KR20150028927A - Method and apparatus for servicing an integration mailbox - Google Patents

Abstract

The present invention is realized using an integrated mailbox service app installed in a sending communication terminal in case of incoming failure. For this, the present invention provides a method for servicing an integrated mailbox, including the steps of: connecting an integrated mailbox servicing apparatus and a sending terminal in case of incoming failure as to a receiving terminal; driving an integrated mailbox service app of the sending terminal; being uploaded with record data according to the integrated mailbox service app; and sending access information of being able to access the uploaded record data to the receiving terminal.

Description

[0001] METHOD AND APPARATUS FOR SERVICING AN INTEGRATION MAILBOX [0002]

The present invention relates to a mailbox service. And more particularly, to a method and apparatus for providing an integrated mailbox service capable of providing a mailbox service using an application installed in a terminal device.

The communication mailbox service is a function of transmitting / receiving a communication message, and is a function of transmitting a communication message to a communication mailbox subscriber. In order to use this service, the user must subscribe to the service of the communication mailbox service. The main function is to record a communication message such as voice in the other party's mailbox through the phone whenever and wherever the wired / wireless communication terminal exists, and the other party can store the communication message stored in the mailbox in a convenient time ≪ / RTI > It also notifies you of the arrival of a message on a wireless or regular phone as soon as a communication message arrives at your mailbox.

This general mailbox service is described in detail as follows. First, such a mailbox service is a service against a call impossible situation. If the calling terminal has generated a call for making a call to the called terminal but the calling terminal is in an unavailable state such as when the receiving terminal is turned off or in an area other than the calling area, Is automatically or immediately connected to a voice mail system (VMS) server or an additional service database server, which is one of the additional services provided in the communication network of the service provider of the receiver terminal, immediately or after a predetermined time elapses. Then, when the caller terminal is connected to the mailbox service server of the receiver terminal, the caller of the caller terminal can leave a call message or a voice message together with the telephone number to be contacted to the receiver terminal according to the announcement of the mailbox service server. When the recipient terminal is switched to the callable state and the recipient terminal is registered in the home location register (HLR), the information left by the sender is stored in the mailbox of the recipient in the database of the mailbox service server. And its contents are displayed on the recipient terminal. Accordingly, the user of the receiver terminal can check the voice or text message recorded in the voice mailbox and attempt to call the caller.

Meanwhile, an IP multimedia subsystem (hereinafter referred to as "intelligent network") is defined to provide various services to subscribers based on the ALL-IP network. This intelligent network can provide IP services on a packet network regardless 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 3GPP Release 8, EPC (Evolved Packet Core), which is a network architecture, is described as one of mobile communication systems. The EPC is a collection of network nodes for the 3GPP LTE system. The EPC evolves the core network of the existing 3GPP system architecture to support Evolved-UMTS Terrestrial Radio Access Network (E-UTRAN), which is an evolved RAN, And has an efficient network structure that simplifies the network node. A wireless communication system including an EPC and an E-UTRAN may be referred to as an evolved packet system (EPS) and corresponds to an LTE mobile communication system currently in service in Korea.

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

In contrast, recently, such an LTE mobile communication system has evolved and a VoLTE service using an LTE mobile communication system has been provided not only for data communication but also for voice communication. These VoLTE services are also called High Definition (HD) voice services. According to the VoLTE service, it is possible to provide a cleaner HD-class voice call service at the time of voice call, and users can share contents such as map, music, news, and pictures while displaying the same screen as the other party in real time during a call In addition, various additional services based on IP can be provided.

In accordance with the evolution of the LTE communication system as described above, various additional services, such as evolved mailbox services, have been continuously studied.

Korean Patent Publication No. 10-2013-0062507, published on June 13, 2013.

The present invention provides a method and an apparatus for providing an integrated mailbox service that can provide a mailbox service using an integrated mailbox service application installed in a calling terminal when an incoming call fails.

Another object of the present invention is to provide an integrated mailbox service providing method and apparatus capable of providing uploaded data in response to a request from a called terminal after providing information to the called terminal to access data uploaded from the calling terminal.

The problems to be solved by the present invention are not limited to those mentioned above, and another problem to be solved can be clearly understood by those skilled in the art from the following description.

According to one aspect of the present invention, there is provided a method for providing a service to a calling terminal, the method comprising: connecting an integrated mailbox service providing apparatus and a calling terminal when a call is terminated to a called terminal; And transmitting the access information for accessing the uploaded recording data to the called terminal. According to another aspect of the present invention, there is provided a method for providing an integrated mailbox service.

