WO2013131477A1 - Remote monitoring device and method - Google Patents

Abstract

A remote monitoring device relates to technical field of wireless communications, and is used for providing a more convenient equipment monitoring and control scheme. The remote monitoring device may release its own state information through a social networking platform (201) after logging onto the social networking platform with a pre-registered social network account, and an equipment manager may control the monitored equipment through the social networking platform. Using the remote monitoring device may improve convenience of equipment monitoring. A remote monitoring method is also disclosed.

Description

 Remote monitoring device and method The application is submitted to the Chinese Patent Office on March 09, 2012, the application number is 201210062295.6, and the invention name is

The priority of the Chinese Patent Application for "Remote Monitoring Device and Method" is hereby incorporated by reference in its entirety. TECHNICAL FIELD The present invention relates to the field of wireless communications, and in particular, to a remote monitoring apparatus and method. BACKGROUND OF THE INVENTION With the development of the economy and the accelerated pace of social life, people's demands for improving work and living efficiency have increased, and the demand for remote control of peripheral equipment, instruments, and home appliances has increased. Providing a convenient, fast, economical and method for monitoring and controlling equipment anytime and anywhere has good application value and practical significance.

 In recent years, people's demands for home and office automation have been continuously improved, and many methods for remotely monitoring home appliances have been created. There are two commonly used methods: Internet browser monitoring methods and mobile phone short message monitoring methods.

 The Internet browser monitoring method utilizes an Internet homepage browsing function of a computer or a mobile phone, sets a service device connected to the Internet and a public line, and provides a homepage, and displays the switching state of the home appliance by instructing operation of the home appliance on the homepage, and Send control commands in the Hyper Text Transport Protocol (HTTP) format to the control server. Specifically, the home appliance sends its own state information to the connected computer, and the computer sends the state information of the home appliance to the control server via the Internet, and the administrator views the slave controller from the control server when the state of the home appliance needs to be known. Status information of home appliances. When the administrator needs to remotely control the home appliance, the controller inputs a control command, and the control command is transmitted to the control server, and the control server sends the control command to the computer connected to the Internet, and the computer sends the control command to the control device. The connected home appliance, the home appliance executes the control command to perform state transition.

 The mobile phone short message control home appliance is a control command sent by the administrator to the home appliance device through the short message of the mobile phone to trigger the remote control of the service of the home appliance, and the home appliance device analyzes the control command of the controlled home appliance in the short message to realize the home appliance device. Remote operation. Specifically, the mobile phone number is assigned to the monitored household electrical appliance, and the short message sending and receiving function module is set; when the administrator needs to remotely control the household electrical appliance, the manager sends a short message including a control instruction, and the short message is sent to the household electrical appliance through the mobile network. The home appliance analyzes the control command in the short message and executes the control command to perform state transition.

 In the process of implementing the present invention, the inventors have found that the following technical problems exist in the prior art:

The Internet browser monitoring method is based on a monitoring mode of "home appliance device-control server-browser display" and a control mode of "browser operation-control server one electric device". This method is for external control servers Dependence is very large, you need to apply for the corresponding domain name and IP address, you need a professional team to manage and maintain the system, increasing the threshold for promotion and the cost of implementation. The mobile phone short message monitoring method is a point-to-point information transmission mode. The use of mobile short messages to monitor home appliances is also the information transfer between individuals, and does not achieve multi-point monitoring. SUMMARY OF THE INVENTION Embodiments of the present invention provide a remote monitoring apparatus and method for providing a more convenient device monitoring and control scheme.

 A remote monitoring device, the device comprising:

 a network connectivity module, configured to log in to the social network platform by using a pre-registered social network account;

 The receiving and parsing module is configured to receive and parse a control command sent by the device manager to the monitored device through the social network platform, and instruct the monitored device to perform a corresponding state transition operation according to the parsing result.

 A remote monitoring device, the device comprising:

 a network connectivity module, configured to log in to the social network platform by using a pre-registered social network account;

 a state awareness module, configured to sense a state of the monitored device;

 The information publishing module is configured to release the status information to the social network platform, so that the device manager knows the status of the monitored device through the social network platform.

