WO2016061803A1 - 一种m2m终端控制方法及相关设备 - Google Patents

一种m2m终端控制方法及相关设备 Download PDF

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Publication number
WO2016061803A1
WO2016061803A1 PCT/CN2014/089392 CN2014089392W WO2016061803A1 WO 2016061803 A1 WO2016061803 A1 WO 2016061803A1 CN 2014089392 W CN2014089392 W CN 2014089392W WO 2016061803 A1 WO2016061803 A1 WO 2016061803A1
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WIPO (PCT)
Prior art keywords
terminal
group
social application
control
public social
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PCT/CN2014/089392
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English (en)
French (fr)
Inventor
于小博
龙水平
刘海波
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华为技术有限公司
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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Publication date
Application filed by 华为技术有限公司 filed Critical 华为技术有限公司
Priority to CN201911077220.3A priority Critical patent/CN110808984A/zh
Priority to PCT/CN2014/089392 priority patent/WO2016061803A1/zh
Priority to CN201480059094.8A priority patent/CN105745954B/zh
Publication of WO2016061803A1 publication Critical patent/WO2016061803A1/zh

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W12/00Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/03Protecting confidentiality, e.g. by encryption

Definitions

  • the present invention relates to the field of M2M control, and in particular, to an M2M terminal control method and related equipment.
  • the Internet of Things (English: Internet of Things, referred to as IOT) is an information carrier based on the Internet and traditional telecommunication networks. It allows all common physical objects that can be independently addressed to communicate.
  • the concept of the Internet of Things is common physics.
  • a network in which an object is associated with a common physical object can communicate between ordinary physical objects without human intervention.
  • Wireless sensor networks are a typical technical model of the Internet of Things.
  • the sensor can collect information such as temperature, humidity, energy, smoke, illumination, etc. by connecting with ordinary physical objects, and deliver the collected information to the user through corresponding communication means.
  • Effective M2M solutions enable people to collect information and control it more efficiently. For example, in the smart home scenario, an effective M2M solution allows users to easily view the status of the smart home from anywhere and can control accordingly. At the same time, the smart home can also send information to the user to realize smart home. Interactive control with the user.
  • Haier deployed the M2M solution in its smart refrigerator products.
  • the overall framework of the solution is that the user WeChat client communicates with the WeChat service number on the Haier M2M service platform, and transmits control information to the Haier M2M service platform.
  • the service platform communicates with the Haier M2M terminal through a proprietary protocol and completes control.
  • the specific implementation steps are as follows: 1. The user downloads the application of "Haier Micro Appliance" (abbreviation: App, English: Application). 2. The user opens the app and connects to the Haier M2M terminal that has entered the configuration mode by using the mobile phone WiFi. 3. Apply for the account and password of Haier M2M terminal through App. 3.
  • Haier M2M service platform pays attention to WeChat service number on Haier M2M service platform. 4. Bind the Haier M2M terminal with the WeChat service number. 5. The user terminal sends a control command through the WeChat public account. 6. Haier M2M business platform analysis control command. 7. The Haier M2M service platform sends control commands to the M2M terminal. 8. The M2M terminal receives the control command and performs the operation.
  • the second common practice is LG, for example, the LG smart home control M2M solution is used.
  • the user passes the Line client to communicate control information with the homechat (a smart home service launched by LG) on the LG M2M service platform.
  • the Line service number passes the control information to the LG service platform, and the homechat application on the service platform utilizes the natural
  • the voice processing parses the control command, and the service platform communicates with the smart home terminal through a proprietary protocol and completes control.
  • the specific implementation steps are as follows: 1.
  • the user terminal Line client pays attention to the homechat service account.
  • the user registers an M2M terminal account, nickname and password on the network.
  • the LG user inputs the account number and nickname registered in step 2 on each device.
  • Some M2M terminals have a display screen (such as a washing machine) that can be directly set. Other devices can communicate with the near field through the user terminal (English: Near Field Communication, referred to as :NFC) to transfer settings. 4.
  • the user terminal binds the account of the LG M2M service platform through the homechat service account. 5.
  • the user terminal sends a control command through the homechat service account on the LINE. 6.
  • the LG M2M service platform receives and parses the control commands. 7.
  • the LG service platform sends the control command to the M2M terminal, and the 8.M2M terminal receives the control command and performs the operation.
  • the disadvantages of the second scheme are as follows: 1. Interconnection with other brands of M2M terminals at the application level cannot be achieved; 2. The M2M terminal account configuration process is cumbersome, which directly leads to poor user experience; 3. Service platform to M2M The terminal side needs to develop a private communication protocol, which is complicated to deploy.
  • the present invention provides an M2M terminal control method and related equipment.
  • the present invention provides an M2M control method, the method comprising:
  • the M2M terminal receives the login information allocated by the M2M service platform, where the login information is obtained by the M2M service platform according to the service information allocated by the public social application platform;
  • the M2M terminal logs in to the public social application platform according to the login information, so that the public social application platform establishes a control relationship between the primary user terminal and the M2M terminal according to the login information;
  • the M2M terminal performs a related operation according to the content of the control command.
  • the login information includes an application account and a password, where the login information is obtained by the M2M service platform according to the service information allocated by the public social application platform, and specifically includes:
  • the M2M service platform uses a private key to sign each account of the public social application platform account number segment to obtain a password.
  • the logged in to the public social application platform by the M2M terminal according to the login information specifically includes:
  • the M2M terminal sends the account and the password to the public social application platform, so that the public social application platform obtains the PKI certificate corresponding to the account according to the account, and decrypts the password by using the public key in the PKI certificate.
  • the first hash summary is obtained, and the public social application platform performs hash processing on the account to obtain a second hash summary. If the first hash summary is the same as the second hash summary, the login is successful.
  • the method further includes:
  • the M2M terminal receives the first credential code calculated by the M2M service platform according to the password through the Hash algorithm, so that the M2M terminal public social application account and the first credential code form a second credential code;
  • the M2M terminal is in a corresponding relationship with the second credential code.
  • the method further includes:
  • the M2M terminal receives the nickname and avatar settings of the primary user terminal.
  • the method further includes:
  • the control relationship is established between the user terminal and the M2M terminal through the authorization of the primary user terminal or the control relationship is directly established with the M2M terminal from the user terminal.
  • the method further includes:
  • the M2M terminal receives a request of a primary user terminal to join a control group, where the control group includes at least one M2M terminal;
  • the M2M terminal joins the control group according to the request
  • the M2M terminal receives a group configuration command configured by the primary user terminal
  • the M2M terminal receives a semantic group control command sent by the primary user terminal
  • the M2M terminal identifies the received semantic group control command according to the semantic group configuration command saved by itself, so that the M2M terminal performs a related operation according to the semantic group control command.
  • the method further includes:
  • the M2M terminal receives a collaboration group configuration command configured by the primary user terminal
  • the M2M terminal parses and saves the collaboration group configuration command
  • the M2M terminal receives a collaboration group control command sent by the primary user terminal, so that the M2M terminal performs a related operation when the coordinated group control command conforms to the collaborative group configuration command.
  • the method further includes:
  • the M2M terminal receives a multicast group control command sent by the primary user terminal
  • the M2M terminal queries whether the multicast group control command includes its own name, so that the related operation is performed when the multicast group control command includes its own name.
  • the M2M terminal includes a display screen, and the M2M terminal receives the credential code calculated by the M2M service platform according to the password through the Hash algorithm. Also includes:
  • the M2M terminal displays the credential code on a display screen to cause the main user terminal to transmit to the public social application platform by scanning the credential code.
  • the account number includes a manufacturer, a product model, and a product. At least one of the numbers.
  • the semantic group configuration command includes: at least one of a command character, a target M2M terminal name, and an operation content.
  • the cooperative group control command includes: at least one of a command character, a target M2M terminal name, a logical word, and an operation content. .
  • the present invention provides an M2M terminal, where the terminal includes:
  • a first receiving unit configured to receive login information that is allocated by the M2M service platform, where the login information is obtained by the M2M service platform according to the service information allocated by the public social application platform;
  • a login unit configured to log in to the public social application platform according to the login information, so that the public social application platform establishes a control relationship between the primary user terminal and the M2M terminal according to the login information;
  • a first acquiring unit configured to acquire a control command of the primary user terminal according to the control relationship
  • an execution unit configured to perform a related operation according to the content of the control command.
  • the login information includes an account and a password
  • the terminal further includes:
  • a login unit configured to send an account and a password to the public social application platform, so that the public social application platform obtains a PKI certificate corresponding to the account according to the account, and performs a password by using a public key in the PKI certificate.
  • the first hash summary is decrypted, and the public social application platform performs hash processing on the account to obtain a second hash summary. If the first hash summary is the same as the second hash summary, the login is successful.
  • the terminal further includes:
  • a second receiving unit configured to receive a first credential code calculated by the M2M service platform according to the password by using a hash algorithm, so that the M2M terminal public social application account and the first credential code form a second credential code, and the M2M terminal and the M2M terminal
  • the second voucher code is in a corresponding relationship.
  • the terminal further includes:
  • a configuration unit configured to configure the received nickname and avatar of the user terminal.
  • the terminal further includes:
  • a third acquiring unit configured to establish, by the user terminal, the control relationship with the M2M terminal by using the primary user terminal.
  • the terminal further includes:
  • a first group receiving unit configured to receive a request of the primary user terminal to join the control group, where the control group includes at least one M2M terminal;
  • a group joining unit configured to join the control group according to the request
  • a second group receiving unit configured to receive a semantic group configuration command configured by the primary user terminal
  • a group command parsing unit configured to parse and save the semantic group configuration command of the configuration
  • a third group receiving unit configured to receive a semantic group control command sent by the primary user terminal
  • the group command identifying unit is configured to identify, according to the semantic group configuration command saved by itself, the received semantic group control command, so that the M2M terminal performs a related operation according to the semantic group control command.
  • the terminal further includes:
  • a collaboration group configuration unit configured to receive a collaboration group configuration command configured by the primary user terminal
  • a collaboration group parsing unit configured to parse and save the collaboration group configuration command
  • the cooperative group receiving unit is configured to receive a cooperative group control command sent by the primary user terminal, so that the M2M terminal performs a related operation when the coordinated group control command conforms to the cooperative group configuration command.
  • the terminal further includes:
  • a multicast control receiving unit configured to receive a multicast group control command sent by the primary user terminal
  • the multicast query unit is configured to query whether the multicast group control command includes its own name, so that the related operation is performed when the multicast group control command includes its own name.
  • the terminal includes a display screen
  • the display screen is configured to display the credential code, so that the main user terminal sends the voucher code to the public social application platform by scanning the voucher code.
  • the account number includes a manufacturer, a product model, and a product number.
  • the semantic group configuration command includes: a command character, a target M2M terminal name, and an operation content.
  • the M2M terminal according to claim 20 wherein the cooperative group control command packet Includes: command character, target M2M terminal name, logical words, and operation content.
  • the present invention provides an M2M module including a modem and an integrated software platform.
  • the modem is configured to perform remote communication by the M2M module
  • the integrated software platform is configured to install an application client of a public social application platform and provide an application programming interface, and the application programming interface is implemented by an integrated software platform to perform secondary encapsulation of the remote Internet open capability.
  • the application programming interface includes an account setting application programming interface, a voice image application programming interface, and an M2M terminal to an M2M service platform interface and an M2M terminal to the user. At least one of the terminal interfaces.
  • the present invention provides an M2M control system, the system comprising:
  • An M2M service platform configured to process service information allocated by receiving the public social application platform to obtain login information, and allocate the login information to an M2M terminal;
  • a user terminal configured to send a control command to the M2M terminal according to the control relationship.
  • the login information includes an account and a password
  • the M2M service platform is further configured to obtain a PKI certificate, a private key, and an M2M terminal allocated by the public social application platform.
  • the public social application platform is further configured to obtain a PKI certificate corresponding to the account according to the M2M terminal public social application account, and decrypt the password by using a public key in the PKI certificate to obtain a first hash summary, and the public social application platform pairs The account is hashed to obtain a second hash summary. If the first hash summary is the same as the second hash summary, the login is successful.
  • the M2M terminal receives the first credential code calculated by the M2M service platform according to the password through the Hash algorithm, so that the M2M terminal public social application account and the first credential code form a second credential code, and the M2M terminal and the second credential Code into correspondence;
  • the user terminal acquires a second credential code, and the user terminal sends the second credential code to the public social response Use the platform.
  • the M2M terminal control method and related device provided by the present invention use a public social application platform to uniformly allocate service information, and the M2M terminal processes the service information to obtain login information, and the control instruction is directly forwarded through the public social application platform, and the user does not need to
  • the M2M terminal side performs cumbersome configuration, and does not need to set a private custom communication protocol between the M2M terminal and the M2M service platform, and uses the public social application platform to interconnect the M2M terminals, thereby reducing the promotion cost of the enterprise, and the user operates during use.
  • the process is simple.
  • FIG. 1 is a flow chart of an embodiment of a method for controlling an M2M terminal of the present invention
  • FIG. 2 is a flow chart of another embodiment of a method for controlling an M2M terminal according to the present invention.
  • FIG. 3 is a structural diagram of an embodiment of an M2M terminal of the present invention.
  • FIG. 4 is a structural diagram of another embodiment of an M2M terminal of the present invention.
  • 4a is a structural diagram of an embodiment of semantic group control of an M2M terminal of the present invention.
  • 4b is a structural diagram of an embodiment of cooperative group control of an M2M terminal of the present invention.
  • 4c is a structural diagram of an embodiment of multicast group control of an M2M terminal according to the present invention.
  • FIG. 5 is a structural diagram of an embodiment of an M2M module of the present invention.
  • FIG. 6 is a schematic illustration of one embodiment of an M2M control system of the present invention.
  • the invention provides an M2M control method and device, which uses a public social application platform to interconnect and interconnect M2M terminals, and reduces the promotion cost of the enterprise, and the operation process is simple in the user's use process.
  • an embodiment of an M2M control method provided by the present invention includes:
  • the M2M terminal receives the login information allocated by the M2M service platform, where the login information is processed by the M2M service platform according to the service information allocated by the public social application platform;
  • the M2M terminal includes but is not limited to smart home appliances, smart sensors, smart local gateways, smart car terminals or wearable devices.
  • the M2M service platform is provided with an application client of public social software, and the M2M may be a server, which may be a service platform of home appliance manufacturers. It can be a car manufacturer service platform.
  • the public social application platform may include, but is not limited to, WeChat, even me, KakaoTalk or WhatsApp.
  • the application client of the public social application platform is also installed on the M2M service platform, and is not limited herein.
  • the public social application platform is installed on the M2M terminal.
  • the application client adopts the public social application platform as the M2M terminal control platform, which can alleviate the promotion cost of the M2M terminal manufacturer, and also reduce the user's use cost, and is convenient for rapid deployment.
