JP5978825B2 - Communication apparatus and program - Google Patents

Description

  The present invention relates to a communication device having a call function and a control program therefor.

  Various communication devices for communication between people, such as fixed telephones, mobile phones, and videophones, have become widespread. With the widespread use of these communication devices, it has become easier for people who are far away to communicate. For example, family members who are living apart can report their status to a remote family and discuss their concerns.

  In a conventional communication device, the telephone directory information registered by associating a plurality of destination numbers with the names of the destinations is displayed, and a call destination can be easily selected by specifying any one destination name. A possible call destination selection device has been considered (see, for example, Patent Document 1).

Japanese Patent Laid-Open No. 2001-111474

  Let's consider communication between family members.

  Even in the environment where the communication devices as described above are widespread, there is a big difference in communication between when living apart and when living together.

  For example, if you live together, it is a short conversation such as usual morning and evening conversations when going out or going home ("Good morning", "Good night", "I will come", "I'm welcome!", "Welcome!") Conversations rarely occur between distant families.

  With regular telephone calls, you need to make a call without knowing whether the other party is at home or away, and wait until the other party answers the call. This is very troublesome when calling for short conversations such as greetings, and is considered to be one of the reasons why opportunities for communication are lost.

  The present invention has been made in view of such problems, and a communication apparatus and a control program for the communication apparatus that can easily communicate without annoying such as having to wait for the other party to come out The purpose is to provide.

Claim 1 is a communication device having a telephone call function, wherein a transmission means for designating and transmitting another communication device, and a response returned from the other communication device in response to the transmission by the transmission means Response receiving means, voice input means for inputting the user's voice, voice break detection means for detecting a break in the voice input by the voice input means, and the response receiving means for reply from the other communication device. and after the response is received, the e Preparations and incoming voice transmitting means for transmitting the voice as a ringtone of the other communication device which is input by the voice input means, said incoming voice transmitting means, said response receiving means After receiving a response sent back from the other communication device, the input voice transmission means for transmitting the voice input by the voice input means as a ring tone of the other communication device, and this input A voice storage for storing a single segment of voice in which a voice segment is detected by the voice segment detector as the voice input by the voice input unit is transmitted as a ring tone of the other communication device by the voice transmitter It means a repeating sound transmission means for repeatedly transmitting a voice of one section stored by the voice storage means as a ringtone of the other communication devices, you characterized in that it has a.
請Motomeko 2 is a communication apparatus having a communication function, a request receiving means for receiving a request for originating a call calls by transmitting means of the other communication device, the call received by the request receiving unit calls Response reply means for replying a response to the request, and an incoming voice output means for receiving the voice transmitted from the other communication device and outputting it as a ringtone after the response is returned by the response reply means, The incoming call sound output means repeatedly outputs, as the ringtone, the sound detected and stored as one segment of the sound from the other communication device side.
Claim 3 is a communication device having a call function, wherein after a request for calling communication is specified by designating another communication device, a response receiving means for receiving a response from the other communication device; After receiving the response by the voice input means for inputting voice and the response receiving means, the voice input from the voice input means is transmitted as the ringing tone of the other communication device, and the input voice And a voice transmission means for detecting and storing a segment of voice within the network and repeatedly transmitting the stored segment of speech as a ring tone of the other communication device.

  According to the present invention, it is possible to provide a communication apparatus and a control program for the communication apparatus that can easily communicate without inconvenience such as waiting for the other party to come out.

The block diagram which shows the structure of the electronic circuit of touchscreen type portable terminal (cell-phone) 10A / 10B which concerns on embodiment of the communication apparatus of this invention. The sequence diagram which shows the normal mode process at the time of making the said portable terminal (mobile phone) 10A into a transmission side and making another portable terminal (mobile phone) 10B into a receiving side. The figure which shows the display operation of 10 A of calling | calling side portable terminals and the receiving side portable terminal 10B accompanying the said normal mode process. The sequence diagram which shows the calling mode process of 1st Embodiment at the time of making the said portable terminal (mobile phone) 10A into a transmission side and making another portable terminal (mobile phone) 10B into a receiving side. The figure which shows display operation | movement of 10 A of calling | calling side portable terminals and the receiving side portable terminal 10B accompanying the call mode process of the said 1st Embodiment. The sequence diagram which shows the calling mode process of 2nd Embodiment when the said portable terminal (mobile phone) 10A is made into the transmission side, and another portable terminal (mobile phone) 10B is made into the receiving side. The figure which shows display operation | movement of 10 A of calling | calling side portable terminals and the receiving side portable terminal 10B accompanying the call mode process (modification) of the said 2nd Embodiment. The figure explaining the call voice repeat function (the 1) accompanying the call mode process of 3rd Embodiment at the time of making the said portable terminal (mobile phone) 10A into a transmission side and the other portable terminal (mobile phone) 10B as a receiving side. . The figure explaining the call voice repeat function (the 2) accompanying the call mode process of 3rd Embodiment when the said portable terminal (mobile phone) 10A is set as the calling side and the other portable terminal (mobile phone) 10B is set as the called side. .

  Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is a block diagram showing a configuration of an electronic circuit of a touch panel type mobile terminal (mobile phone) 10A / 10B according to an embodiment of a communication apparatus of the present invention.

  The embodiment of the communication device is not limited to the touch panel type mobile terminal (mobile phone) 10A / 10B, and any electronic device having a call function such as a fixed phone, another mobile phone, and a video phone can be used. Is possible.

  The electronic circuit of the touch panel type mobile terminal (mobile phone) 10A / 10B includes a control unit (CPU) 11 which is a computer.

  The control unit (CPU) 11 is connected to the storage device 12 via the storage medium reading unit 14 from the external storage medium 13 such as a system program or terminal control programs 12a, 12b, 12c stored in the storage device 12 or a memory card. The terminal control programs 12a, 12b, 12c read into the storage device 12 or the terminal control programs 12a, 12b downloaded from the Web server (program server) 20 on the communication network N via the communication control unit 15 and read into the storage device 12. , 12c, the operation of each part of the circuit is controlled using the RAM 16 as a working memory. The system programs and terminal control programs 12a, 12b, and 12c stored in the storage device 12 include a key input signal from the key input unit 17, a touch input signal from the display unit 18 with a touch panel, and a voice input / output unit 19. Is activated in response to a voice input signal of the mobile terminal 10 and a communication signal from another mobile terminal (mobile phone) 10B or the Web server 20 received by the communication control unit 15 from the communication network N. Here, the key input unit 17 includes a power key, a volume key, a numeric key, and the like. The voice input / output unit 19 converts analog voice input accompanying a call into a digital signal and outputs the digital signal to the CPU 11, or the digital signal received by the CPU 11 from the other mobile terminal (mobile phone) 10 </ b> B via the communication control unit 15. The signal is converted into analog sound and output.

  In the terminal control programs 12a, 12b, and 12c stored in the storage device 12, in addition to the terminal control program 12a for various applications that control e-mails, Web browsers, etc., a normal call (normal mode) is executed by a telephone function. A normal call processing program 12b for calling and a call call processing program 12c for executing a call for calling (calling mode).

  In addition to the display data memory 16a, the call mode data memory 16b, the transmission source number data memory 16c, and the call authentication transmission source data memory 16d, the RAM 16 stores various data input to and output from the control unit 11 in accordance with various processes. A working data memory to be stored as necessary is secured.

  The call time setting data memory 16e and the call time count data memory 16f will be described in a second embodiment described later, and the voice data memory 16g will be described in a third embodiment described later.

  The display data memory 16a stores bitmap pattern data generated with a display screen size for display on the display unit 18 with a touch panel.

  The call mode data memory 16b stores normal mode data selected in response to a user operation or call mode data.

  In the transmission source number data memory 16c, data of the telephone number of the transmission source notified from the mobile terminal 10B on the transmission side when an incoming call is received is stored.

  In the call authentication transmission source data memory 16d, data of the telephone numbers of the portable terminals 10B... Of acquaintances, friends and the like who are allowed to make a call in the call mode is stored and registered in advance in accordance with a user operation.

  In the touch panel type mobile terminal (mobile phone) 10A / 10B configured as described above, the CPU 11 controls the operation of each part of the circuit according to the instructions described in the terminal control programs 12a, 12b, and 12c. By operating in cooperation with each other, the normal call function and the calling call function described in the following description of the operation are realized.

  Next, the operation of the touch panel type mobile terminal (mobile phone) 10A / 10B having the above-described configuration will be described.

(Normal mode processing)
FIG. 2 is a sequence diagram showing normal mode processing when the mobile terminal (mobile phone) 10A is the caller and the other mobile terminal (mobile phone) 10B is the callee.

  FIG. 3 is a diagram illustrating a display operation of the calling-side mobile terminal 10A and the receiving-side mobile terminal 10B that accompanies the normal mode process.

