KR102216056B1 - Method and apparatus for servicing an integration mailbox - Google Patents

Abstract

A computer program according to an embodiment of the present invention is a computer program installed in an outgoing terminal including a voice input means for receiving a voice input or a video recording means for recording an image, and the voice input means or Driving the video recording means, controlling to store a message including voice or video obtained by the driving step, and delivering the message to the destination terminal, wherein the stored message Control to be transmitted.

Description

Method and device for providing integrated mailbox service {METHOD AND APPARATUS FOR SERVICING AN INTEGRATION MAILBOX}

The present invention relates to a mailbox service. In more detail, it relates to a method and apparatus for providing an integrated mailbox service capable of providing a mailbox service using an app installed on a terminal device.

The communication mailbox service is a function that can send/receive communication messages, and is a function that sends communication messages to communication mailbox subscribers. To use this service, a user must subscribe to a mail box service organization. The main function is the ability to record and store communication messages such as voice in the other party's mailbox through the phone anytime, anywhere, wherever there is a wired/wireless communication terminal. I can hear it. In addition, as soon as a communication message arrives at the mailbox, there is a function to notify the arrival of the message via a wireless call or a regular telephone.

A detailed description of this general mailbox service is as follows. First, such a mailbox service is a service in case a call is unavailable. If the calling party's terminal generates a call to the called party's terminal for a call, but the called party's terminal is powered off or in an area outside the call service area, etc. Is automatically connected to a voice mailing system (VMS) server or a database server for additional services, which is one of the additional services provided by the service provider's communication network of the recipient terminal immediately or after a predetermined period of time. Subsequently, when the sender terminal is connected to the mailbox service server of the receiver terminal, the sender of the sender terminal can leave a call message or a voice message together with the phone number to be contacted to the receiver terminal according to the announcement of the mailbox service server. And, the information left by the caller is stored in the mailbox of the receiver in the database of the mailbox service server, and when the receiver terminal is converted to a callable state and the location of the receiver terminal is registered in the home location register (HLR), the information left in the mailbox Also, its contents are displayed on the receiver terminal. Accordingly, the user of the called terminal can check the voice or text message recorded in the voice mailbox and attempt a call to the caller.

Meanwhile, the IP Multimedia Subsystem (hereinafter referred to as "intelligent network") is defined to provide various services to subscribers based on the ALL-IP network. Such an intelligent network can provide IP services on a packet network irrespective of the access network format, and can provide services that require transmission of multimedia data such as one-to-one video calls as well as general call services.

In addition, 3GPP Release 8 describes an Evolved Packet Core (EPC), which is a network architecture, as one of mobile communication systems. EPC is a set of network nodes for 3GPP LTE system. EPC supports Evolved-UMTS Terrestrial Radio Access Network (E-UTRAN), an evolved radio access network (Evolved RAN), by evolving the core network of the existing 3GPP system architecture, and also increases the efficiency of the packet network. For this, it has an efficient network structure that simplifies network nodes. A wireless communication system including EPC and E-UTRAN may be referred to as an EPS (Evolved Packet System), and this is the LTE mobile communication system currently in service in Korea.

In the early LTE mobile communication system, the service used the WCDMA network for the call service, and the LTE mobile communication system was used only for data communication.

On the contrary, as LTE mobile communication systems have recently evolved, VoLTE services using LTE mobile communication systems not only for data communication but also for voice calls are provided. These VoLTE services are also called HD (High Definition) voice services. According to the VoLTE service, it is possible to provide a clearer HD-level voice call service during a voice call, and users can share content such as maps, music, news, and photos while showing the same screen as the other party in real time during a call. In addition, it can provide various IP-based additional services.

As described above, in accordance with the evolution of the LTE communication system, research on various additional services, such as an evolved mailbox service, has been continuously conducted.

Republic of Korea Patent Publication 10-2013-0062507, Publication date June 13, 2013.

An object of the present invention is to provide a method and apparatus for providing a mailbox service capable of providing a mailbox service using an integrated mailbox service app installed in a calling terminal in case of an incoming call failure.