  • the login information may include an account password, which is used to provide information for logging in to the M2M terminal.
  • the public social application platform may be an operating platform of software used by the public for daily social interaction.
  • the public social application platform may provide service information for the M2M service platform, and the service information may be Including the PKI certificate, the private key, and the M2M terminal public social application account number segment, the M2M terminal public social application account number segment includes one or several groups of accounts, and the M2M service platform processes the service information to obtain login information, for example, using the private key pair M2M.
  • Each account of the public social application account number segment of the terminal is signed, and the result of the signature is used as the password of the account, and the password of the account is processed by the hash algorithm to obtain the first certificate.
  • the public social application platform provides a public social application account for the M2M terminal.
  • the user does not need to register the account locally on the M2M terminal.
  • the operation process is simple.
  • the application client of the public social application platform installed on the M2M terminal can implement different vendors M2M. Interconnection between terminals.
  • each account of the public social application account number segment of the M2M terminal may be encrypted by using the public key, and then decrypted by using the private key.
  • the difference is that the public key is used to publicize the M2M terminal.
  • the application encrypts the account number segment and decrypts it with the private key to get the original text.
  • the second credential code configured to the M2M terminal is composed of the M2M terminal account and the first credential code processed by the hash algorithm, and the M2M terminal is associated with the second credential code, and the M2M service platform will be There are various ways to configure the login information to the M2M terminal, for example, attaching the second credential code to the M2M terminal, or printing the product specification on the M2M terminal and attaching a scratch-resistant protective layer on the surface, which is not limited. .
  • the M2M terminal logs in to the public social application platform according to the login information, so that the public social application platform establishes a control relationship between the primary user terminal and the M2M terminal according to the login information.
  • the M2M terminal logs in to the public social application platform through the login information, and the public social application platform searches for the PKI certificate corresponding to the M2M terminal public social application account according to the M2M terminal public social application account, and decrypts the account password by using the public key in the PKI certificate.
  • Get the hash summary of the account the public social application platform hashes the account, and obtains another hash summary. If the two hash sums are the same, the login succeeds, the login succeeds and the password is saved, and the password is processed by the hash algorithm to obtain the first Document code.
  • the M2M terminal acquires a control command of the primary user terminal according to the control relationship.
  • the main user terminal establishes a control relationship with the M2M terminal, and the main user terminal can set the nickname and the avatar.
  • the nickname can be set to the name of the M2M terminal, and the avatar can be set as the icon of the M2M terminal, which is not limited herein, and the M2M terminal receives the primary user.
  • the control command of the terminal, the form of the control command includes but is not limited to voice, text, and is not limited herein.
  • the M2M terminal performs a related operation according to the content of the control command.
  • Control commands include, but are not limited to, voice or text.
  • the M2M terminal receives the control command and can be parsed by the semantic recognition technology.
  • the control command can be parsed to control the M2M terminal.
  • the operation command can parse the configuration command through the semantic recognition technology and store it, for example, find the operation corresponding to itself in the "off-duty" configuration command (the curtain is closed), and feed back the configuration success message to the user terminal, for example, configuring "getting off work”
  • the operation of the air conditioner can be turned off by analysis.
  • the name of the M2M terminal to be controlled and the operation to be performed can be set in the control command, for example, the air conditioner is turned off, and the command format is not limited herein, when the M2M terminal parses the content of the control command. Then, the operation of the corresponding control instruction is performed.
  • the operation here may be a control for a single M2M terminal, or a group of multiple M2M terminals may be established, and group control of the M
  • the control command received by the M2M terminal may be an application client account corresponding to the M2M terminal and a control command.
  • the public social application platform accepts the control command sent by the user terminal, and searches for the corresponding M2M terminal account according to the nickname of the M2M terminal. To ensure the one-to-one correspondence between the nickname and the M2M terminal account, the nickname of each M2M terminal may be unique.
  • the correspondence between the nickname information of the M2M terminal and the client account can be stored on the user terminal, and the nickname can be successfully set after the primary user terminal checks that there is no repetition.
  • the user terminal converts the nickname into the client account corresponding to the M2M terminal, and the public social application platform sends the control command to the M2M terminal corresponding to the client account.
  • An M2M terminal control method provided in this embodiment uses a public social application platform to uniformly allocate service information, and the M2M terminal processes the service information to obtain login information, and the control command is directly forwarded through the public social application platform, and the user does not need to be in the M2M.
  • the terminal side performs cumbersome configuration, and does not need to set a private custom communication protocol between the M2M terminal and the M2M service platform, and uses the public social application platform to interconnect the M2M terminals, thereby reducing the promotion cost of the enterprise, and the operation process of the user during use. simple.
  • FIG. 2 Please refer to FIG. 2, and another embodiment for how to perform M2M terminal control is provided below, as follows:
  • the M2M terminal receives the login information allocated by the M2M service platform, where the M2M service platform obtains the PKI certificate, the private key, and the M2M terminal public social application account number segment of the public social application platform.
  • the M2M service platform uses the private key to sign each account of the account number segment to obtain a password.
  • the public key can also be used to encrypt each account of the account number segment, and then use the private key.
  • the key is decrypted, which is the nature of public key and private key encryption, and those skilled in the art should understand that the specificity is not limited.
  • step 201 the M2M service platform does not need to use a proprietary protocol to transmit the login information to the M2M terminal, so as to implement interworking between M2M terminals of different vendors.
  • the M2M terminal sends an account and a password to the public social application platform, so that the public social application platform obtains a PKI certificate corresponding to the account according to the account, and uses a public key pair password in the PKI certificate.
  • the first hash summary is obtained by decrypting, and the public social application platform performs hash processing on the account to obtain a second hash summary. If the first hash summary is the same as the second hash summary, the login is successful.
  • the M2M terminal receives a first credential code calculated by the M2M service platform according to an account password by using a hash algorithm, where the M2M terminal public social application account and the first credential code form a second credential code, and the M2M terminal and the second credential code The document code is in a corresponding relationship.
  • the M2M terminal displays the second credential code on a display screen.
  • the M2M terminal corresponds to one account
  • the account corresponds to a second voucher code
  • the M2M terminal also corresponds to the second voucher code. Relationship, the M2M terminal corresponding to the second voucher code can be queried by the voucher code, and the M2M terminal is provided with a display screen, and the second voucher code can be displayed when the M2M terminal is powered on through the display screen, and the user terminal can scan the display screen
  • the second voucher code is sent to the public social application platform, which is not limited herein.
  • the M2M terminal logs in to the public social application platform according to the login information, so that the public social application platform establishes a control relationship between the primary user terminal and the M2M terminal according to the login information.
  • the M2M terminal acquires the control relationship between the primary user terminal and the M2M terminal.
  • the public social application platform searches for the M2M terminal account corresponding to the second certificate code, and establishes the primary user terminal and the M2M.
  • the public social application platform sends the control relationship to the M2M terminal, and the public social application platform automatically sets the M2M terminal account to focus on the M2M service platform, and sends the attention relationship to the M2M terminal and the M2M service platform.
  • the M2M terminal acquires a control relationship between a primary user terminal and an M2M terminal.
  • the M2M terminal acquires the control relationship between the primary user terminal and the M2M terminal. After the primary user terminal sends the voucher code to the public social application platform, the public social application platform searches for the M2M corresponding to the voucher code.
  • the terminal account establishes a mutual social relationship and a control relationship between the primary user terminal and the M2M terminal, and the public social application platform sends the control relationship to the M2M terminal, and the public social application platform automatically sets the M2M terminal account to focus on the M2M service platform, and sends the attention relationship To the M2M terminal and the M2M service platform.
  • the M2M terminal receives the nickname and avatar settings of the primary user terminal, and the primary user terminal establishes a control relationship with the M2M terminal, and the primary user terminal can set the nickname and the avatar, and the nickname can be set to the name of the M2M terminal, and the avatar can be set.
  • the icon of the M2M terminal is not limited herein.
  • the M2M terminal receives the control command of the main user terminal.
  • the form of the control command includes but is not limited to voice and text, which is not limited herein.
  • the M2M terminal is controlled from the user terminal, and the control relationship is established between the user terminal and the M2M terminal, where the user terminal can directly establish the relationship with the M2M terminal by scanning the second credential code on the M2M terminal.
  • the control relationship may be the same as that of the primary user terminal.
  • the definition of the primary user terminal and the secondary user terminal may be pre-configured on the user terminal side, or may be configured on the public social application platform, that is, the first time established with the M2M terminal.
  • the user terminal that controls the relationship is defined as the main user terminal.
  • the M2M terminal acquires a control relationship between the user terminal and the M2M terminal
  • the control relationship is established between the user terminal and the M2M terminal through the authorization of the primary user terminal.
  • the user terminal may send a request to control the information of the M2M terminal from the user terminal, and the primary user terminal determines the information, if the determination is performed. If successful, the M2M terminal is authorized to be controlled from the user terminal.
  • the primary user terminal can set the authorization identifier to the public social application platform to determine whether authorization is required.
  • the settable identifier is set to 1, it means that the master user terminal needs to obtain authorization from the user terminal to obtain the control relationship.
  • the public social application platform receives the information from the user terminal, it is determined that the corresponding M2M terminal control relationship establishment authorization identifier set by the primary user terminal is 1, and the control relationship between the user terminal and the M2M terminal is established by means of authorization by the primary user terminal.
  • the authorization method can also be used in other ways, which is not limited.
  • the M2M terminal acquires a control command of the primary user terminal according to the control relationship.
  • the process of obtaining control instructions also includes several situations for the difference of control instructions. Shao:
  • the first case using the semantic group configuration command
  • the group is established.
  • the master user terminal establishes a control relationship with multiple M2M terminals.
  • the master user terminal selects multiple M2M terminals to be controlled to establish a group. At least one M2M terminal.
  • the M2M terminal Before the primary user terminal establishes the group, the M2M terminal needs to send the notification information of the invitation to join the group. After receiving the notification information, the M2M terminal can join the group according to the pre-set conditions.
  • the preset conditions include: the primary user.
  • the terminal authorizes the M2M terminal to join the group, and the M2M terminal joins the group after receiving the notification information, or the M2M terminal sends an inquiry message to the M2M service platform to query whether the group can join the group after receiving the notification information, and if the query can join,
  • the M2M terminal is added to the group, or the M2M terminal does not need to be authorized to join the group after receiving the notification information.
  • the user can flexibly select the above method according to actual needs, and may also be implemented in other manners, which is not limited herein.
  • the M2M terminal receives the semantic group configuration command configured by the primary user terminal, and specifically includes:
  • the master user terminal configures a semantic group configuration command, including but not limited to: a command character, a target M2M terminal name, and an operation content, and the command symbol may adopt a special symbol, such as @,#,*, or the like.
  • the word abbreviation for example, order (Chinese: command), assigns a name to each target M2M terminal, and the operation content can be set to be on, standby or off, for example, the user configures an event, and the event corresponds to the M2M terminal performing the corresponding operation, for example Explain that the user wants to turn on the air conditioner when the work is off, the curtain closes the water heater, and the water temperature is set at 35 °C.
  • the configuration information is sent to the M2M terminal, and the @2 control command is followed by the nickname of the M2M terminal.
  • the public social application platform searches for the corresponding M2M terminal account in the group according to the target M2M terminal name, to ensure the target M2M terminal name and the M2M terminal account.
  • a correspondence which may be, but is not limited to, specifying that each target M2M terminal name is unique, and the target M2M terminal name For storage into the main user terminal, the name of the target terminal through the primary M2M user terminal may be provided after repeated examination without success.
  • the M2M terminal parses and saves the semantic group configuration command of the configuration, which includes:
  • Each M2M terminal receives a semantic group configuration command, and uses semantic recognition technology to analyze semantic group matching
  • the command is stored and stored. For example, the operation requirement corresponding to the M2M terminal name itself (the curtain is closed) is found in the "off-duty" configuration command. After the configuration is successful, the configuration of the primary user terminal can be prompted.
  • the M2M terminal receives the semantic group control command sent by the primary user terminal, and specifically includes:
  • the semantic group control command sent by the primary user terminal in the group, and the semantic group control command may use voice. Text, etc., are not limited here.
  • the M2M terminal identifies the received semantic group control command according to the semantic group configuration command saved by the M2M terminal, so that the M2M terminal performs the related operation according to the semantic group control command, which specifically includes:
  • the M2M terminal receives the semantic group control command, identifies the received semantic group control command according to the semantic group configuration command saved by itself, and completes the corresponding operation according to the content of the semantic group control command, for example, sending “off work”.
  • the user wants to do is to turn on the air conditioner, the curtain is closed, and the water heater is turned on.
  • the water temperature is set at 35 ° C, then the air conditioner, curtain and water heater corresponding to the M2M terminal in the group start to perform semantic group control.
  • the air conditioner is turned on, the curtains are closed and the water heater is turned on, and the water temperature is set at 35 °C.
  • the M2M terminal receives the collaboration group configuration command configured by the primary user terminal, and specifically includes:
  • the master user terminal sets a collaboration policy for a certain M2M terminal, and the collaboration policy may enable the M2M terminal to perform an operation after receiving the collaboration group configuration command, where the cooperation group configuration command includes but is not limited to: a command character, a target M2M terminal name,
  • the cooperation group configuration command includes but is not limited to: a command character, a target M2M terminal name,
  • the logical words and operation contents, the command characters, the target M2M terminal name and the operation content have been described above, and are not described here.
  • the cooperation group configuration command includes but is not limited to: a command character, a target M2M terminal name,
  • the logical words and operation contents, the command characters, the target M2M terminal name and the operation content have been described above, and are not described here.
  • For logical words when one M2M terminal works, another M2M terminal action is triggered, and if (control) Command A), then (control command B), if an M2M terminal performs an operation, then another M2M terminal is
  • the format of the cooperation group configuration command may be: @target M2M terminal name + space + If the M2M terminal A performs an operation, the target M2M terminal performs a formulation operation in which the M2M terminal A cooperates with the target M2M terminal, for example, setting the curtain to perform a shutdown operation upon receiving the "air conditioner on" command.
  • the primary user terminal sends the configured cooperative group configuration command to the M2M terminal.
  • the name and logic of the M2M terminal are separated by spaces in the control command.
  • the name of the M2M terminal can be separated from the logical words by other means. Of course, the space may not be included, and the name and logical word of the M2M terminal may not be separated, and the flexible selection may be made in actual application. Make a limit.
  • the M2M terminal parses and saves the collaboration group configuration command, and specifically includes:
  • the M2M terminal receives the configuration command of the collaboration group and sets the configuration.
  • the configuration of the collaboration group configuration command is saved. After the configuration is successful, the configuration of the primary user terminal can be prompted.