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

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

In the method of providing an integrated mailbox service of the present invention, the step of activating may include the steps of: determining whether the integrated mailbox service application is installed in the calling terminal; if the integrated mailbox service app is not installed, Providing a service application and installing the service app, and driving the service app after the installation is completed.

According to another aspect of the present invention, there is provided an integrated mail service system comprising: an execution request unit for executing an integrated mailbox service application installed in a calling terminal upon a failure in a call to a called terminal; And an access information providing unit for generating access information for accessing the recorded data stored in the data storage unit and transmitting the generated access information to the called terminal.

The integrated mailbox service providing apparatus 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 upon 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 the push service server to transmit a push message for executing the integrated mailbox service application of the calling terminal.

The integrated mailbox service providing apparatus of the present invention may further include a service providing unit for providing the integrated mailbox service app to the calling terminal when the integrated terminal mailbox service application is not installed in the calling terminal.

The present invention realizes a mailbox service by using a built-in integrated mailbox service providing device installed in a communication terminal, thereby improving the utilization 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 illustrating a detailed configuration of an integrated mailbox service providing apparatus according to an embodiment of the present invention.
FIG. 3 is a flowchart illustrating an integrated mailbox service providing process according to an embodiment of the present invention.
4 is a block diagram illustrating an internal configuration of an integrated mailbox service providing apparatus installed in a subscriber communication terminal to provide an integrated mailbox service according to an embodiment of the present invention;

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention and the manner of achieving them will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as being limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the concept of the invention to those skilled in the art. Is provided to fully convey the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The following terms are defined in consideration of the functions in the embodiments of the present invention, which may vary depending on the intention of the user, the intention or the custom of the operator. Therefore, the definition should be based on the contents throughout this specification.

Hereinafter, 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 user equipment (UE) 110/1, 110/2, a mobile communication network 120, an IP Multimedia Subsystem (IMS) 140, a legacy network 150, A push service server 170, a short message server 180, and an integrated mailbox service provision apparatus 200, and the like.

1, when the communication terminal UE-A 110/1 is a calling terminal, the communication terminal UE-B 110/2 may be defined as a called terminal or vice versa, Each of the communication terminals 110/1 and 110/2 provides a packet-based voice call service, a packet-based video call service, a packet-based data communication service, etc. from each corresponding base station 122 or the legacy network 150 For example, an LTE subscriber terminal, a VoLTE subscriber terminal supporting HD voice, and the like. Between each of the communication terminals UE-A and UE-B 110/1 and 110-2 and each base station 122, a cell or a mobile station including a mobile communication antenna, a mobile communication repeater, There may be additional relay equipment that can be defined as a radio unit (RU).

In the following embodiments of the present invention, the calling terminal 110/2 will be defined as the calling terminal 110/1 for convenience of explanation.

(ENodeB) 122, a mobility management node (e.g., MME: Mobility Management Entity) 124, and a base station (eNodeB) 122. The mobile communication network 120 may be an LTE mobile communication system A signaling node (SGW) 126, a packet processing node (e.g., PGW) 128, and a policy management node (e.g., PCRF: Policy & Charging Rule Function) . Here, the signal processing node 126 and the packet processing node 128 may be defined as separate user plane nodes or integrated user plane nodes, and each of the nodes (e.g., MME, SGW , PGW, PCRF, etc.) may be partially or selectively incorporated or replaced with other components according to the network environment of the mobile communication network system.

The base station 122 may also be defined as a base station, a base station equipment or a base station device supporting LTE (or VoLTE) service, and may be defined as a radio bearer control, and may provide radio resource management functions such as admission control, connection mobility control, and dynamic resource allocation to a communication terminal (or a user terminal).

Each base station 122 also includes an IP header compression and encryption of user data streams, routing of user plane data to the signal processing node 126, scheduling and transmission of paging messages, scheduling and transmission of broadcast information, and measurement and measurement reporting for mobility and scheduling.

Although only one base station is illustrated in FIG. 1 for the sake of convenience and ease of explanation, it is also possible to provide communication services (e.g., voice call service, video call service, group video A plurality of multimedia services including a call service, a supplementary information service, and the like can be managed (controlled) by the mobility management node 124 in the mobile communication network 120, and dozens of base stations can be controlled in one TA (Tracking Area) Or a group).

The mobility management node 124 may refer to a node that manages the mobility of a communication terminal through signal control between the base station and the signal processing node 126. The mobility management node 124 may perform various functions such as session management, paging, and subscriber authentication functions. In other words, each base station may control the control plane, such as processing a control signal when there is a request for association from the communication terminal or another network node, for example, from the signal processing node 126 or the packet processing node 128, (IP plane) configuration and mobility management based on subscriber profile information, authentication and location related data, and the like. .