In addition, the present invention is to provide a method and apparatus for providing an integrated mailbox service capable of providing the uploaded data according to the request of the called terminal after providing information for accessing the data uploaded from the calling terminal to the called terminal.

The problem to be solved of the present invention is not limited to those mentioned above, and another problem to be solved that is not mentioned will be clearly understood by those of ordinary skill in the art from the following description.

A computer program according to an embodiment of the present invention is a computer program installed in a calling terminal including a voice input means for receiving a voice input or a video recording means for recording an image, and the voice input means or the voice input means when a call fails to the called terminal. Driving a video recording means, controlling to store a message including a voice or video obtained by the driving step, and delivering the message to the called terminal, wherein the stored message is Control to be transmitted is performed.

The calling terminal according to an embodiment of the present invention includes a voice input means for receiving a voice input, a video recording means for recording an image, a storage medium for storing the voice or a message including the video, and an integration for delivering the message to a destination terminal. An apparatus for providing a mailbox service, comprising an upload unit for uploading the stored message, wherein the storage medium drives the voice input means or the video recording means when an incoming call to the destination terminal fails, and the voice input means or the image acquires And a computer program for controlling a message including audio or video obtained by means to be stored in the storage medium, and for controlling the message to be transmitted to the integrated mailbox service providing apparatus.

According to an aspect of the present invention, in the case of a call failure for a called terminal, connecting an integrated mailbox service providing device and a calling terminal, driving an integrated mailbox service app of the calling terminal, and the integrated mailbox service app. It provides a method for providing an integrated mailbox service, including the step of uploading the recorded data according to the above, and transmitting access information for accessing the uploaded recorded data to the called terminal.

The method for providing an integrated mailbox service of the present invention may further include providing recorded data corresponding to the access information when the called terminal accesses the integrated mailbox service providing device based on access information.

In the method for providing an integrated mailbox service of the present invention, the driving may further include transmitting a push message for driving the integrated mailbox service app to the calling terminal.

In the integrated mailbox service providing method of the present invention, the driving may include determining whether the integrated mailbox service app is installed on the calling terminal, and when the integrated mailbox service app is not installed, the integrated mailbox on the calling terminal It may further include providing and installing a service app, and driving after the installation is completed.

According to another aspect, the present invention provides an execution request unit for executing an integrated mailbox service app installed on a calling terminal when a reception fails to a called terminal, and recording data generated by the calling terminal according to execution of the integrated mailbox service app. It provides an integrated mailbox service providing apparatus including a data storage unit for receiving and storing, and an access information providing unit for generating access information for accessing recorded data stored in the data storage unit and transmitting the generated access information to the destination terminal.

The apparatus for providing an integrated mailbox service of the present invention may further include a data providing unit for providing the recorded data stored in the data storage unit to the called terminal when receiving a connection request based on the access information from the called terminal. .

In the integrated mailbox service providing apparatus of the present invention, the execution requesting unit may request a push service server to transmit a push message for executing the integrated mailbox service app of the calling terminal.

The apparatus for providing an integrated mailbox service of the present invention may further include a service providing unit that provides and installs an integrated mailbox service app to the calling terminal when the integrated mailbox service app is not installed on the calling terminal.

According to the present invention, when an incoming call fails, a mailbox service is implemented using an integrated mailbox service providing device installed in a communication terminal, thereby enhancing the use of the mailbox service and providing various types of mailbox messages.

1 is a network configuration diagram of a mobile communication service system capable of providing an integrated mailbox service according to an embodiment of the present invention;
2 is a block diagram showing a detailed configuration of an apparatus for providing an integrated mailbox service according to an embodiment of the present invention;
3 is a flowchart illustrating a process of providing an integrated mailbox service according to an embodiment of the present invention;
4 is a block diagram showing the internal configuration of an apparatus for providing an integrated mailbox service installed in a subscriber communication terminal to provide an integrated mailbox service according to an embodiment of the present invention.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to the embodiments described below in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in a variety of different forms, only the present embodiments are intended to complete the disclosure of the present invention, and the general knowledge in the technical field to which the present invention pertains. It is provided to completely inform the scope of the invention to the possessor, and the invention is only defined by the scope of the claims.