  • the M2M terminal receives the collaboration group control command sent by the primary user terminal, so that the M2M terminal performs related operations when the coordinated group control command complies with the collaboration group configuration command, and specifically includes:
  • the M2M terminal receives the cooperation group control command sent by the primary user terminal, and parses the received cooperation group control command according to the cooperation group configuration command saved by the M2M terminal itself, if the M2M terminal parses the object of the cooperation group control command
  • the cooperative group configuration command is executed by itself or the stored cooperative group configuration command, and the update status is reported to the primary user terminal.
  • the third case sending control commands in multicast mode
  • the group is also established, and the M2M terminal in the group is controlled.
  • the process of establishing the group is introduced in the above, and is not described herein.
  • the M2M terminal receives the multicast group control command sent by the primary user terminal, and specifically includes:
  • the multicast group control command includes a command character, a target M2M terminal name, and an operation content.
  • the target M2M terminal is an M2M terminal that the user wants to control
  • the operation content is an operation that the user wants the target M2M terminal to perform, and the multicast mode can be used.
  • Multiple M2M terminals send multicast group control commands together, and control multiple M2M terminals together.
  • the multicast group control command can be @target M2M terminal A+space+@target M2M terminal B+ operation content, target M2M terminal A and The target M2M terminal B can respectively correspond to different operation objects.
  • the multicast group control command can be “@air conditioner+space+@water heater+space+open”, and the command symbol can be The segmentation is performed by using spaces or other symbols, so that the target M2M terminal name is clear and accurate.
  • the primary user terminal sends the multicast group control command to the target M2M terminal.
  • the M2M terminal queries whether the multicast group control command includes its own name, so that When the multicast group control command includes its own name, it performs related operations, including:
  • the M2M terminal receives the multicast group control command, and queries whether the multicast group control command includes its own name. If the name of the multicast group is included, the operation content after the command character @ is executed, and the update status is fed back to the primary user.
  • the terminal for example, when the M2M terminal is an air conditioner, the received multicast group control command is "@ air conditioner on", and the M2M terminal queries that the multicast group control command includes an air conditioner, and then executes the operation content after the command character @" Open", at this time the air conditioner is turned on.
  • the M2M terminal performs a related operation according to the content of the control command.
  • the account number includes but is not limited to a manufacturer, a product model, and a product number.
  • the account number can be a string of bit characters.
  • the account number can be configured in the order of production merchant + product model + product number.
  • the public social application platform includes but is not limited to WeChat, even me, KakaoTalk or WhatsApp, and the public social application platform should satisfy a social platform with high popularity, and the above conditions can be met, and which platform is used. This is not limited.
  • the M2M terminal control method provided by the present invention uses a public social application platform to uniformly allocate service information, and the M2M terminal processes the service information to obtain login information, and the control command is directly forwarded through the public social application platform, and the user does not need to be on the M2M terminal side.
  • the public social application platform is used for interconnection and intercommunication of the M2M terminal, thereby reducing the promotion cost of the enterprise, and the operation process is simple in the user's use process.
  • the above describes the control method of the M2M terminal.
  • the following also provides an M2M terminal for how to implement the control method of the M2M terminal, which is specifically described below.
  • an embodiment of the M2M terminal of the present invention includes a receiving unit 301, a login unit 302, a first obtaining unit 303, a second obtaining unit 304, and an executing unit 305.
  • the receiving unit 301 is configured to receive the login information that is allocated by the M2M service platform, where the login information is processed by the M2M service platform according to the service information allocated by the public social application platform;
  • the login information may include an account and a password for providing information for logging in to the M2M terminal.
  • the public social application platform may be an operating platform of software used by the public for daily social interaction.
  • the public social application platform may provide service information and service information for the M2M service platform. It may include a PKI certificate, a private key, an M2M terminal public social application account number segment, or an M2M service flat service number, and an M2M terminal.
  • the public social application account number segment includes one or several groups of accounts, and the M2M service platform processes the service information to obtain login information, for example, using the private key to sign each account of the M2M terminal public social application account number segment, and signing As a password of the account, the hash algorithm is used to process the password of the account to obtain the voucher code.
  • the public social application platform is used as the M2M terminal control platform, which can reduce the promotion cost of the M2M terminal manufacturer and reduce the user's use cost. deploy.
  • the M2M service platform may configure the login information to the M2M terminal in various manners, for example, attaching the credential code to the M2M terminal, or printing the product specification on the M2M terminal and having a scratch-off surface.
  • the protection layer is not limited.
  • the product certificate code configured to the M2M terminal is composed of two parts: the M2M terminal account number and the password code processed by the hash algorithm.
  • the login unit 302 is configured to log in to the public social application platform according to the login information, so that the public social application platform establishes a control relationship between the primary user terminal and the M2M terminal according to the login information.
  • the login unit 302 logs in to the public social application platform by using the login information.
  • the public social application platform can search for the PKI certificate corresponding to the account according to the account, decrypt the password of the account by using the public key in the PKI certificate, and obtain the hash summary of the account, public social.
  • the application platform performs hash processing on the account to obtain another hash summary. If the two hash sums are the same, the login succeeds, the login succeeds and the password is saved, and the password is processed by the hash algorithm to obtain the credential code.
  • the first obtaining unit 303 is configured to acquire a control command of the primary user terminal according to the control relationship
  • the main user terminal establishes a control relationship with the M2M terminal, and the main user terminal can set the nickname and the avatar.
  • the nickname can be set to the name of the M2M terminal, and the avatar can be set as the icon of the M2M terminal, which is not limited herein, and the M2M terminal receives the primary user.
  • the control command of the terminal, the form of the control command includes but is not limited to voice, text, and is not limited herein.
  • the executing unit 304 is configured to perform a related operation according to the content of the control command.
  • the control command includes but is not limited to voice or text.
  • the M2M terminal receives the control command and can be parsed by the semantic recognition technology.
  • the statement in the control command can be parsed into a command for controlling the M2M terminal.
  • the control command can set the M2M to be controlled.
  • An M2M terminal provided in this embodiment uses a public social application platform to uniformly allocate service information, and the M2M terminal processes the service information to obtain login information, and the control command is directly forwarded through the public social application platform, and the user does not need to be on the M2M terminal side.
  • the public social application platform is used for interconnection and intercommunication of the M2M terminal, thereby reducing the promotion cost of the enterprise, and the operation process is simple in the user's use process.
  • another embodiment of the M2M terminal of the present invention includes:
  • the first receiving unit 401 is configured to receive the login information that is allocated by the M2M service platform, where the login information is processed by the M2M service platform according to the service information allocated by the public social application platform;
  • the login unit 402 is configured to log in to the public social application platform according to the login information, so that the public social application platform establishes a control relationship between the primary user terminal and the M2M terminal according to the login information.
  • the login information includes an account number and a password
  • the login unit 402 is further configured to send the account and the password to the public social application platform, so that the public social application platform obtains the PKI certificate corresponding to the account according to the account, and utilizes The public key in the PKI certificate decrypts the password to obtain the first hash summary, and the public social application platform performs hash processing on the account to obtain the second hash summary. If the first hash summary is the same as the second hash summary, the login is successful.
  • the second obtaining unit 403 is configured to acquire a control relationship between the primary user terminal and the M2M terminal.
  • the public social application platform After the primary user terminal sends the certificate code to the public social application platform, the public social application platform searches for the M2M terminal account corresponding to the certificate code, and establishes a mutual social relationship between the primary user terminal and the M2M terminal.
  • the control relationship is sent to the M2M terminal by the public social application platform.
  • the public social application platform automatically sets the M2M terminal account to focus on the M2M service platform, and sends the attention relationship to the M2M terminal and the M2M service platform.
  • the first obtaining unit 404 is configured to acquire a control command of the primary user terminal according to the control relationship
  • the executing unit 405 is configured to perform a related operation according to the content of the control command.
  • the second receiving unit 406 is configured to receive a first credential code calculated by the M2M service platform according to the account password by using a hash algorithm, where the M2M terminal public social application account and the first credential code form a second The voucher code, the M2M terminal and the second credential code are in a corresponding relationship.
  • the configuration unit 407 is configured to configure the received nickname and avatar of the user terminal.
  • the third obtaining unit 408 is configured to acquire a control relationship between the user terminal and the M2M terminal, where the control relationship is established between the user terminal and the M2M terminal by using the primary user terminal.
  • the M2M terminal when performing semantic group control, the M2M terminal further includes:
  • the first group receiving unit 410 is configured to receive a request of the primary user terminal to join the control group, where the control group includes at least one M2M terminal;
  • a group joining unit 411 configured to join the control group according to the request
  • a second group receiving unit 412 configured to receive a semantic group configuration command configured by the primary user terminal
  • a group command parsing unit 413 configured to parse and save the semantic group configuration command of the configuration
  • the third group receiving unit 414 is configured to receive a semantic group control command sent by the primary user terminal
  • the group command identifying unit 415 is configured to identify the received semantic group control command according to the semantic group configuration command saved by itself, so that the M2M terminal performs a related operation according to the semantic group control command.
  • the M2M terminal when performing cooperative group control, the M2M terminal further includes:
  • the first group receiving unit 410 is configured to receive a request of the primary user terminal to join the control group, where the control group includes at least one M2M terminal;
  • a group joining unit 411 configured to join the control group according to the request
  • a collaboration group configuration unit 416 configured to receive a collaboration group configuration command configured by the primary user terminal
  • a collaboration group parsing unit 417 configured to parse and save the collaboration group configuration command
  • the cooperative group receiving unit 418 is configured to receive a cooperative group control command sent by the primary user terminal, so that the M2M terminal performs a related operation when the coordinated group control command is the cooperative group configuration command.
  • the M2M terminal when performing multicast group control, the M2M terminal further includes:
  • the first group receiving unit 410 is configured to receive a request of the primary user terminal to join the control group, where the control group includes at least one M2M terminal;
  • a group joining unit 411 configured to join the control group according to the request
  • the multicast control receiving unit 419 is configured to receive a multicast group control command sent by the primary user terminal.
  • the multicast query unit 420 is configured to query whether the multicast group control command includes its own name, so that the related operation is performed when the multicast group control command includes its own name.
  • a display screen 409 is configured to display the credential code, and the M2M terminal displays the credential code on the display screen when the power is turned on, so that the main user terminal sends the credential code to the public social application by scanning the credential code. platform.
  • the account number includes but is not limited to a manufacturer, a product model, and a product number.
  • the semantic group configuration command includes not limited to: a command character, a target M2M terminal name, and an operation content.
  • the collaborative group control command includes not limited to: a command character, a target M2M terminal name, a logical word, and an operation content.
  • the prompting unit 421 is configured to perform the semantic recognition and parsing of the configured semantic group configuration command and save the configuration, and the prompting unit 421 is further configured to: after the configured collaborative group configuration command is identified and parsed and saved, the configuration is successful.
  • An M2M terminal provided in this embodiment uses a public social application platform to uniformly allocate service information, and the M2M terminal processes the service information to obtain login information, and the control command is directly forwarded through the public social application platform, and the user does not need to be on the M2M terminal side.
  • the public social application platform is used for interconnection and intercommunication of the M2M terminal, thereby reducing the promotion cost of the enterprise, and the operation process is simple in the user's use process.
  • the M2M module includes a modem 500 and an integrated software platform 501;
  • the modem 500 is configured to perform remote communication by the M2M module.
  • the modem 500 is responsible for the function of the M2M module to communicate with other entities.
  • Other entities may be M2M service platforms, public social application platforms, or M2M modules for internal communication.
  • the integrated software platform 501 is configured to install an application client 5011 of a public social application platform and provide an application programming interface, and the application programming interface is implemented by an integrated software platform to perform secondary encapsulation of the remote Internet open capability.
  • the integrated software platform can be an operating system or a software platform built in the M2M module.
  • the application client of the public social application platform can be installed on the integrated software platform, and the application programming interface can be provided to the upper layer client software.
  • the application programming interface includes but is not limited to at least one of an account setting application programming interface 5012, a voice image application programming interface 5013, and an M2M terminal to M2M service platform interface 5014 and an M2M terminal to user terminal interface 5015.
  • the account setting application programming interface 5012 can implement the configuration of the account
  • the voice image application programming interface 5013 can realize the transmission of the voice or image processing
  • the M2M terminal to the M2M service platform interface 5014 can realize the communication between the M2M module and the M2M service platform.
  • the M2M terminal to the user terminal interface 5015 can implement communication or data exchange between the M2M module and the user terminal.
  • the following describes the calling function of the application programming interface.
  • the user receives the information input by the user through the application programming interface, and the application programming interface uploads the information to the Internet capability open platform, and the Internet capability open platform processes the information, and then The processed information is transmitted to the application programming interface, and the application programming interface provides the processed information to the user.
  • the M2M module itself does not need to have the ability to process the information, and can call the remote internet open capability for processing, which can save M2M. The cost of the module.
  • an implementation manner of the M2M module capability calling of the present invention is as follows:
  • the M2M module pre-stores voiceprint features and passwords for post-voice recognition authentication.
  • the user inputs a password to the M2M module through voice;
  • the M2M module uploads pre-stored voiceprint features and collected voices to the Internet open capability platform;
  • the Internet Open Capability Platform processes the received speech, extracts the voiceprint features of the voice, and converts the content contained in the voice into text;
  • the Internet open platform compares the received voiceprint features with the voiceprinted voiceprint features. When the similarity of the two voiceprint features is greater than a certain threshold, the matching is determined to be successful.
  • the threshold is 90. %.
  • the Internet open capability platform feeds back the voiceprint feature matching result and the text obtained by voice conversion to the M2M module;
  • the M2M module obtains information in the text of the voice conversion and compares the information with the pre-stored password;
  • the M2M module authorizes entry when the match is successful and the information is the same as the pre-stored password.
  • the user receives the information input by the user through the application programming interface, and the application programming interface uploads the information to the Internet capability open platform, and the Internet capability open platform processes the information, and then transfers the processed information to the application programming interface, and the application The programming interface provides the processed information to the user.
  • the M2M module itself does not need to have the ability to process the information, and can call the remote Internet open capability for processing, which can save the cost of the M2M module.
  • the present invention further provides an M2M control system, which is used to implement remote control of an M2M terminal, and the system includes:
  • a public social application platform 600 configured to allocate service information to the M2M service platform
  • the M2M service platform 603 is configured to process the service information allocated by receiving the public social application platform to obtain login information, and allocate the login information to the M2M terminal;
  • the M2M terminal 602 is configured to log in to the public social application platform according to the login information, and perform related operations according to the control command of the user terminal 601, so that the public social application platform establishes control of the user terminal and the M2M terminal according to the login information. relationship;
  • the user terminal 601 is configured to send a control command to the M2M terminal according to the control relationship.
  • the login information includes an account number and a password
  • the M2M service platform 603 is further configured to obtain a PKI certificate, a private key, a account number segment of the M2M terminal public social application platform, and an M2M service platform service number, which are allocated by the public social application platform 600.