The signal processing node 126 processes the payload traffic according to a predetermined session based on a communication policy in the network provided from the policy management node 130 through the packet processing node 128 A user plane node which performs session control and the like and interworks with a base station through an S1-U interface, supports handoff in an LTE mobile communication system and a 3GPP network, And an EPS bearer (Evolved Packet System bearer) may be set up and a PDU (Packet Data Unit) may be delivered using tunneling.

Next, the packet processing node 128 allocates the IP of the terminal device according to the communication and accounting policy provided from the policy management node 130, and transmits the IP address to the user plane 130, which performs session control in cooperation with the external Internet network and the non- 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 linkage with the intelligent network, and provides a signal processing node 126 and an external network PDU to the signal processing node 126, and may provide the function of transmitting the policy priority information provided from the policy management node 130 to the signal processing node 126.

The policy management node 130 also provides dynamic QoS and billing rules according to service data flows and manages and processes communication policies and billing policies in the mobile communication network Can be performed.

The intelligent network 140 may mean, for example, an IMS (IP Multimedia Subsystem) that can be defined as an intelligent network node. The intelligent network 140 includes a call session control function (CSCF) 142, a subscriber information node A Home Subscriber Server 144, a Telephony Application Server (TAS) 146, an Interworking Media Gateway (IMG) 148, and the like.

First, a call session control node (CSCF) 142 is an infrastructure system that performs call processing and performs a basic function for multimedia session control based on SIP (Session Initiation Protocol), and performs subscriber registration, authentication, billing, Service-specific triggering and routing, lookup of the called party location, compression and release of SIP messages, etc., and can be divided into Proxy_CSCF, Interogating-CSCF, and Serving-CSCF according to their roles.

The subscriber information node (HSS) 144 refers to a server node including a database in which subscriber information for a mobile communication network (e.g., LTE network) is stored. The subscriber profile information, authentication, Data and the like can be provided. The subscriber information node 144 may provide subscriber profile information, location-related data, etc. of the terminal through interworking with the mobile communication network 120.

Next, the application service node (TAS) 146 may perform additional service operations such as caller indication, outgoing / incoming call prohibition, call forwarding, group video call and the like, and change the message field for call processing, call connection management, (CSCF) 142, a subscriber information node (HSS) 144, a multimedia resource node (MRF) 144, and a multimedia resource node (Not shown), and functions for handling interworking with various nodes, operation, administration, and maintenance 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 and performs a call connection with the call communication terminal 110/2 It is possible to provide an integrated mailbox service through interworking with the integrated mailbox service providing apparatus 200. [

The interworking media gateway (IMG) 148 is used for signaling for interworking with the mobile communication network 120 connected to the call session control node 142 and the legacy network 150 such as another WCDMA mobile communication network, Convert media.

In the embodiment of the present invention, in order to improve the convenience and understanding of the description, FIG. 1 exemplarily illustrates performing call processing, that is, processing of an incoming call and an outgoing call using only one intelligent network 140, It is possible to separately process and manage the incoming call and the outgoing call using two or more intelligent networks.

The legacy network 150 may be, for example, a WCDMA mobile communication network. The legacy network 150 includes a NodeB 152, an RNC 154, an SGSN 156, a Mobile Switching Center (MSC) 158, A home location register (HLR) 160, a cellular gateway switch (CGS) 162, a gateway general packet radio service support node (GGSN) 164, and the like. The Node B 152 and the RNC 154 correspond to a radio access network area and the MSC 158 and the CGS 162 correspond to a circuit switched core network and the SGSN 156 and the GGSN 164 correspond to a packet switched core network .

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

The RNC 154 controls a plurality of NodeBs 152, allocates communication resources to the respective NodeBs 152, and handles handover functions.

The SGSN 156 is connected to a plurality of RNCs 154 to manage mobility and packet session management of the communication terminals 110/1 and 110/2 and can perform IP routing and the communication terminals 110/1, 110/2) location registration.

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

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

The CGS 162 serves as a gateway for connecting the WCDMA mobile communication network and the general communication network and enables communication with another communication system connected to the general communication network and serves as a gateway between the MSC 158 and the intelligent network 140.

The GGSN 164 directly connects with the IP network and serves as a gateway for connecting the IP domain and the PS domain of the WCDMA network. The GGSN 164 maintains routing information with the SGSN 156 and the external network, performs tunneling and IP routing Function.