In describing embodiments of the present invention, if it is determined that a detailed description of a known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in an embodiment of the present invention, which may vary according to the intention or custom of users or operators. Therefore, the definition should be made based on the contents throughout this specification.

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

1 is a network configuration diagram of a mobile communication service system capable of providing an integrated mailbox service according to an embodiment of the present invention.

The mobile communication service system of FIG. 1 includes a communication terminal (UE: user equipment) (110/1, 110/2), a mobile communication network 120, an intelligent network (IMS: IP Multimedia Subsystem) 140, a legacy network 150, and A push service server 170, a short message server 180, and an integrated mailbox service providing device 200 may be included.

Referring to FIG. 1, when a communication terminal (UE-A) 110/1 is a calling terminal, a communication terminal (UE-B) 110/2 may be defined as a destination terminal or vice versa. Each communication terminal (110/1, 110/2) provides a packet-based voice call service, a packet-based video call service, a packet-based data communication service, etc. from the corresponding base station 122 or the legacy network 150 This refers to a user terminal that can be received, and may mean, for example, an LTE subscriber terminal, a VoLTE subscriber terminal supporting HD voice, and the like. Here, between each communication terminal (UE-A, UE-B) (110/1, 110/2) and each base station 122, including, for example, a mobile communication antenna installed in a building, a mobile communication repeater, etc. Relay equipment that can be defined (named) as a radio unit (RU) may be further installed.

In the following embodiments of the present invention, for convenience of explanation, 110/1 is defined as an originating communication terminal and 110/2 is defined as a destination communication terminal.

Next, the mobile communication network 120 may mean, for example, an LTE mobile communication system (or LTE network), a base station (eNodeB) 122, a mobility management node (eg, MME: Mobility Management Entity) 124 , A signal processing node (eg, SGW: Serving Gateway) 126, a packet processing node (eg, PGW: PDN Gateway) 128, and a policy management node (eg, PCRF: Policy & Charging Rule Function) 130, etc. Can include. Here, the signal processing node 126 and the packet processing node 128 may be defined as individual user plane nodes or integrated user plane nodes, and each of the nodes constituting the mobile communication network 120 (eg, MME, SGW) , PGW, PCRF, etc.) may be partially or selectively integrated or closed or replaced with other components depending on the network environment of the mobile communication network system.

Next, the base station 122 is an equipment that supports LTE (or VoLTE) service and may be defined (named) as a base station, base station equipment, or base station device, and radio bearer control, radio admission control (radio A radio resource management function such as admission control), connection mobility control, and dynamic resource allocation to a communication terminal (or user terminal) may be provided.

In addition, each base station 122 compresses the IP header and encrypts the user data stream, routes the user plane data to the signal processing node 126, schedules and transmits paging messages, and broadcasts broadcast) information scheduling and transmission, measurement for mobility and scheduling, and measurement report setting.

In addition, for convenience of explanation and enhancement of understanding, only one base station is exemplarily illustrated in FIG. 1, but communication services for hundreds to thousands of base stations (eg, voice call service, video call service, group video Various multimedia services including call service, additional information service, etc.) can be managed (controlled) by the mobility management node 124 in the mobile communication network 120, and dozens of base stations are in one TA (Tracking Area) area ( Or it can be managed in the form of forming a group).

The mobility management node 124 may mean a node that manages the mobility of a communication terminal through signal control between the base station and the signal processing node 126, and the like, session management, idle subscriber management, and paging ( paging) and subscriber authentication functions. That is, each base station is a control plane such as processing a control signal when there is an association request from a communication terminal or another network node, such as a signal processing node 126 or a packet processing node 128 or a request for setting up a radio bearer. It can take charge of various functions of (control plane), and provides functions such as setting of EPS bearer or IP tunnel and mobility management based on subscriber profile information, authentication, and location-related data. I can.

