KR20040090763A - Apparatus and method for transmitting of stored message - Google Patents

Abstract

PURPOSE: A device for transmitting a reserved message is provided to transmit a reserved message of an originating-side subscriber to a receiver at a desired time if the originating-side subscriber inputs the reserved message and message transmission conditions, thereby realizing user's convenience by transmitting the message without accessing another server. CONSTITUTION: A reserved message transmission device(20) comprises as follows. A reserved message controller(22) controls each unit to reserve a message. A time checking unit(23) informs a user of time information. An ACS(Automatic Calling Service) unit(24) performs an automatical dialing function. A reserved information storage(25) stores reserved information. A reserved message storage(26) stores a reserved message. A data transmitting/receiving unit(21) for transmitting/receiving data is used for a call and communication in connection with the reserved message transmission device(20). The data transmitting/receiving unit(21) further includes a function for transceiving the reserved message.

Description

Apparatus and method for transmitting of stored message

The present invention relates to an apparatus and method for transmitting a reserved message for reserving a message and transmitting the same.

In recent years, with the wide spread of multifunctional, high performance portable terminals, various additional communication services using portable terminals have been developed and used. Among the additional communication services, there are a short message service (SMS), a voice message service (VMS), and a multimedia messaging service (MMS).

Short message service (SMS) is a service for transmitting a short message of about 40 characters Hangul to send weather information, securities information, exchange rate information, etc. to the subscriber or call and message between mobile phones. The short message service has a message transmission service function that can leave its own number and message, voice message notification service function, text information notification service function, Internet mail and PC communication transmission / reception function, and bank, securities account history notification service function. And so on.

In addition, the voice message service (VMS) is a short message service (SMS) or a message if the caller leaves a voice message when the mobile subscriber is unable to answer the call, such as during a call, when the power is off, or in an out of coverage area. The message waiting notification (MWN) allows the user to listen to the recorded caller's voice message by immediately notifying the VMS subscriber's voice mailbox that there is a voice message. These voice message services include voice / fax mailbox service, information retrieval service (billing guidance, overdue notice), change phone number guidance service, callback number service, voice dialing service (VAD) Function and so on.

Lastly, multimedia messaging service (MMS) is a function that combines short message service (SMS) and email, and can transmit various multimedia data such as image / sound in addition to text that overcomes the data size and media limitation of existing SMS. It is also possible to transmit data without the customer's pull or the customer's knowledge. Using such a multimedia messaging service, pictures, sounds, and videos can be transmitted together, and e-mail can be sent and received. For example, if a menu for MMS is added to a mobile phone, a message with a photo or music can be created and sent to other mobile phone users, and even when the message is received, it can be checked directly on the terminal.

An example of such a conventional message transmission service will be described in more detail with reference to FIG. 1.

1A is a diagram for explaining a conventional message transmission service.

Referring to FIG. 1A, a plurality of terminals 10-1 ...... 10-n are connected to a communication network through a BTS / BSC 11 and an MSC 12, and a voice message service and multimedia messaging are provided in the communication network 13. The VMS / MMS server 14 for providing a service and the SMS server 15 for providing a short message service are connected. The VMS / MMS server 14 and the SMS server 15 are connected to each other.

In FIG. 1A, when the calling terminal 10-1 attempts to make a call with the called terminal 10-n, if the called terminal 10-n cannot receive a call, the MSC 12 calls the calling terminal. (10-1) is connected to the VMS / MMS server (14). At this time, the BTS / BSC 11 receives a message and a message transmission condition from the calling terminal 10-1 and transmits the message to the MSC 12. The MSC 13 interworked by the communication network 13 transmits the received message and the message transmission condition to the VMS / MMS server 14. When the storage of the message is completed in the VMS / MMS server 14, the SMS server 15 notifies the calling terminal 10-n in the form of a short message. That is, the message notification function of the SMS function. The SMS server 15 transmits a callback number with a message requesting confirmation of the message to the called terminal 10-n. Then, the receiving terminal 10-n performs a connection request through the MSC 12 to connect to the VMS / MMS server 14 using the callback number. The MSC 12 connects the called terminal 10-n and the VMS / MMS server 14 through the communication network 12. Then, the called terminal 10-n may receive and confirm a message previously stored by the subscriber of the calling terminal 10-1 in the VMS / MMS server 14.