The MSC 158 of the legacy network 150 and the home location register 160 of the legacy network 150 may be integrated with the integrated mailbox service providing apparatus 200 when the communication terminal of the subscriber to which the integrated mailbox service subscribes fails in the legacy network 150. [ A mailbox service can be provided.

That is, the home location register 160 provides the MSC 158 with access information that can connect to the integrated mailbox service providing apparatus 200 in case of failure in receiving. Accordingly, the MSC 158 routes the communication terminals 110/1 and 110/2 to the integrated mailbox service providing apparatus 200 using the connection information.

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

The short message server 180 may transmit a short message to the communication terminals 110/1 and 110/2 in response to a request from the integrated mailbox service provision apparatus 200. [

Hereinafter, the detailed configuration and operation 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 integrated mailbox service providing apparatus 200 according to an embodiment of the present invention.

As shown, the integrated mailbox service provision 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, A sending unit 250, a data providing unit 260, and the like.

The service provider 210 may provide information on the integrated mailbox service in a web form. That is, according to the connection of the communication terminals 110/1, 110/2 subscribed to the integrated mailbox service, the service provider 210 stores the integrated mailbox service history and the integrated mailbox service in the data storage unit 220 The data of the stored subscriber, and the like.

In addition, the service provider 210 provides the integrated mailbox service providing apparatus 400 (400 in FIG. 4) according to a request of the communication terminals 110/1 and 110/2, / 2).

On the other hand, the service providing unit 210 can drive the execution request unit 240 based on the answers of the communication terminals 110/1 and 110/2 according to the message sent by the announcement sending unit 250 .

The data storage unit 220 stores data uploaded from the communication terminals 110/1 and 110/2 using the integrated mailbox service, for example, voice and image data.

The data storage unit 220 manages the identification information of the integrated mailbox service subscriber and stores information on whether the integrated mailbox service providing apparatus 400 is installed.

The access information providing unit 230 generates access information, such as URL information, that can access the data stored in the data storage unit 210, and provides the generated access information to the short message server 180, As shown in FIG.

The execution request unit 240 may be configured to request the outgoing communication terminal 110/1 in cooperation with the push service server 170 when the integrated mailbox service providing apparatus 400 for the terminal is installed in the outgoing communication terminal 110/1, The integrated mailbox service providing apparatus 400 for a terminal installed in the terminal.

The announcement sending unit 250 can provide various announcements according to the integrated mailbox to the outgoing 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 fetches data corresponding to the access information, for example, recording or recording data from the data storage unit 220, To the terminal 110/2.

The operation of the integrated mailbox service providing apparatus 200 having the above configuration will be described with reference to FIG.

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

As shown in the figure, when the reception failure of the receiving communication terminal 110/2 occurs first (step 301), the integrated mailbox service providing apparatus 200 operates. For example, when the called communication terminal 110/2 is registered in the legacy network, the home location register 160 provides the connection information of the integrated mailbox service providing apparatus 200 to the MSC 158 And the MSC 158 routes and connects the outgoing communication terminal 110/1 to the integrated mailbox service providing apparatus 200 using the connection information.

On the other hand, when the VoLTE incoming fails, the destination communication terminal 110/2 requests the integrated mailbox service providing apparatus 200 for the service.

The announcement sending unit 250 of the integrated mailbox service providing apparatus 200 then transmits the announcement according to the integrated mailbox to the outgoing communication terminal 110/1 through the MSC 158 of the legacy network or the application service node 146 (Step 303). The announcement may indicate that the called party is in an unavailable state and ask whether the integrated mailbox service is available.

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

As a result of the determination in step 305, when the integrated mailbox service is requested, that is, when there is an integrated mailbox use request from the outgoing communication terminal 110/1, the integrated mailbox service providing apparatus 200 searches through the data storage unit 220 It is determined whether the apparatus for providing a terminal integrated mailbox service is installed in the outgoing communication terminal 110/1 (step 307).

If it is determined in step 307 that the integrated mailbox service providing apparatus 200 is installed, the integrated mailbox service providing apparatus 200 provides an integrated mailbox service for the terminal installed in the outgoing communication terminal 110/1 in cooperation with the push service server 170 The device is executed (step 309).

The recorded or recorded data is stored in the outgoing communication terminal unit 110/1 according to the execution of the integrated mailbox service providing apparatus for the terminal and the integrated mailbox service providing apparatus 200 records or records the recorded or recorded data 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 apparatus 200 generates information (e.g., URL information) capable of accessing the data stored in the data storage unit 220 (step 313) Generates a message based on the information, and provides it 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 receiving communication terminal 110/2 (step 317).