In addition, the signal processing node 126 processes payload traffic according to a preset session based on a communication policy in the network provided from the policy management node 130 through the packet processing node 128 to be described later. A user plane node that performs session control, etc., interworks with a base station through an S1-U interface, supports hand-off, etc. within an LTE mobile communication system and 3GPP network, and a packet processing node (128) and an EPS bearer (Evolved Packet System bearer) can be set, and functions such as transmitting a packet data unit (PDU) using tunneling can be performed.

Next, the packet processing node 128 allocates the IP of the terminal device according to the communication and billing policies provided from the policy management node 130 and performs a session control interworking with an external Internet network and a non-3GPP network. As a node, it maintains routing information with the signal processing node 126 and the external network for packet service, provides tunneling and IP routing functions through organic connection with the intelligent network, and provides the signal processing node 126 and the external network. The PDU may be delivered, and a function such as transmitting policy priority information provided from the policy management node 130 to the signal processing node 126 may be provided.

In addition, the policy management node 130 provides dynamic QoS and billing rules according to a service data flow to manage and process communication policies and billing policies in the mobile communication network. Can perform the functions of.

Meanwhile, the intelligent network 140 may mean, for example, an IP Multimedia Subsystem (IMS) that can be defined as an intelligent network node, and a call session control node (CSCF) 142, a subscriber information node (HSS) : Home Subscriber Server (144), an application service node (TAS: Telephony Application Server) 146, a media interworking gateway (IMG: Interworking Media Gateway) 148, and the like.

First, the call session control node (CSCF) 142 is an infrastructure system that performs call processing and performs basic functions for multimedia session control based on SIP (Session Initiation Protocol). It handles triggering and routing for each service, search for destination location, compression and decompression of SIP messages, and can be divided into Proxy_CSCF, Interogating-CSCF, and Serving-CSCF, depending on the role.

In addition, the subscriber information node (HSS) 144 refers to a server node including a database in which subscriber information for a mobile communication network (eg, LTE network) is stored. Subscriber profile information, authentication, and terminal location It can provide a function to store and manage data, etc. The subscriber information node 144 may provide subscriber profile information and location-related data of a terminal through interworking with the mobile communication network 120.

Next, the application service node (TAS) 146, for example, additional service operations such as caller identification, outgoing/receiving prohibition, call forwarding, group video call, etc., and change of message fields for call processing and call connection management and call processing, It is possible to provide a function of performing an incoming call processing service (call keeper service), etc., and charging processing and call session control node (CSCF) 142, subscriber information node (HSS) 144, multimedia resource node (MRF) ) (Not shown) and a function of interworking with various nodes and processing operations, administration, maintenance, etc. for performing additional services.

In addition, the application service node 146 receives a call connection request (SIP INVITE message) from the call session control node 142 side and makes a call with the destination communication terminal 110/2 during the connection. When the connection to the terminal fails, the integrated mailbox service may be provided through interworking with the integrated mailbox service providing device 200.

Interworking Media Gateway (IMG) 148 provides signaling for interworking with the mobile communication network 120 connected to the call session control node 142 and another network, for example, a legacy network 150 such as a WCDMA mobile communication network. It converts the media.

In the embodiment of the present invention, for convenience of explanation and enhancement of understanding, FIG. 1 exemplarily shows that call processing, that is, incoming and outgoing call processing is performed using only one intelligent network 140. Incoming and outgoing calls can be handled and managed separately by using more than one intelligent network.

The legacy network 150 may mean, for example, a WCDMA mobile communication network, and is a NodeB 152, RNC 154, SGSN 156, MSC (Mobile Switching Center) 158, and a home location register corresponding to a base station. (HLR: Home Location Register) 160, CGS (Cellular Gateway Switch) 162, GGSN (Gateway General Packet Radio Service Support Node) 164, and the like. NodeB 152 and RNC 154 correspond to the radio access network area, MSC 158 and CGS 162 correspond to the circuit switched core network, and SGSN 156 and GGSN 164 correspond to the packet switched core network. Corresponds to.

