KR101236500B1 - Apparatus for social network service relay service for small embedded apparatus and method thereof - Google Patents

Abstract

PURPOSE: A social network service(SNS) relay service device for a small embedded device and a method thereof are provided to eliminate necessity of additional development of a small embedded device when a protocol of an SNS service server is changed or a new SNS service is added. CONSTITUTION: A web page unit(320) provides a web interface for a user. A service router(360) receives event information from an embedded device with an event through protocol units(330,340). The service router processes the event information as a type of an SNS service server which receives the event information. The service router provides the processed event information to the SNS service server through an agent unit(350). [Reference numerals] (320) Web page unit; (330) Integrated protocol unit; (340) Plug-in protocol unit; (350) Agent unit; (360) Service router; (AA,BB) Embedded device; (CC) SNS service server, mobile push server, SMS server; (DD) User terminal

Description

SNS relay service device and method for small embedded device {APPARATUS FOR SOCIAL NETWORK SERVICE RELAY SERVICE FOR SMALL EMBEDDED APPARATUS AND METHOD THEREOF}

The present invention relates to a social network service (SNS) relay service apparatus for a small embedded device and a method thereof.

As various issues happening around the world are shared in real time through SNS service, interest in them is amplified and users are also rapidly increasing.

The town, society, and network of humans are connected to each other as social networks, and online connections are just as important as offline, and many people are interested in forming social networks using IT tools. It utilizes it.

Typical SNS services include Facebook, Twitter, Tweetkr, Me Today, YouTube, and blogs.

On the other hand, embedded devices, such as DVRs, IP cameras, home gateways, set-top boxes, fire / gas / access alarms, which are embedded in a product or solution and allow a specific task to be performed within the product, are supported. Small embedded devices may not be able to implement various additional functions depending on the performance of the device. Particularly, in case of embedded device where an event occurs, the performance of the device must be guaranteed in order to transmit the event to the social network or to the smartphone or SMS, and the devices with the guaranteed performance also have various SNS, SMS, push alarm services, etc. In order to provide the service, the device software should be loaded and used for each service.

In addition, if the access method or registration method is changed in an SNS company such as Twitter, the device software must be modified accordingly, and since the customer distribution must be made again after the modification, there is a problem in that the development and distribution period takes a considerable time.

An object of the present invention is to provide an SNS relay service apparatus and a method for a small embedded device that can provide event information generated in the small embedded device to a user through various SNS services.

SNS relay service apparatus according to an aspect of the present invention,

A protocol unit connected to a plurality of embedded devices to receive event information; An agent unit which accesses a plurality of SNS service servers and provides event information; And receiving corresponding event information from an embedded device in which an event occurs through the protocol unit, and processing the event information in a form corresponding to an SNS service server to which the event information is to be provided among the plurality of SNS service servers. It includes a service router that registers and provides as an SNS service server.

Here, the protocol unit, the integrated protocol unit for connecting to the embedded device using the integrated protocol defined by the SNS relay service device; And a plug-in protocol unit connected to an embedded device that provides a protocol corresponding to the SNS service.

The plug-in protocol unit may include one or a mixture of two or more of a user data protocol (UDP) plug-in protocol module, a transmission control protocol (TCP) client plug-in protocol module, and a TCP server plug-in protocol module. It features.

In addition, the UDP plug-in protocol module and the TCP server plug-in protocol module may be connected according to a connection request from an embedded device where an event is generated to receive event information from the embedded device.

In addition, the TCP client plug-in module may be connected to an embedded device according to a period set by the service router by a user and receive event information generated and stored in the embedded device.

The SNS relay service apparatus may include a database storing embedded device information, user information, event information, and SNS setting information; And a web page unit for providing a web interface to the user.

The service router may store embedded device information and SNS setting information set by a user connected through the web page unit in the database, and store event information received through the protocol unit in the database.

The agent unit may further include a plurality of modules that may be connected to the plurality of SNS service servers, respectively. The agent unit may further include corresponding modules for providing event information to a mobile push server and a short message service (SMS) server. Characterized in that.

SNS relay service method according to another feature of the present invention,

An SNS relay service method for providing an event information generated by a plurality of embedded devices to a plurality of SNS service servers, the SNS relay service device comprising: registering an embedded device and SNS service information to use an SNS relay service from a user; Receiving event information generated in a registered embedded device; Processing the event information in a form corresponding to an SNS service server corresponding to registered SNS service information; And providing the processed event information to an SNS service server corresponding to registered SNS service information.