The aforementioned conventional message transmission service is disclosed in Korean Patent Registration No. 10-0361171. This will be briefly described with reference to FIG. 1B.

Referring to FIG. 1B, a system for a message transmission service includes a mobile communication terminal 10-1,... 10-n, a BTS / BSC 11, an MSC 12, and a visitor location register 17. And a home location register 18, a short message processing system 15, a message storage device 16, and a network interlocking device 19 for interworking a PC connected to the Internet network.

The BTS / BSC 11 receives the message and the reservation transmission condition from the mobile communication terminal 10 and transmits the message and the reservation transmission condition to the MSC 12, the visitor location register 17, and the home location register 18, according to the designated reservation transmission condition. The message is received from the MSC 12 and the visitor location register 17. The MSC 12, the visitor location register 17, and the home location register 18 receive the message and the reservation transmission condition from the BSC of the BTS / BSC 11 and transmit it to the short message processing system 15. At this time, the visitor location register 17 and the home location register 18 secure the sender's telephone number, the receiver's telephone number information, etc. of the mobile communication terminal 10, and adds the telephone number information to the message and the reservation transmission condition. To the message processing system 15. The MSC 12 connects to the BTS 11 to perform call processing and relay functions for the mobile subscribers, and the visitor location register 17 provides a service from the area to which the user is assigned to another area. The home location register 18 stores a record of subscriber information located in the subscriber's living area of the mobile communication service, and the short message processing system 16 receives a message, a reservation transmission condition, a sender's phone number, and a caller's phone number information to store a message. The plurality of pieces of information received by the device 16 are stored.

Thereafter, when the time specified by the reservation transmission condition is reached, the short message processing system 15 searches for the message storage device 16 and extracts the corresponding message. The extracted message includes information such as the sender's telephone number and the caller's telephone number information. It is sent to the MSC 12 including. The mobile communication terminal 10 may receive a message from the BTS 11 connected to the MSC 12.

On the other hand, since the network interworking device 19 has functions of a modem and a PPP server, wireless data communication using a mobile communication terminal enables data transmission and reception using only a mobile communication terminal without a separate wireless modem, thereby allowing a mobile communication terminal and the Internet, Enables the connection of computer networks. Therefore, the message reservation transmission request data using a PC is transmitted to the short message processing system 15 through the network interlocking device 19, and transmitted to the mobile communication terminal 10 of the corresponding number when the specified condition is met.

However, the conventional message transmission service has to be subscribed to a server for providing a service, and in order to receive the service, it is inconvenient to connect to the server one by one.

After the calling party stores the message, the called party sends a short message to another server (SMS server) to receive the message, and then the called party uses the callback number transmitted together with the short message. It was inconvenient to receive the message only when trying to connect to the server.

Accordingly, it is an object of the present invention to provide a reservation message transmission apparatus and method for reserving a message and transmitting the message to a desired terminal even without constructing a separate server to solve the above-mentioned problem.

In addition, an object of the present invention is to reserve a message that the calling party wants to transmit and set a designated reservation condition, and when the set reservation condition is reached, automatically establishes a call and transmits a reservation message using the called party's telephone number. The present invention provides an apparatus for transmitting a reservation message and a method thereof.

In addition, an object of the present invention does not require a process of connecting to a separate server (SMS, etc.) in order to receive a reservation message from the called party, voice messages reserved from the calling party with the voice output unit and the video output unit provided in the terminal And a reservation message transmission device for outputting a video message and a method thereof.

1 is a diagram for explaining a conventional message transmission service.

2 is a view for explaining a reservation message transmission apparatus according to an embodiment of the present invention.

3 is a flowchart illustrating a reservation message transmission method according to an embodiment of the present invention.

4 to 9 are screen states for reserving a message using a reservation message transmission device.

10 shows an example of a data format of a reservation message.

11 is a view for explaining a reservation message transmission apparatus according to another embodiment of the present invention.

12 is a view for explaining a reservation message transmission apparatus according to another embodiment of the present invention.