The NodeB 152 secures a frequency used for connection with the communication terminals 110/1 and 110/2, and ensures a stable connection with the communication terminals 110/1 and 110/2.

The RNC 154 controls several NodeBs 152, allocates communication resources to each NodeB 152, and performs functions such as handover.

*SGSN 156 is connected to several RNCs 154 to manage the mobility and packet sessions of communication terminals 110/1 and 110/2, can perform IP routing, and can perform communication terminal 110/1 , 110/2) can interact with the same location registration.

The MSC 158 stores visitor location information, receives subscriber profile information, authentication and location-related data, etc. from the home location register 160 to perform switching control for voice communication.

The home location register 160 may store and manage subscriber profile information, authentication, and location-related data of a terminal.

The CGS 162 serves as a gateway connecting the WCDMA mobile communication network and the general communication network to enable communication with other communication systems connected to the general communication network, and serves as a gateway between the MSC 158 and the intelligent network 140.

The GGSN 164 directly accesses the IP network and serves as a gateway connecting the IP network and the PS domain of the WCDMA network, maintaining routing information with the SGSN 156 and external networks, and tunneling and IP routing. Functions.

When the communication terminal of the subscriber who has subscribed to the integrated mailbox service fails to receive a call from the legacy network 150, the MSC 158 of the legacy network 150 and the home location register 160 are integrated by interlocking with the integrated mailbox service providing device 200 Mailbox service can be provided.

That is, the home location register 160 provides access information for accessing the integrated mailbox service providing apparatus 200 to the MSC 158 when an incoming call fails. Accordingly, the MSC 158 routes the communication terminals 110/1 and 110/2 to the integrated mailbox service providing apparatus 200 using the access information.

The push service server 170 transmits a push message for executing the integrated mailbox service providing device 400 for terminals installed in the communication terminals 110/1 and 110/2 according to the request of the integrated mailbox service providing device 200 I can. Examples of the push service server 170 include NHN mobile Push (nPUSH), Always On Management (AOM), Apple Push Notification Service (APNS), and the like, but are not limited thereto.

The short message server 180 may transmit a short message to the communication terminals 110/1 and 110/2 according to the request of the integrated mailbox service providing apparatus 200.

Hereinafter, a detailed configuration and operation process of the integrated mailbox service providing apparatus 200 will be described with reference to the accompanying drawings.

2 is a block diagram illustrating a detailed configuration of an apparatus 200 for providing an integrated mailbox service according to an embodiment of the present invention.

As shown, the integrated mailbox service providing apparatus 200 according to the embodiment includes a service providing unit 210, a data storage unit 220, an access information providing unit 230, an execution request unit 240, and a guide message. A transmission unit 250 and a data providing unit 260 may be included.

The service provider 210 may provide information on the integrated mailbox service in a web format. That is, the service providing unit 210 stores the subscriber's integrated mailbox service history according to the access of the communication terminals 110/1 and 110/2 subscribed to the integrated mailbox service, and the data storage unit 220 according to the use of the integrated mailbox service. Stored subscriber data can be provided.

In addition, the service providing unit 210 provides an integrated mailbox service providing device for a terminal (reference numeral 400 in FIG. 4) at the request of the communication terminals 110/1, 110/2, and /2) can be installed.

On the other hand, the service providing unit 210 may drive the execution request unit 240 based on the response of the communication terminals 110/1 and 110/2 according to the message transmitted by the announcement transmission unit 250. .

The data storage unit 220 stores data uploaded from the communication terminals 110/1 and 110/2 using the integrated mailbox service, such as audio and video data.

In addition, the data storage unit 220 manages identification information on subscribers of the integrated mailbox service, and stores information on whether or not the integrated mailbox service providing device 400 for a terminal is installed.

The access information providing unit 230 generates access information for accessing the data stored in the data storage unit 210, such as URL information, and then provides it to the short message server 180 to provide the destination communication terminal 110/2. Can be provided.

