JP2007088974A - Communication terminal unit - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a communication terminal unit in which a communication terminal unit on the originating side transmits information related to communication contents prior to the origination, and a communication terminal on the terminating side performs processing at the time of termination, based on the above transmitted information and the settings stored in the self-unit, and/or transmits response information to the communication terminal unit on the originating side. <P>SOLUTION: The communication terminal unit on the terminating side receives information for notifying the communication contents ("YES" in step S41d), decides from the above information whether or not the communication origination concerned is to be permitted, and transmits the above decision result to the communication terminal unit on the originating side (step S41i). Then, based on the decision whether or not the origination is permitted (step S41q), the communication terminal unit on the terminating side performs terminating processing to indicate the communication contents (step S41t), or disconnects the origination concerned (step S41r). <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a communication terminal device, and more particularly, to a process for communicating information related to communication contents prior to communication transmission.

  When an incoming call is received at a communication terminal device, the user of the device usually performs an incoming call process corresponding to the incoming call and makes a call. However, when the user is busy, there is a problem that the user cannot determine whether or not to stop the work for the incoming call and make a call. This is because the user can know only the telephone number of the caller before the incoming call processing, and cannot know the contents of the call started by the incoming call. In particular, since a mobile communication terminal device is always carried by a user, there are many cases where an incoming call is received when a call such as during a conference is difficult, and the problem is remarkable.

Therefore, the caller selects information regarding the content of the call at the time of outgoing call, for example, whether or not the content is urgent, and the information is received from the caller side communication terminal device as, for example, facility information determined by the communication protocol. A process is known in which the information is transmitted to the side communication terminal device, and the receiving side communication terminal device displays the information at the time of incoming. Furthermore, a process is known in which a response to the information is transmitted from the incoming communication terminal device to the outgoing communication terminal device (see, for example, Patent Document 1).
JP 2004-320544 A (2nd page, FIG. 1)

  However, in the method disclosed in Patent Document 1 described above, the user of the receiving communication terminal apparatus may hesitate to cope with the response when it is difficult to respond, and may forget the response with the intention of responding later. There was a problem. In addition, for example, the mode of the device is set (a setting that does not use a ringtone for notification of an incoming call), and the user of the communication terminal on the receiving side has a highly urgent call without noticing the incoming call. There was a problem that may not answer incoming calls.

  The present invention has been made in order to solve the above-described problems. The originating communication terminal device transmits information related to the contents of communication prior to originating the call, and the terminating communication terminal device It is an object of the present invention to provide a communication terminal device that performs incoming call processing according to settings stored in the device and / or transmits response information to a caller communication terminal device.

  In order to achieve the above-described object, the originating communication terminal device of the present invention receives information on communication contents and transmits a communication permission / inhibition of the communication according to the information via the communication network. A communication content transmitting means for transmitting information related to the communication content to the receiving communication terminal device, and the incoming call in response to the information transmitted by the communication content transmitting means. A transmission permission / rejection receiving unit that receives information indicating whether transmission is possible or not, and information received by the transmission permission / inhibition receiving unit indicates that transmission is possible. It has the transmission control means which transmits a transmission signal with respect to a terminal device, It is characterized by the above-mentioned.

  Also, the receiving communication terminal device of the present invention is a receiving communication terminal device capable of communicating via a communication network with a transmitting communication terminal device that transmits information about communication contents and receives whether or not the communication can be transmitted. Communication permission setting storage means for storing a transmission permission condition that associates information related to communication contents and whether or not transmission is possible, and communication content reception that receives information related to the communication contents transmitted by the calling communication terminal device Means for searching for the possibility of transmission stored in the transmission permission setting storage means in association with information related to the communication content received by the communication content receiving means, and the transmission availability search means And a transmission permission / non-transmission transmitting means for transmitting information indicating whether the transmission is possible or not to the transmission side communication terminal device.

  According to the present invention, the caller communication terminal device transmits information related to the content of communication prior to the call, and the callee communication terminal device receives an incoming call according to the transmitted information and the settings stored in the own device. It is possible to provide a communication terminal device that performs time processing and / or transmits response information to the originating communication terminal device.

  Embodiments of a communication terminal apparatus according to the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing a configuration of a communication system including a communication terminal apparatus according to an embodiment of the present invention. This communication system is configured such that a plurality of mobile communication terminal devices MS to which a communication terminal device according to an embodiment of the present invention is applied can communicate via a communication network NW.

  FIG. 2 is a diagram showing an external appearance of the front when the folding of the upper and lower casings of the device is opened when the present invention is applied to the folding mobile communication terminal device MS. This mobile communication terminal apparatus MS is configured such that an upper casing MS1 and a lower casing MS2 are rotatably connected by a hinge part MS3.

  The inner surface of the upper casing MS1 is used for a speaker 7 used for reception, a display for prompting the user to operate, a display of contents operated by the user, a cursor position, an operation state of the apparatus, and the like. A display unit 17 composed of an LCD (Liquid Crystal Display) with a backlight is installed.

  Further, a microphone 8 used for transmission is installed on the inner surface of the lower housing MS2. A keyboard 21 made of a keypad is provided on the inner surface of the lower housing MS2. Furthermore, an antenna (not shown) used for transmitting and receiving radio waves is installed on the outer surface of the lower housing MS2.

  The keyboard 21 is installed on the inner surface of the lower casing MS2, and is installed so as to surround the warp center key 21a adjacent to the warp center key 21a and the warp center key 21a used for instructing confirmation and selection in each function. And a warp cross key 21b used for an instruction to move the cursor position on the display unit 17 or the like. Further, the first and second functions are installed on the inner surface of the lower casing MS2 near the display unit 17, that is, near the upper casing 1, from left to right, and displayed on the display unit 17 from left to right. It includes a first function key 21c and a second function key 21d used for selection.

  Further, the keyboard 21 includes numeric keys used for inputting alphanumeric characters, characters, symbols, and the like, and a plurality of function keys used for inputting operation instructions such as turning on and off the power of the mobile communication terminal device MS. Yes.

  FIG. 3 is a block diagram showing a configuration of the mobile communication terminal apparatus MS. The mobile communication terminal device MS transmits and receives radio waves between a UI (user interface) control unit 1, a control unit 2 that controls the entire device, a communication control unit 3, and a base station (not shown). An antenna 4 to be performed, a call control unit 5, a voice control unit 6, a speaker 7 for reception, a microphone 8 for transmission, a TV (telephone) telephone control unit 9, and an LED (light emitting diode) control unit 10 An LED 11 that emits light in an arbitrary color, an SMS (short message service) control unit 12, a vibrator control unit 13, a vibrator 14 that generates vibration, a mail control unit 15, a display control unit 16, and an LCD. A display unit 17, set value data 18, set value data control unit 19, key control unit 20, keyboard 21, speech content control unit 22, address book 23, address book Consisting of a control unit 24.

