access device.
- the USSD menu After receiving the menu request, determining whether the identification information of the remote controller carried in the menu request corresponds to the number information of the mobile terminal according to the first correspondence relationship saved locally, and if corresponding, performing subsequent USSD menu search If there is no correspondence, the USSD menu is no longer searched, and the user can be directly prompted to control the failure; it is also set to save the pattern learned by the remote controller and the remote controller identification information, the corresponding operation object and the operation action.
- the USSD session content initiated by the mobile terminal 101 and relating to performing an operation action on the electric power
- the second corresponding relationship between the remote control accessor 102 and the corresponding infrared ray according to the second correspondence relationship
- the pattern is sent to the corresponding remote controller 104;
- the remote controller 104 has an infrared emitter supporting a learning function.
- the controller can perform an infrared transmission function, and can also learn an infrared pattern, and synchronize the learned pattern to the control manager 103 through a wired network.
- the control manager 103 performs a second correspondence for recording the pattern, the corresponding operation object, the operation action, and the remote controller identification information; after receiving the pattern transmitted to the control manager 103, according to the pattern Sending an infrared control signal; the remote controller can be considered to be placed in an indoor access control telephone.
- the basic idea of the method of the present invention is: preserving the first correspondence between the infrared code pattern and the identification information and the operation action of the corresponding controlled home appliance; after receiving the USSD session request sent by the mobile terminal, sending the request to the mobile terminal The locally saved USSD menu, and start a USSD session with the mobile terminal; after receiving the content of the USSD session sent by the mobile terminal related to performing an operation on the electric power, according to the corresponding infrared light found according to the first correspondence relationship The pattern emits an infrared control signal.
- Step 1 The control system administrator logs in to the page provided by the control manager, and configures the relevant remote controller and corresponding entrant information;
- Step 2 The user logs in to the page provided by the control manager, configures the USSD menu of the remote controller of the home, and the control manager records the correspondence between the menu and the remote controller identification information and the mobile terminal number information; in addition, the remote controller combines The infrared emitter with learning function is used to learn the infrared pattern of the button on the remote control of the home appliance, and sends the pattern to the control manager to record the corresponding operation object, operation action and remote control of the pattern and the user configuration. a second correspondence between the controller identification information;
- the WEB mode is used as an example.
- the user After logging in to the WEB, the user selects a new home appliance (such as a TV) and configures its actionable action information, such as power-on and power-off, etc., when the configuration is provided on the WEB.
- the button After the button is clicked, the user can learn the pattern corresponding to the operation of the appliance through the remote controller, and after the learning is completed, the remote controller outputs the learned pattern to the control manager.
- the control manager After recording the correspondence between the pattern, the remote controller identification information, the operation object, and the operation action, the control manager succeeds in learning the pattern through the WEB prompt.
- Step 3 The controller initiates a USSD session request through the mobile phone to establish a connection with the remote access device, and then the remote access device forwards the number information of the mobile phone (and possibly the identification information of the remote controller) to the control manager, and controls The manager queries the corresponding relationship configured on the USSD menu corresponding to the number information, and if so, performs the next step; further, if the control manager receives the identification information of the remote controller, A correspondence relationship determines whether the identification information of the remote controller corresponds to the number information of the mobile terminal, and if so, searches for a corresponding menu; otherwise, the user is prompted to fail control and ends;
- Step 4 The control manager sends the corresponding USSD menu to the user's mobile phone through the remote access device, and the USSD session is started between the two through the remote access device;
- Step 5 The user interacts with the control manager through the USSD menu
- Step 6 After the interaction is completed, the control manager records the interaction into the system log, and according to the received correspondence, the content of the USSD session related to performing an operation on the electric power is based on the first correspondence. Searching for the corresponding infrared pattern to be sent to the corresponding remote controller; if the first correspondence also includes time information corresponding to the operation action of each controlled home appliance, then the receiving of the mobile terminal involves sending an electrical After the operation of the USSD session content, the first time is determined according to the first correspondence, whether the current time meets the time information corresponding to the action initiated by the home appliance in the session content, and if yes, the first correspondence is further Find the corresponding infrared pattern and send it to the corresponding remote controller. If it is not satisfied, the remote terminal will prompt the mobile terminal to control the appliance at this time and end.
- Step 7 The remote controller emits an infrared signal according to the pattern sent by the control manager to control the corresponding home appliance.
- the remote access device USSD service access code to 125, the remote control controller number to 10, and the controller's mobile phone number to 13966667724.
- the remote home appliance control system based on the mobile communication network controls the workflow as follows: Take a TV boot control as an example:
- Step 1 The control system administrator logs in to the control manager, enters information related to the remote controller, and assigns a number (ie, identification information of the remote controller) and a user account that can configure the information of the remote controller;
- Step 2 The user logs in to the Control Manager using the account assigned by the Control System Administrator, and configures the USSD menu for the remote controller.