The execution request unit 240 interlocks with the push service server 170 when the integrated mailbox service providing device 400 for the terminal is installed in the originating communication terminal 110/1 when providing the integrated mailbox service. ), it is possible to execute the device 400 for providing an integrated mailbox service for a terminal installed in the terminal.

The guidance comment transmission unit 250 may provide various guidance comments according to the use of the integrated mailbox to the calling communication terminal 110/1 connected to the integrated mailbox service providing apparatus 200.

When there is a data access request based on the access information, the data providing unit 260 retrieves data corresponding to the access information, such as recorded or recorded data, from the data storage unit 220, and then transmits the access information. It can be provided to the terminal 110/2.

A process of operating the integrated mailbox service providing apparatus 200 having the above configuration will be described with reference to FIG. 3.

3 is a flowchart illustrating a process of providing an integrated mailbox service according to an embodiment of the present invention.

As shown, first, when the reception failure of the destination communication terminal 110/2 occurs (step 301), the integrated mailbox service providing apparatus 200 operates. For example, when the destination communication terminal 110/2 is registered on the legacy network, the home location register 160 provides the MSC 158 with information for access of the integrated mailbox service providing device 200 when a reception failure occurs. In addition, the MSC 158 routes and connects the originating communication terminal 110/1 to the integrated mailbox service providing apparatus 200 using the connection information.

On the other hand, when the destination communication terminal 110/2 fails to receive VoLTE, the application service node 146 requests a service from the integrated mailbox service providing apparatus 200.

Thereafter, the guidance comment transmission unit 250 of the integrated mailbox service providing apparatus 200 transmits the guidance comment according to the use of the integrated mailbox through the MSC 158 or the application service node 146 of the legacy network. ) To (step 303). This announcement may be in the form of notifying that the called party is unable to make a call, and asking whether to use the integrated mailbox service.

After transmitting such an announcement, the integrated mailbox service providing apparatus 200 determines whether to provide the integrated mailbox service based on information received from the originating communication terminal 110/1 (step 305).

As a result of the determination of step 305, when the unified mailbox service is requested, that is, when there is a request to use the unified mailbox from the calling communication terminal 110/1, the unified mailbox service providing device 200 is It is determined whether or not an integrated mailbox service providing device for the terminal is installed in the originating communication terminal 110/1 (step 307).

As a result of the determination of step 307, when the integrated mailbox service providing device for the terminal is installed, the integrated mailbox service providing device 200 interworks with the push service server 170 to provide the integrated mailbox service for the terminal installed in the outgoing communication terminal 110/1. Run the device (step 309).

Recorded or recorded data is stored in the outgoing communication terminal device 110/1 according to the execution of the integrated mailbox service providing device for the terminal, and the integrated mailbox service providing device 200 records or records from the outgoing communication terminal 110/1. The recorded data is received and stored in the data storage unit 220 (step 311).

Then, the access information providing unit 230 of the integrated mailbox service providing device 200 generates information for accessing data stored in the data storage unit 220, for example, URL information (step 313), and then the generated URL A message is generated based on the information and provided to the short message server 180 to request transmission. Accordingly, the short message server 180 transmits the message to the destination communication terminal 110/2 (step 315).

Thereafter, the data providing unit 260 of the integrated mailbox service providing apparatus 200 determines whether a data access request based on the access information is received from the destination communication terminal 110/2 (step 317).

As a result of the determination in step 317, when a data access request is received, the data providing unit 260 fetches data corresponding to the access information from the data storage unit 220 and transmits it to the destination communication terminal 110/2 ( Step 319). The transmitted data may be reproduced by a video player or an audio playback program in the destination communication terminal 110/2.

On the other hand, as a result of the determination in step 307, if the device for providing the integrated mailbox service for the terminal is not installed, the integrated mailbox service providing device 200 determines whether the device for providing the integrated mailbox service for the terminal is installed through the guide message transmission unit 250. When an installation request is received (step 323) after sending an inquiry message to the calling communication terminal 110/1 (step 321), the integrated mailbox service providing device for the terminal is transmitted through the drive of the service provider 210 Provided to the terminal 110/1 and installed (step 325). Then, step 309, step 311, step 313, step 315, step 317, and step 319 are performed.