  The operation of each part of the information processing apparatus according to the embodiment of the present invention configured as described above will be described with reference to FIG.

  The UI control unit 1 controls the display control unit 16 to display a display for prompting input of various setting values of the apparatus to be displayed on the display unit 17 and controls the setting value data control unit 19 to set the input setting value. It is stored in the value data 18.

  The communication control unit 3 amplifies, frequency converts and demodulates the high frequency signal received by the antenna 4, and the digital audio signal obtained thereby is transmitted to the call control unit 5, and the digital video / audio signal is transmitted to the TV phone control unit 9. The control signal including the incoming signal is sent to the control unit 2. Further, the digital audio signal transmitted from the call control unit 5, the digital video / audio signal transmitted from the TV phone control unit 9, and the control signal transmitted from the control unit 2 are modulated, frequency converted and amplified to obtain a high frequency signal. Then, it is transmitted from the antenna 4.

  The call control unit 5 converts the digital audio signal transmitted from the communication control unit 3 into an analog audio signal, and transmits the analog audio signal to the audio control unit 6 to generate sound from the speaker 7. Further, the analog voice signal input from the microphone 8 and transmitted from the voice control unit 6 is converted into a digital voice signal and transmitted to the communication control unit 3.

  The voice control unit 6 amplifies the analog voice signal transmitted from the call control unit 5 or the TV phone control unit 9 and sends it to the speaker 7 to generate voice. Further, the analog audio signal output from the microphone 8 is amplified and transmitted to the call control unit 5 or the TV phone control unit 9.

  The TV phone control unit 9 converts the digital video / audio signal transmitted from the communication control unit 3 into an analog video signal and an analog audio signal, and transmits the analog video signal to the display control unit 16 for display on the display unit 17. Then, an analog audio signal is transmitted to the audio control unit 6 to generate audio from the speaker 7. In addition, an analog audio signal input from the microphone 8 and transmitted from the audio control unit 6 and an analog video signal transmitted from a camera (not shown) connected to the TV phone control unit 9 are converted into a digital video audio signal. To the communication control unit 3.

  The LED control unit 10 is activated by designating a color, and turns on the LED 11 with the designated color. Also, it is not limited to lighting, but blinks according to the designation.

  The SMS control unit 12 performs transmission / reception of short messages and management of received short messages. That is, the SMS control unit 12 performs a short message (transmission message) including the telephone number of the destination of the short message and the text data according to the key identifier transmitted from the key control unit 20 or according to the request of each unit of the device. Create Then, the transmission message is transmitted via the control unit 2 to the mobile communication terminal apparatus MS identified by the destination telephone number via the communication control unit 3, the antenna 4, and the base station.

  Further, the SMS control unit 12 receives a short message (received message) sent from the mobile communication terminal apparatus MS via the base station, the antenna 4 and the communication control unit 3 via the control unit 2, and receives the received message. Is stored in a storage unit (not shown) in the SMS control unit 12. The SMS control unit 12 is activated by the control unit 2 according to the key identifier transmitted from the key control unit 20 or according to the request of each unit of the device, and is stored in the storage unit in the SMS control unit 12. The message is sent to the display control unit 16 to be displayed on the display unit 17 or sent to each unit of the device that sent the request.

  The vibrator control unit 13 is activated and vibrates the vibrator 14.

  The mail control unit 15 performs transmission / reception of e-mails and management of received e-mails. That is, the mail control unit 15 creates an electronic mail (transmission mail) including the destination mail address of the electronic mail, the title, and the body data in accordance with the key identifier transmitted from the key control unit 20. Then, the transmission mail is transmitted to the mail server device (not shown) via the control unit 2, the communication control unit 3, the antenna 4, and the base station.

  The mail control unit 15 receives an email (received mail) sent from the mail server device via the base station, the antenna 4 and the communication control unit 3 via the control unit 2, and receives the received mail. The data is stored in a storage unit (not shown) in the mail control unit 15. The mail control unit 15 is activated by the control unit 2 in accordance with the key identifier transmitted from the key control unit 20 or at the request of each unit of the apparatus, and is stored in the storage unit in the mail control unit 15. The mail is sent to the display control unit 16 to be displayed on the display unit 17 or transmitted to each unit of the apparatus that transmitted the request.

  The display control unit 16 is controlled by the control unit 2 to cause the display unit 17 to display characters / numbers and image data including a cursor transmitted from each unit of the apparatus. Data transmitted from each unit is switched by receiving an instruction from the control unit 2 in response to an input signal from the key control unit 20 or an incoming signal from the communication control unit 3.

  The setting value data 18 stores a setting value indicating an operation performed by the device when the device receives information indicating communication contents. In other words, the transmission permission setting value 18a shown in FIG. 4 is a set of information in which the mode 18b, the transmission permission 18c, the operation 18d when rejected, the authentication information 18e, and the message 18f when rejected are associated with each other. If the information indicating the communication content is applicable to the transmission permission 18c, the transmission permission condition is set such that the transmission is permitted, and if the information is not applied, the transmission permission condition is determined.

  In other words, when this device is in the mode 18b, if the device applies to the transmission permission 18c and receives information indicating the communication content accompanied by the authentication information 18e, the device permits the transmission corresponding to the received information. To do. In other cases, this device does not permit the call and performs the operation 18d when rejected.

  Further, the setting value data 18 stores a call setting value performed by the device when the device receives an incoming call signal, that is, an incoming call notification operation setting value. The call setting value 18g illustrated in FIG. 5 includes an incoming call type 18h indicating the type of communication corresponding to the incoming call signal, a degree 18i indicating the degree of communication determined for each incoming call type 18h, a melody 18j, and a volume 18k. And an additional operation mode 18m and an LED operation 18n.

  If the device receives information indicating the communication contents including the incoming call type 18h and the degree 18i before receiving the incoming signal, the apparatus searches the incoming call type 18h and the degree 18i of the information with the search key. Then, the melody 18j, the volume 18k, the additional operation mode 18m, and the LED operation 18n are searched from the call setting value 18g.

  And this apparatus performs incoming call notification identified by the melody 18j and the volume 18k, and incoming call notification by the LED operation identified by the LED operation 18n. When the apparatus is in the additional operation mode 18m, the incoming call notification is performed regardless of whether the incoming call notification is performed in that mode. The set values stored in the set value data 18 are not limited to the above.