- the electrical information displayed by the user in the USSD menu configured in the Control Manager is: TV, DVD, Air Conditioning, TV
- the configured control actions are: power on, power off, high volume, and low volume.
- the remote control pattern of the corresponding button on the TV remote controller is learned by the infrared emitter in the remote controller, and recorded to the control manager.
- the user reconfigures the time period during which the control can be received, and the bound mobile phone number that can be controlled is 13966667724.
- Step 3 The controller initiates a USSD session request through the mobile phone, and the message content is *125#10#, and the calling number is 13966667724 that the user has configured in the control manager;
- Step 4 The mobile communication module of the remote access device sends a message to the control manager after receiving the request;
- Step 5 The control manager determines whether the user number is correct; if it is correct, go to step 6, otherwise, end;
- Step 6 The control manager knows from the message that it controls the remote controller No. 10, and delivers the USSD-level menu configured by the user.
- the controller's mobile phone displays the following similar menu:
- controller number is 10
- controller number is 10
- the control manager will not send the control menu.
- the USSD message can be sent to the user's mobile phone to prompt the number to not initiate control.
- Step ⁇ After the session ends, the control manager determines whether the user-configured remote controller can accept the control according to the time when the user initiates the control. If yes, go to step 8, otherwise, go to step 9;
- Step 8 The control manager forwards the infrared signal pattern of the control television open motion that the user pre-recorded into the control management to the remote controller;
- Step 9 The control manager can notify the user's mobile phone through the USSD message that the time period cannot initiate control;
- Step 10 The remote controller receives the infrared signal pattern sent by the control manager, and triggers the infrared emitter to emit an infrared control signal according to the pattern to perform power-on control on the television.
- Step 10 may further include: Step 11: The control management system records the records.