Here, in the receiving step, when the registered embedded device uses an integrated protocol defined by the SNS relay service device, the SNS relay service device connects according to a connection request from the registered embedded device. And receiving event information from a registered embedded device.

In the receiving step, when the registered embedded device uses the UDP plug-in protocol and the TCP client plug-in protocol among the plug-in protocols corresponding to the SNS service, a connection request from the registered embedded device is requested. According to the SNS relay service device is characterized in that for receiving event information from the registered embedded device.

In the receiving step, when the registered embedded device uses the TCP server plug-in protocol among the plug-in protocols corresponding to the SNS service, the registered embedded device accesses the registered embedded device according to a period set by the user. And receiving event information generated and stored in the registered embedded device.

Further, when the mobile push service and SMS service information are additionally registered in the registration step, in the processing step, the event information is processed and provided in a form corresponding to the mobile push service or the SMS service. Characterized in that the event information processed by the mobile push server or SMS server in the step.

The registering may include providing a web page for registering information to a user; Registering embedded device information and SNS configuration information to use the SNS relay service from a user; And storing the registered embedded device information and the SNS setting information in a database.

Further, the event information received in the receiving step is stored in the database, and in the processing step, the event information stored in the processing and providing the event information stored in the database is registered in the SNS service information. It is characterized by providing to the SNS service server corresponding to.

According to the present invention, even if a protocol of the SNS service server is changed or a new SNS service is supported, additional development of an embedded device is not required, thereby reducing the development period and difficulty in distributing users.

In addition, since the SNS relay service device handles various SNS service support, the SNS service can be provided even for an embedded device in which system performance is not secured.

In addition, the embedded device user can not only be provided with the status and key information of the equipment in real time through the SNS service used by the user, but also can be accumulated or shared.

1 is a diagram illustrating an example of using an SNS relay service apparatus according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating a detailed configuration of the SNS relay service apparatus shown in FIG. 1.
3 is a flowchart illustrating an SNS relay service method according to an embodiment of the present invention.
4 is a diagram illustrating a flow in which a user terminal is connected to an SNS relay service apparatus according to an embodiment of the present invention to perform user setting.
5 is a diagram illustrating an example of a main page displayed by a SNS relay service apparatus according to an embodiment of the present invention to a user terminal.
6 is a diagram illustrating an example of an embedded device registration page displayed by a SNS relay service device according to an embodiment of the present invention as a user terminal.
7 is a diagram illustrating an example of an SNS setting page displayed by a SNS relay service apparatus according to an embodiment of the present invention to a user terminal.
8 is a diagram illustrating an example of an event log page displayed by a SNS relay service apparatus according to an embodiment of the present invention to a user terminal.
9 is a diagram illustrating an example in which an SNS relay service device receives event information from an embedded device according to an embodiment of the present invention.
10 is a diagram illustrating another example in which an SNS relay service apparatus receives event information from an embedded device according to an exemplary embodiment of the present invention.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention, and like reference numerals designate like parts throughout the specification.

Throughout the specification, when a part is said to "include" a certain component, it means that it can further include other components, without excluding other components unless specifically stated otherwise. Also, the terms " part, "" module," and " module ", etc. in the specification mean a unit for processing at least one function or operation and may be implemented by hardware or software or a combination of hardware and software have.

Now, an SNS relay service apparatus for a small embedded device according to an exemplary embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a diagram illustrating an example of using an SNS relay service apparatus according to an embodiment of the present invention.

Referring to FIG. 1, the embedded devices 110, 120, 130, and 140 are connected to a wired or wireless network 200 such as the Internet, and use a plug-in protocol or an integration protocol. It is connected to the SNS relay service apparatus 300. Here, the integrated protocol is a protocol defined by the SNS relay service device 300, and the plug-in protocol is a protocol provided by the embedded devices 110, 120, 130, and 140 for communication with the SNS relay service device 300. to be.

The SNS relay service device 300 is connected to the embedded devices 110, 120, 130, and 140, the SNS service servers 410 and 420, the mobile push server 510, and the SMS server 520 through the Internet 200. .

The SNS relay service device 300 receives and processes information provided from the embedded devices 110, 120, 130, and 140, and processes the corresponding SNS service servers 410 and 420, the mobile push server 510, or the SMS server 520. To provide.