  FIG. 6 shows an example of the address book 23. The address book 23 includes a set of information in which a name 23a, a telephone number 23b, and a mail address 23c are associated with each other. The address book 23 is not limited to this, and other information may be associated.

  The set value data control unit 19 stores the set value input by the UI control unit 1 in the set value data 18. Also, the set value stored in the set value data 18 is read and transmitted in response to a search request from each part of the apparatus.

  When a key on the keyboard 21 is operated, the key control unit 20 detects the operated key and notifies the control unit 2 of the identifier of the key. And it is displayed as a character on the display part 17 by the control part 2, and it transmits to each part of an apparatus, or control is performed.

  The keyboard 21 includes keys including numeric keys for designating a telephone number of a call partner and the like for inputting characters by a toggle type input method and function keys.

  The utterance content control unit 22 transmits information indicating the content of the call as a transmission message to the call destination mobile communication terminal device MS prior to the call transmission. And the message transmitted in response to the transmission message is received, and the transmission is performed or not performed according to the message. Further, the utterance content control unit 22 receives information indicating the content of the call as a received message, determines a response to the incoming call according to the received information and the setting value stored in the setting value data 18, The determined response is transmitted as a reply message to the received message, and the determined response is made.

  The address book control unit 24 receives a name, a telephone number, and an e-mail address according to the key identifier transmitted from the key control unit 20, and assigns them to the name 23a, the telephone number 23b, and the e-mail address 23c, respectively. It is set and stored in the address book 23. Further, the name 23a, the telephone number 23b, and the mail address 23c stored in the address book 23 are searched according to the identifier of the key transmitted from the key control unit 20 or according to the search request of each part of the apparatus. And send.

  Hereinafter, the setting processing of the setting value regarding the response to the incoming call of the mobile communication terminal device MS according to the present embodiment, the information indicating the content of the call is transmitted to the mobile communication terminal device MS of the call destination, and the outgoing call according to the response to the information The process and the operation related to the response process for receiving an incoming call according to the information and the set value will be described.

(Setting process for setting values related to incoming calls)
7 and 8 show an example of display on the display unit 17 when the UI control unit 1 inputs a set value related to a response to an incoming call. The UI control unit 1 is activated by the control unit 2 in accordance with the key identifier transmitted from the key control unit 20 and starts an operation of inputting a setting value relating to a response to an incoming call. The function selection screen shown in FIG. Is displayed.

  This screen is located at the top of the screen and is stored in a pictograph consisting of an antenna indicating the strength of radio waves received by the mobile communication terminal device MS, 0 to 3 vertical lines, and a rechargeable battery (not shown). A pictograph column 17a consisting of a battery shape indicating the amount of power, a pictograph indicating the time, a first function display 17b located on the left side at the bottom of the screen, and a second function located on the right side at the bottom of the screen It consists of a display 17c and a function selection menu 17d located at the center of the screen.

  The pictogram field 17a is always displayed by the control unit 2. In addition, the first function display 17b and the second function display 17c clearly indicate a control instruction received for each processing unit (in this case, the UI control unit 1) by displaying characters. The first function key 21c of the keyboard 21 located near the first function display 17b and the second function key 21d of the keyboard 21 located near the second function display 17c, respectively, are operated. As a result, the displayed control instruction is input.

  The function selection menu 17d shown in FIG. 7A displays a title character “function menu” and characters indicating two choices “[1] transmission permission setting” and “[2] sound / vibe”. It is urged to select one of these two options by a cursor movement operation using the warp cross key 21b and a confirmation operation using the warp center key 21a.

  Further, the first function display 17b displays a character "RETURN", and when the first function key 21c is operated, a screen that was displayed before this function selection screen is displayed is displayed. Indicates that Furthermore, the second function display 17c displays a character “menu”, which indicates that a new menu is displayed when the second function key 21d is operated.

  When the “[1] transmission permission setting” is selected, the UI control unit 1 displays a mode selection screen shown in FIG. In this mode selection screen, a mode selection menu 17e is displayed at the center of the screen. The mode selection menu 17e includes a title character “mode selection”, characters indicating three options “[1] normal mode”, “[2] manner mode”, and “[3] drive mode”, and “transmission permission setting”. "Select the mode to perform." Select any one of the above-mentioned three options for setting the transmission permission by the cursor movement operation using the warp cross key 21b and the confirmation operation using the warp center key 21a. It consists of characters that prompt you to do.

  When the “[2] manner mode” is selected, the UI control unit 1 displays a call permission setting screen shown in FIG. In the call permission setting screen, a setting input field 17f is displayed at the center of the screen. In the setting input field 17f, there are displayed a title character "Manner mode transmission permission setting", a character for prompting input of a transmission permission condition, an operation at the time of refusing transmission, authentication information, and a message at the time of refusal. Yes. In the example shown in FIG. 7C, “Emergency 3” is set as the condition for permitting the call, “Automatic SMS” is set as the operation when the call is rejected, “XXXX” is set as the authentication information, and “The message is being received. "I can't respond." Here, a plurality of operations may be input as an operation at the time of call rejection.

  The UI control unit 1 controls the setting value data control unit 19 to store the setting values input via these screens in the setting value data 18. That is, the “manner mode” selected in the mode selection menu 17e shown in FIG. 7B is changed to the mode 18b, and the “emergency call” is changed from “emergency 3” input in the setting input field 17f shown in FIG. Create “Urgent Level 3 or higher” and call permission 18c, “Automatic SMS” as reject action 18d, “XXXX” as authentication information 18e, and “Unable to answer because it is being imported.” The information set in the message 18f is stored in the transmission permission setting value 18a.

  According to the set information, when the manner mode is set, the mobile communication terminal device MS receives a message that the call is an emergency call having an urgency level of 3 or more with the authentication information 18e, and subsequently If there is an incoming call, the outgoing call is permitted, that is, an incoming call notification is performed. When the manner mode is set, if there is an incoming call following a message other than the above or a message not accompanied by the authentication information 18e, the outgoing call is rejected, and a message 18f at the time of rejection "Responding because it is being fetched. The SMS control unit 12 automatically transmits a message “cannot be received” in accordance with the rejection operation 18d.

  When inputting the setting using the setting input field 17f, as the operation at the time of refusal, in addition to the above “automatic SMS”, no special operation is performed, or an answering machine (not shown) is operated to perform a recording operation. Can choose. When these are selected, the UI control unit 1 sets the selected operation as the rejection operation 18d and stores it in the transmission permission setting value 18a.