- the remote home appliance control system and method based on the mobile communication network combines the USSD technology and the infrared remote control technology organically by using the existing mobile communication network, and can realize the remote control of the home appliance more conveniently.
- the control manager of the present invention supports multi-remote controller access code configuration, and can support multiple remote controllers at the same time, thereby saving construction cost; only need to remotely control one access device to realize multi-user use,
- Each remote controller is equipped with a mobile communication module, which greatly saves the system implementation cost; the remote controller supports infrared pattern learning and synchronous recording to the control manager, and does not need to configure multiple learning areas to learn infrared patterns, which can support multiple Control the flexible deployment of home appliances, and can quickly deploy after adding home appliances;
- Control Manager support allows control of user configuration, security is improved;
- Control Manager supports effective control time period control;
- Control Manager supports remote control controller USSD menu configuration, more flexible , Convenience.
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Description
一种基于移动通讯网络的远程家电控制***及方法
技术领域
本发明涉及家电控制的***, 尤其涉及一种基于移动通信网络的远程家 电控制***及方法。
背景技术
现阶段, 随着人民生活水平的提高, 大量家用电器进入到人们的生活中。 与此同时, 随着移动网络的迅速发展, 越来越多的人拥有了手机。 这样, 就 产生了使用手机控制家用电器的需求, 同时又希望远程交互的方式简单、 便 捷且可靠。
传统的远程家电控制***主要釆取短信方式进行控制, 但是存在如下问 题:
1 ) 安全性差;
2 ) 实时性差。短信釆用存储转发方式进行短消息的发送, 因此可能会因 为网络堵塞等原因, 导致短信不能被及时地发送到目的家电处;
3 ) 釆用短信控制需要配置 GSM ( Global System for Mobile Communications, 全球移动通讯***) MODEM (调制解调器)等设备, 成 本较高;
4 ) 交互性差, 用户体验不够友好。
非结构化补充数据( Unstructured Supplementary Service Data,简称 USSD ) 业务是一种基于全球移动通信网络的、 实时在线的新型交互会话数据业务, 该业务目前技术成熟, 是基于 SIM ( Subscriber Identity Module, 用户识别模 块)卡利用网络的信令通道传送数据的, 其面向连接, 因此可靠性高。
USSD与短消息业务( Short Messaging Service, 简称 SMS )都是通过网 络的信令通道传递的。 不同之处在于短消息釆用存储转发方式, 而 USSD则 釆用面向对话方式。 当用户访问 USSD业务时, 该对话通路保持连接, 直到 对话结束。 此外, 由于提供了通过 HLR ( Home Location Register , 归属位置
寄存器) 直达外部业务节点的传输 USSD 字串透明通路, 用户还可访问位 于 GSM网络以外的业务节点。
总的来讲, USSD具有如下特点:
( 1 )快速。 在交互式应用中, 由于只需建立一次连接, 因此减少了多次 建立信令连接的时延, 来回一次的响应时间比短消息业务短, 最短可达到短 消息相应时间的七分之一;
( 2 )方便。用户无需进行逐级菜单选择,而是直接输入 USSD命令字串;
( 3 ) 支持漫游。 USSD的每一条命令都要经过 HLR, 因此用户漫游时, 以基于 USSD业务的同样方式运行;
( 4 )广泛适用。 USSD可在目前所有的手机上运行;