The user terminal 600 is also connected to the SNS relay service device 300 through the Internet 200, and the user registers his or her own embedded device with the SNS relay service device 300 through the user terminal 600 to receive the service. SNS service can be configured. The user terminal 600 includes a portable terminal capable of wired and wireless Internet access, a personal computer, and personal digital assistants (PDAs).

The SNS relay service device 300 provides a web page for the user terminal 600 to search for, register, and set an embedded device.

The embedded devices 110, 120, 130, and 140 registered by the user terminal 600 provide event information to the SNS relay service device 300 through an integrated protocol or a plug-in protocol.

On the other hand, the embedded device (110, 120, 130, 140) according to an embodiment of the present invention uses an integrated protocol or a plug-in protocol. In the case of the integrated protocol, only one type is provided because the standard protocol of the SNS relay service apparatus 300 is used. However, in the case of a plug-in protocol, a plurality of types may be provided. Since the integrated protocol is provided in the form of a standard protocol, connection is possible through program modification in the embedded devices 110, 120, 130, and 140.

In the embodiment of the present invention, three types of plug-in protocols may be used, each of which is used in a mixed form of two or more. For example, User Data Protocol (UDP) protocol, Transmission Control Protocol (TCP) client protocol, TCP server protocol, and the like. Here, the TCP client protocol is a protocol in which a TCP client side connects to a server side and provides information, and the TCP server protocol connects to a client (SNS relay service apparatus 300) to request information and receives the information from the client side. to be.

In an embodiment of the present invention, the embedded device 110 uses an integrated protocol, the embedded device 120 uses a UDP protocol, the embedded device 130 uses a TCP client protocol, and the embedded device 140 uses TCP. Assume that you use the server protocol.

FIG. 2 is a diagram illustrating a detailed configuration of the SNS relay service apparatus 300 shown in FIG. 1.

As shown in FIG. 2, the SNS relay service apparatus 300 according to an embodiment of the present invention includes a database (DataBase, DB) 310, a web page unit 320, an integrated protocol unit 330, and a plug-in. The protocol unit 340, the agent unit 350, and the service router 360 are included.

The DB 310 stores embedded device information, user information, device event log, SNS setting information, and the like. In particular, the embedded device information stores the embedded device registered by the user, and when the user login is required as the user information, the member information is stored, and if necessary, information for authenticating the user as a member is also stored. The device event log is a log of events that occur in the embedded device registered by the user. The SNS setting information is information for setting an SNS service server to deliver event log information generated in an embedded device by a user.

The DB 310 may be a commercial DB or a public DB according to the operating system of the SNS relay service device 300. For example, MS SQL, Oracle, SYSBASE, MySQL.

The web page unit 320 provides a web interface that allows a user of an embedded device to register his or her own embedded device with the SNS relay service device 300 and set SNS service through the user terminal 600. User login may be required for information security, and it is an interface to monitor SNS settings, account settings, event logs, etc.

The integrated protocol unit 330 does not provide a plug-in protocol for communication and event transmission with the SNS service due to the specificity of the embedded device, thereby providing an interface to the embedded device 110 using the integrated protocol. The integrated protocol unit 330 collects information and events delivered by the embedded device 110 based on the integrated protocol.

The plug-in protocol unit 340 provides an interface to the embedded device 120, 130, 140 based on the plug-in protocol. The plug-in protocol is installed based on a module provided by an embedded device (120, 130, 140) company, and contains the main information to provide the SNS service without changing the software of the embedded device. The plug-in protocol unit 340 is provided with a module corresponding to each protocol since a plurality of protocols can be used. For example, in an embodiment of the present invention, a UDP plug-in protocol module for the embedded device 120, a TCP server plug-in protocol module for the embedded device 130, and a TCP client plug-in for the embedded device 140 may be used. An in-protocol module. The plug-in protocol unit 340 is connected to the plug-in protocol based embedded devices 120, 130, and 140 to collect event information from the embedded devices 120, 130, and 140.

The agent unit 350 provides an interface for providing the event information transmitted from the service router 360 to the SNS service server 410, 420, the mobile push server 510, or the SMS server 520 set corresponding to the event information. to provide. The agent unit 350 includes modules divided by service providers. That is, each module includes a corresponding module for each SNS service server 410 and 420, and a corresponding module for each mobile push server 510 and an SMS server 520. Therefore, even if the connection method or registration method is changed for each service provider, only the corresponding module of the agent unit 350 needs to be modified, so that the change is simple, and in particular, the device software for the embedded device does not need to be changed. These modules are built on the APIs provided to each service provider.