If it is determined in step 317 that the data access request is received, the data providing unit 260 fetches the data corresponding to the access information from the data storage unit 220 and transmits the data to the called communication terminal 110/2 Step 319). The transmitted data can be reproduced by the video player or the audio reproduction program in the destination communication terminal 110/2.

On the other hand, if it is determined in step 307 that the integrated mailbox service providing apparatus is not installed, the integrated mailbox service providing apparatus 200 determines whether or not the integrated mailbox service providing apparatus for the terminal is installed through the announcement transmitting unit 250 (Step 321). When the install request is received (step 323), the service providing unit 210 transmits the terminal mail service providing apparatus to the outgoing communication terminal 110/1 And provided to the terminal 110/1 (step 325). Then, steps 309, 311, 313, 315, 317 and 319 are performed.

If an 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 illustrating an internal configuration of an integrated mailbox service providing apparatus installed in a subscriber communication terminal to provide an integrated mailbox service according to an embodiment of the present invention.

As shown in the figure, the terminal integrated mail box service providing apparatus 400 includes an execution unit 410, a camera driver 420, a microphone driver 430, a recording unit 440, an interface processor 450, 460 and a storage medium 470 and the like.

The execution unit 410 executes the integrated mailbox service providing apparatus 400 for the terminal based on the request of the user or the push message received from the push service server 170. [

The camera driver 420 drives the camera according to the video recording request, and the microphone execution requesting unit 430 can activate the microphone in response to the voice recording request.

The recording unit 440 may store in the storage medium 470 the video data captured from the camera or the audio data input from the microphone in response to the recording request.

The interface processing unit 450 may display on the screen the overall functions of the terminal-integrated mailbox service providing apparatus 400, such as video recording, voice recording, uploading, and the like.

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

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

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention as defined by the following claims. It is easy to see that this is possible. That is, the embodiments disclosed in the present invention are not intended to limit the scope of the present invention but to limit the scope of the present invention.

Therefore, the scope of protection of the present invention should be construed in accordance with the following claims, and all technical ideas within the scope of equivalents should be interpreted as being included in the scope of the present invention.

According to the embodiment of the present invention, by implementing the mailbox service in the case of failure in reception using the integrated mailbox service providing apparatus installed in the communication terminal, not only can the use of the mailbox service be improved, but also various types of mailbox messages can be provided 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 providing service
220: Data storage unit 230: Access information providing unit
240: execution requesting unit 250: announcement sending unit
400: an integrated mailbox service providing device for a terminal
410: Executing unit 420: Camera driving unit
430: microphone driving unit 440: recording unit
450: interface processor 460:
470: Storage medium

Claims (8)

Connecting an integrated mailbox service providing apparatus and an originating terminal when an incoming call fails to a called terminal,
Driving an integrated mailbox service app of the calling terminal;
Uploading recorded data according to the integrated mailbox service app;
And transmitting to the called terminal access information capable of accessing the uploaded recording data
How to provide an integrated mailbox service. The method according to claim 1,
The integrated mailbox service providing method includes:
And providing the recording data corresponding to the access information when the destination terminal accesses the integrated mailbox service providing apparatus based on the access information
How to provide an integrated mailbox service. The method according to claim 1,
Wherein the driving comprises:
And transmitting a push message for operating the integrated mailbox service application to the calling terminal
How to provide an integrated mailbox service. The method according to claim 1,
Wherein the driving comprises:
Determining whether the integrated mailbox service application is installed in the calling terminal,
Providing an integrated mailbox service app to the calling terminal if the integrated mailbox service app is not installed;
And after the installation is completed,
How to provide an integrated mailbox service. An execution request unit for executing an integrated mailbox service application installed in a calling terminal when a call is terminated to a called terminal,
A data storage unit for receiving and storing the recording data generated by the calling terminal according to execution of the integrated mailbox service app;
And an access information providing unit for generating access information for accessing the recording data stored in the data storage unit and transmitting the generated access information to the called terminal
Integrated Mailbox Service Delivery Device. 6. The method of claim 5,
The integrated mailbox service providing apparatus includes:
And a data providing unit for providing the recording data stored in the data storage unit to the called terminal upon receiving a connection request based on the access information from the called terminal
Integrated Mailbox Service Delivery Device. 6. The method of claim 5,
The execution request unit,
Requesting the push service server to send a push message for executing the integrated mailbox service application of the calling terminal
Integrated Mailbox Service Delivery Device. 6. The method of claim 5,
And a service providing unit for providing an integrated mailbox service app to the calling terminal and installing the integrated mailbox service app when the calling terminal is not equipped with the integrated mailbox service app
Integrated Mailbox Service Delivery Device.

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