  • the account number of the public social application account number segment of the M2M terminal is signed by the private key to obtain a password.
  • the public social application platform 600 is further configured to obtain a PKI certificate corresponding to the account according to the M2M terminal public social application account, and decrypt the password by using a public key in the PKI certificate to obtain a first hash summary, and a public social application platform.
  • the hash processing is performed on the account to obtain the second hash summary. If the first hash summary is the same as the second hash summary, the login is successful.
  • the M2M terminal 602 receives the first credential code calculated by the M2M service platform 603 according to the password through the Hash algorithm, so that the M2M terminal public social application account and the first credential code form a second credential code, and the M2M terminal 602 and the M2M terminal 602
  • the second voucher code is in a corresponding relationship;
  • the user terminal 601 obtains a second credential code, and the user terminal 601 sends the second credential code to the public A social application platform 600.
  • the M2M terminal 602 further includes:
  • a first group receiving unit configured to receive a request of the primary user terminal to join the control group, where the control group includes at least one M2M terminal;
  • a group joining unit configured to join the control group according to the request
  • a second group receiving unit configured to receive a semantic group configuration command configured by the primary user terminal
  • a group command parsing unit configured to parse and save the semantic group configuration command of the configuration
  • a third group receiving unit configured to receive a semantic group control command sent by the primary user terminal
  • the group command identifying unit is configured to identify the received semantic group control command according to the semantic group configuration command saved by itself, so that the M2M terminal performs a related operation according to the semantic group control command.
  • the M2M terminal 602 further includes:
  • a collaboration group configuration unit configured to receive a collaboration group configuration command configured by the primary user terminal
  • a collaboration group parsing unit configured to parse and save the collaboration group configuration command
  • the cooperative group receiving unit is configured to receive a cooperative group control command sent by the primary user terminal, so that the M2M terminal performs a related operation when the coordinated group control command conforms to the cooperative group configuration command.
  • the M2M terminal 602 further includes:
  • a multicast control receiving unit configured to receive a multicast group control command sent by the primary user terminal
  • the multicast query unit is configured to query whether the multicast group control command includes its own name, so that the related operation is performed when the multicast group control command includes its own name.
  • the public social application platform 600 includes, but is not limited to, WeChat, Connected, KakaoTalk, or WhatsApp.
  • the M2M control system uses a public social application platform to uniformly allocate service information, and the M2M terminal processes the service information to obtain login information, and the control command is directly forwarded through the public social application platform, and the user does not need to perform the M2M terminal side.
  • the cumbersome configuration does not require a private custom communication protocol between the M2M terminal and the M2M service platform, and the public social application platform is used for interworking of the M2M terminal, thereby reducing the promotion cost of the enterprise, and the user is in use.
  • the operation process is simple.
  • control method and M2M terminal of the M2M terminal disclosed in the present invention can be applied to the fields of smart home, vehicle networking, smart grid, smart agriculture/forestry, and the like.
  • the following is an example of smart home and car networking scenarios:
  • the first application scenario taking smart home as an example
  • the M2M terminal is specifically a smart home device
  • the main user terminal is a smart phone
  • the M2M service platform is a smart home service platform
  • the public social application platform is a WeChat platform
  • the WeChat platform allocates a smart home device WeChat account number segment and intelligence for the smart home service platform.
  • the home equipment business platform WeChat service number, PKI certificate and private key the smart home equipment business platform uses the private key to sign each smart home device WeChat account, the signature result is used as the account password of the account, and then the hash algorithm is calculated for the account password.
  • the smart home device WeChat account and password are used as login information
  • the voucher code and the smart home device WeChat account are configured as product voucher codes and generate a two-dimensional code, which is attached to the product manual of the smart home device.
  • the smart home device After the smart home device is powered on, it needs to establish contact with the WeChat platform.
  • the smart home device logs in to the WeChat platform through the login information.
  • the WeChat platform searches for the PKI certificate corresponding to the WeChat account of the smart home device according to the account number, and uses the public key in the PKI certificate to the smart home device.
  • the password of the WeChat account is decrypted, and the hash summary of the WeChat account of the smart home device is obtained.
  • the WeChat platform performs hash processing on the WeChat account of the smart home device to obtain another hash summary. If the two hash summaries are the same, the login is successful, the login is successful and saved.
  • the password and the hash code are processed by the hash algorithm.
  • the user scans the QR code of the product voucher code by using the smart phone, and sends the product voucher code to the WeChat platform.
  • the WeChat platform searches for the smart home device WeChat account associated with the product voucher code, and establishes the first concern of the smart phone and the smart home device. Relationship and control relationship, WeChat platform sends the first concern relationship and control relationship to the smart home device, WeChat platform automatically sets the smart home device WeChat account to pay attention to the smart home device service platform service number to get the second concern relationship, WeChat platform will be the second The concern relationship is sent to the smart home device and smart home device business platform.
  • the smart phone To perform group control, the smart phone establishes a control relationship with each smart home device, and the user selects multiple smart home devices on the smart phone to initiate WeChat group chat according to the demand, and the smart home device receives the notification after joining the group chat. Confirm whether to join the group chat, if you meet the conditions, join the group chat, the specific judgment conditions As mentioned above, it is not described here, the group chat of smart home devices is completed.
  • the configuration success message is fed back in the group chat, and the user sends the “off work” in the group chat through the smart phone.