  When “[1] normal mode” is selected in the mode selection menu 17e shown in FIG. 7B, the UI control unit 1 stores information indicating that the mode 18b is “normal mode” in the transmission permission setting value 18a. When “[3] drive mode” is selected, information indicating that the mode 18b is “drive mode” is stored in the transmission permission setting value 18a. At the time of storage, a call permission condition, an operation at the time of call rejection, authentication information, and a message at the time of rejection entered in the setting input field 17f shown in FIG. One set or a plurality of sets of information is stored in the transmission permission set value 18a.

  When the option “[2] Sound / Vibration” is selected in the function selection menu 17d illustrated in FIG. 7A, the UI control unit 1 displays a sound / vibration setting screen illustrated in FIG. In this sound / vibration setting screen, an incoming call type selection menu 17g is displayed at the center of the screen. The incoming call type selection menu 17g includes a title character “sound / vibration setting” and five choices “[1] normal call”, “[2] emergency call”, “[3] mail reception”, “[4] SMS”. It consists of characters indicating “receive” and “[5] key operation sound”.

  When the “[2] emergency call” is selected by the cursor movement operation using the warp cross key 21b and the confirmation operation using the warp center key 21a, the UI control unit 1 uses the emergency call sound shown in FIG. / Display the vibration setting screen. In the emergency call sound / vibe setting screen, a setting input field 17h is displayed at the center of the screen. In the setting input field 17h, a title character “Emergency call setting”, a character prompting an input of a degree, a melody, a volume, and an LED are displayed. In the example shown in FIG. 8B, “5” as the degree, “Alarm 1” as the melody, “Level 5” as the volume, and “Same in manner mode” and “Red” as the LED are input. .

  The UI control unit 1 controls the setting value data control unit 19 to store the setting values input via these screens in the setting value data 18. That is, an “emergency call” is created from “[2] emergency call” selected in the call type selection menu 17g shown in FIG. 8A, and the call type 18h is displayed. The setting input field 17h shown in FIG. “5” input in step 18i, “Alarm 1” in melody 18j, “Level 5” in volume 18k, “Manner mode” is used to create “Manner mode” and additional operation mode 18m In addition, the information in which “red” is set in the LED operation 18n is stored in the call setting value 18g.

  With this set information, the mobile communication terminal device MS receives a message that the incoming call type 18h with the degree 18i “5” is a call of “emergency incoming call”, and if there is an incoming call subsequently, the melody 18j The ring tone which is “Alarm 1” is sounded at the volume 18k “Level 5”. In accordance with the “manner mode” of the additional operation mode 18m, the sound is generated regardless of whether the manner mode is set. Further, the LED 11 is lit in red according to the LED operation 18n “red”.

  By repeating the input process using the setting input field 17h, it is possible to arbitrarily select and combine ringing sound, vibration of the vibrator 14, and lighting of the LED 11 as a notification means at the time of an emergency call. It is possible to select not to perform notification. The UI control unit 1 stores these selected notification means in the call setting value 18g.

  When “[1] normal incoming call” is selected in the incoming call type selection menu 17g shown in FIG. 8A, the UI control unit 1 sets information indicating that the incoming call type 18h is “normal incoming call” as the call setting value 18g. If “[3] mail reception” is selected, information indicating that the incoming call type 18h is “mail reception” is stored in the call setting value 18g, and if “[4] SMS reception” is selected, an incoming call is stored. Information with the type 18h being “SMS reception” is stored in the call setting value 18g, and when “[5] key operation sound” is selected, information with the incoming call type 18h being “key operation sound” is set in the call setting value 18g. Remember.

  At the time of these storages, the UI control unit 1 makes a pair of each incoming call type 18h, the degree input in the setting input field 17h shown in FIG. 8B, the melody, the volume, and the LED 1 A set or a plurality of sets of information is stored in the call setting value 18g.

(Outgoing processing that sends information indicating the content of the call and follows the response to that information)
A description will be given of a transmission process in which the mobile communication terminal device MS transmits information indicating the content of the call to the mobile communication terminal device MS that is the call destination, receives a response to the information, and performs according to the received response.

  9 shows a flowchart of the operation of this process of the utterance content control unit 22, and FIGS. 10 and 11 show an example of display on the display unit 17 in this process. The control unit 2 receives the identifier of the numeric key from the key control unit 20 and activates the utterance content control unit 22, and the utterance content control unit 22 starts operation (step S31a), and the received identifier is a telephone number. It is determined whether or not it is an input (step S31b). For example, when a number is input in the standby state, it is determined that the telephone number is input, and when the number key is operated in other states, it is determined that the telephone number is not input. If it is determined that the input is not a telephone number, the operation proceeds to another process corresponding to the state at that time (step S31c).

  On the other hand, when it is determined that the input is a telephone number, the utterance content control unit 22 displays a telephone number input screen shown in FIG. On this telephone number input screen, a telephone number 17i consisting of the entered number string is displayed at the center of the screen. Then, the characters “− / P” are displayed on the first function display 17b, and by inputting the “−” symbol to the telephone number 17i by operating the first function key 21c, Indicates that an instruction to insert a pause (play time) can be input during the outgoing call process.

  The second function display 17c displays a character “menu”, which indicates that a submenu is displayed as will be described later by operating the second function key 21d.

  The utterance content control unit 22 determines that the calling process has been selected by receiving an identifier of a predetermined off-hook key from the key control unit 20 (step S31d), and before receiving the identifier of the key, the second function key Whether or not to notify the information indicating the content of the call is determined depending on whether or not the notification indicating the information indicating the content of the utterance has been selected by operating 21d (step S31e).

  When it is determined that the information indicating the content of the utterance is not notified, the utterance content control unit 22 controls the communication control unit 3 to perform a normal transmission process (step S31f). FIG. 10B shows an example of a normal call processing screen displayed on the display unit 17 by the utterance content control unit 22 during the call processing. In this normal call processing screen, a status display 17j “calling” and a telephone number 17i are displayed at the center of the screen.

  On the other hand, when the second function key 21d is operated, the utterance content control unit 22 displays the submenu display screen shown in FIG. A sub menu 17k is displayed at the center of the sub menu display screen. The submenu 17k includes characters indicating the title “submenu”, two options “[1] content notification transmission”, and characters indicating “[2] registration in the address book”.

  When the option “[2] Register in address book” is selected by the cursor movement operation using the warp cross key 21b and the confirmation operation using the warp center key 21a, the utterance content control unit 22 and the address book control unit 24 are controlled. Then, an operation of storing the inputted telephone number 17i in the address book 23 is performed (not shown).