13 is a view for explaining a method of transmitting a reservation message according to another embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

21: data transmission / reception unit 22: message reservation control unit

23: visual check unit 24: ACS (automatic calling service) unit

25: reservation information storage unit 26: reservation message storage unit

100-1... … .100-n: terminal 101, 104: BTS / BSC

102, 105: MSC 103: communication network

106: VMS / MMS Server 107: PBX (Private Exchange)

108: CTI server A: reserved message transmission module

The reservation message transmission apparatus according to the present invention for achieving the above object includes a storage unit for storing the reservation message and reservation information, a time check unit for outputting time information, an ACS unit for performing an automatic dialing function, and A message reservation control unit storing a reservation message and reservation information in the storage unit, causing the ACS unit to perform automatic dialing according to a message transmission time according to the time information of the time check unit, and then transmitting a reservation message including a reservation message identifier It includes.

According to the present invention, there is provided a method of transmitting a reservation message, when a message reservation key is input, switching to a message reservation mode, outputting a message reservation screen for the message reservation, and reserving a message corresponding to the message reservation screen. Determining whether it is completed, storing the reservation message and reservation information when the message reservation is completed, checking the message transmission time by searching the stored reservation information, and determining whether it is transmission time; Retrieving the stored reservation information and automatically dialing the called telephone number in case of transmission time, and transmitting a reservation message including a reservation message identifier when the automatic dialing is completed.

The reservation message transmission system according to the present invention includes a memory in which a program is stored, and a processor coupled to the memory to execute the program, wherein the processor reserves a message reservation mode when a message reservation key is input by the program. Switch to, output a message reservation screen for message reservation, determine whether a reservation of a message corresponding to the message reservation screen is completed, and if the message reservation is completed as a result of the determination, store a reservation message and reservation information, Searching the stored reservation information to check the message transmission time to determine whether the transmission time, and if the transmission time is to perform the automatic dialing to the called phone number by searching the stored reservation information, and when the automatic dialing is completed, Reservation message containing the reservation message identifier Sending the message.

Hereinafter, with reference to the accompanying Figures 2 to 13 will be described in detail preferred embodiments of the present invention.

2 is a view for explaining a reservation message transmission apparatus according to an embodiment of the present invention.

The embodiment of Figure 2 is to store and transmit the reservation message using the application of the terminal.

The reservation message transmission device 20 shown in FIG. 2 is mounted on a wired or wireless terminal to be commercialized or detachable in a module form. The reservation message transmission device 20 is used to transmit a pre-stored reservation message to the desired destination terminal.

Referring to FIG. 2, the reservation message transmission device 20 performs a message reservation control unit 22 for controlling each component for message reservation, a time check unit 23 for informing time information, and an automatic dialing function. ACS section 24, reservation information storage section 25 for storing reservation information, and reservation message storage section 26 for storing reservation message. Here, the reservation information storage unit 25 and the reservation message storage unit 26 may be configured using an existing storage device for downloading data from the terminal or storing a phone number, and separately for transmission of a reservation message. It can be configured as a storage device that stores only messages. In this embodiment, a reservation information storage section 25 for storing reservation information and a reservation message storage section 26 for storing reservation messages are separately provided. In addition, the data transmission / reception unit 21 connected to the reservation message transmission device 20 of FIG. 2 to transmit / receive data is used for communication and communication inside the terminal, and as shown, the reservation message transmission device ( It is connected to the message reservation control unit 22 of 20). Therefore, the data transmitting / receiving unit 21 in the present embodiment further includes a function for transmitting and receiving a reservation message.

The reservation message transmission device 20 of FIG. 2 receives a message reservation key input for transmitting a message from a terminal user to a desired called party. The data transmission / reception unit 21 receives a message reservation key input and transmits the message reservation key input to the message reservation control unit 22. The message reservation control unit 22 outputs a menu screen for message reservation to a display unit (not shown) provided in the terminal through the data transmission / reception unit 21. Then, the user selects the type of message he wants to reserve on the output menu screen and inputs message transmission conditions. The data transmission / reception unit 21 receives an input reservation message and reservation information that is a message transmission condition and outputs the reservation message to the message reservation control unit 22. The message reservation control unit 22 outputs the reservation information including the message transmission condition to the reservation information storage unit 25, and outputs the reservation message to the reservation message storage unit 26. The time check part 23 continuously transmits the current time to the message reservation control part 22. The message reservation control unit 22 continuously checks whether the time input from the time check unit 23 is a reservation message transmission time. If the current time is a reservation message transmission time, the message reservation control unit 22 reads the called party's telephone number from the reservation information previously stored in the reservation information storage unit 25 and informs the ACS unit 24 of the reservation. The ACS unit 24 outputs the called party's telephone number through the data transmission / reception unit 21 by using the automatic dialing function. When the called party and the calling party to which the message is to be transmitted are connected according to the automatic dialing function of the ACS unit 24, the message reservation control unit 22 reserves the reservation message of the calling user stored in the reserved message storage unit 26. Is transmitted to the called party including the reserved message identifier.