( 5 )功能强大。 能以对话方式和信息业务菜单方式提供 Λ良务。
在 3GPP ( Third Generation Partnership Project, 第三代合作伙伴计划) 中 也有对 USSD的描述, WCDMA ( Wideband Code Division Multiple Access, 宽带码分多址) 和 TD-SCDMA ( Time Division- Synchronous Code Division Multiple Access,时分同步码分多址 )都是遵循的 3GPP标准,也就是说 USSD 技术在 GSM、 WCDMA和 TD-SCDMA网络中可被广泛支持。
红外线遥控是目前使用最为广泛的一种遥控手段, 该技术利用波长为 0.76um~1.5um的近红外光传送遥控指令, 拥有较高的传输效率及较高的可靠 性。 发明内容
本发明要解决的技术问题是提供一种基于移动通信网络的远程家电遥控 ***及方法,以解决现有釆用短信方式进行远程家电遥控所带来的安全性差、 实时性差等问题。
为解决上述问题, 本发明提供了一种基于移动通讯网络的远程家电控制 ***, 包括: 遥控接入器及遥控执行器;
所述遥控接入器设置为, 在收到移动终端发来的非结构化补充数据 ( USSD )会话请求后, 向所述遥控执行器发送菜单请求; 以及将所述遥控执
行器发来的 USSD菜单转发给所述移动终端, 且对所述移动终端及遥控执行 器间进行的 USSD会话内容进行转发;
所述遥控执行器设置为, 在收到所述菜单请求后将本地保存的包含对家 电进行操作动作信息的 USSD菜单发送给所述遥控接入器; 保存红外线码型 与相应的被控家电的标识信息及操作动作之间的第一对应关系; 以及在收到 所述移动终端发来的涉及到对一家电进行一操作动作的 USSD会话内容后, 按照根据所述第一对应关系查找到的对应的红外线码型发射红外线控制信 号。
上述***还可具有以下特征:
所述遥控执行器中还存储有移动终端的号码信息及 USSD菜单信息的第 二对应关系;
所述菜单请求中还携带有所述移动终端的号码信息;
所述遥控执行器是设置为, 在收到所述菜单请求后根据所述第二对应关 系将所述移动终端的号码信息对应的 USSD菜单发送给所述遥控接入器。
上述***还可具有以下特征:
所述遥控执行器中包括: 控制管理器及至少一个遥控控制器;
所述第一对应关系中还包括遥控控制器的标识信息与其学习到的红外线 码型的对应关系;
所述控制管理器中存储有第二对应关系; 其设置为, 在收到所述遥控控 制器发来的红外线码型后, 存储该红外线码型与相应的被控家电的标识信息 及操作动作之间的第一对应关系; 在收到所述菜单请求后将根据所述第二对 应关系查找到的与所述移动终端的号码信息对应的 USSD菜单发送给所述遥 控接入器, 通过所述遥控接入器与所述移动终端开始进行 USSD会话; 以及 在所述移动终端发来的收到涉及到对一家电进行一操作动作的 USSD会话内 容后,根据所述第一对应关系将对应的红外线码型发送给对应的遥控控制器; 遥控控制器设置为, 将学习到的红外线码型同步给所述控制管理器; 以 及按照所述控制管理器向其发送的红外线码型发射红外线控制信号。
上述***还可具有以下特征:
所述会话请求中还携带有遥控控制器的标识信息; 所述第二对应关系中 还包括遥控控制器的标识信息与移动终端的号码信息的对应关系;
所述遥控接入器向所述遥控执行器发送的菜单请求中携带有所述遥控控 制器的标识信息;
所述控制管理器是设置为 , 根据所述第二对应关系判断所述会话请求中 携带的所述遥控控制器的标识信息与移动终端的号码信息是否对应, 若所述 遥控控制器的标识信息与移动终端的号码信息对应, 则将根据所述第二对应 关系查找到的与所述移动终端的号码信息对应的 USSD菜单发送给所述遥控 接入器。
上述***还可具有以下特征:
所述第一对应关系中还包括与各被控家电进行操作动作对应的时间信 息;
所述控制管理器还设置为, 在收到涉及到对一家电进行一操作动作的 USSD会话内容后, 根据所述第一对应关系判断当前时间是否满足该会话内 容中涉及的对该家电发起该操作动作对应的时间信息, 若当前时间满足该会 话内容中涉及的对该家电发起该操作动作对应的时间信息, 则将对应的红外 线码型发送给对应的遥控控制器。
本发明还提供了一种基于移动通讯网络的远程家电控制方法, 包括: 保存红外线码型与相应的被控家电的标识信息及操作动作的第一对应关 系; 以及 动终端发送本地保存的 USSD菜单,并开始与所述移动终端进行 USSD会话; 在收到移动终端发来的涉及到对一家电进行一操作动作的 USSD会话内容 后, 按照根据所述第一对应关系查找到的对应的红外线码型发射红外线控制 信号。
上述方法还可具有以下特征:
还配置有移动终端的号码信息及 USSD菜单信息的第二对应关系; 所述在收到移动终端发来的 USSD会话请求后, 向该移动终端发送本地
保存的 USSD菜单是: 在收到所述会话请求后, 根据所述第二对应关系将与 所述移动终端的号码信息对应的 USSD菜单发送给所述移动终端。
上述方法还可具有以下特征:
所述第一对应关系中还包括与各被控家电进行操作动作对应的时间信 息;
所述在收到所述移动终端发来的涉及到对一家电进行一操作动作的 USSD会话内容后, 按照根据所述第一对应关系查找到的对应的红外线码型 发射红外线控制信号是: 在收到涉及到对一家电进行一操作动作的 USSD会 话内容后, 根据所述第一对应关系判断当前时间是否满足该会话内容中涉及 的对该家电发起该操作动作对应的时间信息, 若当前时间满足该会话内容中 涉及的对该家电发起该操作动作对应的时间信息, 则按照对应的红外线码型 发射所述红外线控制信号。