  When the telephone function application is activated in the portable terminal 10A according to the terminal control program 12a, as shown in FIG. 3A, the display unit 18 with a touch panel has a [normal mode] button Nm and a [calling mode] button Cm. Is displayed.

  The user A (Ua) presses the [normal mode] button Nm displayed on the display unit 18 with the touch panel and inputs the number using the numeric keys of the key input unit 17 or selectively displays on the display unit 18 When a telephone number (not shown) of B (Ub) (mobile terminal 10B) is pressed (step A1), a normal call request is transmitted from the mobile terminal 10A to the mobile terminal 10B according to the normal call processing program 12b ( Step A2).

  When the normal call request is received in the mobile terminal 10B, according to the normal call processing program 12b, as shown in FIG. 3 (B), it indicates that the normal mode is being received [incoming call: normal mode] Button RN is displayed (step B1). Note that the caller ID is not displayed on the receiving-side mobile terminal 10B in FIG. 3B, but it may be displayed.

  In the receiving side mobile terminal 10B, as shown in FIG. 3 (C), when the user B (Ub) presses the [incoming call: normal mode] button RN (step B2), the calling side mobile terminal 10A In response, a normal call request response is returned (step B3).

  As a result, as shown in FIG. 3D, the call line between the mobile terminal 10A and the mobile terminal 10B is opened and the process proceeds to the mutual call process (step A3 / B4), and the user A (Ua) and the user B ( A conversation with Ub) becomes possible.

  In the explanation of the operation in the normal mode with reference to FIG. 2 and FIG. 3, the case where the call is made from the mobile terminal 10A of the user A (Ua) is shown, but the case where the call is sent from the mobile terminal 10B of the user B (Ub) It is the same.

(Call mode processing: first embodiment)
FIG. 4 is a sequence diagram showing the calling mode process of the first embodiment when the mobile terminal (mobile phone) 10A is the calling side and the other mobile terminal (mobile phone) 10B is the receiving side.

  FIG. 5 is a diagram illustrating a display operation of the calling-side mobile terminal 10A and the receiving-side mobile terminal 10B that accompanies the calling mode process of the first embodiment.

  In the portable terminal 10A of the user A (Ua), for example, when a daily greeting such as “Good morning” or “I will come” is given to the user B (Ub) who is a relative, as shown in FIG. [Call mode] button Cm displayed on display unit 18 is pressed and input by a numeric key of key input unit 17 or user B (Ub) selectively displayed on display unit 18 (portable terminal 10B) Is pressed (step A1), a call request is sent from the mobile terminal 10A to the mobile terminal 10B according to the call processing program 12c (step A2).

  When the call request is received at the portable terminal 10B, the telephone number of the caller terminal 10A is stored in the caller number data memory 16c according to the call call processing program 12c, and the caller's phone number is The telephone number registered in the call authentication source data memory 16d is checked (step B1).

  Here, when the caller is authenticated because the caller's phone number matches the phone number registered in the call authentication caller data memory 16d, as shown in FIGS. Then, a call request response is returned to the mobile terminal 10A to connect to the line (step B2), and an [incoming call: call mode] button RC indicating that the call is being received in the call mode is displayed. (Step B3). At this time, the receiving-side mobile terminal 10B is set to a state in which only the received voice can be output, and the voice input operation and the voice transmission operation are prohibited.

  On the other hand, in the receiving-side mobile terminal 10B, when the caller's telephone number does not match the telephone number registered in the call authentication sender data memory 16d and the caller is not authenticated, The call request rejection is returned and the line is not connected.

  Note that the caller ID is not displayed on the receiving-side mobile terminal 10B in FIG. 5C, but it may be displayed.

  When the mobile terminal 10A receives the call request response from the mobile terminal 10B, the mobile terminal 10A shifts to a call process. Here, the mobile terminal 10A is set in a state in which only a transmission operation is possible (step A3).

  That is, when a call is made in the call mode and automatically connected to the receiving-side mobile terminal 10B, the receiving-side mobile terminal 10B does not sound a ringing tone, and only the receiving operation is restricted, and the calling-side terminal device 10A In this state, only the transmission operation is restricted, so that the user Ua on the calling side does not wait for a response from the user Ub on the receiving side, and the desired voice (for example, “Oh! ”,“ Good morning ~! Are you waking up? ”,“ Grandpa, grandma, Imagima ~ su ”etc.) and can be output by the mobile terminal 10B on the incoming side, and the user Ub on the incoming side ( For example, the grandfather or grandmother can know the incoming call as if called by a family member or grandchild who lived together.