A reservation message transmission method using the reservation message transmission device of FIG. 2 will be described with reference to FIGS. 3 to 9.

3 is a flowchart illustrating a reservation message transmission method according to an embodiment of the present invention.

First, the message reservation control unit 22 determines whether a message reservation key has been input (step 301). As a result of determination, if a message reservation key is input, the message reservation control unit 22 switches to the message reservation mode (step 302). Then, the message reservation control unit 22 outputs a message reservation screen for message reservation through the display unit of the terminal (step 303).

Hereinafter, a process of the caller scheduling a message through the output message reservation screen will be described with reference to the screen states of FIGS. 4 to 9.

4 shows an initial screen for message reservation. The initial screen includes a message input 401, a recipient number 402, a transmission time reservation 403, a transmission frequency 404, and a transmission interval 405. When the caller selects message input 401 to enter a message, the type of message is displayed. In other words, when the message input 401 is selected, the voice message 401a, the video message 401b, and the text message 401c which are detailed items are displayed. Therefore, the caller selects the voice message 401a and inputs a desired voice message. When the video message 401b is selected, the video message is input using a camera mounted on the terminal. When the text message 401c is selected, text is input using the keypad. The sender selects the recipient number 402 on the initial screen of FIG. 4 to input a message and input reservation information which is a transmission condition of the input message. When the recipient number 402 is selected, the recipient number input window shown in FIG. 6 is displayed. The sender enters the recipient's number using add, modify, confirm and cancel items. When the recipient number is entered, the sender selects a transmission time reservation 403 on the initial screen of FIG. 4 to reserve the transmission time of the reservation message. When the transmission time reservation 403 is selected, as shown in FIG. 7, the transmission year 403a, the transmission month date 403b, and the transmission time 403c are input. Similarly, the following modification, confirmation, and cancellation items can be entered. When the reservation of the transmission time is completed, the caller may select the transmission frequency 404 on the initial screen of FIG. 4. When the number of transmissions 404 is selected, as shown in Fig. 8, the sender selects a desired number of transmissions among detailed items (only once, five times, ten times, etc.). Finally, in order to set the transmission interval of the reservation message, the sender selects the transmission interval 405 on the initial screen of FIG. 4. When the transmission interval 405 is selected, the sender selects a desired transmission interval from among sub-items (every 1 second, every 10 seconds, every 1 minute, etc.) as shown in FIG. This process completes the reservation of the message.

Again, in FIG. 3, the message reservation control unit 22 of the reservation message transmission device 20 of FIG. 2 determines whether the reservation of the message is completed (step 304). If it is determined that the reservation of the message is completed through the above-described process, the message reservation control unit 22 stores the reservation message in the form of voice, video, text, etc. in the reservation message storage unit 26, and the recipient number, transmission time, Reservation information such as the transmission frequency and the transmission interval is stored in the reservation information storage unit 25 (step 305). Then, the message reservation control unit 22 determines whether the transmission time has been reached from the transmission time check information of the time checking unit 23 (step 306). As a result of the determination, when the transmission time is reached, the message reservation control unit 22 outputs a control signal for performing automatic dialing to the ACS unit 24. Then, the ACS unit 24 performs automatic dialing to the called terminal using the recipient number (step 307). When the telephone connection with the called terminal is completed, the reserved message stored in the reserved message storage unit 26 is transmitted to the called terminal (step 308). In this case, the reservation message includes a reservation message identifier indicating that the transmitted message is a reservation message. Then, the called terminal can check the reservation message by receiving the reservation message and the reservation message identifier sent by the calling terminal. In this case, the reservation message is output through the audio output unit, and in the case of text and video, the reservation message is output through the display unit.