  On the other hand, when the option “[1] Content notification transmission” is selected, the control unit 2 determines to notify information indicating the content of the utterance (“YES” in step S31e), and the mobile communication terminal device of the transmission destination Information indicating the content of the call to be transmitted to the MS is input (step S31g).

  FIG. 10D shows an example of an utterance content information setting screen displayed on the display unit 17 by the utterance content control unit 22 for this input. In the utterance content information setting screen, an utterance content input field 17m is displayed at the center of the screen, and the user is prompted to enter the call mode, message, and authentication information.

  In the utterance content information setting screen shown in FIG. 10 (d), “emergency 5”, that is, an urgent call and an urgency level of 5 is entered as the call mode, and the message is set. It is possible to select from the received messages and the user can input, “Trouble has occurred in the delivery system!” By the user, and “XXXX” is input as the authentication information.

  In the utterance content information setting screen shown in FIG. 10D, “call” is displayed as the first function display 17b, and the utterance content control unit 22 determines whether or not the first function key 21c is operated. It is determined whether or not transmission is selected (step S31h), and when a key other than the first function key 21c is operated (“NO” in step S31h), the utterance content control unit 22 The process proceeds to an operation of determining whether or not the received identifier is a telephone number.

  On the other hand, when the transmission is selected by operating the first function key 21c (“YES” in step S31h), the utterance content control unit 22 sets the utterance content information setting shown in FIG. 10D in step S31g. Information indicating the content of the utterance input using the screen is controlled by the SMS control unit 12 so that the telephone number 17i shown in FIG. 10A is transmitted to the destination (step S31i).

  FIG. 11A shows an example of a transmission content notification screen displayed on the display unit 17 by the utterance content control unit 22 during the transmission operation of step S31i. On this outgoing call content notification screen, a status display 17n “notifying outgoing call content” and a telephone number 17i are displayed at the center of the screen. This outgoing content notification screen is also displayed while waiting for a short message received in response to the transmitted information described later or waiting for a predetermined timeout.

  FIG. 12 shows a short message created by the utterance content control unit 22 and transmitted to the SMS control unit 12 from the information indicating the utterance content input using the utterance content information setting screen shown in FIG. An example is shown. This short message is composed of five lines, “<PRENOTICE_MESSAGE>” in the first line indicates the start of this short message, and “</ PRENOTICE_MESSAGE>” in the fifth line indicates the end of this short message.

  “<CF> XXXX </ CF>” on the second line indicates authentication information, and “<LVL> EMERGENCY 5 </ LV>” on the third line indicates that the content of the utterance is urgent and urgent. "<MSG> delivery system has trouble! </ MSG>" on the fourth line indicates a message added to the utterance content.

  Next, the utterance content control unit 22 controls the SMS control unit 12 to request transmission of the received short message, thereby waiting for a response to the short message transmitted in step S31i (step S31j). It is determined whether or not a short message as a response is obtained from the control unit 12 (step S31k). When a response is obtained (“YES” in step S31k), it is determined by analyzing the response whether the response is a response that permits transmission or a rejection (step S31m).

  FIG. 13 shows an example of a short message which is a response that permits outgoing calls. This short message is composed of four lines. “<RESPONCE_MESSAGE>” in the first line indicates the start of the short message as the response, and “</ RESPONCE_MESSAGE>” in the fourth line indicates the end of the short message. Show. “<CF> XXXX </ CF>” on the second line indicates authentication information, and “<RES> OK </ RES>” on the third line indicates that this response is a response that permits transmission. Indicates.

  FIG. 14 shows an example of a short message which is a response for rejecting outgoing calls. This short message is composed of five lines. “<RESPONCE_MESSAGE>” on the first line indicates the start of the short message as a response, and “</ RESPONCE_MESSAGE>” on the fifth line indicates the end of the short message. Show.

  "<CF> XXXX </ CF>" on the second line indicates authentication information, and "<RES> REFUSE </ RES>" on the third line indicates that this response is a response for rejecting the transmission. In the fourth line, “<MSG> is being fetched and cannot be responded. </ MSG>” indicates information added to this response.

  If it is determined in step S31m that the response is a response rejecting the call (“NO” in step S31m), the utterance content control unit 22 displays the content of the short message that is a response rejecting the call on the display unit 17. It is displayed (step S31n).

  FIG. 11B shows an example of a call rejection information display screen displayed on the display unit 17 by the utterance content control unit 22 in step S31n. On the call rejection information display screen, a call non-permission message 17o is displayed at the center of the screen. The outgoing call disapproval message 17o includes the title character “transmission non-permission” and the character “the message cannot be answered because it is being captured” which is information added to the response of the short message indicating that the outgoing call is rejected. , “OK” is displayed on the button. When the confirmation key is operated and when a predetermined time has elapsed, the utterance content control unit 22 ends the display of the call rejection information display screen and ends the operation (step S31o).

  If it is determined in step S31m that the response is a response that permits transmission (“YES” in step S31m), the utterance content control unit 22 performs a transmission process to the telephone number 17i (step S31p). FIG.11 (c) shows an example of the content notification transmission process screen displayed on the display part 17 by the speech content control part 22 by step S31p. On this content notification transmission processing screen, a status display 17p “telephone content transmission” and a telephone number 17i are displayed at the center of the screen.

  Subsequently, the utterance content control unit 22 ends the operation (step S31q). Note that the call process and the call end process that are performed following the call process performed in step S31p are performed by the control unit 2 controlling the communication control unit 3, the call control unit 5, and the voice control unit 6. In addition, the control unit 2 performs a predetermined display on the display unit 17.

  If no response is obtained in step S31k (“NO” in step S31k), the utterance content control unit 22 measures the elapsed time from when the short message was transmitted in step S31i, and whether a predetermined time has elapsed. Whether or not a timeout has occurred is determined based on whether or not (step S31r). If no time-out has occurred, the operation moves to step S31j and further waits for the response.

  On the other hand, when a timeout occurs, the utterance content control unit 22 moves the operation to step S31p, and performs the operation after the call processing. This is because there is a possibility that the mobile communication terminal device MS of the transmission destination is set not to transmit the response. Further, in this case, instead of the content notification transmission processing screen shown in FIG. 11 (c), a screen displaying a situation where a timeout has occurred is displayed, and when an identifier of a predetermined key is received from the key control unit 20, You may perform the operation | movement after the transmission process of step S31p.

(Receiving information indicating the content of the call, incoming call response processing according to the information and setting values)
A process will be described in which mobile communication terminal apparatus MS receives information indicating the content of a call and responds to an incoming call according to the information and a set value stored in mobile communication terminal apparatus MS.