The service router 360 serves as a core core of the SNS relay service device 300, and includes a DB 310, a web page unit 320, an integrated protocol unit 330, a plug-in protocol unit 340, and an agent unit. Perform control on 350.

When the user's command is transmitted from the user terminal 600 through the web page 320, the service router 360 retrieves or stores the embedded device setting information or the user setting information from the DB 310 and then stores the user terminal 600. Return the result through the web page.

In addition, the service router 360 may issue information and event request commands to the integrated protocol unit 330 or the plug-in protocol unit 340, and thus the integrated protocol unit 330 or the plug-in protocol unit 340. Processes the information and events delivered from the), stores the processed information in the DB 310, and takes the information of the DB 310 and transmits it to the agent unit (350).

In addition, when the information of the embedded device is registered in the DB 310, the service router 360 may include the embedded device 110, 120, 130, through the integrated protocol unit 330 and the plug-in protocol unit 340 by a set period. Collect the event information from the 140 to the DB 310, and provides the event information to the SNS service server (410, 420), mobile push server 510 or SMS server 520 through the agent (350). .

In addition, the service router 360 also serves as a Common Gateway Interface (CGI) that returns a request value when requesting information from the user terminal 600 through the web page 320.

On the other hand, since the plug-in protocol unit 340 is composed of a plurality of modules, event information may be delivered to the service router 360 at the same time. Therefore, the service router 360 and the plug-in protocol unit 340 include a queue for receiving event information transmitted from the plug-in protocol unit 340 and outputting them in order to the service router 360. can do. Accordingly, the event information delivered from the plug-in protocol unit 340 is stored in the queue one by one, and the service router 360 takes the processing one by one according to the stored order.

Hereinafter, an SNS relay service method according to an embodiment of the present invention will be described with reference to FIG. 3.

First, a method of registering an embedded device of a user in the SNS relay service device 300 and setting an SNS service using the user terminal 600 will be described.

3 and 4, when the user accesses the SNS relay service apparatus 300 through the user terminal 600 (S310), the SNS relay service apparatus 300 may access the user terminal through the web page 320. In step S320, a web page for device registration and SNS service setting is provided. Through this process, the user may register his or her own embedded device in the SNS relay service device 300 and set a desired SNS service.

More specifically, when the user terminal 600 accesses the web page unit 320 of the SNS relay service apparatus 300, the service router 360 of the SNS relay service apparatus 300 searches for the DB 310 and the user. The main page corresponding to the user as shown in FIG. 5 is displayed by extracting the corresponding information. The screen shown in FIG. 5 is a screen corresponding to a user who has already registered and registered an embedded device, and has displayed a state in which event logs collected from registered devices are already collected. That is, the main page displays the status of the embedded device that is registered as a user and the event log occurring in the registered devices based on the latest time.

These main pages include device setup items (DEVICE SETUP) for registering embedded devices, SNS setup items (SNS SETUP) for SNS service settings, account setup items (ACCOUNT) for changing login passwords and email addresses, and registered embedded devices. There is a log entry (LOG), which is a log status page that checks the type of events that occurred in SNS and whether they are registered properly in the SNS service.

When a device setting item is selected to newly register or add a device corresponding to a user, the service router 360 displays a screen as shown in FIG. 6 on the user terminal 600. The screen shown in FIG. 6 represents a page for registering an embedded device. The device information (TYPE, Device) of the embedded device to be registered, an IP address (Device Address), device connection information (Device Port, Device ID, Device Password), Check Duration, Event Type, etc. may be set.

In addition, when an SNS setting item is selected to set an SNS service to receive event information generated from a registered embedded device, the service router 360 displays a screen as shown in FIG. 7 on the user terminal 600. do. The screen shown in FIG. 7 shows an SNS service type (Select SNS Service), a type of information provided (Select Transmission), an event information duration (Duration), and SNS service authentication information (SNS) for a registered embedded device (Select Device). ID, SNS Password) may be set. Here, the type of information includes text, video, audio, and the like.

Meanwhile, several SNS services, mobile push notifications, and SMS notifications may be set in one registered embedded device.

In addition, when a log item is selected to confirm event information generated from the registered embedded device, that is, log information, the service router 360 displays a screen as shown in FIG. 8 on the user terminal 600. The screen shown in FIG. 8 may check the type of event generated in the registered embedded device and whether it is properly registered in the SNS service.