  • the semantic group control command, the smart home device recognizes the semantic group control command, the smart home device performs air conditioning opening, the curtain is closed, and the water heater is turned on, the temperature is set to 35 degrees, and the update status is fed back to the smart phone.
  • the user When performing collaborative group control, the user sets a collaboration policy for a smart home device, and the user configures a collaboration group configuration command on the smart phone, specifically: “@ ⁇ +If the air conditioner is turned on, the curtain is closed”, and is sent through the group chat.
  • the curtain receives the cooperative group configuration command to configure and save, and feeds back the configuration success message to the smart phone, and sends the “air conditioning open” collaborative semantic group control command through the smart phone, and the curtain is parsed. This command performs a close operation and feeds back the updated status of the curtain closing to the smartphone.
  • the smart phone When performing multicast group control, the smart phone sends the "@ air conditioner + @ water heater + open” multicast control command to the group chat, the air conditioner and the water heater receive the multicast control command, and the query multicast control command includes the air conditioner and the water heater. Perform the "open” operation, that is, the air conditioner is turned on and the water heater is turned on, and the update status is fed back to the smartphone.
  • the second application scenario taking an intelligent vehicle terminal as an example
  • the 4S shop, intelligent logistics company or auto insurance company business platform is remotely connected with intelligent vehicle equipment (such as OBD box, Tracking box or car machine) to obtain vehicle data, cargo status and location information or device management/firmware update;
  • intelligent vehicle equipment such as OBD box, Tracking box or car machine
  • the automotive user/smart logistics manager intelligent terminal is remotely connected with the intelligent in-vehicle device, and directly sends control commands and accesses the running status.
  • the disclosed system, apparatus, and method may be implemented in other manners.
  • the device embodiments described above are merely illustrative.
  • the division of the unit is only a logical function division.
  • there may be another division manner for example, multiple units or components may be combined or Can be integrated into another system, or some features can be ignored or not executed.
  • the mutual coupling or direct coupling or communication connection shown or discussed may be an indirect coupling or communication connection through some interface, device or unit, and may be in an electrical, mechanical or other form.
  • the units described as separate components may or may not be physically separated, and the components displayed as units may or may not be physical units, that is, may be located in one place, or may be distributed to multiple network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of the embodiment.
  • each functional unit in each embodiment of the present invention may be integrated into one processing unit, or each unit may exist physically separately, or two or more units may be integrated into one unit.
  • the above integrated unit can be implemented in the form of hardware or in the form of a software functional unit.
  • the program may be stored in a computer readable storage medium, and the storage medium may include: Read Only Memory (ROM), Random Access Memory (RAM), disk or optical disk.
  • ROM Read Only Memory
  • RAM Random Access Memory

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Abstract

本发明提供的一种M2M终端控制方法及相关设备,采用公共社交应用平台统一分配服务信息,M2M终端再对服务信息进行处理获得登录信息,控制指令直接通过公共社交应用平台转发,用户不需要在M2M终端侧进行繁琐的配置,也不需要在M2M终端和M2M业务平台之间设置私有定制通信协议,使用公共社交应用平台进行M2M终端的互联互通,降低企业的推广成本,用户在使用过程中操作过程简单。

Description

一种M2M终端控制方法及相关设备 技术领域
本发明涉及M2M控制领域,特别涉及一种M2M终端控制方法及相关设备。
背景技术
如今,随着物联网技术的飞速发展,机器到机器(英文:Machine to Machine,简称:M2M)控制的应用领域也在逐渐拓宽。物联网(英文:Internet of Things,简称:IOT)是一个基于互联网、传统电信网等信息承载体,让所有能够被独立寻址的普通物理对象实现互联互通的网络,物联网的概念是普通物理对象与普通物理对象相联的网络,可以在没有人的因素介入的情况下实现普通物理对象之间的通信。无线传感网络则是物联网的一个典型技术模型。传感器可以通过与普通物理对象连接收集诸如温度、湿度、能量、烟雾、光照等等信息,并通过相应的通信方式将收集到的信息传递给用户。有效地M2M方案可以使人们能够更加高效地收集信息并作出相应的控制。比如在智能家居的场景中,一个有效的M2M方案可以使用户在任何地方都可以方便地查看智能家居的状态,并能够作出相应地控制,同时,智能家居也可以发送信息给用户,实现智能家居与用户的交互式控制。
通常的做法之一,以海尔公司为例,海尔在自己的智能冰箱产品中部署了M2M方案。方案的整体框架是用户微信客户端与海尔M2M业务平台上的微信服务号对话,传递控制信息到海尔M2M业务平台。业务平台通过私有协议与海尔M2M终端进行通信并完成控制。具体的实现步骤是:1、用户下载“海尔微电器”的应用(简称:App,英文:Application)。2、用户打开App,用手机WiFi连接至已进入配置模式的海尔M2M终端。3、通过App来申请海尔M2M终端的账号和密码,3.用户终端关注海尔M2M业务平台上的微信服务号。4、利用微信服务号绑定海尔M2M终端。5、用户终端通过微信公众账号发送控制命令。6.海尔M2M业务平台解析控制命令。7、海尔M2M业务平台将控制命令下发给M2M终端。8、M2M终端收到控制命令,执行操作。
通常的做法之二,以LG公司为例,LG智能家居控制的M2M方案是用 户通过Line客户端与LG M2M业务平台上的homechat(LG公司推出的一种智能家居服务)应用对话传递控制信息,Line服务号将控制信息交给LG业务平台,业务平台上的homechat应用利用自然语音处理解析控制命令,业务平台通过私有协议与智能家居终端进行通信并完成控制。具体的实现步骤是:1、用户终端Line客户端关注homechat服务账号。2、用户在网络上注册一个M2M终端账号、昵称及密码。3、LG用户在各设备上输入步骤2中注册的账号和昵称,部分M2M终端具有显示屏(如洗衣机)可直接设置,其他设备可以通过用户终端和近场通信(英文:Near Field Communication,简称:NFC)来中转设置。4、用户终端通过homechat服务账号绑定LG M2M业务平台的账号。5、用户终端通过LINE上的homechat服务账号发送控制命令。6.LG M2M业务平台收到并解析控制命令。7、LG业务平台将控制命令下发给M2M终端,8.M2M终端收到控制命令,执行操作。
可见这两种方案中,针对第一种方案的缺点有:1、方案只适用于海尔的M2M终端,与其他品牌M2M终端的互联互通无法做到;2、M2M终端账号配置过程繁琐,会直接导致用户体验差;3、业务平台到M2M终端侧需要制定私有通信协议,部署复杂。
针对第二种方案的缺点有:1、与其他品牌M2M终端在应用层面上的互联互通无法做到;2、M2M终端账号配置过程繁琐,会直接导致用户的体验差;3、业务平台到M2M终端侧需要制定私有通信协议,部署复杂。
发明内容
有鉴于此,本发明提供了一种M2M终端控制方法及相关设备。
第一方面,本发明提供一种M2M控制方法,所述方法包括:
M2M终端接收M2M业务平台分配的登录信息,其中,所述登录信息由M2M业务平台根据公共社交应用平台分配的服务信息得到;
所述M2M终端根据所述登录信息登录到所述公共社交应用平台,以使得所述公共社交应用平台根据所述登录信息建立主用户终端与M2M终端的控制关系;
所述M2M终端通过所述控制关系接收主用户终端的控制命令;
所述M2M终端根据所述控制命令的内容执行相关操作。
结合第一方面,在第一方面的第一种实施方式中,所述登录信息包括应用账号和密码,所述登录信息由M2M业务平台根据公共社交应用平台分配的服务信息得到具体包括:
所述M2M业务平台获取公共社交应用平台分配的PKI证书、私有密钥、公共社交应用平台账号号段;
所述M2M业务平台利用私有密钥对所述公共社交应用平台账号号段的各个账号进行签名得到密码。
结合第一方面的第一种实施方式,在第一方面的第二种实施方式中,所述M2M终端根据所述登录信息登录到所述公共社交应用平台具体包括:
所述M2M终端将账号和密码发送至所述公共社交应用平台,以使得所述公共社交应用平台根据所述账号获取与该账号对应的PKI证书,利用PKI证书中的公共密钥对密码进行解密得到第一hash摘要,公共社交应用平台对账号进行hash处理得到第二hash摘要,若第一hash摘要与第二hash摘要相同,则登陆成功。
结合第一方面的第一种实施方式,在第一方面的第三种实施方式中,所述方法还包括:
所述M2M终端接收M2M业务平台根据密码通过Hash算法计算得到的第一凭证码,以使得M2M终端公共社交应用账号和第一凭证码组成第二凭证码;
所述M2M终端与所述第二凭证码成对应关系。
结合第一方面,在第一方面的第四种实施方式中,所述方法还包括:
所述M2M终端接收所述主用户终端的昵称和头像设置。
结合第一方面,在第一方面的第五种实施方式中,所述方法还包括:
从用户终端通过主用户终端授权与M2M终端建立所述控制关系或从用户终端直接与M2M终端建立所述控制关系。
结合第一方面至第一方面的第五种实施方式,在第一方面的第六种实施方式中,所述M2M终端获取主用户终端和M2M终端的控制关系之后还包括:
所述M2M终端接收主用户终端的加入控制群组的请求,其中所述控制群组包括至少一个M2M终端;
所述M2M终端根据所述请求加入控制群组;
所述M2M终端接收主用户终端配置的群组配置命令;
所述M2M终端对配置的群组配置命令进行语义识别解析并保存;
所述M2M终端接收主用户终端发送的语义群组控制命令;
所述M2M终端根据自身保存的语义群组配置命令识别接收到的语义群组控制命令,以使得所述M2M终端根据语义群组控制命令执行相关操作。
结合第一方面的第六种实施方式,在第一方面的第七种实施方式中,所述M2M终端根据所述请求加入控制群组之后还包括:
所述M2M终端接收主用户终端配置的协作群组配置命令;
所述M2M终端对所述协作群组配置命令进行解析并保存;
所述M2M终端接收主用户终端发送的协作群组控制命令,以使得所述M2M终端在所述协作群组控制命令符合所述协作群组配置命令时执行相关操作。
结合第一方面的第六种实施方式,在第一方面的第八种实施方式中,所述M2M终端根据所述请求加入控制群组之后还包括:
所述M2M终端接收主用户终端发送的组播群组控制命令;
所述M2M终端查询所述组播群组控制命令是否包括自身的名称,以使得在组播群组控制命令包括自身的名称时在执行相关操作。
结合第一方面的第三种实施方式,在第一方面的第九种实施方式中,所述M2M终端包括显示屏,所述M2M终端接收M2M业务平台根据密码通过Hash算法计算得到的凭证码之后还包括:
所述M2M终端在显示屏显示所述凭证码,以使得所述主用户终端通过扫描所述凭证码发送到所述公共社交应用平台。
结合第一方面的第一种实施方式至第一方面的第九种实现方式中任一种实施方式,在第一方面的第十种实施方式中,所述账号包括生产厂家、产品型号及产品编号中的至少一个。
结合第一方面的第六种实施方式,在第一方面的第十一种实施方式中,所述语义群组配置命令包括:命令符、目标M2M终端名称、操作内容中的至少 一个。
结合第一方面的第七种实施方式,在第一方面的第十二种实施方式中,所述协作群组控制命令包括:命令符、目标M2M终端名称、逻辑词及操作内容中的至少一个。
第二方面,本发明提供一种M2M终端,所述终端包括:
第一接收单元,用于接收M2M业务平台分配的登录信息,其中,所述登录信息由M2M业务平台根据公共社交应用平台分配的服务信息得到;
登录单元,用于根据所述登录信息登录到所述公共社交应用平台,以使得所述公共社交应用平台根据所述登录信息建立主用户终端与M2M终端的控制关系;
第一获取单元,用于根据所述控制关系获取主用户终端的控制命令;
执行单元,用于根据所述控制命令的内容执行相关操作。
结合第二方面,在第二方面的第一种实施方式中,所述登录信息包括账号和密码,所述终端还包括:
登录单元,用于将账号和密码发送至所述公共社交应用平台,以使得所述公共社交应用平台根据所述账号获取与该账号对应的PKI证书,利用PKI证书中的公共密钥对密码进行解密得到第一hash摘要,公共社交应用平台对账号进行hash处理得到第二hash摘要,若第一hash摘要与第二hash摘要相同,则登陆成功。
结合第二方面,在第二方面的第二种实现方式中,所述终端还包括:
第二接收单元,用于接收M2M业务平台根据密码通过Hash算法计算得到的第一凭证码,以使得M2M终端公共社交应用账号和第一凭证码组成第二凭证码,所述M2M终端与所述第二凭证码成对应关系。