 A remote monitoring method, the method comprising:

 The remote monitoring device logs into the social network platform using a pre-registered social network account;

 The remote monitoring device receives and parses the control command sent by the device manager to the monitored device through the social network platform, and instructs the monitored device to perform a corresponding state transition operation according to the parsing result.

 A remote monitoring method, the method comprising:

 The remote monitoring device logs into the social network platform using a pre-registered social network account;

 The remote monitoring device senses the state of the monitored device;

 The remote monitoring device issues the status information to the social network platform to enable the device manager to know the status of the monitored device through the social network platform.

In this solution, after the remote monitoring device logs in to the social network platform by using the pre-registered social network account, the information of the state of the monitored device can be released through the social network platform, so that the device manager can be monitored through the social network platform. The state of the device; the remote monitoring device can also receive and parse the control command sent by the device manager to the monitored device through the social network platform, and instruct the monitored device to perform a corresponding state transition operation according to the parsing result, thereby achieving the state of the remote control device. The purpose of this solution is to monitor and control the monitored devices through the social network platform, which is more convenient, and the solution does not need to be specifically set up to control the server, and does not need to apply accordingly. The domain name and IP address do not require management and maintenance of the control server, which reduces the cost of remote monitoring equipment. BRIEF DESCRIPTION OF DRAWINGS FIG. 1A is a schematic structural diagram of a device according to an embodiment of the present invention;

 1B is a schematic structural diagram of another device according to an embodiment of the present invention;

 2A is a schematic flowchart of a method according to an embodiment of the present invention;

 2B is a schematic flowchart of another method according to an embodiment of the present invention;

 3A is a schematic diagram of an application scenario according to Embodiment 1 of the present invention;

 FIG. 3B is a schematic diagram of the remote monitoring process for FIG. 3A; FIG.

 4A is a schematic diagram of an application scenario according to Embodiment 2 of the present invention;

 Figure 4B is a schematic diagram of the remote monitoring process for Figure 4A. DETAILED DESCRIPTION OF THE INVENTION In order to provide a more convenient device monitoring and control solution, an embodiment of the present invention provides a remote monitoring device. After the device logs in to the social network platform by using a pre-registered social network account, the device manager can receive and analyze the device manager. The control command sent by the social network platform to the monitored device, and according to the parsing result, the monitored device performs a corresponding state transition operation, thereby achieving the purpose of remotely controlling the state of the device.

 Referring to FIG. 1A, a remote monitoring apparatus according to an embodiment of the present invention includes:

 The network connectivity module 10 has a networking function for logging in to the social network platform by using a pre-registered social network account; the social network account is an account registered by the administrator for the remote monitoring device, and the administrator himself is also registered with the social network account, and the management The social network account registered for the remote monitoring device and the administrator's own social network account are set to mutual attention, and the group is established, so that the information published by the remote monitoring device can be pushed by the social network platform to the terminal device where the administrator is located. The information posted by the administrator on the terminal device can be pushed to the remote monitoring device by the social network platform.

 The receiving and parsing module 11 is configured to receive and parse a control command sent by the device manager to the monitored device through the social network platform, and instruct the monitored device to perform a corresponding state transition operation according to the parsing result. Thereafter, the response information of the state transition can also be released to the social network platform to let the manager know if the state transition is successful.

 Further, the device further includes:

 The state sensing module 12 is configured to sense the state of the monitored device; where the state of the monitored device includes the on/off of the monitored device, the channel, the volume, the temperature, the working mode, and the like.

The information publishing module 13 is configured to post information of the state of the monitored device to the social network platform, so that the device manager knows the status of the monitored device through the social network platform. Further, the state sensing module 12 is further configured to: generate text information of the state of the monitored device to be monitored;

 When the information publishing module 13 issues the information of the status to the social network platform, the information publishing module 13 specifically issues the text information to the social network platform.

 In order to ensure the security of remote monitoring, the social network account of the remote monitoring device only opens the attention authority to the specified fans, and uses the password authentication or mutual powder authentication to permit the account to pay attention. On the social network platform, the remote monitoring device informs the manager of the current state of the monitored device through information distribution or private message delivery within the group.

 The remote monitoring device can monitor the surrounding monitored devices in two ways. The first type, the remote monitoring device as a separate device senses one or more monitored devices by wired or wireless means, and the one is Or multiple monitored devices to control; Second, the remote monitoring device is integrated into the monitored device to sense the state of the monitored device and control it.