上述方法还可具有以下特征:
当存在多个用于发射红外线控制信号的遥控控制器时, 所述第二对应关 系中还包括遥控控制器的标识信息与移动终端的号码信息的对应关系;
所述移动终端发来的 USSD会话请求中还携带有遥控控制器的标识信 息;
所述在收到移动终端发来的 USSD会话请求后, 向该移动终端发送本地 保存的 USSD菜单是: 在收到所述会话请求后, 根据所述第二对应关系判断 所述会话请求中携带的所述遥控控制器的标识信息与移动终端的号码信息是 否对应, 若所述遥控控制器的标识信息与移动终端的号码信息对应, 则将所 述移动终端的号码信息对应的 USSD菜单发送给所述移动终端。
上述方法还可具有以下特征:
当存在多个用于发射红外线控制信号的遥控控制器时, 所述第一对应关 系中还包括遥控控制器的标识信息与其学习到的红外线码型的对应关系; 所述在收到涉及到对一家电进行一操作动作的 USSD会话内容后, 按照 根据所述第一对应关系查找到的对应的红外线码型发射红外线控制信号是: 收到所述 USSD会话内容后, 将才艮据所述第一对应关系查找到的对应的红外
线码型发送给对应的遥控控制器, 由该遥控控制器按照接收到的红外线码型 发射红外线控制信号。
与现有技术比较, 本发明利用现有的移动通信网络, 把 USSD技术和红 外线遥控技术有机的结合起来, 可以较为方便的实现对家电的远程控制。 此 外, 还具有如下优势:
1 )控制管理器支持多遥控控制器接入码配置, 也就是说可同时支持多只 遥控控制器, 节省了建设成本;
2 )只需要遥控一个接入器就可以实现多用户使用, 不需要为每个遥控控 制器配置移动通讯模块。 大大节约了***实现成本;
3 )遥控控制器支持红外线码型学习并同步记录到控制管理器, 不需要配 置多个学习区来学习红外线码型, 即可支持多控制家电灵活部署, 并可以在 增加家电后快捷部署;
4 )控制管理器支持允许控制用户配置, 安全性提高;
5 )控制管理器支持有效控制时间段控制;
6 )控制管理器支持遥控控制器 USSD菜单配置, 更加灵活、 方便。 附图概述
图 1是本发明实施例中远程家电控制***的结构示意图;
图 2是本发明实施例中对家电进行远程控制的流程图。
本发明的较佳实施方式
为了实现上述目的, 本发明提供了一种基于移动通信网络的远程家电控 制***, 包括: 遥控接入器和遥控执行器。
遥控接入器设置为, 在收到移动终端发来的 USSD会话请求后, 向遥控 执行器发送菜单请求; 还设置为将遥控执行器发来的 USSD菜单转发给移动 终端, 且对移动终端及遥控执行器间进行的 USSD会话内容进行转发;
遥控执行器设置为, 在收到菜单请求后将本地保存的包含对家电进行操
作动作信息的 USSD菜单发送给遥控接入器; 还设置为保存红外线码型与相 应的被控家电的标识信息及操作动作之间的第一对应关系; 在收到移动终端 发来的涉及到对一家电进行一操作动作的 USSD会话内容后, 根据第一对应 关系查找到的对应的红外线码型发射红外线控制信号。
在具体实现时, 遥控执行器中可进一步包括: 控制管理器及一个或多个 遥控控制器。 如图 1所示, 上述***具体包括:
遥控接入器 102, 内置一个移动通讯模块以接入现有的移动通讯网络, 并通过有线网络与控制管理器 103 进行交互; 在收到移动终端 101 发来的 USSD会话请求后, 向控制管理器 103发送携带上述移动终端 101的号码信 息的菜单请求, 此外, 当会话请求中携带遥控控制器 104的标识信息时, 该 遥控接入器 102还可将该标识信息添加到上述菜单请求中; 还设置为, 将控 制管理器 103发来的 USSD菜单发送给上述移动终端 101 ,且对移动终端 101 及控制管理器 103间进行的 USSD会话内容进行转发; 其中, 所述移动通讯 网络可以为现有的 GSM、 CDMA, WCDMA、 TD-SCDMA等不同制式的网 络;
控制管理器 103 , 该管理器可以在一个小区内部署一个, 其设置为存储 各遥控控制器的标识信息、 移动终端的号码信息及 USSD菜单信息的第一对 应关系, 该第一对应关系可由***管理员进行配置, 也可由用户利用该控制 管理器提供的人机交互接口 (如 WEB页面等方式)进行配置; 在收到上述菜 单请求后, 控制管理器 103还设置为, 根据本地保存的第一对应关系查找与 上述移动终端号码信息对应的 USSD菜单, 若能找到, 则将该对应的 USSD 菜单发送给遥控接入器, 通过遥控接入器与上述移动终端开始进行 USSD通 话。 或者, 还可以在收到菜单请求后, 根据本地保存的第一对应关系判断菜 单请求中携带的遥控控制器的标识信息与移动终端的号码信息是否对应, 若 对应, 再进行后续 USSD菜单的查找工作; 若不对应, 不再进行 USSD菜单 的查找, 可直接提示用户控制失败; 其还设置为保存遥控控制器学习到的码 型与该遥控控制器标识信息、 相应的操作对象及操作动作之间的第二对应关 系, 在收到遥控接入器 102转发的由移动终端 101发起的涉及到对一家电进 行一操作动作的 USSD会话内容后, 根据该第二对应关系将该对应的红外线
码型发送给相应的遥控控制器 104;
遥控控制器 104, 内置一个支持学习功能的红外线发射器, 该控制器可 以执行红外线的发送动作, 还可以学习红外线码型, 并将学习到的码型通过 有线网络同步给控制管理器 103 , 由控制管理器 103进行记录该码型、 相应 的操作对象、 操作动作及该遥控控制器标识信息的第二对应关系; 在接收到 由控制管理器 103向其发送的码型后, 按照该码型发送红外线控制信号; 该 遥控控制器可考虑设置在室内门禁电话内。