结合第二方面,在第二方面的第三种实施方式中,所述终端还包括:
配置单元,用于配置接收到的所述用户终端的昵称和头像。
结合第二方面,在第二方面的第四种实施方式中,所述终端还包括:
第三获取单元,用于从用户终端通过主用户终端授权与M2M终端建立所述控制关系。
结合第二方面,在第二方面的第五种实施方式中,所述终端还包括:
第一群组接收单元,用于接收主用户终端的加入控制群组的请求,其中所述控制群组包括至少一个M2M终端;
群组加入单元,用于根据所述请求加入控制群组;
第二群组接收单元,用于接收主用户终端配置的语义群组配置命令;
群组命令解析单元,用于对配置的语义群组配置命令进行语义识别解析并保存;
第三群组接收单元,用于接收主用户终端发送的语义群组控制命令;
群组命令识别单元,用于根据自身保存的语义群组配置命令识别接收到语义群组控制命令,以使得所述M2M终端根据语义群组控制命令执行相关操作。
结合第二方面,在第二方面的第六种实施方式中,所述终端还包括:
协作群组配置单元,用于接收主用户终端配置的协作群组配置命令;
协作群组解析单元,用于对所述协作群组配置命令进行解析并保存;
协作群组接收单元,用于接收主用户终端发送的协作群组控制命令,以使得所述M2M终端在所述协作群组控制命令符合所述协作群组配置命令时执行相关操作。
结合第二方面,在第二方面的第七种实施方式中,所述终端还包括:
组播控制接收单元,用于接收主用户终端发送的组播群组控制命令;
组播查询单元,用于查询所述组播群组控制命令是否包括自身的名称,以使得在组播群组控制命令包括自身的名称时在执行相关操作。
结合第二方面的第二种实施方式,在第二方面的第八种实施方式中,所述终端包括显示屏,
所述显示屏,用于显示所述凭证码,以使得所述主用户终端通过扫描所述凭证码发送到所述公共社交应用平台。
结合第二方面的第一种实施方式,在第二方面的第九种实施方式中,所述账号包括生产厂家、产品型号及产品编号。
结合第二方面的第五种实施方式,在第二方面的第十种实施方式中,所述语义群组配置命令包括:命令符、目标M2M终端名称、操作内容。
结合第二方面的第六种实施方式,在第二方面的第十一种实施方式中,25、根据权利要求20所述的M2M终端,其特征在于,所述协作群组控制命令包 括:命令符、目标M2M终端名称、逻辑词及操作内容。
第三方面,本发明提供了一种M2M模块,所述M2M模块包括调制解调器及一体化软件平台,
所述调制解调器,用于所述M2M模块进行远程通信;
所述一体化软件平台,用于安装公共社交应用平台的应用客户端以及提供应用程序编程接口,所述应用程序编程接口由一体化软件平台对远程互联网开放能力进行二次封装实现。
结合第三方面,在第三方面的第一种实施方式中,所述应用程序编程接口包括账号设置应用程序编程接口、语音图像应用程序编程接口及M2M终端到M2M业务平台接口及M2M终端到用户终端接口的至少一种。
第四方面,本发明提供一种M2M控制系统,所述系统包括:
公共社交应用平台,用于向M2M业务平台分配服务信息;
M2M业务平台,用于对接收所述公共社交应用平台分配的服务信息进行处理得到登录信息,并将所述登录信息分配至M2M终端;
如第二方面至第二方面的第十一种实施方式中任一种实施方式所述的M2M终端;
用户终端,用于根据所述控制关系向所述M2M终端发送控制命令。
结合第四方面,在第四方面的第一种实施方式中,所述登录信息包括账号和密码,所述M2M业务平台还用于获取公共社交应用平台分配的PKI证书、私有密钥以及M2M终端公共社交应用平台的账号号段并利用私有密钥对所述M2M终端公共社交应用账号号段的各个账号进行签名得到密码;
所述公共社交应用平台还用于根据所述M2M终端公共社交应用账号获取与该账号对应的PKI证书,利用PKI证书中的公共密钥对密码进行解密得到第一hash摘要,公共社交应用平台对账号进行hash处理得到第二hash摘要,若第一hash摘要与第二hash摘要相同,则登陆成功;
所述M2M终端接收M2M业务平台根据密码通过Hash算法计算得到的第一凭证码,以使得M2M终端公共社交应用账号和第一凭证码组成第二凭证码,所述M2M终端与所述第二凭证码成对应关系;
所述用户终端获取第二凭证码,用户终端将第二凭证码发送给公共社交应 用平台。
本发明提供的一种M2M终端控制方法及相关设备,采用公共社交应用平台统一分配服务信息,M2M终端再对服务信息进行处理获得登录信息,控制指令直接通过公共社交应用平台转发,用户不需要在M2M终端侧进行繁琐的配置,也不需要在M2M终端和M2M业务平台之间设置私有定制通信协议,使用公共社交应用平台进行M2M终端的互联互通,降低企业的推广成本,用户在使用过程中操作过程简单。
附图说明
图1是本发明M2M终端控制方法的一种实施例的流程图;
图2是本发明M2M终端控制方法的另一种实施例的流程图;
图3是本发明M2M终端的一种实施例的结构图;
图4是本发明M2M终端另一种实施例的结构图;
图4a是本发明M2M终端的语义群组控制的一种实施例的结构图;
图4b是本发明M2M终端的协作群组控制的一种实施例的结构图;
图4c是本发明M2M终端组播群组控制的一种实施例的结构图;
图5是本发明M2M模块的一种实施例的结构图;
图6是本发明M2M控制系统的一种实施例的示意图。
具体实施方式
本发明提供了一种M2M控制方法及装置,使用公共社交应用平台进行M2M终端的互联互通,降低企业的推广成本,用户在使用过程中操作过程简单。
为了使本技术领域的人员更好地理解本发明方案,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,所描述的实施例仅仅是本发明一部分的实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都应当属于本发明保护的范围。
本发明的说明书和权利要求书及上述附图中的术语“第一”、“第二”、“第三”“第四”等(如果存在)是用于区别类似的对象,而不必用于描述特定的 顺序或先后次序。应该理解这样使用的数据在适当情况下可以互换,以便这里描述的实施例能够以除了在这里图示或描述的内容以外的顺序实施。此外,术语“包括”和“具有”以及他们的任何变形,意图在于覆盖不排他的包含,例如,包含了一系列步骤或单元的过程、方法、系统、产品或设备不必限于清楚地列出的那些步骤或单元,而是可包括没有清楚地列出的或对于这些过程、方法、产品或设备固有的其它步骤或单元。
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,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域技术人员在没有作出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。
请参考图1,本发明提供的一种M2M控制方法一种实施例,所述方法包括:
101、M2M终端接收M2M业务平台分配的登录信息,其中,所述登录信息由M2M业务平台根据公共社交应用平台分配的服务信息进行处理得到;
M2M终端包括但不限于智能家电、智能传感器、智能本地网关、智能车载终端或可穿戴设备,M2M业务平台设置有公共社交软件的应用客户端,M2M可以是服务器,可以是家电厂商服务平台,也可以是汽车厂商服务平台。公共社交应用平台可以包括但不限于微信、连我、KakaoTalk或者WhatsApp,在M2M业务平台上也同样安装公共社交应用平台的应用客户端,在此不作限定,在M2M终端上安装公共社交应用平台的应用客户端,采用公共社交应用平台作为M2M终端控制平台,可以减轻M2M终端厂商的推广成本,同时也减轻用户的使用成本,便于可快速部署。
登录信息可以包括帐号密码,用于为M2M终端提供登录使用的信息,公共社交应用平台可以为公众日常社交使用的软件的运营平台,公共社交应用平台可以为M2M业务平台提供服务信息,服务信息可以包括PKI证书、私钥以及M2M终端公共社交应用账号号段,M2M终端公共社交应用账号号段包括一组或者几组账号,M2M业务平台对服务信息进行处理获得登录信息,例如利用私钥对M2M终端公共社交应用账号号段的每一个账号进行签名,将签名的结果作为账号的密码,使用hash算法对账号的密码进行处理得到第一凭证 码,公共社交应用平台统一提供M2M终端公共社交应用账号,不需要用户自己在M2M终端本地注册账号,操作流程简单,利用安装在M2M终端上的公共社交应用平台的应用客户端可以实现不同厂商M2M终端间互联互通。
当然,需要说明的是,本实施例中也可以采用公钥对M2M终端公共社交应用账号号段的各个账号进行加密,再利用私钥进行解密,不同点在于,利用公钥对M2M终端公共社交应用对账号号段进行加密,用私钥进行解密得到是原文。
需要说明的是,配置到M2M终端的第二凭证码由M2M终端账号和通过hash算法处理得到的第一凭证码两部分组成,M2M终端与所述第二凭证码成对应关系,M2M业务平台将登录信息配置到M2M终端的方式可以有多种,例如将第二凭证码附着在M2M终端,也可以印刷在M2M终端的产品说明书上并在表面附有可刮除的保护层,具体不做限定。
102、所述M2M终端根据所述登录信息登录到所述公共社交应用平台,以使得所述公共社交应用平台根据所述登录信息建立主用户终端与M2M终端的控制关系。
M2M终端通过登录信息登录到公共社交应用平台,公共社交应用平台根据M2M终端公共社交应用账号查找对应该M2M终端公共社交应用账号的PKI证书,利用PKI证书中的公钥对账号的密码进行解密,得到账号的hash摘要,公共社交应用平台对账号进行hash处理,得到另一个hash摘要,若两个hash摘要相同,则登陆成功,登陆成功并保存该密码以及通过该密码经过hash算法处理得到第一凭证码。
103、所述M2M终端根据所述控制关系获取主用户终端的控制命令;
主用户终端与M2M终端建立了控制关系,主用户终端可以进行昵称和头像的设置,昵称可以设置为M2M终端的名称,头像可以设置为M2M终端的图标,在此不作限定,M2M终端接收主用户终端的控制指令,控制指令的形式包括但不限于语音、文本,在此不作限定。
104、所述M2M终端根据所述控制命令的内容执行相关操作。
控制命令包括但不限于语音或者文本,M2M终端接收到控制指令可以通过语义识别技术进行解析,可以将控制命令中语句解析为对M2M终端进行控 制操作的命令,可以通过语义识别技术解析配置命令并存储,例如在“下班”配置命令中找到对应于自身的操作(窗帘关闭),并向用户终端反馈配置成功消息,例如,配置“下班了”,可以通过解析获得空调关闭的操作,控制命令中可以设置欲控制的M2M终端的名称及要执行的操作,例如空调关闭,对于命令格式在此不作限定,当M2M终端解析出控制指令的内容,则执行对应控制指令的操作,这里的操作可以为针对单个M2M终端的控制,也可以建立多个M2M终端的群组,对群组内的M2M终端进行群组控制,对此不做限定。
需要说明的是,M2M终端接收到的控制命令可以是对应M2M终端的应用客户端账号以及控制指令。公共社交应用平台接受用户终端发送的控制命令,根据M2M终端的昵称寻找对应的M2M终端账号,为确保昵称和M2M终端账号的一一对应,可以但不限于规定每个M2M终端的昵称唯一。M2M终端昵称信息和客户端账号的对应关系可以存储到用户终端上,昵称通过主用户终端检查无重复后才可以设置成功。用户终端发送控制命令时,用户终端将昵称转化为对应M2M终端的客户端账号,并由公共社交应用平台将控制指令发送给对应客户端账号的M2M终端。
本实施例中提供的一种M2M终端控制方法,采用公共社交应用平台统一分配服务信息,M2M终端再对服务信息进行处理获得登录信息,控制指令直接通过公共社交应用平台转发,用户不需要在M2M终端侧进行繁琐的配置,也不需要在M2M终端和M2M业务平台之间设置私有定制通信协议,使用公共社交应用平台进行M2M终端的互联互通,降低企业的推广成本,用户在使用过程中操作过程简单。
请参考图2,下面针对如何进行M2M终端控制的过程还提供了另一种实施例,具体如下:
201、M2M终端接收M2M业务平台分配的登录信息,其中,所述M2M业务平台获取公共社交应用平台分配的PKI证书、私有密钥以及公共社交应用平台的M2M终端公共社交应用账号号段,所述M2M业务平台利用私有密钥对所述账号号段的各个账号进行签名得到密码,当然,需要说明的是,本实施例中也可以采用公钥对账号号段的各个账号进行加密,再利用私钥进行解密,这是公钥和私钥加密的性质,本领域技术人员应当了解,具体不做限定。
步骤201中,M2M业务平台不需要采用私有协议将登录信息传送至M2M终端,实现不同厂商M2M终端间互联互通。
202、所述M2M终端将账号和密码发送至所述公共社交应用平台,以使得所述公共社交应用平台根据所述账号获取与该账号对应的PKI证书,利用PKI证书中的公共密钥对密码进行解密得到第一hash摘要,公共社交应用平台对账号进行hash处理得到第二hash摘要,若第一hash摘要与第二hash摘要相同,则登陆成功。
203、所述M2M终端接收M2M业务平台根据账号密码通过Hash算法计算得到的第一凭证码,M2M终端公共社交应用账号和第一凭证码组成第二凭证码,所述M2M终端与所述第二凭证码成对应关系。所述M2M终端在显示屏显示所述第二凭证码。
对于如何计算得出第一凭证码在上文中已经介绍,在此不作赘述,需要说明的是,M2M终端对应一个账号,账号对应一个第二凭证码,所以M2M终端与第二凭证码也成对应关系,通过凭证码可以查询到该第二凭证码对应的M2M终端,M2M终端设有显示屏的,可以通过显示屏在M2M终端开机时显示该第二凭证码,用户终端可以通过扫描显示屏上现实的第二凭证码,再将第二凭证码发送到公共社交应用平台,在此不作限定。
204、所述M2M终端根据所述登录信息登录到所述公共社交应用平台,以使得所述公共社交应用平台根据所述登录信息建立主用户终端与M2M终端的控制关系。
M2M终端获取主用户终端和M2M终端的控制关系,当主用户终端向公共社交应用平台发送第二凭证码后,公共社交应用平台查找该第二凭证码对应的M2M终端账号,建立主用户终端和M2M终端的相互社交关系以及控制关系,公共社交应用平台将该控制关系发送至M2M终端,公共社交应用平台自动设置M2M终端账号关注M2M业务平台,并将关注关系发送到M2M终端以及M2M业务平台。
205、所述M2M终端获取主用户终端和M2M终端的控制关系;
M2M终端获取主用户终端和M2M终端的控制关系,当主用户终端向公共社交应用平台发送凭证码后,公共社交应用平台查找该凭证码对应的M2M 终端账号,建立主用户终端和M2M终端的相互社交关系以及控制关系,公共社交应用平台将该控制关系发送至M2M终端,公共社交应用平台自动设置M2M终端账号关注M2M业务平台,并将关注关系发送到M2M终端以及M2M业务平台。
所述M2M终端接收所述主用户终端的昵称和头像设置,主用户终端与M2M终端建立了控制关系,主用户终端可以进行昵称和头像的设置,昵称可以设置为M2M终端的名称,头像可以设置为M2M终端的图标,在此不作限定,M2M终端接收主用户终端的控制指令,控制指令的形式包括但不限于语音、文本,在此不作限定。
可选的,本方法中还可以增加从用户终端一同控制M2M终端,从用户终端与M2M终端建立控制关系可以是从用户终端可以通过扫描M2M终端上的第二凭证码,直接建立与M2M终端的控制关系,建立的过程可以与主用户终端相同,这种情况时,主用户终端和从用户终端的定义可以预先配置在用户终端侧,也可以配置在公共社交应用平台,即首次与M2M终端建立控制关系的用户终端定义为主用户终端,从用户终端需要控制M2M终端时直接获取与M2M终端的控制关系即可,控制的过程简化,便于操作。
可选的,上述方法中,为了提高安全性,从用户终端获取与M2M终端的控制关系时需要向主用户终端获得授权,即所述M2M终端获取从用户终端与M2M终端的控制关系,所述从用户终端通过主用户终端授权与M2M终端建立所述控制关系,对于授权的方式,可以是从用户终端向主用户终端发送请求控制M2M终端的信息,主用户终端对该信息进行判定,如果判定成功,则授权从用户终端控制M2M终端,具体举例,主用户终端可以通过发送授权的标识符给公共社交应用平台来设定是否需要授权。可设定标识符设置为1的话,代表主用户终端需要从用户终端通过授权才能获得控制关系。当公共社交应用平台收到来自从用户终端的信息时,判断主用户终端设置的对应M2M终端控制关系建立授权标识符为1,通过主用户终端授权的方式来建立从用户终端和M2M终端的控制关系,当然授权的方式还可以用其他种方式,对此不做限定。
206、所述M2M终端根据所述控制关系获取主用户终端的控制命令。
在获取控制指令的过程针对控制指令的不同还包括几种情况,下面分别介 绍:
第一种情况:采用语义群组配置命令
首先介绍建立群组,在使用时包括多个M2M终端,主用户终端与多个M2M终端分别建立控制关系,主用户终端选定想要控制的多个M2M终端建立群组,这里群组需要包括至少一个M2M终端。
在主用户终端建立群组之前需要向M2M终端发送邀请加入群组的通知信息,M2M终端接收到通知信息之后可以根据预先设定的条件加入到群组中,预先设定的条件包括:主用户终端授权M2M终端可以加入群组中,则M2M终端接收到通知信息后加入群组,或者M2M终端在接收到通知信息之后发送询问消息到M2M业务平台查询是否可以加入群组,若查询可以加入则M2M终端加入群组,或者在M2M终端接收到通知信息后直接不需要经过任何授权加入群组,用户可以根据实际需要灵活选取以上方式,当然也可以采用其他方式来实现,在此不作限定。
所述M2M终端接收主用户终端配置的语义群组配置命令,具体包括:
主用户终端配置语义群组配置命令,所述语义群组配置命令包括但不限于:命令符、目标M2M终端名称、操作内容,命令符可以采用特殊符号,例如@、#、*等等或者字母、单词缩写,例如order(中文:命令),为每一个目标M2M终端分配一个名字,操作内容可以设置为开启、待机或者关闭等,例如用户配置一个事件,该事件对应M2M终端执行对应操作,举例说明,用户想要在下班时空调打开、窗帘关闭热水器打开,水温设置在在35℃,可以进行这样配置“下班=@空调打开+@窗帘关闭+@热水器打开,温度设置到35度”,将该配置信息发送至M2M终端,@控制命令后附加M2M终端的昵称,公共社交应用平台根据目标M2M终端名称在群组里寻找对应的M2M终端账号,为确保目标M2M终端名称和M2M终端账号的一一对应,可以但不限于规定每个目标M2M终端名称唯一,目标M2M终端名称可以存储到主用户终端上,目标M2M终端名称通过主用户终端检查无重复后才可以设置成功。