  Then, when the user B (Ub) receives a call request from the user A (Ua) in the mobile terminal 10B on the receiving side, as shown in FIG. When the middle: call mode] button RC is pressed (step B4), a call start response is returned to the calling-side mobile terminal 10A (step B5).

  Then, as shown in FIG. 5 (E), the prohibition state of the mobile terminal 10B is canceled and the prohibition state of the reception operation of the mobile terminal 10A is also cancelled, and the process proceeds to the mutual communication process (step A4). / B6), conversation between the user A (Ua) and the user B (Ub) becomes possible.

  In the description of the call mode operation with reference to FIG. 4 and FIG. 5, the case where the call is made from the mobile terminal 10 </ b> A of the user A (Ua) is shown. It is the same.

  Therefore, according to the calling call function of the first embodiment of the touch panel type portable terminal (mobile phone) 10A / 10B having the above-described configuration, when calling a partner who is permitted to make a call in advance, the calling mode is selected and transmitted. Then, the other party's mobile terminal (cell phone) 10B is connected to the line only by the receiving operation without ringing, and the voice called from the caller (for example, “Grandpa, Grandma, Imamasu”) is immediately received. In addition to the output, the display unit 18 displays a “calling: call mode” button RC indicating that the call mode is being received. Then, when the [receiving call: calling mode] button RC is pressed in the partner terminal 10B, the two terminals 10A and 10B can make a mutual call.

  For this reason, it is not necessary to keep waiting until the other party answers the phone, for example, you can call in the morning and evening or when you go out or go home ("Good morning", "Good night", "I will come", "I'm right!") You can also feel free to communicate. Then, if necessary, the counterpart terminal can press the [Receiving: Calling Mode] button RC and return a response (“Come on!” “Welcome!”).

(Call mode processing: second embodiment)
In the calling call function of the second embodiment, a predetermined short period of time is set when the [calling: calling mode] button RC is pressed on the receiving-side mobile terminal 10B to shift to a state where mutual calls are possible. The communication line is disconnected and the line is disconnected. As a result, the conversation associated with the call is defined to be short, and communication can be more easily achieved.

  In the calling call function of the second embodiment, as shown in FIG. 1, a call time setting data memory 16e and a call time countdown data memory 16f are added as work data memories secured in the RAM 16.

  In the call time setting data memory 16e, time data for determining a callable time when the call mode is changed to a state in which mutual communication is possible is set to a fixed value or a user-specified time and stored.

  In the call time count data memory 16f, time data stored in the call time setting data memory 16e is set as the mutual call processing is started from the calling mode, and the set time data is counted down. .

  FIG. 6 is a sequence diagram showing the calling mode process of the second embodiment when the mobile terminal (mobile phone) 10A is the caller and the other mobile terminal (mobile phone) 10B is the callee.

  In the calling mode process of the second embodiment described with reference to FIG. 6, the same processing steps as those of the calling mode process of the first embodiment described with reference to FIG. Therefore, the description is omitted.

  That is, a call request response is returned from the callee mobile terminal 10B in response to a call request from the caller mobile terminal 10A, so that the caller terminal 10A can only send a call and the callee terminal 10B can only receive a call. In the line connection state of the call (steps A1 to A3 / B1 to B3), as shown in FIG. 5D, when the [incoming call: calling mode] button RC displayed on the mobile terminal 10B is pressed ( Step B4) A call start response is returned to the mobile terminal 10A (Step B5), and the time data (for example, 60 seconds) of the short-time call stored in the call time setting data memory 16e is the call time. Mutual call processing is set in the count data memory 16d and accompanied by a countdown of the same time data (steps B6 and B7). .

  When the mobile terminal 10A receives the call start response from the mobile terminal 10B, the short-time call time data (60 seconds) stored in the call time setting data memory 16e is converted into the call time count data memory 16d. And the mutual communication process with countdown of the same time data is started (steps A4 and A5).

  As a result, the prohibition state of the reception operation in the portable terminal 10A and the prohibition state of the transmission operation in the portable terminal 10B are canceled, and the process proceeds to the mutual call processing limited to the time data (60 seconds) of the short-time call (step). A5 / B7), user A (Ua) and user B (Ub) can communicate with each other only for a certain short time.