Hereinafter, the reservation message format transmitted when the reservation message is voice and video will be described with reference to FIG. 10.

10A shows an example of a data format when a reservation message is voice.

Referring to FIG. 10A, the data format when the reservation message is a voice message includes header information, calling terminal information, voice message, and a reservation message identifier. The header information contains general information about the data format, and the calling terminal information includes the calling party's telephone number. In addition, the voice message includes a voice message previously stored in the reservation message storage unit 26 by the calling party, and the reservation message identifier informs the information on the reservation message that is currently being transmitted and the reserved message. That is, the reservation message identifier indicates that the reservation message currently being transmitted is a voice message and data for outputting the reservation message. Through the reserved message identifier, the called terminal switches to a mode for outputting a voice message and outputs the voice message through the voice output unit.

10B shows an example of a data format when the reservation message is an image.

Referring to FIG. 10B, when the reservation message is a video message, the data format includes header information, calling terminal information, video message, and a reservation message identifier. The header information contains general information about the data format, and the calling terminal information includes the calling party's telephone number. The video message includes a video message previously stored in the reservation message storage unit 26 by the calling party, and the reservation message identifier informs the information about the reservation message currently being transmitted. That is, the reservation message identifier informs that the transmission message is a reservation message and the reservation message currently transmitted is an image message and data for outputting the reservation message. Through the reserved message identifier, the called terminal switches to a mode for outputting a video message and outputs a video message through the display unit.

11 is a view for explaining a reservation message transmission apparatus according to another embodiment of the present invention.

11 is a diagram for explaining an example of transmitting a reservation message by modifying an existing VMS / MMS system.

Referring to FIG. 11, the terminal 100-1 is connected to a communication network through the BTS / BSC 101 and the MSC 102, and the terminal 100-n connects the BTS / BSC 101 and the MSC 102. It is connected to the communication network. Here, the subscriber of the terminal 100-1 inputs a message to be transmitted and a message transmission condition and transmits the message to the BTS / BSC 101, and transmits the message to the terminal 100-n corresponding to the designated reserved transmission condition. / BSC 104 to receive. The BTS is a base station. The BTS performs control of incoming, outgoing, and the like of terminals in a cell managed by one base station and wireless channel management in its own base station. The BSC is a base station controller and manages eight or more BTSs. In addition, a mobile switching center (MSC) is a switch, which is connected to a base station and performs call processing and relay functions for subscribers. The MSC 105 is connected to a communication network, and the VMS / MMS server 106 is linked to the MSC 105.

Since the VMS / MMS server 106 includes a storage device for a service provided by using the VMS and the MMS service, the VMS / MMS server 106 includes a storage space. Accordingly, the reservation message transmission module A included in the VMS / MMS server 106 includes components excluding storage space in the reservation message transmission device of FIG. 2. That is, the reservation message transmission module A is a modularization of the time check unit, the ACS unit, and the message reservation control unit. The calling terminal 100-1 accesses the VMS / MMS server 106 and inputs a message and reservation information to transmit a desired message to the called terminal 100-n. Then, the VMS / MMS server 106 stores the reservation message and the reservation information in a separate storage space. The reservation message transmission module A transmits the reservation message to the called terminal 100-n in accordance with the reservation message transmission time using the stored reservation information.

In more detail about the case where the reservation message is voice, the calling terminal 100-1 accesses the VMS server. That is, they connect with their own voicemail connection number such as * 88. Then, select the message reservation menu and input the voice message using various functions such as modification and deletion. In accordance with the message reservation menu, reservation conditions such as a reservation time and a called number are input. Then, the VMS server automatically dials the called number according to the reservation condition inputted by the calling terminal 100-1 and transmits the voice message stored in the storage space. In this case, the data format described above with reference to FIG. 10A may be used. On the other hand, if the reservation message is a video, the calling terminal 100-1 is connected to its own video mailbox to the MMS server. H.323 or SIP (session initiation protocol) is used to send and receive video messages by accessing MMS server through IP network. Here, H.323 is a standard for transmitting real-time voice / video on a LAN, and SIP is a standard for multimedia service on the Internet. Similarly, by connecting to the MMS server, records a video message in their video mailbox, and enters reservation conditions. Then, the MMS server automatically dials the called number according to the reservation condition inputted by the calling terminal 100-1 to transmit the video message stored in the storage space. In this case, the data format described above with reference to FIG. 10B may be used.