所述M2M终端对配置的语义群组配置命令进行语义识别解析并保存,具体包括:
各个M2M终端接收语义群组配置命令,用语义识别技术解析语义群组配 置命令并存储,例如在“下班”配置命令中找到了对应于M2M终端名称自身的操作要求(窗帘关闭),配置成功之后可以提示主用户终端配置成功。
所述M2M终端接收主用户终端发送的语义群组控制命令,具体包括:
主用户终端在群组中发送的语义群组控制命令,语义群组控制命令可以采用语音。文本等,在此不作限定。
所述M2M终端根据自身保存的语义群组配置命令识别接收到的语义群组控制命令,以使得所述M2M终端根据语义群组控制命令执行相关操作,具体包括:
M2M终端接收到语义群组控制命令,根据自身保存的语义群组配置命令对接收到的语义群组控制命令进行识别,根据语义群组控制命令的内容完成相应的操作,例如发送“下班”,根据之前配置,此时用户想要做的是空调打开、窗帘关闭及热水器打开,水温设置在在35℃,那么此时群组中的M2M终端对应的空调、窗帘和热水器开始执行语义群组控制命令,则空调打开、窗帘关闭及热水器打开,水温设置在在35℃。
第二种情况:采用协作群组控制命令
在本实施例中,对于如何建立群组已在上文中描述,此处不作赘述,下面介绍需要的M2M终端已加入群组之后的操作。
所述M2M终端接收主用户终端配置的协作群组配置命令,具体包括:
主用户终端针对某一个M2M终端设置协作策略,协作策略可以使得M2M终端在收到协作群组配置命令后执行操作,所述协作群组配置命令包括但不限于:命令符、目标M2M终端名称、逻辑词及操作内容,关于命令符、目标M2M终端名称及操作内容已在上文中描述,此处不作赘述,对于逻辑词,当一个M2M终端工作则触发另一个M2M终端动作,可以采用如果(控制命令A),则(控制命令B),如果一个M2M终端执行某项操作,则指定另一个M2M终端执行制定操作,协作群组配置命令的格式具体可以为:@目标M2M终端的名称+空格+如果M2M终端A执行操作,则目标M2M终端执行制定操作,其中M2M终端A与目标M2M终端协作,例如设置窗帘在收到“空调打开”命令时执行关闭操作。主用户终端将配置的协作群组配置命令发送到M2M终端,需要说明的是,本文中在控制命令中采用空格隔开M2M终端的名称和逻 辑词,也可以采用其他的方式将M2M终端的名称和逻辑词隔开,当然,空格也可以没有,也可以不需要隔开M2M终端的名称和逻辑词,在实际应用时灵活选择,具体不做限定。
所述M2M终端对所述协作群组配置命令进行解析并保存,具体包括:
M2M终端收到协作群组配置命令并进行设置,将协作群组配置命令保存,配置成功后可以提示主用户终端配置成功。
所述M2M终端接收主用户终端发送的协作群组控制命令,以使得所述M2M终端在所述协作群组控制命令符合所述协作群组配置命令时执行相关操作,具体包括:
M2M终端接收主用户终端发送的协作群组控制命令,根据M2M终端自身保存的协作群组配置命令对接收到的协作群组控制命令进行解析,如果M2M终端解析得到协作群组控制命令的对象是本身或者是存储的协作群组配置命令,则执行协作群组控制命令的操作,并将更新状态上报给主用户终端。
第三种情况:采用组播方式发送控制命令
本实施例中也涉及到建立群组,对群组中的M2M终端进行控制,建立群组的过程在上文中介绍,此处也不作赘述。
下面介绍M2M终端根据所述请求加入控制群组之后的操作,具体如下:
所述M2M终端接收主用户终端发送的组播群组控制命令,具体包括:
组播群组控制命令包括命令符、目标M2M终端名称以及操作内容,目标M2M终端为用户想要控制的M2M终端,操作内容为用户想要目标M2M终端执行的操作,采用组播的方式可以向多个M2M终端一并发送组播群组控制命令,对多个M2M终端一同控制,组播群组控制命令可以为@目标M2M终端A+空格+@目标M2M终端B+操作内容,目标M2M终端A和目标M2M终端B可以分别对应不同操作对象,例如当用户想要打开空调和热水器时候,组播群组控制命令可以为“@空调+空格+@热水器+空格+打开”,在命令符之间可以采用空格或者其他符号进行分割,使得目标M2M终端名称清楚准确,设置好组播群组控制命令之后,主用户终端将组播群组控制命令发送至目标M2M终端。
所述M2M终端查询所述组播群组控制命令是否包括自身的名称,以使得 在组播群组控制命令包括自身的名称时在执行相关操作,具体包括:
M2M终端收到组播群组控制命令,查询组播群组控制命令中是否包含本身的名称,如果包含本身的名称,则执行命令符@之后的操作内容,并可以将更新状态反馈给主用户终端,例如当M2M终端为空调时,接收到的组播群组控制命令为“@空调打开”,M2M终端查询到组播群组控制命令中包含空调,则执行命令符@之后的操作内容“打开”,此时空调打开工作。
206、所述M2M终端根据所述控制命令的内容执行相关操作。
可选的,所述账号包括但不限于生产厂家、产品型号及产品编号。
账号可以是一串bit字符,例如账号可以按照生产商家+产品型号+产品编号的顺序配置。
可选的,所述公共社交应用平台包括但不限于微信、连我、KakaoTalk或者WhatsApp,公共社交应用平台应当满足具有较高的普及率的社交平台,满足上述条件即可,采用何种平台在此不作限定。
本发明提供的一种M2M终端控制方法,采用公共社交应用平台统一分配服务信息,M2M终端再对服务信息进行处理获得登录信息,控制指令直接通过公共社交应用平台转发,用户不需要在M2M终端侧进行繁琐的配置,也不需要在M2M终端和M2M业务平台之间设置私有定制通信协议,使用公共社交应用平台进行M2M终端的互联互通,降低企业的推广成本,用户在使用过程中操作过程简单。
上面内容介绍了M2M终端的控制方法,下面针对如何执行M2M终端的控制方法,本发明还提供了一种M2M终端,下面进行具体介绍。
请参考图3,本发明M2M终端一种实施例,包括接收单元301、登录单元302、第一获取单元303、第二获取单元304以及执行单元305。
接收单元301,用于接收M2M业务平台分配的登录信息,其中,所述登录信息由M2M业务平台根据公共社交应用平台分配的服务信息进行处理得到;
登录信息可以包括帐号和密码,用于为M2M终端提供登录使用的信息,公共社交应用平台可以为公众日常社交使用的软件的运营平台,公共社交应用平台可以为M2M业务平台提供服务信息,服务信息可以包括PKI证书、私钥、M2M终端公共社交应用账号号段,也可以包括M2M业务平服务号,M2M终 端公共社交应用账号号段包括一组或者几组账号,M2M业务平台对服务信息进行处理获得登录信息,例如利用私钥对M2M终端公共社交应用账号号段的每一个账号进行签名,将签名的结果作为账号的密码,使用hash算法对账号的密码进行处理得到凭证码,采用公共社交应用平台作为M2M终端控制平台,可以减轻M2M终端厂商的推广成本,同时也减轻用户的使用成本,便于可快速部署。
需要说明的是,M2M业务平台将登录信息配置到M2M终端的方式可以有多种,例如将凭证码附着在M2M终端,也可以印刷在M2M终端的产品说明书上并在表面附有可刮除的保护层,具体不做限定,配置到M2M终端的产品凭证码有M2M终端账号和密码通过hash算法处理得到的凭证码两部分组成。
登录单元302,用于根据所述登录信息登录到所述公共社交应用平台,以使得所述公共社交应用平台根据所述登录信息建立主用户终端与M2M终端的控制关系;
登录单元302通过登录信息登录到公共社交应用平台,公共社交应用平台可以根据账号查找对应该账号的PKI证书,利用PKI证书中的公钥对账号的密码进行解密,得到账号的hash摘要,公共社交应用平台对账号进行hash处理,得到另一个hash摘要,若两个hash摘要相同,则登陆成功,登陆成功并保存该密码以及通过该密码经过hash算法处理得到凭证码。
第一获取单元303,用于根据所述控制关系获取主用户终端的控制命令;
主用户终端与M2M终端建立了控制关系,主用户终端可以进行昵称和头像的设置,昵称可以设置为M2M终端的名称,头像可以设置为M2M终端的图标,在此不作限定,M2M终端接收主用户终端的控制指令,控制指令的形式包括但不限于语音、文本,在此不作限定。
执行单元304,用于根据所述控制命令的内容执行相关操作。
控制命令包括但不限于语音或者文本,M2M终端接收到控制指令可以通过语义识别技术进行解析,可以将控制命令中语句解析为对M2M终端进行控制操作的命令,控制命令中可以设置欲控制的M2M终端的名称及要执行的操作,例如空调关闭,对于命令格式在此不作限定,当M2M终端解析出控制指令的内容,则执行对应控制指令的操作。
本实施例中提供的一种M2M终端,采用公共社交应用平台统一分配服务信息,M2M终端再对服务信息进行处理获得登录信息,控制指令直接通过公共社交应用平台转发,用户不需要在M2M终端侧进行繁琐的配置,也不需要在M2M终端和M2M业务平台之间设置私有定制通信协议,使用公共社交应用平台进行M2M终端的互联互通,降低企业的推广成本,用户在使用过程中操作过程简单。
请参考图4,下面针对M2M终端的具体结构,本发明M2M终端的另一种实施例,包括:
第一接收单元401,用于接收M2M业务平台分配的登录信息,其中,所述登录信息由M2M业务平台根据公共社交应用平台分配的服务信息进行处理得到;
登录单元402,用于根据所述登录信息登录到所述公共社交应用平台,以使得所述公共社交应用平台根据所述登录信息建立主用户终端与M2M终端的控制关系;
所述登录信息包括账号和密码,登录单元402还用于将账号和密码发送至所述公共社交应用平台,以使得所述公共社交应用平台根据所述账号获取与该账号对应的PKI证书,利用PKI证书中的公共密钥对密码进行解密得到第一hash摘要,公共社交应用平台对账号进行hash处理得到第二hash摘要,若第一hash摘要与第二hash摘要相同,则登陆成功。
第二获取单元403,用于获取主用户终端和M2M终端的控制关系;
获取主用户终端和M2M终端的控制关系,当主用户终端向公共社交应用平台发送凭证码后,公共社交应用平台查找该凭证码对应的M2M终端账号,建立主用户终端和M2M终端的相互社交关系以及控制关系,公共社交应用平台将该控制关系发送至M2M终端,公共社交应用平台自动设置M2M终端账号关注M2M业务平台,并将关注关系发送到M2M终端以及M2M业务平台。
第一获取单元404,用于根据所述控制关系获取主用户终端的控制命令;
执行单元405,用于根据所述控制命令的内容执行相关操作。
第二接收单元406,用于接收M2M业务平台根据账号密码通过Hash算法计算得到的第一凭证码,M2M终端公共社交应用账号和第一凭证码组成第二 凭证码,所述M2M终端与所述第二凭证码成对应关系。
配置单元407,用于配置接收到的所述用户终端的昵称和头像。
第三获取单元408,用于获取从用户终端与M2M终端的控制关系,其中,从用户终端通过主用户终端授权与M2M终端建立所述控制关系。
请参考图4a,在进行语义群组控制时,所述M2M终端还包括:
第一群组接收单元410,用于接收主用户终端的加入控制群组的请求,其中所述控制群组包括至少一个M2M终端;
群组加入单元411,用于根据所述请求加入控制群组;
第二群组接收单元412,用于接收主用户终端配置的语义群组配置命令;
群组命令解析单元413,用于对配置的语义群组配置命令进行语义识别解析并保存;
第三群组接收单元414,用于接收主用户终端发送的语义群组控制命令;
群组命令识别单元415,用于根据自身保存的语义群组配置命令识别接收到的语义群组控制命令,以使得所述M2M终端根据语义群组控制命令执行相关操作。
请参考图4b,在进行协作群组控制时,所述M2M终端还包括:
第一群组接收单元410,用于接收主用户终端的加入控制群组的请求,其中所述控制群组包括至少一个M2M终端;
群组加入单元411,用于根据所述请求加入控制群组;
协作群组配置单元416,用于接收主用户终端配置的协作群组配置命令;
协作群组解析单元417,用于对所述协作群组配置命令进行解析并保存;
协作群组接收单元418,用于接收主用户终端发送的协作群组控制命令,以使得所述M2M终端在所述协作群组控制命令为所述协作群组配置命令时执行相关操作。
请参考图4c,在进行组播群组控制时,所述M2M终端还包括:
第一群组接收单元410,用于接收主用户终端的加入控制群组的请求,其中所述控制群组包括至少一个M2M终端;
群组加入单元411,用于根据所述请求加入控制群组;
组播控制接收单元419,用于接收主用户终端发送的组播群组控制命令;
组播查询单元420,用于查询所述组播群组控制命令是否包括自身的名称,以使得在组播群组控制命令包括自身的名称时在执行相关操作。
可选的,显示屏409,用于显示所述凭证码,M2M终端在开机时在显示屏上显示该凭证码,以使得所述主用户终端通过扫描所述凭证码发送到所述公共社交应用平台。
可选的,所述账号包括但不限于生产厂家、产品型号及产品编号。
可选的,所述语义群组配置命令包括不限于:命令符、目标M2M终端名称、操作内容。
可选的,所述协作群组控制命令包括不限于:命令符、目标M2M终端名称、逻辑词及操作内容。
提示单元421,用于对配置的语义群组配置命令进行语义识别解析并保存之后提示配置成功,提示单元421还可用于对配置的协作群组配置命令进行识别解析并保存之后提示配置成功。
本实施例中提供的一种M2M终端,采用公共社交应用平台统一分配服务信息,M2M终端再对服务信息进行处理获得登录信息,控制指令直接通过公共社交应用平台转发,用户不需要在M2M终端侧进行繁琐的配置,也不需要在M2M终端和M2M业务平台之间设置私有定制通信协议,使用公共社交应用平台进行M2M终端的互联互通,降低企业的推广成本,用户在使用过程中操作过程简单。
上面针对M2M终端进行了介绍,请结合图5,下面针对M2M终端可能使用的硬件结构进行描述,具体如下。
本发明M2M模块的一种实施例,所述M2M模块包括调制解调器500及一体化软件平台501;
所述调制解调器500,用于所述M2M模块进行远程通信;
调制解调器500负责M2M模块与其他实体进行通信的功能,其他实体可以为M2M业务平台,公共社交应用平台,或者M2M模块内部通信。
所述一体化软件平台501,用于安装公共社交应用平台的应用客户端5011以及提供应用程序编程接口,应用程序编程接口由一体化软件平台对远程互联网开放能力进行二次封装来实现。
一体化软件平台可以为操作系统或者内置在M2M模块的软件平台,在一体化软件平台上可以安装公共社交应用平台的应用客户端,还可以向上层客户软件提供应用程序编程接口。
可选的,所述应用程序编程接口包括但不限于账号设置应用程序编程接口5012、语音图像应用程序编程接口5013及M2M终端到M2M业务平台接口5014及M2M终端到用户终端接口5015的至少一种,其中账号设置应用程序编程接口5012可以实现账号的配置,语音图像应用编程接口5013可以实现语音或图像处理的传输,M2M终端到M2M业务平台接口5014可以实现M2M模块与M2M业务平台之间的通信或数据传输,M2M终端到用户终端接口5015可以实现M2M模块与用户终端的通信或数据交换。
下面对应用程序编程接口的调用功能进行介绍,用户通过应用程序编程接口接收用户输入的信息,应用程序编程接口将该信息上传至互联网能力开放平台,互联网能力开放平台对该信息进行处理,再将处理后的信息传送至应用程序编程接口,应用程序编程接口将处理后的信息提供给用户使用,M2M模块本身不需要具有处理该信息的能力,可以调用远程互联网开放能力进行处理,可以节省M2M模块的成本。
利用应用程序编程接口的调用功能,在智能安防装置中应用进行介绍,针对M2M模块如何进行授权,本发明M2M模块能力调用的一种实施方式是这样的:
M2M模块预存声纹特征和用于语音识别后认证的口令密码,
用户通过语音向M2M模块输入密码;
M2M模块将预存的声纹特征和采集的语音上传至互联网开放能力平台;
互联网开放能力平台将接收到的语音进行处理,提取该语音的声纹特征,并将语音所包含的内容转化为文本;
互联网开放平台将接收的声纹特征和语音处理后的声纹特征进行比对,当两个声纹特征的相似度大于一定门限值,则确定匹配成功,可选的,门限值为90%。
互联网开放能力平台将声纹特征匹配结果以及语音转化得到的文本反馈到M2M模块;
M2M模块获取语音转化的文本中的信息,并将该信息与预存的密码进行比较;
M2M模块在匹配成功并且信息与预存密码相同时授权进入。
用户通过应用程序编程接口接收用户输入的信息,应用程序编程接口将该信息上传至互联网能力开放平台,互联网能力开放平台对该信息进行处理,再将处理后的信息传送至应用程序编程接口,应用程序编程接口将处理后的信息提供给用户使用,M2M模块本身不需要具有处理该信息的能力,可以调用远程互联网开放能力进行处理,可以节省M2M模块的成本。
请参考图6,本发明还提供的一种M2M控制系统,用于实现远程对M2M终端实现控制,所述系统包括:
公共社交应用平台600,用于向M2M业务平台分配服务信息;
M2M业务平台603,用于对接收所述公共社交应用平台分配的服务信息进行处理得到登录信息,并将所述登录信息分配至M2M终端;
M2M终端602,用于根据登录信息登录所述公共社交应用平台,并根据用户终端601的控制命令执行相关操作,以使得所述公共社交应用平台根据所述登录信息建立用户终端与M2M终端的控制关系;
用户终端601,用于根据所述控制关系向所述M2M终端发送控制命令。
所述登录信息包括账号和密码,所述M2M业务平台603还用于获取公共社交应用平台600分配的PKI证书、私有密钥,M2M终端公共社交应用平台的账号号段以及M2M业务平台服务号并利用私有密钥对所述M2M终端公共社交应用账号号段的各个账号进行签名得到密码。
所述公共社交应用平台600还用于根据所述M2M终端公共社交应用账号获取与该账号对应的PKI证书,利用PKI证书中的公共密钥对密码进行解密得到第一hash摘要,公共社交应用平台对账号进行hash处理得到第二hash摘要,若第一hash摘要与第二hash摘要相同,则登陆成功。
所述M2M终端602接收M2M业务平台603根据密码通过Hash算法计算得到的第一凭证码,以使得M2M终端公共社交应用账号和第一凭证码组成第二凭证码,所述M2M终端602与所述第二凭证码成对应关系;