本发明所述方法的基本构思是: 保存红外线码型与相应的被控家电的标 识信息及操作动作的第一对应关系; 在收到移动终端发来的 USSD会话请求 后,向该移动终端发送本地保存的 USSD菜单,并开始与移动终端进行 USSD 会话; 在收到移动终端发来的涉及到对一家电进行一操作动作的 USSD会话 内容后, 按照根据第一对应关系查找到的对应的红外线码型发射红外线控制 信号。
在本发明实施中, 遥控的实现步骤如下:
步骤一: 控制***管理员登陆控制管理器提供的页面, 配置相关遥控控 制器和对应进入者信息;
步骤二:用户登陆控制管理器提供的页面,配置自家遥控控制器的 USSD 菜单, 由控制管理器记录下该菜单与遥控控制器标识信息及移动终端号码信 息的对应关系; 此外, 遥控控制器结合其上带学习功能的红外线发射器, 学 习家电配套遥控器上按键的红外线码型, 并将该码型发送给控制管理器以记 录下该码型与用户配置的相应操作对象、 操作动作及遥控控制器标识信息的 第二对应关系;
如控制管理器提供人机交互接口, 以 WEB方式为例, 用户在登录 WEB 后, 选择新增家电 (如电视) , 配置其可操作动作信息, 如开机、 关机等, 配置时 WEB上就提供录制按钮,点击该按钮后,用户可通过遥控控制器学习 对该家电进行该操作动作所对应的码型, 并在学习完成后, 由遥控控制器将 学习到的码型发送给控制管理器, 控制管理器在记录下该码型、 遥控控制器 标识信息、操作对象及操作动作的对应关系后,通过 WEB提示学习码型成功。
步骤三: 控制者通过手机发起 USSD会话请求与遥控接入器建立连接, 然后遥控接入器将该上述手机的号码信息 (有可能还有遥控控制器的标识信 息)转发给控制管理器, 控制管理器在其上配置的对应关系中查询是否有该 号码信息对应的 USSD菜单, 若有, 则执行下一步骤; 进一步的, 若控制管 理器收到遥控控制器的标识信息, 则先根据第一对应关系判断该遥控控制器 的标识信息与移动终端的号码信息是否对应, 若对应, 再查找对应的菜单; 否则, 提示用户控制失败, 结束;
步骤四:控制管理器通过遥控接入器发送对应的 USSD菜单给用户手机, 两者之间通过遥控接入器开始 USSD会话;
步骤五: 用户通过 USSD菜单和控制管理器交互;
步骤六: 交互完成后, 控制管理器记录该次交互到***日志中, 同时根 据收到的移动终端发来的涉及到对一家电进行一操作动作的 USSD会话内 容,将根据上述第一对应关系查找对应的红外线码型发到对应的遥控控制器; 如第一对应关系中还包括与各被控家电进行操作动作对应的时间信息, 则在收到移动终端发来的涉及到对一家电进行一操作动作的 USSD会话内容 后, 先根据第一对应关系判断当前时间是否满足该会话内容中涉及的对该家 电发起该操作动作对应的时间信息, 若满足, 则再将根据上述第一对应关系 查找对应的红外线码型发到对应的遥控控制器; 若不满足, 则通过遥控接入 器提示移动终端此时不能对该家电进行控制, 结束。
步骤七: 遥控控制器根据控制管理器发来的码型发射红外线信号以控制 对应家电。
为了使该示例更为详细, 设置遥控接入器 USSD业务接入码为 125, 遥 控控制器编号为 10, 控制者手机号码为 13966667724。
如图 2所示,基于移动通讯网络的远程家电控制***控制工作流程如下, 以一次电视开机控制为例:
步骤 1 : 控制***管理员登录控制管理器, 录入遥控控制器相关信息, 并分配编号 (即遥控控制器的标识信息)及可以配置该遥控控制器信息的用 户账户;
步骤 2: 用户使用控制***管理员分配的账户登录控制管理器, 为遥控 控制器配置 USSD菜单, 用户在控制管理器中配置的 USSD菜单中显示的电 器信息为: 电视、 DVD、 空调, 为电视配置的控制动作为: 开机、 关机、 音 量大、 音量小。
同时在配置控制动作的时候通过遥控控制器中的红外线发射器学习电视 遥控器上对应按键的遥控码型, 记录到控制管理器。
然后用户再配置可以接收控制的时间段, 可以进行控制的绑定手机号码 为 13966667724。
步骤 3: 控制者通过手机发起 USSD会话请求, 消息内容为 *125#10#, 主叫号码为用户已经在控制管理器中配置的 13966667724;
步骤 4: 遥控接入器的移动通讯模块收到请求之后将消息发送给控制管 理器;
步骤 5: 控制管理器判断用户号码是否正确; 若正确,执行步骤 6, 否则, 结束;
步骤 6: 控制管理器从消息中得知是控制 10号遥控控制器, 将用户配置 的 USSD—级菜单下发, 控制者手机显示如下类似菜单:
欢迎进入家电控制***, 控制器编号为 10
请选择要控制的家电:
1、 电视
2、 DVD
3、 空调
用户反馈选择 1 , 对电视进行控制, 控制管理器下发二级菜单:
欢迎进入家电控制***, 控制器编号为 10
请选择控制动作:
开机
关机
音量大
音量小
用户反馈选择 1 , 对电视进行开机控制, 会话结束。
如果发起会话的手机号码不是用户在控制管理器中配置的绑定号码, 控 制管理器将不会下发控制菜单, 可以通过 USSD消息到用户手机提示该号码 不能发起控制;
步骤 Ί·· 会话结束之后, 控制管理器根据用户发起控制的时间判断是否 在用户配置的遥控控制器可以接受控制的时间段内, 如果是, 执行步骤 8, 否则, 执行步骤 9;
步骤 8: 控制管理器则将用户预先录入到控制管理中的控制电视开机动 作的红外线信号码型转发给遥控控制器; 转向步骤 10;