  FIG. 15 shows a flowchart of the operation of this process in the utterance content control unit 22, and FIGS. 16 and 17 show an example of display on the display unit 17 in this process.

  When the apparatus is in a standby state, the control unit 2 receives a control signal indicating that there is an incoming call transmitted from the communication control unit 3, activates the utterance content control unit 22, and the utterance content control unit 22 The operation is started (step S41a), and it is determined whether or not the control signal is a signal indicating reception of a short message (step S41b).

  FIG. 16A shows an example of a standby screen displayed on the display unit 17 by the control unit 2 when in the standby state. This standby screen is composed of a pictogram field 17a and a standby screen wallpaper 17q comprising screens other than the pictogram field 17a. The standby screen wallpaper 17q is an image of a dome-shaped building, but is not limited thereto. In the standby state, the first function display 17b and the second function display 17c are not displayed. This is because there is no processing unit operating in accordance with an instruction from the user of the apparatus.

  When it is determined that the short message is not received (“NO” in step S41b), the utterance content control unit 22 moves to an operation according to the control signal (step S41c). Then, a display according to the operation of the processing unit is displayed on the display unit 17.

  On the other hand, when it is determined that the short message is received ("YES" in step S41b), the utterance content control unit 22 controls the SMS control unit 12 to receive the short message, and the short message is uttered. It is determined whether or not the information is content notification information (step S41d). The determination as to whether or not the information is utterance content notification is made when the short message starts with the line “<PRENOTICE_MESSAGE>” and ends with the line “</ PRENOTICE_MESSAGE>” as shown in FIG. It is information for notification, and if not, it is determined that it is not information for notification of utterance contents.

  When it is determined that the short message is not utterance content notification information, the utterance content control unit 22 moves the operation to a processing unit that receives a normal SMS (step S41e). That is, the incoming call notification operation is performed according to the call setting value 18g shown in FIG. 5 and the SMS control unit 12 is controlled to process the short message.

  FIG. 16B shows an example of a normal SMS reception screen displayed on the display unit 17 by the control unit 2 in step S41e. In this normal SMS reception screen, a normal SMS reception message 17r is displayed at the center of the screen. The normal SMS reception message 17r is composed of a title character “receive”, an image indicating an envelope, and characters “SMS 1”, and indicates that one short message has been received.

  On the other hand, when it is determined that the short message is utterance content notification information (“YES” in step S41d), the utterance content control unit 22 should determine whether the short message is permitted to be transmitted or rejected. Is determined (step S41f). That is, the utterance content control unit 22 extracts authentication information from the short message. In the short message shown in FIG. 12, the portion surrounded by “<CF>” and “</ CF>” is authentication information.

  Next, the utterance content control unit 22 transmits a set of associated information in which the mode 18b is equal to the mode set at the time of this operation and the authentication information 18e is equal to the extracted authentication information. Search is made from the permission setting value 18a.

  When information is not obtained by the search (“NO” in step S41f), the utterance content control unit 22 determines that the short message should not be permitted to be transmitted or rejected, and ends the operation. (Step S41g). At the end of this operation, the short message is discarded, but the present invention is not limited to this. The operation may be transferred to a processing unit that receives a normal SMS and processed in the same manner as a normal short message.

  When information is obtained by the above search (“YES” in step S41f), the utterance content control unit 22 indicates that the operation 18d when the searched information is rejected is “automatic SMS”, that is, automatic SMS transmission is performed. It is determined whether it is set (step S41h). If it is set, it is determined whether to permit or reject the call, and the determination result is transmitted by controlling the SMS control unit 12 (step S41i).

  For this determination, the utterance content control unit 22 first extracts the utterance content of the short message. In the short message shown in FIG. 12, the portion surrounded by “<LVL>” and “</ LVL>” indicates the utterance content. For example, if the portion is “EMERGENCY 5”, the utterance content is Indicates that the call is an emergency call and the urgency level is 5. Next, it is determined whether or not the extracted utterance content is included in the transmission permission 18c of the searched information. For example, an utterance content that is an emergency call and has an urgency level of 5 is included in “emergency call, urgency level of 3 or higher” of the call permission setting value 18 c illustrated in FIG. 4.

  When the extracted utterance content is included in the search permission 18c for the searched information, the utterance content control unit 22 controls the SMS control unit 12 to control the SMS control unit 12 for a short message which is a response for permitting the transmission illustrated in FIG. Then, the mobile communication terminal device MS that has transmitted the utterance content notification short message is transmitted.

  If the extracted utterance content is not included in the transmission permission 18c of the searched information, the utterance content control unit 22 controls the SMS control unit 12 with a short message that is a response to reject the transmission illustrated in FIG. Then, the mobile communication terminal apparatus MS that has transmitted the utterance content notification short message is transmitted. Here, in the portion surrounded by “<MSG>” and “</ MSG>” indicating the information added to this response, a message 18f at the time of rejection of the searched information is set.

  FIG. 16C shows a content notification reception processing screen displayed on the display unit 17 when a short message for notification of utterance content is received and a short message as a response to the short message is transmitted. An example is shown. This screen is the same as the standby screen shown in FIG. 16 (a), and includes a pictogram column 17a and a standby screen wallpaper 17q including screens other than the pictogram column 17a. This standby screen wallpaper 17q is an image of a dome-shaped building.

  Here, the first function display 17b and the second function display 17c are not displayed. At this time, the operation of notifying that the short message has been received is not performed. This is because the reception and response of the short message is not transmitted by the user's direct operation, so that the user is not conscious of the operating processing unit.

  When automatic SMS transmission is not set ("NO" in step S41h), and after the operation in step S41i, the utterance content control unit 22 waits for a call incoming notification from the control unit 2 (step S41j). Then, it is determined whether or not the notification of the incoming call is obtained. This notification includes the telephone number of the source mobile communication terminal MS (step S41k). When the notification of the incoming call is not obtained (“NO” in step S41k), the utterance content control unit 22 determines whether or not a time-out occurs depending on whether or not a predetermined time has elapsed since the operation started in step S41a. Is determined (step S41m).

  If it is time-out, the utterance content control unit 22 ends the operation (step S41n). At the end of this operation, the short message received in step S41d is discarded, but the present invention is not limited to this. The operation may be transferred to a processing unit that receives a normal SMS and processed in the same manner as a normal short message. On the other hand, if it is not time-out, the utterance content control unit 22 proceeds to the operation of waiting for notification of incoming call from the control unit 2 in step S41j.