 Further, when the remote monitoring device is independent of the monitored device, the state sensing module 12 is configured to: send a status query request to the monitored device connected to the remote monitoring device by wire or wirelessly; receive the monitored device Status information returned;

 Correspondingly, the receiving and parsing module 11 is configured to:

 Receiving, by the device manager, a control command sent by the social network platform, searching for the identifier of the monitored device connected to the remote monitoring device in the control command, and after searching for the identifier of the monitored device connected to the remote monitoring device, The control command searches for a state key set for the monitored device corresponding to the identifier, determines a state transition operation to be performed by the monitored device corresponding to the identifier, and indicates the monitored device corresponding to the identifier. Perform this state transition operation.

 The command form of the control command is not limited, and the programmatic format can also be composed of natural language. The programmatic format is varied and will not be described in detail here, taking natural language as an example:

When the remote monitoring device is independent of the monitored device, a control command may be directed to one monitored device connected to the remote monitoring device or to multiple monitored devices connected to the remote monitoring device. When a control command is directed to a plurality of monitored devices connected to the remote monitoring device, the control command may include a clause command, such as "turning on the television air conditioner water tank computer"; or, the control command may also include A plurality of clause commands, each clause command is directed to a monitored device, for example: the first clause command is "open water heater to 40 degrees, and the second clause command is" to turn on the air conditioner to cool mode to 23 degrees. The third clause command is "off the TV,". After receiving the control command, for each clause command in the control command, perform the following operations: Search for the connection to the remote monitoring in the clause command The identifier of the monitored device of the device, after searching for the identifier of the monitored device connected to the remote monitoring device, reading a status keyword set for the searched monitored device, and searching for the status key in the clause command Words, for example, the status keywords set for the TV can include: On, Off, Channel, Sound, and Number, The status keyword for the air conditioner contains On, , Refrigeration, and other digital and heaters; determined according to the searched keyword corresponding to a state monitoring device needs to be executed a state transition operation of the line, and instructing the monitored device to perform the state transition operation. For example, the searched device is identified as an air conditioner, and the searched state keyword includes: on, cooling, 23, and the air conditioner needs to be executed. The state transition operation is: Turn on to the cooling mode and set the temperature to 23 degrees.

 Further, when the remote monitoring device is integrated in the monitored device, the state sensing module 12 is configured to: sense the state of the monitored device according to the state information stored in the monitored device where the remote monitoring device is located; Using the perceptron to sense the state of the monitored device, and so on;

 Correspondingly, the receiving and parsing module 11 is configured to:

 Receiving, by the receiving device controller, a control command sent by the social network platform, searching for a control command for the monitored device where the remote monitoring device is located in the received control command, searching for the remote control device in the searched control command The status keyword set by the monitored device determines a state transition operation that the monitored device needs to perform according to the searched state keyword, and instructs the related module of the monitored device to perform the state transition operation.

 When the remote monitoring device is integrated in the monitored device, a control command can be directed to one monitored device or to multiple monitored devices. When a control command is directed to multiple monitored devices, the control command may include a clause command, such as "Open @TV@空调机@;水箱@电脑,,; or, the control command may also contain more A clause command, each clause command is directed to a monitored device, for example: the first clause command is "open @水水到40度,,, the second clause command is "open" air conditioner cooling mode to 23 The third,, and third clause commands are "Off @TV". After receiving the control command, for each clause command in the control command, perform the following operations: Search for the remote monitoring device in the clause command The identifier of the monitored device, after searching for the identifier of the monitored device where the remote monitoring device is located, reading the status keyword set for the monitored device where the remote monitoring device is located, and searching for the status command in the clause command a status keyword, determining, according to the searched status keyword, a state transition operation corresponding to the monitored device, and instructing the monitored device to perform the state Conversion operations.

 Further, the social network platform is Weibo, Renren, Twitter or Facebook, and so on.

 Referring to FIG. 1B, an embodiment of the present invention further provides a remote monitoring device, where the device includes:

 The network connectivity module 101 is configured to log in to the social network platform by using a pre-registered social network account. The state sensing module 102 is configured to sense the state of the monitored device.