所述用户终端601获取第二凭证码,用户终端601将第二凭证码发送给公 共社交应用平台600。
可选的,所述M2M终端602还包括:
第一群组接收单元,用于接收主用户终端的加入控制群组的请求,其中所述控制群组包括至少一个M2M终端;
群组加入单元,用于根据所述请求加入控制群组;
第二群组接收单元,用于接收主用户终端配置的语义群组配置命令;
群组命令解析单元,用于对配置的语义群组配置命令进行语义识别解析并保存;
第三群组接收单元,用于接收主用户终端发送的语义群组控制命令;
群组命令识别单元,用于根据自身保存的语义群组配置命令识别接收到的语义群组控制命令,以使得所述M2M终端根据语义群组控制命令执行相关操作。
可选的,所述M2M终端602还包括:
协作群组配置单元,用于接收主用户终端配置的协作群组配置命令;
协作群组解析单元,用于对所述协作群组配置命令进行解析并保存;
协作群组接收单元,用于接收主用户终端发送的协作群组控制命令,以使得所述M2M终端在所述协作群组控制命令符合所述协作群组配置命令时执行相关操作。
可选的,所述M2M终端602还包括:
组播控制接收单元,用于接收主用户终端发送的组播群组控制命令;
组播查询单元,用于查询所述组播群组控制命令是否包括自身的名称,以使得在组播群组控制命令包括自身的名称时在执行相关操作。
可选的,所述公共社交应用平台600包括但不限于微信、连我、KakaoTalk或者WhatsApp。
本发明提供的一种M2M控制系统,采用公共社交应用平台统一分配服务信息,M2M终端再对服务信息进行处理获得登录信息,控制指令直接通过公共社交应用平台转发,用户不需要在M2M终端侧进行繁琐的配置,也不需要在M2M终端和M2M业务平台之间设置私有定制通信协议,使用公共社交应用平台进行M2M终端的互联互通,降低企业的推广成本,用户在使用过程中 操作过程简单。
本发明中公开的M2M终端的控制方法和M2M终端可以应用到智能家居、车联网、智能电网、智慧农/林业等领域。下面以智能家居和车联网的场景分别进行举例说明:
第一种应用场景:以智能家居为例
这里M2M终端具体为智能家居设备,主用户终端为智能手机,M2M业务平台为智能家居业务平台,公共社交应用平台为微信平台,微信平台为智能家居业务平台分配智能家居设备微信账号号段、智能家居设备业务平台微信服务号、PKI证书以及私钥,智能家居设备业务平台利用私钥对每一个智能家居设备微信账号进行签名,签名结果作为该账号的账号密码,再对账号密码进行hash算法计算的到凭证码,将智能家居设备微信账号和密码作为登录信息,将该凭证码和智能家居设备微信账号配置成产品凭证码并生成二维码,附着在智能家居设备的产品说明书中。
智能家居设备通电后需要与微信平台建立联系,智能家居设备通过登录信息登录到微信平台,微信平台根据账号查找对应该智能家居设备微信账号的PKI证书,利用PKI证书中的公钥对智能家居设备微信账号的密码进行解密,得到智能家居设备微信账号的hash摘要,微信平台对智能家居设备微信账号进行hash处理,得到另一个hash摘要,若两个hash摘要相同,则登陆成功,登陆成功并保存该密码以及通过该密码经过hash算法处理得到凭证码。
用户使用智能手机扫描产品凭证码的二维码,并将该产品凭证码发送至微信平台,微信平台查找该产品凭证码关联的智能家居设备微信账号,建立智能手机与智能家居设备的第一关注关系及控制关系,微信平台将该第一关注关系及控制关系发送至智能家居设备,微信平台自动设置智能家居设备微信账号关注智能家居设备业务平台服务号得到第二关注关系,微信平台将第二关注关系发送至智能家居设备和智能家居设备业务平台。
要进行群组控制时,智能手机与每个智能家居设备都建立控制关系,用户根据需求在智能手机上选定多个智能家居设备发起微信群聊,智能家居设备收到加入群聊的通知后确认是否加入群聊,满足条件则加入群聊,具体判断条件 上文中提到,此处不作赘述,智能家居设备的群聊组建完成。
在进行语义群组控制时,用户在智能手机的群聊界面配置语义群组配置命令,具体为“下班=@空调打开+@窗帘关闭+@热水器打开,温度设置在35度”,将语义群组配置命令发送到群聊中,通过群聊将语义群组配置命令发送到智能家居设备的应用客户端,智能家居设备接收到语义群组配置命令,用于以识别技术进行解析,在“下班”的命令中查询对应智能家居设备本身的操作要求(窗帘关闭),解析完成后进行保存,配置成功后在群聊中反馈配置成功消息,当用户通过智能手机在群聊中发送“下班”的语义群组控制命令,智能家居设备识别到语义群组控制命令,智能家居设备执行空调打开、窗帘关闭以及热水器打开,温度设置到35度,并将更新状态反馈至智能手机。
在进行协作群组控制时,用户针对某个智能家居设备设置协作策略,用户在智能手机配置协作群组配置命令,具体为:“@窗帘+如果空调打开,则窗帘关闭”,通过群聊发送至目标智能家居设备,即窗帘,窗帘接收到协作群组配置命令进行配置并保存,向智能手机反馈配置成功消息,在用户通过智能手机发送“空调打开”的协作语义群组控制命令,窗帘解析该命令,执行关闭操作,将窗帘关闭的更新状态反馈至智能手机。
在进行组播群组控制时,智能手机发送“@空调+@热水器+打开”组播控制命令到群聊,空调和热水器接收到组播控制命令,查询组播控制命令中包括空调及热水器,执行“打开”操作,即空调打开及热水器打开,并将更新状态反馈至智能手机。
第二种应用场景:以智能车载终端为例
汽车4S店、智能物流公司或者汽车保险公司业务平台与智能车载设备(如OBD box、Tracking box或是车机)远程连接,获取车辆数据,货物状态以及位置信息或进行设备管理/固件更新等;汽车用户/智能物流管理人员智能终端与智能车载设备远程连接,并直接发送控制命令、访问运行状态。
所属领域的技术人员可以清楚地了解到,为描述的方便和简洁,上述描述的系统,装置和单元的具体工作过程,可以参考前述方法实施例中的对应过程, 在此不再赘述。
在本申请所提供的几个实施例中,应该理解到,所揭露的系统,装置和方法,可以通过其它的方式实现。例如,以上所描述的装置实施例仅仅是示意性的,例如,所述单元的划分,仅仅为一种逻辑功能划分,实际实现时可以有另外的划分方式,例如多个单元或组件可以结合或者可以集成到另一个系统,或一些特征可以忽略,或不执行。另一点,所显示或讨论的相互之间的耦合或直接耦合或通信连接可以是通过一些接口,装置或单元的间接耦合或通信连接,可以是电性,机械或其它的形式。
所述作为分离部件说明的单元可以是或者也可以不是物理上分开的,作为单元显示的部件可以是或者也可以不是物理单元,即可以位于一个地方,或者也可以分布到多个网络单元上。可以根据实际的需要选择其中的部分或者全部单元来实现本实施例方案的目的。
另外,在本发明各个实施例中的各功能单元可以集成在一个处理单元中,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单元中。上述集成的单元既可以采用硬件的形式实现,也可以采用软件功能单元的形式实现。
本领域普通技术人员可以理解上述实施例的各种方法中的全部或部分步骤是可以通过程序来指令相关的硬件来完成,该程序可以存储于一计算机可读存储介质中,存储介质可以包括:只读存储器(ROM,Read Only Memory)、随机存取存储器(RAM,Random Access Memory)、磁盘或光盘等。
本领域普通技术人员可以理解实现上述实施例方法中的全部或部分步骤是可以通过程序来指令相关的硬件完成,所述的程序可以存储于一种计算机可读存储介质中,上述提到的存储介质可以是只读存储器,磁盘或光盘等。
以上对本发明所提供的一种M2M终端控制方法及相关设备进行了详细介绍,对于本领域的一般技术人员,依据本发明实施例的思想,在具体实施方式及应用范围上均会有改变之处,综上所述,本说明书内容不应理解为对本发明的限制。

Claims (29)

  1. 一种M2M控制方法,其特征在于,所述方法包括:
    M2M终端接收M2M业务平台分配的登录信息,其中,所述登录信息由M2M业务平台根据公共社交应用平台分配的服务信息得到;
    所述M2M终端根据所述登录信息登录到所述公共社交应用平台,以使得所述公共社交应用平台根据所述登录信息建立主用户终端与M2M终端的控制关系;
    所述M2M终端通过所述控制关系接收主用户终端的控制命令;
    所述M2M终端根据所述控制命令的内容执行相关操作。
  2. 根据权利要求1所述的M2M控制方法,其特征在于,所述登录信息包括应用账号和密码,所述登录信息由M2M业务平台根据公共社交应用平台分配的服务信息得到具体包括:
    所述M2M业务平台获取公共社交应用平台分配的PKI证书、私有密钥、公共社交应用平台账号号段;
    所述M2M业务平台利用私有密钥对所述公共社交应用平台账号号段的各个账号进行签名得到密码。
  3. 根据权利要求2所述的M2M控制方法,其特征在于,所述M2M终端根据所述登录信息登录到所述公共社交应用平台具体包括:
    所述M2M终端将账号和密码发送至所述公共社交应用平台,以使得所述公共社交应用平台根据所述账号获取与该账号对应的PKI证书,利用PKI证书中的公共密钥对密码进行解密得到第一hash摘要,公共社交应用平台对账号进行hash处理得到第二hash摘要,若第一hash摘要与第二hash摘要相同,则登陆成功。
  4. 根据权利要求2所述的M2M控制方法,其特征在于,所述方法还包括:
    所述M2M终端接收M2M业务平台根据密码通过Hash算法计算得到的第 一凭证码,以使得M2M终端公共社交应用账号和第一凭证码组成第二凭证码;
    所述M2M终端与所述第二凭证码成对应关系。
  5. 根据权利要求1所述的M2M控制方法,其特征在于,所述方法还包括:
    所述M2M终端接收所述主用户终端的昵称和头像设置。
  6. 根据权利要求1所述的M2M控制方法,其特征在于,所述方法还包括:
    从用户终端通过主用户终端授权与M2M终端建立所述控制关系或从用户终端直接与M2M终端建立所述控制关系。
  7. 根据权利要求1至6任一项所述的M2M控制方法,其特征在于,所述M2M终端获取主用户终端和M2M终端的控制关系之后还包括:
    所述M2M终端接收主用户终端的加入控制群组的请求,其中所述控制群组包括至少一个M2M终端;
    所述M2M终端根据所述请求加入控制群组;
    所述M2M终端接收主用户终端配置的群组配置命令;
    所述M2M终端对配置的群组配置命令进行语义识别解析并保存;
    所述M2M终端接收主用户终端发送的语义群组控制命令;
    所述M2M终端根据自身保存的语义群组配置命令识别接收到的语义群组控制命令,以使得所述M2M终端根据语义群组控制命令执行相关操作。
  8. 根据权利要求7所述的M2M控制方法,其特征在于,所述M2M终端根据所述请求加入控制群组之后还包括:
    所述M2M终端接收主用户终端配置的协作群组配置命令;
    所述M2M终端对所述协作群组配置命令进行解析并保存;
    所述M2M终端接收主用户终端发送的协作群组控制命令,以使得所述M2M终端在所述协作群组控制命令符合所述协作群组配置命令时执行相关操 作。
  9. 根据权利要求7所述的M2M控制方法,其特征在于,所述M2M终端根据所述请求加入控制群组之后还包括:
    所述M2M终端接收主用户终端发送的组播群组控制命令;
    所述M2M终端查询所述组播群组控制命令是否包括自身的名称,以使得在组播群组控制命令包括自身的名称时在执行相关操作。
  10. 根据权利要求4所述的M2M控制方法,其特征在于,所述M2M终端包括显示屏,所述M2M终端接收M2M业务平台根据密码通过Hash算法计算得到的凭证码之后还包括:
    所述M2M终端在显示屏显示所述凭证码,以使得所述主用户终端通过扫描所述凭证码发送到所述公共社交应用平台。
  11. 根据权利要求2至10任一项所述的M2M控制方法,其特征在于,所述账号包括生产厂家、产品型号及产品编号中的至少一个。
  12. 根据权利要求7所述的M2M控制方法,其特征在于,所述语义群组配置命令包括:命令符、目标M2M终端名称、操作内容中的至少一个。
  13. 根据权利要求8所述的M2M控制方法,其特征在于,所述协作群组控制命令包括:命令符、目标M2M终端名称、逻辑词及操作内容中的至少一个。
  14. 一种M2M终端,其特征在于,所述终端包括:
    第一接收单元,用于接收M2M业务平台分配的登录信息,其中,所述登录信息由M2M业务平台根据公共社交应用平台分配的服务信息得到;
    登录单元,用于根据所述登录信息登录到所述公共社交应用平台,以使得 所述公共社交应用平台根据所述登录信息建立主用户终端与M2M终端的控制关系;
    第一获取单元,用于根据所述控制关系获取主用户终端的控制命令;
    执行单元,用于根据所述控制命令的内容执行相关操作。
  15. 根据权利要求14所述的M2M终端,其特征在于,所述登录信息包括账号和密码,所述终端还包括:
    登录单元,用于将账号和密码发送至所述公共社交应用平台,以使得所述公共社交应用平台根据所述账号获取与该账号对应的PKI证书,利用PKI证书中的公共密钥对密码进行解密得到第一hash摘要,公共社交应用平台对账号进行hash处理得到第二hash摘要,若第一hash摘要与第二hash摘要相同,则登陆成功。
  16. 根据权利要求14所述的M2M终端,其特征在于,所述终端还包括:
    第二接收单元,用于接收M2M业务平台根据密码通过Hash算法计算得到的第一凭证码,以使得M2M终端公共社交应用账号和第一凭证码组成第二凭证码,所述M2M终端与所述第二凭证码成对应关系。
  17. 根据权利要求14所述的M2M终端,其特征在于,所述终端还包括:
    配置单元,用于配置接收到的所述用户终端的昵称和头像。
  18. 根据权利要求14所述的M2M终端,其特征在于,所述终端还包括:
    第三获取单元,用于从用户终端通过主用户终端授权与M2M终端建立所述控制关系。
  19. 根据权利要求14所述的M2M终端,其特征在于,所述终端还包括:
    第一群组接收单元,用于接收主用户终端的加入控制群组的请求,其中所述控制群组包括至少一个M2M终端;
    群组加入单元,用于根据所述请求加入控制群组;
    第二群组接收单元,用于接收主用户终端配置的语义群组配置命令;
    群组命令解析单元,用于对配置的语义群组配置命令进行语义识别解析并保存;
    第三群组接收单元,用于接收主用户终端发送的语义群组控制命令;
    群组命令识别单元,用于根据自身保存的语义群组配置命令识别接收到语义群组控制命令,以使得所述M2M终端根据语义群组控制命令执行相关操作。
  20. 根据权利要求14所述的M2M终端,其特征在于,所述终端还包括:
    协作群组配置单元,用于接收主用户终端配置的协作群组配置命令;
    协作群组解析单元,用于对所述协作群组配置命令进行解析并保存;
    协作群组接收单元,用于接收主用户终端发送的协作群组控制命令,以使得所述M2M终端在所述协作群组控制命令符合所述协作群组配置命令时执行相关操作。
  21. 根据权利要求14所述的M2M终端,其特征在于,所述终端还包括:
    组播控制接收单元,用于接收主用户终端发送的组播群组控制命令;
    组播查询单元,用于查询所述组播群组控制命令是否包括自身的名称,以使得在组播群组控制命令包括自身的名称时在执行相关操作。
  22. 根据权利要求16所述的M2M终端,其特征在于,所述终端包括显示屏,
    所述显示屏,用于显示所述凭证码,以使得所述主用户终端通过扫描所述凭证码发送到所述公共社交应用平台。
  23. 根据权利要求15所述的M2M终端,其特征在于,所述账号包括生产厂家、产品型号及产品编号。
  24. 根据权利要求19所述的M2M终端,其特征在于,所述语义群组配置命令包括:命令符、目标M2M终端名称、操作内容。
  25. 根据权利要求20所述的M2M终端,其特征在于,所述协作群组控制命令包括:命令符、目标M2M终端名称、逻辑词及操作内容。
  26. 一种M2M模块,其特征在于所述M2M模块包括调制解调器及一体化软件平台,
    所述调制解调器,用于所述M2M模块进行远程通信;
    所述一体化软件平台,用于安装公共社交应用平台的应用客户端以及提供应用程序编程接口,所述应用程序编程接口由一体化软件平台对远程互联网开放能力进行二次封装实现。
  27. 根据权利要求26所述的M2M终端,所述应用程序编程接口包括账号设置应用程序编程接口、语音图像应用程序编程接口及M2M终端到M2M业务平台接口及M2M终端到用户终端接口中的至少一种。
  28. 一种M2M控制系统,其特征在于,所述系统包括:
    公共社交应用平台,用于向M2M业务平台分配服务信息;
    M2M业务平台,用于对接收所述公共社交应用平台分配的服务信息进行处理得到登录信息,并将所述登录信息分配至M2M终端;
    如权利要求14至25中任一项所述的M2M终端;
    用户终端,用于根据所述控制关系向所述M2M终端发送控制命令。
  29. 根据权利要求28所述的M2M控制系统,其特征在于,所述登录信息包括账号和密码,所述M2M业务平台还用于获取公共社交应用平台分配的PKI证书、私有密钥以及M2M终端公共社交应用平台的账号号段并利用私有密钥对所述M2M终端公共社交应用账号号段的各个账号进行签名得到密码;
    所述公共社交应用平台还用于根据所述M2M终端公共社交应用账号获取与该账号对应的PKI证书,利用PKI证书中的公共密钥对密码进行解密得到第一hash摘要,公共社交应用平台对账号进行hash处理得到第二hash摘要, 若第一hash摘要与第二hash摘要相同,则登陆成功;
    所述M2M终端接收M2M业务平台根据密码通过Hash算法计算得到的第一凭证码,以使得M2M终端公共社交应用账号和第一凭证码组成第二凭证码,所述M2M终端与所述第二凭证码成对应关系;
    所述用户终端获取第二凭证码,用户终端将第二凭证码发送给公共社交应用平台。
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