步骤 9: 控制管理器可以通过 USSD消息到用户手机提示该时间段不能 发起控制; 结束;
步骤 10: 遥控控制器接收到控制管理器发来的红外线信号码型, 根据该 码型触发红外线发射器发射红外线控制信号, 对电视进行开机控制。
步骤 10之后还可以包括: 步骤 11 : 控制管理***记录曰志。
本领域普通技术人员可以理解上述方法中的全部或部分步骤可通过程序 来指令相关硬件完成, 所述程序可以存储于计算机可读存储介质中, 如只读 存储器、 磁盘或光盘等。 可选地, 上述实施例的全部或部分步骤也可以使用 一个或多个集成电路来实现。 相应地, 上述实施例中的各模块 /单元可以釆用 硬件的形式实现, 也可以釆用软件功能模块的形式实现。 本发明不限制于任 何特定形式的硬件和软件的结合。
工业实用性
本发明提供的基于移动通讯网络的远程家电控制***及方法, 利用现有 的移动通信网络, 把 USSD技术和红外线遥控技术有机的结合起来, 可以较 为方便地实现对家电的远程控制。 此外, 本发明中的控制管理器支持多遥控 控制器接入码配置, 可同时支持多只遥控控制器, 节省了建设成本; 只需要 遥控一个接入器就可以实现多用户使用, 不需要为每个遥控控制器配置移动 通讯模块, 大大节约了***实现成本; 遥控控制器支持红外线码型学习并同 步记录到控制管理器, 不需要配置多个学习区来学习红外线码型, 既可支持 多控制家电灵活部署, 并可以在增加家电后快捷部署; 控制管理器支持允许 控制用户配置, 安全性提高; 控制管理器支持有效控制时间段控制; 控制管 理器支持遥控控制器 USSD菜单配置, 更加灵活、 方便。
Claims
1、 一种基于移动通讯网络的远程家电控制***, 包括: 遥控接入器及遥 控执行器;
所述遥控接入器设置为, 在收到移动终端发来的非结构化补充数据
( USSD )会话请求后, 向所述遥控执行器发送菜单请求; 以及将所述遥控执 行器发来的 USSD菜单转发给所述移动终端, 且对所述移动终端及遥控执行 器间进行的 USSD会话内容进行转发;
所述遥控执行器设置为, 在收到所述菜单请求后将本地保存的包含对家 电进行操作动作信息的 USSD菜单发送给所述遥控接入器; 保存红外线码型 与相应的被控家电的标识信息及操作动作之间的第一对应关系; 以及在收到 所述移动终端发来的涉及到对一家电进行一操作动作的 USSD会话内容后, 按照根据所述第一对应关系查找到的对应的红外线码型发射红外线控制信 号。
2、 如权利要求 1所述的***, 其中:
所述遥控执行器中还存储有移动终端的号码信息及 USSD菜单信息的第 二对应关系;
所述菜单请求中还携带有所述移动终端的号码信息;
所述遥控执行器是设置为, 在收到所述菜单请求后根据所述第二对应关 系将所述移动终端的号码信息对应的 USSD菜单发送给所述遥控接入器。
3、 如权利要求 2所述的***, 其中:
所述遥控执行器中包括: 控制管理器及至少一个遥控控制器;
所述第一对应关系中还包括遥控控制器的标识信息与其学习到的红外线 码型的对应关系;
所述控制管理器中存储有第二对应关系; 其设置为, 在收到所述遥控控 制器发来的红外线码型后, 存储该红外线码型与相应的被控家电的标识信息 及操作动作之间的第一对应关系; 在收到所述菜单请求后将根据所述第二对 应关系查找到的与所述移动终端的号码信息对应的 USSD菜单发送给所述遥 控接入器, 通过所述遥控接入器与所述移动终端开始进行 USSD会话; 以及 在所述移动终端发来的收到涉及到对一家电进行一操作动作的 USSD会话内 容后,根据所述第一对应关系将对应的红外线码型发送给对应的遥控控制器; 遥控控制器设置为, 将学习到的红外线码型同步给所述控制管理器; 以 及按照所述控制管理器向其发送的红外线码型发射红外线控制信号。
4、 如权利要求 3所述的***, 其中,
所述会话请求中还携带有遥控控制器的标识信息; 所述第二对应关系中 还包括遥控控制器的标识信息与移动终端的号码信息的对应关系;
所述遥控接入器向所述遥控执行器发送的菜单请求中携带有所述遥控控 制器的标识信息;
所述控制管理器是设置为 , 根据所述第二对应关系判断所述会话请求中 携带的所述遥控控制器的标识信息与移动终端的号码信息是否对应, 若所述 遥控控制器的标识信息与移动终端的号码信息对应, 则将根据所述第二对应 关系查找到的与所述移动终端的号码信息对应的 USSD菜单发送给所述遥控 接入器。
5、 如权利要求 3或 4所述的***, 其中:
所述第一对应关系中还包括与各被控家电进行操作动作对应的时间信 息;
所述控制管理器还设置为, 在收到涉及到对一家电进行一操作动作的 USSD会话内容后, 根据所述第一对应关系判断当前时间是否满足该会话内 容中涉及的对该家电发起该操作动作对应的时间信息, 若当前时间满足该会 话内容中涉及的对该家电发起该操作动作对应的时间信息, 则将对应的红外 线码型发送给对应的遥控控制器。
6、 一种基于移动通讯网络的远程家电控制方法, 包括:
保存红外线码型与相应的被控家电的标识信息及操作动作的第一对应关 系; 以及 动终端发送本地保存的 USSD菜单,并开始与所述移动终端进行 USSD会话; 在收到移动终端发来的涉及到对一家电进行一操作动作的 USSD会话内容 后, 按照根据所述第一对应关系查找到的对应的红外线码型发射红外线控制 信号。
7、如权利要求 6所述的方法, 所述方法还配置有移动终端的号码信息及 USSD菜单信息的第二对应关系;
所述在收到移动终端发来的 USSD会话请求后, 向该移动终端发送本地 保存的 USSD菜单是: 在收到所述会话请求后, 根据所述第二对应关系将与 所述移动终端的号码信息对应的 USSD菜单发送给所述移动终端。