12 is a view for explaining a reservation message transmission apparatus according to another embodiment of the present invention.

12A, 12B, and 12C are diagrams for explaining an example of transmitting a reservation message by modifying a CTI system interoperating with an existing PBX.

12A is a diagram for explaining an example of using a wireless terminal with a calling terminal and a called terminal. Referring to FIG. 12A, the same reference numerals as FIG. 11 perform the same function, and thus detailed description thereof will be omitted. The MSC 105 is connected to a communication network, and the MSC 105 has a computer and telephony integration (CTI) server 108 interworking with the PBX 107. The CTI server 108 includes the same reserved message transmission module A as the VMS / MMS server 106 described above. Similarly, the reservation message transmission module A included in the CTI server 108 includes components excluding storage space in the reservation message transmission device of FIG. 2. That is, the reservation message transmission module A is a modularization of the time check unit, the ACS unit, and the message reservation control unit. The calling terminal 100-1 accesses the CTI server 108 with a representative number of a service for transmitting a reservation message. Then, the CTI server 108 is connected to the calling terminal 100-1 requesting a call connection and transmits a message reservation menu to the calling terminal 100-1 using the ARS. First, the calling terminal 100-1 dials a service representative number, for example, 700-9999, and connects with the CTI server 108. Then, the CTI server 108 transmits the announcement for message reservation to the calling terminal 100-1. That is, a message for inputting a reservation time, a message for inputting a called party number, and a message for inputting a voice message or a video message are transmitted. When the input of the reservation message according to the message reservation menu is completed, the CTI server 108 stores the reservation message and the reservation information in a separate storage space. The reservation message transmission module A transmits the reservation message to the called terminal 100-n in accordance with the reservation message transmission time using the stored reservation information. In this case, when the reservation message is a voice message, the data format shown in FIG. 10A is used, and when it is a video message, the data format shown in FIG. 10B is used.

12B is a view for explaining an example of using a wired terminal between the calling terminal and the called terminal.

Referring to FIG. 12B, in addition to the configuration of FIG. 12A, the calling party includes a wired calling terminal 200-1 and a wired switch 201, and the called terminal 200-n and a wired switch 202 are also wired at the receiving side. It includes. If the reservation message is voice, the reservation message is reserved and received using the wired terminals shown in FIG. 12B. Therefore, when the reservation message is voice, the calling terminal 200-1 connects to the CTI server 108 using the representative phone number and reserves the voice message according to the guidance. When the reservation of the voice message is completed, the called terminal 200-n may receive a voice message from the calling terminal 200-1.

12C is a diagram for explaining an example in which a calling terminal reserves a reservation message using an internet network, and a receiving terminal is a wired terminal and a wireless terminal.

Referring to FIG. 12C, the calling terminal 300-1 of the calling party is connected to the CTI server 108 through the Internet network 301. In addition, the wireless terminal 100-n of the called party is connected to the communication network 103 through the BTS / BSC 101 and the MSC 102, and the wired terminal 200-n is connected to the communication network through the wired switch 202. Connected with 103. Between the MSC 102 and the CTI server 108 includes a SIP server 109. The calling terminal 300-1 connects to the CTI server 108 using a web service of the Internet network 301 to record and record a voice or video message. Then, in the case of the voice message, the CTI server 108 transmits to the wired terminal 200-n of the called party through the wired switch 202 using the communication network 103. In addition, in the case of a video message, the CTI server 108 transmits from the MSC 102 to the corresponding wireless terminal 100-n through the SIP server 109.

A VMS / MMS server 106 including such a reservation message transmission module A and a method of transmitting a reservation message using the CTI server 108 will be described with reference to FIG. 13.

13 is a flowchart illustrating a reservation message transmission method according to another embodiment of the present invention.

