KR100486853B1 - Emergency messaging service system using home server built in OSGi service platform and method thereof - Google Patents

Abstract

The present invention relates to an emergency call service system and a method using a home server 10 equipped with an OSGi service platform, and includes a home server equipped with an OSGi service platform 12 capable of remotely deploying / managing a service bundle. 10), the service provider can download the service bundle to the home server 10 and manage and upgrade the OSGi service platform 12 according to the user's request, and the sensor under the home server 10 Deliver the emergency message detected by the (11) to the device bundle 12c of the OSGi service platform 12 and then to the service provider server 20 via the Internet network, and then the SMS box 31 and the PSTN card (22) is used to send a short message or a voice message to the called party.

Therefore, it is possible to immediately notify the callees of emergency situations in the form of voice and text messages, and to easily maintain and upgrade the system by using the remotely manageable OSGi service platform, and to remotely bundle bundles installed on the OSGi service platform. There is a convenience to turn off.

Description

Emergency call service system using home server with OSS service platform and its method {Emergency messaging service system using home server built in OSGi service platform and method

The present invention relates to an emergency call service system and a method thereof, and more specifically, to deploy and install a service bundle through a home server equipped with an OSGi (Open Service Gateway initiative) service platform, which is one of standard protocols used for information only. The present invention relates to an emergency call service system and method for receiving remote emergency messages from sensors attached to a home server and automatically calling a callee by remote management.

The conventional emergency call service system using a home server is inconvenient to remotely manage a call program installed at the time of system installation, and has many difficulties in maintaining and upgrading.

Accordingly, the present invention is to solve the above-mentioned problems of the prior art, an object of the present invention is a home server equipped with an OSGi service platform capable of deploying and managing a service bundle for providing a remotely requested service dynamically According to the user's request, the service provider can download the service bundle to the home server, manage the OSGi service platform, and conveniently upgrade the service bundle remotely when a new version of the service bundle is developed. Deliver the emergency message detected by the sensors connected under the home server to the device bundle of the OSGi service platform, and then to the service provider server through the TCP / IP-based internet network, and then send an SMS box connected to the mobile communication network. To send the short message to the called party. Or to provide a PSTN call using the card to be connected to a public network subject to emergency call service system and method using a home server OSGi service platform is mounted to transmit a voice message form.

Emergency call service system using a home server equipped with the OSGi service platform for achieving the object of the present invention as described above, is installed in the home, attached to the emergency situation detection sensors installed in the home, TCP / IP based An OSGi service platform is connected to the outside through an internet network and includes a plurality of service bundles for providing an emergency call service. The home server transmits an emergency message detected by the sensors to the outside. ; And communicating with a home server installed in the home through an internet network, remotely downloading, distributing, installing and managing a plurality of service bundles for providing an emergency call service to the home server, and by sensors connected to the home server. When the detected emergency message is received, the emergency message is transmitted to the short message that can be confirmed by the callee's mobile phone by using an external SMS box connected to the mobile communication network, and by using the built-in PSTN card connected to the public network. It consists of a service provider server that sends a message in the form of voice that can be checked by regular phone and mobile phone.

An emergency call service method using a home server equipped with an OSGi service platform for achieving the object of the present invention includes the steps of: a home server requesting an emergency call service according to a user's request to a service provider server; When the service request of the user is received by the home server, the service provider server checks whether the service fee is specified, and if the service fee is paid, the service provider server sends a plurality of service bundles to the OSGi service platform installed in the home server. Downloading, distributing and installing; After the plurality of service bundles are installed, remotely managing a home server by actually executing an emergency call service by communicating with a home server; If the service provider server confirms whether the service is continued and the fee is paid to the home server before the specific service period has elapsed, and confirms the service duration and the payment of the fee, the emergency call service is continuously executed for the specific service period again; And the service provider server confirms whether the service is continued and paid for the home server before the specific service period elapses, and confirms the request for stopping the service and the unpaid service. Disabling remotely to stop the emergency call service function.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 and 2, the home server 10 is installed in the home, the emergency situation detection sensors 11 installed in the home is attached, and connected to the outside by the Internet network based on TCP / IP And an OSGi service platform 12 including a plurality of service bundles for providing an emergency call service, and transmits an emergency situation message detected by the sensors 11 to the outside.

The service provider server 20 communicates with the home server 10 installed in the home through the internet network, and remotely downloads, distributes and installs a plurality of service bundles for providing an emergency call service to the home server 10. After receiving the emergency message detected by the sensors 11 connected to the home server 10, the emergency message is transmitted using the external SMS box 31 connected to the mobile communication network. 30) a short message (e.g., SMS message) that can be checked, and a voice message that can be confirmed by the general telephone 40 and the mobile phone 30 of the callee using the built-in PSTN card 22 connected to the public network. For example, the message is transmitted in a VMS (Voice Message Service) message. In this case, the SMS box 31 may be embedded in the service provider server 20, and the VMS message transmitted from the PSTN card 22 to the mobile phone 30 may be sequentially transmitted through the public network and the mobile communication network. It is delivered to the mobile phone (30).