 The information publishing module 103 is configured to release the status information to the social network platform, so that the device manager knows the status of the monitored device through the social network platform.

 Further, the state awareness module 102 is further configured to: generate text information of the state of the monitored device to be monitored;

 Correspondingly, when the information publishing module 103 issues the information of the status to the social network platform, specifically, the text information is released to the social network platform.

Further, when the remote monitoring device is independent of the monitored device, the state sensing module 102 is configured to: Sending a status query request to the monitored device connected to the remote monitoring device by wire or wirelessly; receiving status information returned by the monitored device.

 Further, when the remote monitoring device is integrated in the monitored device, the state sensing module 102 is configured to: sense the state of the monitored device according to the state information saved in the monitored device where the remote monitoring device is located; Use the perceptron to sense the status of the monitored device, and so on.

 Referring to FIG. 2A, an embodiment of the present invention further provides a remote monitoring method, including the following steps:

 Step 20: The remote monitoring device logs in to the social network platform by using the pre-registered social network account. Step 21: The remote monitoring device receives and parses the control command sent by the device manager to the monitored device through the social network platform, and is monitored according to the analysis result indication. The device performs the appropriate state transition operation.

 Preferably, the remote monitoring device can also sense the state of the monitored device in real time; and release the information of the state to the social network platform, so that the device manager can know the state of the monitored device through the social network platform.

 Preferably, after the remote monitoring device senses the state of the monitored device and publishes the information of the state to the social network platform, the text information of the state of the monitored device may be generated; and the remote monitoring device moves to the social network. When the platform publishes the information of the status, specifically, the text information is released to the social network platform.

 Specifically, when the remote monitoring device is independent of the monitored device, the remote monitoring device senses the state of the monitored device, and the specific implementation may be as follows:

 Sending a status query request to the monitored device connected to the remote monitoring device by wire or wirelessly; receiving status information returned by the monitored device;

 Correspondingly, in step 21, the remote monitoring device receives and parses the control command sent by the device manager to the monitored device through the social network platform, and instructs the monitored device to perform a corresponding state transition operation according to the parsing result, which is specifically implemented as follows:

 The remote monitoring device receives a control command sent by the device manager through the social network platform, searches for the identifier of the monitored device connected to the remote monitoring device in the control command, and searches for the identifier of the monitored device connected to the remote monitoring device. Searching for the status keyword set for the monitored device corresponding to the identifier in the control command, determining a state transition operation that the searched device needs to perform according to the searched state keyword, and instructing the monitored device to perform This state transition operation.

 The control command is for one or more monitored devices connected to the remote monitoring device.

 Specifically, when the remote monitoring device is integrated in the monitored device, the remote monitoring device senses the state of the monitored device, and the specific implementation may be as follows:

 Perceiving the state of the monitored device according to the state information stored in the monitored device where the remote monitoring device is located; or using the sensor to sense the state of the monitored device, and the like;

Correspondingly, in step 21, the remote monitoring device receives and parses the control command sent by the device manager to the monitored device through the social network platform, and instructs the monitored device to perform a corresponding state transition operation according to the parsing result. Now it is as follows:

 The remote monitoring device receives a control command sent by the device manager through the social network platform, searches for a control command for the monitored device where the remote monitoring device is located in the received control command, and searches for the remote monitoring in the searched control command. The status keyword set by the monitored device where the device is located determines the state transition operation that the monitored device needs to perform according to the searched state keyword, and indicates that the related module of the monitored device performs the state transition operation.

 In the method, the social network platform is Weibo, Renren, Twitter or Facebook, and so on.

 Referring to FIG. 2B, an embodiment of the present invention further provides a remote monitoring method, including the following steps:

 Step 201: The remote monitoring device logs in to the social network platform by using a pre-registered social network account. Step 202: The remote monitoring device senses the state of the monitored device.

 Step 203: The remote monitoring device issues information about the state of the monitored device to the social network platform, so that the device manager knows the status of the monitored device through the social network platform.

 Preferably, after the remote monitoring device senses the state of the monitored device and publishes the information of the state to the social network platform, the text information of the state of the monitored device may be generated; and the remote monitoring device moves to the social network. When the platform publishes the information of the status, specifically, the text information is released to the social network platform.