Referring to Fig. 13, the originating terminal requests a connection to a server to reserve a message and connects to the server (step 1301). Here, the server is one of the VMS / MMS server and the CTI server. When the calling terminal completes the connection with the server, it requests a message input to the server (step 1302). The server then sends a message reservation screen for message reservation (step 1303). The calling terminal displays the message reservation screen from the server. The user of the calling terminal inputs a reservation message using the displayed reservation screen, and inputs reservation information such as a recipient number, transmission time, transmission frequency, and transmission interval to transmit the message (step 1304). The calling terminal transmits the input reservation message and reservation information to the server (step 1305). The server stores the reservation message and the reservation information from the calling terminal (step 1306). The server determines whether or not it is a reservation message transmission time using the information on the transmission time in the stored reservation information (step 1307). When the reservation message transmission time is reached, an automatic dialing is attempted by the called terminal using the recipient number in the reservation information (step 1308). Automatic dialing is performed to connect the server and the called terminal (step 1309), and the server sends the calling party's reservation message including the reserved message identifier to the connected called terminal (step 1310). When the receiving terminal completes reception of the reservation message from the server (step 1311), the called terminal may check the reservation message of the calling party.

Accordingly, the apparatus of the present invention provides an effect of transmitting a reservation message to the called party when the calling party desires to transmit the message and the message transmission condition to be sent by the calling party.

In addition, when the reservation message transmission device is mounted on the terminal, the device of the present invention can transmit a message without being connected to a separate server or the like, thereby providing convenience in use.

In addition, the device of the present invention can be used in conjunction with a message transmission server and the like can be used to increase the usability.

Claims (6)

In the message reservation transmission device, A storage unit for storing the reservation message and the reservation information; A time checking unit for outputting time information; An ACS unit performing an auto dialing function; And Message reservation for storing the reservation message and reservation information in the storage unit, causing the ACS unit to perform automatic dialing according to the message transmission time according to the time information of the time checking unit, and then transmitting a reservation message including a reservation message identifier. Comprising a control unit Reservation message transmission device characterized in that. The method of claim 1, The reservation information includes the message transmission time and the called telephone number. The reservation message transmission device, characterized in that. In the message reservation transmission method, Switching to a message reservation mode when a message reservation key is input; Outputting a message reservation screen for the message reservation; Determining whether a reservation of a message corresponding to the message reservation screen is completed; Storing a reservation message and reservation information when the message reservation is completed as a result of the determination; Checking the message transmission time by searching the stored reservation information to determine whether the transmission time is determined; Retrieving the stored reservation information and automatically dialing the called phone number in case of the transmission time; And When the automatic dialing is completed, transmitting a reservation message including a reservation message identifier. The reservation message transmission method characterized in that. In the reservation message transmission system, A memory in which a program is stored; A processor coupled to the memory to execute the program Including, The processor by the program, When the message reservation key is input, the message is switched to the message reservation mode, the message reservation screen for the message reservation is output, it is determined whether the reservation of the message corresponding to the message reservation screen is completed, and the message reservation is completed. If so, the reservation message and reservation information are stored, the stored reservation information is searched and the message transmission time is checked to determine the transmission time, and if the transmission time, the stored reservation information is searched to automatically dial the called phone number. And when the automatic dialing is completed, sending a reservation message including a reservation message identifier. Reservation message transmission system, characterized in that. In the method for transmitting a reservation message in the server for transmitting a reservation message of the calling terminal to the called terminal, Receiving a request for message input from the calling terminal; Transmitting a message reservation screen to a calling terminal by the request; Receiving a reservation message and reservation information from the calling terminal; Storing the received reservation message and reservation information; Determining whether it is time to transmit a reservation message by searching the stored reservation information; Performing automatic dialing to the called terminal when it is determined that the reservation message is transmitted; Transmitting a reservation message including a reservation message identifier to the called terminal when the automatic dialing is completed; The reservation message transmission method, characterized in that. In the reservation message transmission system for transmitting a reservation message of the calling terminal to the called terminal, A memory in which a program is stored; A processor coupled to the memory to execute the program Including, The processor by the program, Receiving a request for message input from the calling terminal, transmitting a message reservation screen to the calling terminal by the request, receiving a reservation message and reservation information from the calling terminal, storing the received reservation message and reservation information, and Determining whether or not it is time to send the reservation message by searching the stored reservation information, if it is the time when the reservation message transmission time, and performs the automatic dialing to the called terminal, and if the automatic dialing is completed, the reservation including the reservation message identifier Sending a message to the called terminal A reservation message transmission system characterized by the above.