Next, the service router 360 determines whether the embedded device registered by the user uses the TCP server plug-in protocol (S330).

If it is determined that the embedded device does not use a TCP server plug-in protocol and uses another protocol, for example, an integrated protocol, a UDP plug-in protocol, or a TCP client protocol, the service router 360 may register a registered embedded device ( It is checked whether an event has occurred from 110, 120, and 130 (S340).

If it is confirmed that an event is generated from the registered embedded devices 110, 120, and 130, the event information may correspond to the integrated protocol unit 330 or the plug-in protocol unit 340 corresponding to the embedded device 110, 120, or 130. Since it is transmitted to, the service router 360 collects event information from the integrated protocol unit 330 or the plug-in protocol unit 340 (S350).

Thereafter, the service router 360 processes the event information collected in the step S350 to correspond to the SNS service information set in the DB 310 for the embedded device 110, 120, 130 that generated the event. The SNS service server 410 or 420, the mobile push server 510, or the SMS server 520 register and transmit the processed event information through the agent unit 350, and provide the same to the user (S370). .

More specifically, a process of providing event information will be described with reference to FIG. 9.

Before description, it is assumed that the embedded devices 110, 120, and 130 have input / output ports configured to be connected to the corresponding integrated protocol unit 330 or the plug-in protocol unit 340, respectively.

In addition, since the embedded device 110 using the integrated protocol and the embedded device 120 using the UDP plug-in protocol provide event information through the same process, the embedded device 120 using the UDP plug-in protocol is provided. Explain assuming).

Referring to FIG. 9, the embedded device 120 using the UDP plug-in protocol generates a plug-in protocol of the SNS relay service device 300 when an event to provide information to the SNS relay service server 300 occurs in the corresponding device. After transmitting the UDP diagram to the unit 340 (S351), the event information is transmitted to the plug-in protocol unit 340 according to the system protocol (S352).

Thereafter, the plug-in protocol unit 340 transmits the event information transmitted from the embedded device 120 to the service router 360 (S353), and the delivered event information may be processed by the service router 360. Make sure

Meanwhile, if it is determined in step S330 that the embedded device uses the TCP server plug-in protocol, that is, the embedded device 140, the service router 360 refers to the period information registered in the DB 310. By connecting to the embedded device 140 through the plug-in protocol unit 340 according to the set period (S380), the event information generated and stored in the embedded device 140 is requested and received to collect event information (S380). S390).

Thereafter, the service router 360 transfers the event information collected in the step S390 through the corresponding steps S360 and S370 to the corresponding SNS service server 410 and 420, the mobile push server 510, or the SMS server. Provided to the user by sending a registration to 520.

More specifically, a process of providing event information will be described with reference to FIG. 10.

Before the description, it is assumed that the input / output port is set so that the embedded device 140 can connect to the plug-in protocol unit 340.

Referring to FIG. 10, the service router 360 requests collection of event information from the embedded device 140 to the plug-in protocol unit 340 according to the period checked in step S380 (S391). Accordingly, the plug-in protocol unit 340 connects to the embedded device 140 to request event information (S392), and the embedded device 140 checks event information already generated and stored according to the request. If so, the event information is transmitted to the plug-in protocol unit 340 (S393).

Thereafter, the plug-in protocol unit 340 transmits the event information transmitted from the embedded device 140 to the service router 360 (S394), and the delivered event information may be processed by the service router 360. Make sure

As described above, the SNS relay service device 300 is a small embedded device (110, 120, 130, 140) and various types of SNS service server (410, 420), push mobile server 510 and SMS server 520 By providing the event occurrence information between the small embedded devices (11, 120, 130, 140) can use a variety of SNS services, and also to modify the software of the small embedded device when responding to a new SNS service or changes existing services It can eliminate the complex problems of deploying, distributing, and applying to devices.

In addition, by applying a simple but powerful integrated encrypted protocol applicable to the small embedded device (110, 120, 130, 140) to communicate with the SNS relay service device 300, the SNS relay service device 300 Operation can simplify the cost and development of small embedded devices.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, It belongs to the scope of right.