 Specifically, when the remote monitoring device is independent of the monitored device, the remote monitoring device senses the state of the monitored device, and the specific implementation may be as follows:

 Sending a status query request to the monitored device connected to the remote monitoring device by wire or wirelessly; receiving status information returned by the monitored device.

 When the remote monitoring device is integrated in the monitored device, the remote monitoring device senses the state of the monitored device, and the specific implementation may be as follows:

 The remote monitoring device senses the state of the monitored device according to the state information stored in the monitored device where the remote monitoring device is located; the sensor can also be used to sense the state of the monitored device, and the like.

 The present invention will be described below in conjunction with specific embodiments:

 Embodiment 1:

 In this embodiment, as shown in FIG. 3A, the remote monitoring device is integrated in the monitored device, and the social networking platform takes Weibo as an example. As shown in FIG. 3B, the remote monitoring implementation method based on the system is as follows:

 Step 30: The remote monitoring device in the monitored device logs in to the social network platform by using a pre-registered social network account;

 Step 31: The remote monitoring device senses the state of the monitored device;

Step 32: The remote monitoring device publishes the state information of the monitored monitored device through the social network platform. Step 33: When the administrator needs to control the monitored device, log in to the community by using the administrator's account on the terminal device. The network platform is distributed, and the control command for the monitored device is released through the social network platform, and the social network platform pushes the control command to the remote monitoring device in the same group as the manager;

 Step 34: The remote monitoring device receives a control command from the social network platform;

 Step 35: The remote monitoring device parses the control command, and searches for a social network account of the remote monitoring device in the control command;

 Step 36: The remote monitoring device determines whether the social network account of the remote monitoring device is searched, and if so, determines that the control command is related to the monitored device where the remote monitoring device is located, and proceeds to step 37, otherwise, determines the control command and The monitored device where the remote monitoring device is located is irrelevant, and returns to step 31;

 Step 37: Read a locally saved state keyword set for the monitored device where the remote monitoring device is located, search for the state keyword in the control command, and determine, according to the searched state keyword, that the monitored device needs to be executed. State transition operation;

 Step 38: Instruct the relevant module of the monitored device to perform the state transition operation, and go to step 32.

 Embodiment 2:

 In this embodiment, as shown in FIG. 4A, the remote monitoring device is independent of each monitored device, and each monitored device is connected to the remote monitoring device by wire or wirelessly. The social network platform takes Weibo as an example, as shown in FIG. 4B. The remote monitoring implementation method based on the system is as follows:

 Step 40: The remote monitoring device logs into the social network platform by using a pre-registered social network account;

 Step 41: The remote monitoring device senses the state of each monitored device;

 Step 42: The remote monitoring device publishes the state information of each monitored device through the social network platform. Step 43: When the manager needs to control the monitored device, log in to the social network platform by using the administrator's account on the terminal device. And issuing, by the social network platform, a control command for one or more monitored devices, and the social network platform pushes the control command to the remote monitoring device in the same group as the manager;

 Step 44: The remote monitoring device receives a control command from the social network platform;

 Step 45: The remote monitoring device parses the control command, and searches for a name of the monitored device connected to the remote monitoring device in the control command;

 Step 46: The remote monitoring device determines whether the name of the monitored device connected to the remote monitoring device is searched, and if yes, determines that the control command is related to the monitored device connected to the remote monitoring device, and proceeds to step 47, otherwise, determines The control command is independent of the monitored device where the remote monitoring device is located, and returns to step 41;

 Step 47: Perform the following operations on each monitored device that is searched for: reading a locally saved state keyword set for the monitored device, searching for the state keyword in the control command, according to the searched state keyword Determining a state transition operation that the monitored device needs to perform;

 Step 48: Instruct each related monitored device to perform a corresponding state transition operation, and go to step 42.

In summary, the beneficial effects of the present invention include: In the solution provided by the embodiment of the present invention, after the remote monitoring device logs in to the social network platform by using the pre-registered social network account, the information about the state of the monitored device can be posted through the social network platform, so that the device manager can pass the social network. The platform is informed of the status of the monitored device; the remote monitoring device can also receive and parse the control command sent by the device manager to the monitored device through the social network platform, and instruct the monitored device to perform a corresponding state transition operation according to the parsing result, thereby achieving The purpose of remotely controlling the status of the device, in this solution, the monitoring and control of the monitored device through the social network platform is more convenient, and the solution does not need to be specifically set up to control the server, and does not need to apply for the corresponding domain name, nor does it need to control The server is managed and maintained, reducing the cost of remote monitoring equipment.