The service provider server 20 includes a server component 21 for receiving a message transmitted from home servers 10 in various homes through an internal server socket based on TCP / IP; According to the result of checking the message transmitted from the home server 10 of the various homes connected to the server component 21, the client component 23 which delivers the message to the SMS box 31 and the PSTN card 22 is further added. It is configured to include.

The management bundle 12a of the OSGi service platform 12 mounted on the home server 10 provides a function for the service provider server 20 to remotely manage the OSGi service platform 12. And remotely operated by the service provider server 20.

The deployment bundle 12b of the OSGi service platform 12 provides a function of downloading the service bundle required by the service provider server 20 to the home server 10 and the service provider server ( 20) to operate remotely.

The device bundle 12c of the OSGi service platform 12 extracts emergency situations detected by the sensors 11 attached to the home server 10 and manages these sensors 11.

The calling bundle 12d of the OSGi service platform 12 is used for message delivery between the home server 10 and the service provider server 20, and is a VMS bundle and a notification bundle. bundle) and SMS bundle to send emergency messages to a specific packet data structure.

The emergency call service system using the home server equipped with the OSGi service platform according to the present invention configured as described above operates as shown in FIGS. 3 and 4 as follows.

Initially, when the home server 10 requests an emergency call service according to a user's request to the service provider server 20 (S10), the service provider server 20 has a service fee of a specified service period. After confirming the payment (S20), if the service fee is paid, a plurality of service bundles are downloaded to the OSGi service platform 12 mounted on the home server 10 (S30), and distributed and installed (S40).

After the plurality of service bundles are installed in the OSGi service platform 12 mounted on the home server 10 as described above, the service provider server 20 communicates with the home server 10 to make an emergency call. By running the service to remotely manage the home server 10 (S50), the remote management process is performed as follows.

First, when the emergency situation detection sensors 11 output an emergency situation detection signal, the OSGi service platform 12 mounted on the home server 10 receives an emergency situation from the emergency situation detection signal by the device bundle 12d. Then, the call bundle 12d transmits the emergency message as a specific packet data structure to the server component 21 of the service provider server 20.

The server component 21 delivers a packet message to the client component 23 of the service provider server 20. Accordingly, the client component 23 transmits the packet component through the server component 21. A message to be delivered from the message to the SMS box 31 and the PSTN card 22 is generated and delivered to the SMS box 31 and the PSTN card 22.

Accordingly, the SMS box 31 transmits an SMS message indicating an emergency situation to the mobile phone 30 of the callee through the mobile communication network, and the PSTN card 22 transmits the general phone 40 of the callee through the public network. And transmits the VMS message indicating the emergency situation to the mobile phone (30).

In addition, when the SMS box 31 and the PSTN card 22 deliver the message to the mobile phone 30 and the general telephone 40, the server component 21 and the client component 23 send a message to the home server 10. After sending an acknowledgment message (ACK) indicating the transmission, the SMS box 31 and the PSTN card 22 check the normal message reception status of the mobile phone 30 and the general telephone 40, The server component 21 of the service provider server 20 transmits an acknowledgment message indicating the failure and success of the message indicating the emergency situation to the home server 10. To pass.

At this time, the data structure of the transmission message packet between the home server 10 and the service provider server 20 is shown in the diagram shown in FIG.

As shown in FIG. 5A, packet data transmitted from the home server 10 to the service provider server 20 for emergency calls or notifications includes a receiver, a delimiter, and a sender ( Caller, Delimiter, Flag to distinguish whether the transmission message is SMS or VMS message, Flag, Delimiter and Message Body, as shown in (b) of FIG. The packet data of the confirmation message transmitted from the service provider server 20 to the home server 10 includes a receiver, a delimiter, a caller, a delimiter, and a home server 10. It consists of a confirmation signal (ACK) that confirms whether there is an error, whether the signal received from the call recipient is properly received through the mobile phone 30 and the general phone (40).

On the other hand, the service provider server 20 which communicates with the home server 10 and actually executes the emergency call service to remotely manage the home server 10 before the specific service period elapses, the home server 10. After confirming the service continuity and the payment of the service to confirm the service continuation and the payment of the fee, the emergency call service is continuously executed for a specific service period again (S60), and the service stop request and the fee is not confirmed, the home server ( Remotely releasing a plurality of service bundles installed in the OSGi service platform 12 of 10) to stop the emergency call service function (S70).

As described above, the emergency call service system and the method using the home server equipped with the OSGi service platform according to the present invention, OSGi service platform that can distribute and manage a service bundle for providing a service that is dynamically requested from a remote This home server is used, and the OSGi service platform can detect the emergency message detected by the sensors connected under the home server to the service provider server that can access the mobile communication network and the public network through the TCP / IP-based Internet network. Because it is delivered, it has the advantage of promptly notifying the callees in the form of voice and text messages in case of emergency in the house, and by using the remotely manageable OSGi service platform, the maintenance is easy and Not only is it easy to upgrade, If the application's termination is the convenience of a bundled service provider directly deployed on the assumption that even without a visit to the OSGi Service Platform is installed and can be turned off remotely.