  When the notification of the incoming call is obtained (“YES” in step S41k), the utterance content control unit 22 includes the telephone number of the source mobile communication terminal MS included in the notification and the utterance content received in step S41d. By comparing the telephone number of the mobile communication terminal MS that is the source of the short message for notification, it is determined whether or not the source of the notification matches that of the short message (step S41o).

  If the source of the notification and the short message do not match, the utterance content control unit 22 ends the operation, and the control unit 2 performs a normal incoming call process (step S41p). At the end of this operation, the utterance content control unit 22 discards the utterance content notification short message received in step S41d, but is not limited thereto. The operation may be transferred to a processing unit that receives a normal SMS and processed in the same manner as a normal short message.

  On the other hand, when the transmission source of the notification matches the short message, the utterance content control unit 22 determines whether or not to permit the transmission (step S41q), similarly to the determination made at step S41i. FIG. 17A shows an example of a permission / non-permission determination processing screen displayed on the display unit 17 when it is determined whether or not this transmission is permitted.

  This permission / non-permission determination processing screen is the same as the standby screen shown in FIG. 16A, and includes a pictograph column 17a and a standby screen wallpaper 17q including screens other than the pictograph column 17a. This standby screen wallpaper 17q is an image of a dome-shaped building. Here, the first function display 17b and the second function display 17c are not displayed. This is because the above determination is not performed by the user's direct operation, so that the user is not aware of the operating processing unit.

  If it is determined that the call is not permitted ("NO" in step S41q), the utterance content control unit 22 performs a call disconnection process (step S41r) and ends the operation (step S41s). Here, the outgoing call disconnection process is, for example, a process for receiving an incoming call and immediately disconnecting the call, but is not limited thereto. Referring to the refusal operation 18d of the outgoing call permission setting value 18a, a process of leaving an incoming call without performing an incoming call operation may be performed, or a voice mail unit may be activated to perform a recording operation. good.

  FIG. 17B shows an example of a call disconnection process screen displayed on the display unit 17 during the call disconnection process. This outgoing call disconnection processing screen is the same as the standby screen shown in FIG. 16 (a), and includes a pictograph column 17a and a standby screen wallpaper 17q comprising screens other than the pictograph column 17a. This standby screen wallpaper 17q is an image of a dome-shaped building. Here, the first function display 17b and the second function display 17c are not displayed. This is because the cutting process is not performed by a user's direct operation, so that the user is not aware of the operating processing unit.

  When it is determined that the call is permitted ("YES" in step S41q), the utterance content control unit 22 performs an utterance content notification incoming call process (step S41t). That is, the utterance content control unit 22 displays, for example, an emergency incoming call screen on the display unit 17 to notify the incoming call.

  FIG. 17C shows an example of an emergency call screen. In this emergency incoming call screen, a status display 17s “Urgent incoming call”, an utterance content display 17t, and a telephone number 17u of the source mobile communication terminal device MS are displayed in the center of the screen. Here, the status display 17s is displayed in red. The utterance content display 17t is a message added to the utterance content included in the utterance content notification short message received in step S41d, and is sandwiched between “<MSG>” and </ MSG>. In the example of the short message shown in FIG. 12, “Trouble has occurred in the delivery system !!”. The utterance content display 17t is displayed with a red background.

  Further, the utterance content control unit 22 extracts the type and degree of incoming call from the utterance content notification short message received in step S41d. For example, “emergency incoming call” and “5” are extracted from the example of the short message shown in FIG. Then, the call setting value 18g is searched for information that is equal to the type of incoming call that is extracted from the incoming call type 18h and that is equal to the degree that the degree 18i is extracted.

  Then, the utterance content control unit 22 searches the ringtone storage unit (not shown) for the ringtone of the melody 18j obtained by the search, and rings the searched ringtone with the volume 18k obtained by the search. . At this time, if the “manner mode” is included in the additional operation mode 18m obtained by the search, the ring tone is sounded even when the manner mode is set. Further, the LED controller 10 is controlled to light the LED 11 in accordance with the LED operation 18n obtained by the search.

  The utterance content control unit 22 ends the operation after the utterance content notification incoming process (step S41u), and then the control unit 2 performs a normal incoming call process, a call process, and a call end process.

  As described above, the user is unaware of the incoming of an urgent call by the operation of determining whether or not to allow the transmission of step S41q of the utterance content control unit 22 and the operation of responding to the incoming call according to the determination. No work is interrupted by non-emergency calls when busy. This is because it is possible to ring a ring tone at a high volume when a call with a high degree of urgency is received. In addition, when the mobile communication terminal device MS is lost, it is possible to increase the efficiency of searching for the device by sending a call with high urgency to the device and causing the device to ring at a high volume. .

  In the above description, the information indicating the utterance contents and the information for permitting or rejecting the transmission are described in the HTML language which is a document description language, but the present invention is not limited to this. It may be described in a different document description language, or may be character information that does not depend on the document description language. Further, it may be encrypted information.

  In the above description, the utterance content is communicated as a short message by the SMS control unit 12 and the information for permitting or rejecting the transmission is communicated as a short message. However, the present invention is not limited to this. These pieces of information may be communicated as e-mails by the mail control unit 15, for example. Also, the utterance content may be communicated by the videophone control unit 9 as a video / audio signal or as character information attached to the video / audio signal.

  In the above description, the mobile communication terminal apparatus MS on the receiving side determines the transmission source of the call content notification short message when determining whether or not the transmission source of the call content matches the transmission source of the incoming call in step S41o. However, the present invention is not limited to this.

  For example, it may be determined whether or not the telephone number included in the short message for notifying the call content matches the telephone number of the incoming transmission source. When the call content is communicated as an e-mail, the e-mail transmission source address is stored in the address book 23 as a set of information as the e-mail address 23c and the incoming call source telephone number as the telephone number 23b. Judgment is made based on whether or not

  In the above description, an utterance content notification message is identified by starting with the line “<PRENOTICE_MESSAGE>” and ending with the line “</ PRENOTICE_MESSAGE>”. However, the message is not limited to this. Absent. For example, when the utterance content is communicated as an e-mail by the mail control unit 15, it may be included in the e-mail header and communicated. The same applies to a response message permitting outgoing calls and a response message rejecting outgoing calls.

  Although the above description has been made taking an example in which the present invention is applied to the mobile communication terminal device MS, the present invention is not limited to this. The present invention can naturally be applied to any communication terminal device. The present invention is not limited to the above configuration, and various modifications are possible.