 In addition, in the solution provided by the embodiment of the present invention, the control command sent by the remote monitoring device may be directed to one monitored device or multiple monitored devices, thereby implementing point-to-multipoint multi-channel monitoring.

 Those skilled in the art will appreciate that embodiments of the present invention can be provided as a method, system, or computer program product. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment, or a combination of software and hardware. Moreover, the present invention can be embodied in the form of a computer program product embodied on one or more computer-usable storage interfaces (including but not limited to disk storage, CD-ROM, optical storage, etc.) containing computer usable program code.

 The present invention has been described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (system), and computer program products according to embodiments of the invention. It will be understood that each process and/or block of the flowchart illustrations and/or FIG. These computer program instructions can be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing device to produce a machine for the execution of instructions for execution by a processor of a computer or other programmable data processing device. Means for implementing the functions specified in one or more of the flow or in a block or blocks of the flow chart.

 The computer program instructions can also be stored in a computer readable memory that can direct a computer or other programmable data processing device to operate in a particular manner, such that the instructions stored in the computer readable memory produce an article of manufacture comprising the instruction device. The apparatus implements the functions specified in one or more blocks of a flow or a flow and/or block diagram of the flowchart.

 These computer program instructions can also be loaded onto a computer or other programmable data processing device such that a series of operational steps are performed on a computer or other programmable device to produce computer-implemented processing for execution on a computer or other programmable device. The instructions provide steps for implementing the functions specified in one or more of the flow or in a block or blocks of a flow diagram.

Although the preferred embodiment of the invention has been described, it will be apparent to those skilled in the art that, Therefore, the appended claims are intended to be interpreted as including the preferred embodiments and the modifications and It is apparent that those skilled in the art can make various modifications and variations to the embodiments of the present invention without departing from the spirit and scope of the embodiments of the present invention. Thus, it is intended that the present invention cover the modifications and modifications of the embodiments of the invention.

Claims

Rights request

A remote monitoring device, characterized in that the device comprises:

 a network connectivity module, configured to log in to the social network platform by using a pre-registered social network account;

 The receiving and parsing module is configured to receive and parse a control command sent by the device manager to the monitored device through the social network platform, and instruct the monitored device to perform a corresponding state transition operation according to the parsing result.

 2. The device of claim 1, wherein the device further comprises:

 a state awareness module, configured to sense a state of the monitored device;

 The information publishing module is configured to release the status information to the social network platform, so that the device manager knows the status of the monitored device through the social network platform.

 The device according to claim 2, wherein the state sensing module is further configured to: generate text information of the state of the monitored device to be monitored;

 When the information publishing module issues the information of the state to the social network platform, specifically, the text information is released to the social network platform.

 4. The device according to claim 2, wherein when the remote monitoring device is independent of the monitored device, the state sensing module is configured to:

 Sending a status query request to the monitored device connected to the remote monitoring device by wire or wirelessly; receiving status information returned by the monitored device;

 The receiving and parsing module is used to:

 Receiving, by the device manager, a control command sent by the social network platform, searching for the identifier of the monitored device connected to the remote monitoring device in the control command, and after searching for the identifier of the monitored device connected to the remote monitoring device, The control command searches for a state key set for the monitored device corresponding to the identifier, determines a state transition operation to be performed by the monitored device corresponding to the identifier, and indicates the monitored device corresponding to the identifier. Perform this state transition operation.

 5. Apparatus according to claim 4 wherein said control command is for one or more monitored devices connected to the remote monitoring device.

 The device according to claim 2, wherein when the remote monitoring device is integrated in the monitored device, the receiving and parsing module is configured to:

 Receiving, by the receiving device controller, a control command sent by the social network platform, searching for a control command for the monitored device where the remote monitoring device is located in the received control command, searching for the remote control device in the searched control command The status keyword set by the monitored device determines a state transition operation that the monitored device needs to perform according to the searched state keyword, and instructs the related module of the monitored device to perform the state transition operation.