Claims (15)

A database that stores embedded device information, user information, event information, SNS configuration information, and periodic information;
A web page unit providing a web interface to a user;
A protocol unit connected to a plurality of embedded devices to receive event information;
An agent unit accessing a plurality of SNS service servers and providing event information; And
Receiving the corresponding event information from the embedded device in which the event occurs through the protocol unit, and processing the event information in the form corresponding to the SNS service server to be provided with the event information from the plurality of SNS service server to the corresponding SNS through the agent unit Including a service router to register and provide a service server,
The service router registers an embedded device for the user by receiving information of an embedded device to be registered from a user connected through the web page unit and stores the information in the database corresponding to the user, and registers the embedded device for the user. Receives information of at least one SNS service to provide event information of and stores it in the database corresponding to an embedded device registered for the user;
When the service router receives the event information from the embedded device through the protocol unit, the service router extracts information of at least one SNS service stored corresponding to the embedded device through the database, and extracts the information corresponding to the extracted SNS service. Process and provide to the corresponding SNS service server,
When the embedded device uses the TCP server plug-in protocol, the service router connects to the embedded device through the protocol unit and requests event information according to the period information stored in the database, and occurs in the embedded device. And store the event information stored in the event information transmitted from the embedded device and process the event information in a form corresponding to an SNS service server to which the event information is to be provided among the plurality of SNS service servers. SNS relay service apparatus, characterized in that provided by registering as a service server. The method of claim 1,
The protocol unit,
An integrated protocol unit for connecting to an embedded device using an integrated protocol defined by the SNS relay service device; And
Plug-in protocol section for connecting to embedded devices that provide protocols corresponding to SNS services
SNS relay service device comprising a. The method of claim 2,
The plug-in protocol unit may include one or a mixture of two or more of a user data protocol (UDP) plug-in protocol module, a transmission control protocol (TCP) client plug-in protocol module, and a TCP server plug-in protocol module. SNS relay service device. The method of claim 3,
The UDP plug-in protocol module and the TCP server plug-in protocol module are connected according to a connection request from an embedded device where an event is generated to receive event information from an embedded device. delete delete The method of claim 1,
The service router stores the event information received through the protocol unit in the database, characterized in that the SNS relay service. The method according to any one of claims 1 to 4 and 7,
The agent unit includes a plurality of modules each connectable to the plurality of SNS service servers,
The agent unit further includes corresponding modules for providing event information to a mobile push server and a short message service (SMS) server as well.
SNS relay service device, characterized in that. In the SNS relay service method for providing a plurality of SNS service server event information generated by a social network service (SNS) relay service device,
Registering information of an embedded device to use an SNS relay service from a user;
Receiving information of at least one SNS service that will service event information from the user and setting the corresponding embedded device in correspondence with the registered embedded device;
Receiving event information generated in the embedded device;
Extracting information on at least one SNS service set for the embedded device in which the event information is received;
Processing the event information with information corresponding to the extracted at least one SNS service; And
Providing the processed event information to an SNS service server corresponding to the at least one SNS service extracted from the above;
Wherein the receiving comprises:
Requesting event information by accessing the registered embedded device according to a period set by a user when the registered embedded device uses a TCP server plug-in protocol among plug-in protocols corresponding to an SNS service; And
Receiving the event information generated and stored in the registered embedded device when delivered from the registered embedded device
SNS relay service method comprising a. 10. The method of claim 9,
In the receiving step,
When the registered embedded device uses an integrated protocol defined by the SNS relay service device, the SNS relay service device accesses event information from the registered embedded device according to a connection request from the registered embedded device. SNS relay service method, characterized in that receiving. 10. The method of claim 9,
In the receiving step,
When the registered embedded device uses the User Data Protocol (UDP) plug-in protocol and the Transmission Control Protocol (TCP) client plug-in protocol among the plug-in protocols corresponding to the SNS service, SNS relay service method characterized in that the SNS relay service device is connected to receive the event information from the registered embedded device according to the connection request. delete 10. The method of claim 9,
In the registering step, when the mobile push service and SMS service information is additionally registered, in the processing step, processing the event information into a form corresponding to the mobile push service or the SMS service in the providing step SNS relay service method characterized in that the event information processed by the mobile push server or SMS server. 10. The method of claim 9,
The registration step,
Providing a web page for registering information to the user;
Registering embedded device information and SNS configuration information to use the SNS relay service from a user; And
Storing embedded device information and SNS setting information in a database
SNS relay service method comprising a. 15. The method of claim 14,
Storing the event information received in the receiving step in the database,
In the processing step, processing the event information stored in the database to provide the processed event information to the SNS service server corresponding to the registered SNS service information in the providing step
SNS relay service method, characterized in that.

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