8、 如权利要求 6所述的方法, 其中,
所述第一对应关系中还包括与各被控家电进行操作动作对应的时间信 息;
所述在收到所述移动终端发来的涉及到对一家电进行一操作动作的 USSD会话内容后, 按照根据所述第一对应关系查找到的对应的红外线码型 发射红外线控制信号是: 在收到涉及到对一家电进行一操作动作的 USSD会 话内容后, 根据所述第一对应关系判断当前时间是否满足该会话内容中涉及 的对该家电发起该操作动作对应的时间信息, 若当前时间满足该会话内容中 涉及的对该家电发起该操作动作对应的时间信息, 则按照对应的红外线码型 发射所述红外线控制信号。
9、 如权利要求 7所述的方法, 其中,
当存在多个用于发射红外线控制信号的遥控控制器时, 所述第二对应关 系中还包括遥控控制器的标识信息与移动终端的号码信息的对应关系;
所述移动终端发来的 USSD会话请求中还携带有遥控控制器的标识信 息;
所述在收到移动终端发来的 USSD会话请求后, 向该移动终端发送本地 保存的 USSD菜单是: 在收到所述会话请求后, 根据所述第二对应关系判断 所述会话请求中携带的所述遥控控制器的标识信息与移动终端的号码信息是 否对应, 若所述遥控控制器的标识信息与移动终端的号码信息对应, 则将所 述移动终端的号码信息对应的 USSD菜单发送给所述移动终端。
10、 如权利要求 6~9中任意一项权利要求所述的方法, 其中, 当存在多个用于发射红外线控制信号的遥控控制器时, 所述第一对应关 系中还包括遥控控制器的标识信息与其学习到的红外线码型的对应关系; 所述在收到涉及到对一家电进行一操作动作的 USSD会话内容后, 按照 根据所述第一对应关系查找到的对应的红外线码型发射红外线控制信号是: 收到所述 USSD会话内容后, 将才艮据所述第一对应关系查找到的对应的红外 线码型发送给对应的遥控控制器, 由该遥控控制器按照接收到的红外线码型 发射红外线控制信号。
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CN105144635A (zh) * | 2012-08-29 | 2015-12-09 | 西门子工业公司 | 建筑物自动化***控制器中的共享配置数据 |
CA2883281C (en) * | 2012-08-29 | 2020-09-29 | Siemens Industry, Inc. | Configuration of a building automation system controller |
WO2014103308A1 (ja) * | 2012-12-28 | 2014-07-03 | パナソニック株式会社 | 制御方法 |
CN103269409A (zh) * | 2013-04-03 | 2013-08-28 | 深圳市闪联信息技术有限公司 | 家电设备控制***及智能手机控制家电设备的方法 |
CN104424795A (zh) * | 2013-09-10 | 2015-03-18 | 张博越 | 一种远程红外遥控*** |
US9294575B1 (en) | 2014-06-04 | 2016-03-22 | Grandios Technologies, Inc. | Transmitting appliance-specific content to a user device |
CN105679001A (zh) * | 2014-11-19 | 2016-06-15 | 深圳市中兴微电子技术有限公司 | 一种多功能红外信号处理方法及移动终端 |
CN106548611A (zh) * | 2015-09-23 | 2017-03-29 | 中兴通讯股份有限公司 | 遥控终端的方法、装置及*** |
CN107798851A (zh) * | 2016-08-30 | 2018-03-13 | 中兴通讯股份有限公司 | 一种设备远程控制方法、装置及远程控制器 |
DE102016221614A1 (de) * | 2016-11-04 | 2018-05-09 | BSH Hausgeräte GmbH | Verbinden eines Haushaltsgeräts mit einer Fernbedienung |
CN111830836A (zh) * | 2019-04-17 | 2020-10-27 | 百度在线网络技术(北京)有限公司 | 家电设备的控制方法、装置、音箱及计算机存储介质 |
CN110677824A (zh) * | 2019-08-29 | 2020-01-10 | 凡普数字技术有限公司 | 短信发送方法、装置以及存储介质 |
CN111555943B (zh) * | 2020-05-15 | 2023-03-24 | 宁波云设雕刻技术有限公司 | 一种智能家居红外控制*** |
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US8649784B2 (en) | 2014-02-11 |
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US20130065579A1 (en) | 2013-03-14 |
EP2579627B1 (en) | 2017-10-11 |
EP2579627A1 (en) | 2013-04-10 |
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