If the installation request is not received in step 319, a voice or video recording service may be provided according to a general mailbox service flow.

4 is a block diagram showing an internal configuration of an apparatus for providing an integrated mailbox service installed in a subscriber communication terminal to provide an integrated mailbox service according to an embodiment of the present invention.

As shown, the device 400 for providing an integrated mailbox service for a terminal includes an execution unit 410, a camera driving unit 420, a microphone driving unit 430, a recording unit 440, an interface processing unit 450, and an uploading unit ( 460) and a storage medium 470.

The execution unit 410 executes the device 400 for providing an integrated mailbox service for a terminal based on a user's request or a push message received from the push service server 170.

The camera driving unit 420 drives the camera according to the video recording request, and the microphone execution request unit 430 may activate the microphone according to the voice recording request.

The recording unit 440 may store an image captured from a camera or audio data input from a microphone in the storage medium 470 according to a recording request.

The interface processing unit 450 may display overall functions of the apparatus 400 for providing an integrated mailbox service for a terminal, such as buttons such as video recording, audio recording, and uploading, on a screen.

The uploading unit 460 may upload data stored in the storage medium 470 to the integrated mailbox service providing apparatus 200 according to an uploading request after recording is completed.

Meanwhile, the device 400 for providing an integrated mailbox service for a terminal may be installed and driven in the storage medium 470 of the communication terminals 110/1 and 110/2 in the form of an app such as a program.

The above description is merely illustrative of the technical idea of the present invention, and those of ordinary skill in the art to which the present invention pertains, various substitutions, modifications, and changes, etc., within the scope not departing from the essential characteristics of the present invention. It will be easy to see that this is possible. That is, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain the technical idea, and the scope of the technical idea of the present invention is not limited by these embodiments.

Accordingly, the scope of protection of the present invention should be interpreted by the claims to be described later, and all technical thoughts within the scope equivalent thereto should be interpreted as being included in the scope of the present invention.

According to an embodiment of the present invention, by implementing a mailbox service using an integrated mailbox service providing device installed in a communication terminal when an incoming call fails, not only can the use of the mailbox service but also various types of mailbox messages can be provided. Can be used in technology.

110/1, 110/2: communication terminal 120: mobile communication network
140: intelligent network 150: legacy network
170: push service server 180: short message server
200: integrated mailbox service providing device 210: service provider
220: data storage unit 230: access information providing unit
240: execution request unit 250: guidance comment transmission unit
400: Device for providing integrated mailbox service for terminal
410: execution unit 420: camera driving unit
430: microphone driving unit 440: recording unit
450: interface processing unit 460: uploading unit
470: storage medium

Claims (4)

A computer program installed in an outgoing terminal including audio input means or video recording means,
Driving the voice input means or the video recording means based on a push message received from a push service server when an incoming call to the destination terminal fails;
Generating a message including audio or video obtained by the driven audio input means or video recording means; And
And transmitting the message to the integrated mailbox service providing device so that the generated message is transmitted from the integrated mailbox service providing device to the destination terminal.
Computer-readable media that stores computer programs. The method of claim 1,
The computer program,
Programmed to execute when a push message is received from the outside or a request from the user of the calling terminal
Computer-readable media that stores computer programs. The method of claim 1,
If the computer program is not installed in the calling terminal,
The computer program is received and installed from the integrated mailbox service providing device
Computer-readable media that stores computer programs. Voice input means;
Video recording means;
In the event of a call failure to the destination terminal, the voice input means or the video recording means is driven based on a push message received from a push service server, and the voice or video obtained by the driven voice input means or the video recording means is A storage medium including a computer program for generating a containing message; And
Including an upload unit for uploading the generated message to the integrated mailbox service providing device so that the generated message is transmitted from the integrated mailbox service providing device to the destination terminal
Calling terminal.

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