The block diagram which shows the structure of the communication system containing the mobile communication terminal device which concerns on embodiment of this invention. 1 is an external view of a mobile communication terminal device according to an embodiment of the present invention. The block diagram which shows the structure of the mobile communication terminal device which concerns on embodiment of this invention. The figure which shows an example of a structure of the transmission permission setting value which concerns on embodiment of this invention. The figure which shows an example of a structure of the call setting value which concerns on embodiment of this invention. The figure which shows an example of a structure of the address book which concerns on embodiment of this invention. The figure which shows an example of the display of a display part when the UI control part which concerns on embodiment of this invention inputs a setting value (the 1). FIG. 10 is a diagram illustrating an example of display on the display unit when the UI control unit according to the embodiment of the present invention inputs a setting value (part 2); The flowchart of the transmission operation | movement of the speech content control part which concerns on embodiment of this invention. The figure which shows an example of the display of a display part when the utterance content control part which concerns on embodiment of this invention performs transmission operation | movement (the 1). The figure which shows an example of the display of a display part when the utterance content control part which concerns on embodiment of this invention performs transmission operation | movement (the 2). The figure which shows an example of the short message for utterance content notification which concerns on embodiment of this invention. The figure which shows an example of the short message which permits the transmission which concerns on embodiment of this invention. The figure which shows an example of the short message which refuses the transmission which concerns on embodiment of this invention. The flowchart of the operation | movement at the time of the incoming call of the speech content control part which concerns on embodiment of this invention. The figure which shows an example of the display of a display part when the speech content control part which concerns on embodiment of this invention performs the operation | movement at the time of an incoming call (the 1). The figure which shows an example of the display of a display part when the speech content control part which concerns on embodiment of this invention performs the operation | movement at the time of an incoming call (the 2).

Explanation of symbols

MS mobile communication terminal device 1 UI control unit 9 TV phone control unit 11 LED
12 SMS control section 15 Mail control section 17 Display section 17a Pictogram field 17b First function display 17c Second function display 17d Function selection menu 17e Mode selection menu 17f, 17h Setting input field 17g Incoming call type selection menu 17i, 17u, 23b Telephone number 17j, 17n, 17p, 17s Status display 17k Submenu 17m Utterance content input field 17o Outgoing non-permission message 17q Standby screen wallpaper 17r Normal SMS reception message 17t Utterance content display 18 Set value data 18a Outgoing permission set value 18b Mode 18c Outgoing Permitted 18d Rejected operation 18e Authentication information 18f Rejected message 18g Calling set value 18h Incoming call type 18i Degree 18j Melody 18k Volume 18m Additional operation mode 18n LED operation 19 Set value data control unit 22 Contents control unit 23 Address book 23a Name 23c Mail address

Claims (5)

A caller communication terminal device capable of receiving information related to communication contents and communicating via a communication network with a callee communication terminal device that transmits whether or not the communication can be transmitted according to the information,
Communication content transmitting means for transmitting information related to the communication content to the called communication terminal device;
A call availability receiving means for receiving information indicating whether the call can be made or not sent, transmitted by the receiving communication terminal device in response to the information transmitted by the communication content sending means;
A caller side communication terminal device, comprising: a call control unit that transmits a call signal to the callee side communication terminal device when the information received by the caller accepting / receiving unit indicates that the caller is allowed to be sent. An incoming communication terminal device capable of communicating via a communication network with an originating communication terminal device that transmits information related to communication contents and receives whether communication is possible or not,
Transmission permission setting storage means for storing a transmission permission condition in which information on communication contents is associated with whether or not transmission is possible;
Communication content receiving means for receiving information related to the communication content transmitted by the originating communication terminal device;
A call permission / rejection search means for searching for the availability of the call stored in the call permission setting storage means in association with the information related to the communication contents received by the communication content receiving means;
An incoming call side communication terminal apparatus comprising: outgoing call availability transmission means for transmitting to the outgoing communication terminal apparatus information indicating whether the outgoing call is possible or outgoing is retrieved by the outgoing call possibility search means. A communication terminal device for receiving information that transmits information about communication contents, receives information on whether or not to transmit the communication, and communicates with a communication terminal device that transmits the communication via a communication network,
Transmission permission setting storage means for storing a transmission permission condition in which information on communication contents is associated with whether or not transmission is possible;
Call setting storage means for storing information relating to communication contents and an incoming call notification method in association with each other;
Communication content receiving means for receiving information related to communication content transmitted by the originating communication terminal device;
A call permission / rejection search means for searching for the availability of the call stored in the call permission setting storage means in association with the information related to the communication contents received by the communication content receiving means;
A transmission permission / rejection transmitting means for transmitting to the calling communication terminal device information indicating whether the transmission retrieved by the transmission permission / rejection retrieval means is permitted or not;
A transmission signal receiving means for receiving a transmission signal transmitted by the transmission side communication terminal device;
When the information retrieved by the transmission permission / rejection retrieval means is permitted to be transmitted and the transmission signal is received by the transmission signal reception means, the information is associated with the information regarding the communication content received by the communication content reception means. An incoming call side communication terminal device comprising: an incoming call notification unit for notifying that the outgoing signal has been received by the incoming call notification method stored in the call setting storage unit. An incoming communication terminal device that transmits information about communication contents and additional information, receives whether communication is permitted, and communicates with an originating communication terminal device that transmits the communication via a communication network. ,
Transmission permission setting storage means for storing a transmission permission condition in which information on communication contents is associated with whether or not transmission is possible;
Communication content receiving means for receiving information and additional information related to communication content transmitted by the originating communication terminal device;
A call permission / rejection search means for searching for the availability of the call stored in the call permission setting storage means in association with the information related to the communication contents received by the communication content receiving means;
A transmission permission / rejection transmitting means for transmitting to the calling communication terminal device information indicating whether the transmission retrieved by the transmission permission / rejection retrieval means is permitted or not;
A transmission signal receiving means for receiving a transmission signal transmitted by the transmission side communication terminal device;
Incoming call notifying means for notifying the additional information received by the communication content receiving means when the information searched by the call availability searching means can be sent and the outgoing signal is received by the outgoing signal receiving means. A receiving-side communication terminal device. The transmission permission setting storage means is further associated with information related to communication contents, further storing transmission rejection information,
The transmission permission / rejection search means further searches the call rejection information stored in the call permission setting storage means in association with information related to the communication content received by the communication content receiving means,
When the information retrieved by the transmission permission / inhibition search means indicates that the transmission is not permitted, the transmission permission / inhibition transmission means is retrieved by the information retrieved by the transmission permission / inhibition retrieval means and the transmission permission / inhibition retrieval means. 5. The incoming communication terminal device according to claim 3, wherein the outgoing call rejection information is transmitted to the outgoing communication terminal device.

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