7. A remote monitoring device, characterized in that the device comprises: a network connectivity module, configured to log in to the social network platform by using a pre-registered social network account; and a state sensing module, configured to sense a state of the monitored device;

 The information publishing module is configured to release the status information to the social network platform, so that the device manager knows the status of the monitored device through the social network platform.

 The device according to claim 7, wherein the state sensing module is further configured to: generate text information of a state of the monitored device to be monitored;

 When the information publishing module issues the information of the state to the social network platform, specifically, the text information is released to the social network platform.

 The device according to claim 7, wherein when the remote monitoring device is independent of the monitored device, the state sensing module is configured to:

 Sending a status query request to the monitored device connected to the remote monitoring device by wire or wirelessly; receiving status information returned by the monitored device.

 10. A remote monitoring method, characterized in that the method comprises:

 The remote monitoring device logs into the social network platform using a pre-registered social network account;

 The remote monitoring device receives and parses the control command sent by the device manager to the monitored device through the social network platform, and instructs the monitored device to perform a corresponding state transition operation according to the parsing result.

 The method of claim 10, further comprising:

 The remote monitoring device senses the state of the monitored device;

 The remote monitoring device issues the status information to the social network platform to enable the device manager to know the status of the monitored device through the social network platform.

 The method of claim 11, wherein after the remote monitoring device senses the state of the monitored device and issues the information of the state to the social network platform, the method further includes:

 The remote monitoring device generates text information of the state of the monitored device to be monitored;

 The remote monitoring device releases the information of the status to the social network platform, which specifically includes:

 The remote monitoring device issues the text information to the social network platform.

 The method according to claim 11, wherein when the remote monitoring device is independent of the monitored device, the remote monitoring device senses the state of the monitored device, and specifically includes:

 Sending a status query request to the monitored device connected to the remote monitoring device by wire or wirelessly; receiving status information returned by the monitored device;

 The remote monitoring device receives and parses a control command sent by the device manager to the monitored device through the social network platform, and instructs the monitored device to perform a corresponding state transition operation according to the parsing result, which specifically includes:

The remote monitoring device receives a control command sent by the device manager through the social network platform, searches for the identifier of the monitored device connected to the remote monitoring device in the control command, and searches for the monitored device connected to the remote monitoring device. After the identifier of the device is searched for, the status keyword of the monitored device corresponding to the identifier is searched for, and the state transition operation required by the monitored device corresponding to the identifier is determined according to the searched state keyword, and the The corresponding monitored device is identified to perform the state transition operation.

 14. The method of claim 13 wherein the control command is for one or more monitored devices connected to the remote monitoring device.

 The method according to claim 11, wherein when the remote monitoring device is integrated in the monitored device, the remote monitoring device receives and parses the monitored device sent by the device manager through the social network platform. The control command instructs the monitored device to perform a corresponding state transition operation according to the parsing result, which specifically includes:

 The remote monitoring device receives a control command sent by the device manager through the social network platform, searches for a control command for the monitored device where the remote monitoring device is located in the received control command, and searches for the remote monitoring in the searched control command. The status keyword set by the monitored device where the device is located determines the state transition operation that the monitored device needs to perform according to the searched state keyword, and indicates that the related module of the monitored device performs the state transition operation.

 16. A remote monitoring method, the method comprising:

 The remote monitoring device logs into the social network platform using a pre-registered social network account;

 The remote monitoring device senses the state of the monitored device;

 The remote monitoring device issues the status information to the social network platform to enable the device manager to know the status of the monitored device through the social network platform.

 The method of claim 16, further comprising: after the remote monitoring device senses the state of the monitored device and the information about the state is released to the social network platform, the method further includes:

 The remote monitoring device generates text information of the state of the monitored device to be monitored;

 The remote monitoring device releases the information of the status to the social network platform, which specifically includes:

 The remote monitoring device issues the text information to the social network platform.

 The method of claim 16, wherein the remote monitoring device senses the state of the monitored device when the remote monitoring device is independent of the monitored device, and specifically includes:

 Sending a status query request to the monitored device connected to the remote monitoring device by wire or wirelessly; receiving status information returned by the monitored device.