What has been described above is only one embodiment for implementing the emergency call service system and method using a home server equipped with the OSGi service platform according to the present invention, the present invention is not limited to the above embodiments, Without departing from the gist of the present invention claimed in the claims, anyone of ordinary skill in the art will have the technical spirit of the present invention to the extent that various modifications can be made.

1 is a block diagram illustrating an emergency call service system using a home server equipped with an OSGi service platform according to the present invention;

2 is a detailed block diagram showing an emergency call service system using a home server equipped with an OSGi service platform according to the present invention;

3 is a flowchart illustrating an emergency call service method using a home server equipped with an OSGi service platform according to the present invention;

4 is a flowchart illustrating a method for executing an emergency call service according to the present invention;

5 is a diagram illustrating a message structure transmitted in the process of performing an emergency call service execution method according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: Home Server 11: Sensor

12: OSGi platform 20: service provider server

21: Server Component 22: PSTN Card

23: Client Component 30: Cell Phone

31: SMS box 40: regular phone

Claims (6)

OSGi service installed in the home, attached with sensors for emergency detection installed in the home, connected to the outside through the Internet based on TCP / IP, and including a plurality of service bundles for providing an emergency call service. A home server equipped with a platform and transmitting an emergency message detected by the sensors to the outside; And The home server installed in the home communicates with the Internet, and downloads, distributes, installs, and manages a plurality of service bundles remotely to the home server for providing an emergency call service, and is detected by sensors connected to the home server. When the emergency message is received, the emergency message is transmitted to the short message that can be confirmed by the callee's mobile phone by using an external SMS box connected to the mobile communication network, and the callee's general message is transmitted using the built-in PSTN card connected to the public network. Service provider server that sends voice messages that can be checked by phone and mobile Emergency call service system using a home server equipped with an OSGi service platform, characterized in that consisting of. The OSGi service platform of claim 1, wherein the OSGi service platform is mounted on the home server. A management bundle that provides a function for the service provider server to remotely manage an OSGi service platform and is operated remotely by the service provider server; A distribution bundle that provides a function of downloading a service bundle required by the service provider server to a home server and is operated remotely by the service provider server; A device bundle for extracting emergency situations detected by sensors attached to the home server and managing these sensors; And Call bundle used for delivering messages between the home server and service provider server and consisting of VMS bundle, notification bundle, and SMS bundle to transmit emergency messages in a specific packet data structure. Emergency call service system using a home server equipped with an OSGi service platform, characterized in that comprises a. The method of claim 1, wherein the service provider server A server component for receiving messages from home servers in various homes through TCP / IP based internal server sockets; A client component that delivers a message to the SMS box and a PSTN card according to a result of checking a message transmitted from several home servers connected to the server component. Emergency call service system using a home server equipped with the OSGi service platform, characterized in that comprises a. 4. The emergency call service system using a home server equipped with an OSGi service platform according to claim 3, wherein the SMS box is embedded in a service provider server. A home server requesting an emergency call service according to a user's request to a service provider server; When the service request of the user is received by the home server, the service provider server checks whether the service fee is specified, and if the service fee is paid, the service provider server sends a plurality of service bundles to the OSGi service platform installed in the home server. Downloading, distributing and installing; After the plurality of service bundles are installed, remotely managing a home server by actually executing an emergency call service by communicating with a home server; If the service provider server confirms whether the service is continued and the fee is paid to the home server before the specific service period has elapsed, and confirms the service duration and the payment of the fee, the emergency call service is continuously executed for the specific service period again; And If the service provider server confirms whether the service is continued and the fee is paid to the home server before confirming the service stop request and the unpaid fee, the service provider server remotely manages a plurality of service bundles installed on the OSGi service platform of the home server. Releasing at to stop the emergency call service function Emergency call service method using a home server equipped with an OSGi service platform, characterized in that consisting of. 6. The method of claim 5, wherein the service provider server communicates with the home server to actually execute an emergency call service to remotely manage the home server. Extracting an emergency situation from the emergency situation detection signal by a device bundle by an OSGi service platform mounted on a home server when the emergency situation detection sensors output an emergency situation detection signal; Sending, by an OSGi service platform mounted on a home server, an emergency message by a call bundle to a server component of the service provider server in a specific packet data structure; Generating, by the client component of the service provider server, a message to be delivered to the SMS box and the PSTN card from the packet message received through the server component, and forwarding the message to the SMS box and the PSTN card; Transmitting, by the SMS box, a short message indicating an emergency situation to a mobile phone of a callee through a mobile communication network, and transmitting a voice message indicating an emergency situation to a general phone and a mobile phone of the callee through a public network; ; And When the SMS box and the PSTN card deliver a message, the server component and the client component send a confirmation message notifying the home server of the message transmission, and when the SMS box and the PSTN card respectively transmit a confirmation message notifying the normal reception of the message, an emergency is generated. Delivering a confirmation message to the home server, indicating the failure and success of sending a status message. Emergency call service method using a home server equipped with an OSGi service platform, characterized in that consisting of.