  Thereafter, when the countdown of the time data (60 seconds) of the short-time call ends and the remaining time T (= 0) is reached between the mobile terminals 10A / 10B, the other terminals 10B / 10A are disconnected from each other. A request response is transmitted (step A6 / B8), and line disconnection processing is executed (step A7 / B9). As a result, the communication line between the mobile terminals 10A / 10B is disconnected, and a call end message (not shown) is displayed.

  In the description of the operation in the calling mode (second embodiment) with reference to FIG. 6, the case where the call is transmitted from the mobile terminal 10A of the user A (Ua) is shown, but the call is transmitted from the mobile terminal 10B of the user B (Ub). It is the same even when doing.

  Therefore, according to the calling call function of the second embodiment of the touch panel type mobile terminal (mobile phone) 10A / 10B having the above-described configuration, as in the first embodiment, it is not necessary to continue to wait until the other party answers the phone. Because you can call in the morning and evening, when you go out and go home ("Good morning", "Good night", "I will come", "I'm ready!"), You can easily communicate with family members in remote areas. When the middle: call mode] button RC is pressed and a mutual call is started, it is possible to perform a mutual call limited to a short time until the countdown of the set short-time data is completed.

  For this reason, both the caller and the callee can start a mutual call after knowing that the call is within a limited time period. The situation can be avoided and communication can be planned more easily.

(Call mode processing: second embodiment (modification))
In the call function of the second embodiment, when a mutual call is started between both terminals 10A / 10B in response to pressing of the [receiving call: call mode] button RC at the receiving terminal 10B, no call is made. It was set as the structure set to the mutual call state restrict | limited to conditions for a short time.

  On the other hand, as shown in FIG. 7A, for example, the [normal mode] button Nm for making a normal call is displayed on the display unit 18 of the calling-side mobile terminal 10A (10B), and the first embodiment. In addition to the [call mode (normal call)] button Cmn for the same call, the [call mode (short call) for limiting the mutual call after calling to a short time as in the second embodiment. ] Button Cms may be displayed together, and this may be configured to be arbitrarily selectable by user A (Ua) (or user B (Ub)) on the calling side.

  In this case, as shown in FIG. 7B, the display unit 18 of the mobile terminal 10B (10A) on the receiving side responds to the [calling mode (normal call)] button Cmn from the calling terminal 10A (10B). When an incoming call request (normal call) is received, a [calling: call mode (normal call)] button RCn is displayed to execute a call call process similar to that in the first embodiment. When a call request (short call) corresponding to the [call mode (short call)] button Cms is received from the calling terminal 10A (10B), an [incoming call: call mode (short call)] button What is necessary is just to set it as the structure which displays RCs and performs the call communication process similar to the said 2nd Embodiment.

  FIG. 7 is a diagram illustrating a display operation of the calling-side mobile terminal 10A and the receiving-side mobile terminal 10B that accompanies the calling mode process (modification) of the second embodiment.

(Call mode processing: third embodiment)
In the call communication function of the third embodiment, the mobile phone 10A (10B) having the call call function of the first embodiment or the call call function of the second embodiment responds to a request for a call and its response. When a call is started, a function for recording, repeating, and outputting a single call voice input to the calling-side mobile terminal 10A (10B) is added.

  In the calling call function of the third embodiment, a voice data memory 16g is added as a work data memory secured in the RAM 16, as shown in FIG.

  FIG. 8 shows a call voice repeat function associated with call mode processing of the third embodiment when the mobile terminal (mobile phone) 10A is the caller and the other mobile terminal (mobile phone) 10B is the callee (part 1). FIG.

  That is, as shown in FIG. 8 (A), the call input / output unit 19 inputs the call processing for only the transmission operation in the calling-side mobile terminal 10A (steps A1 to A3). As the call voice (for example, “Good morning! Are you waking up?” “Nobody is there?”) Is transmitted to the mobile terminal 10B on the receiving side, the input level of the mobile terminal 10A on the outgoing side is monitored for a certain period of time. When the input level is equal to or lower than a predetermined threshold, the previous voice is defined as one segment, the segment is detected and stored in the audio data memory 16g, and as shown in FIG. The calling voice “Good morning! Are you waking up?” Is repeatedly transmitted to the receiving-side mobile terminal 10B a plurality of times (in this case, twice) and output.

  Thus, the user A (Ua) on the calling side can repeatedly hear the calling voice from the user B (Ub) instead of the ringing tone without repeatedly speaking the calling voice to the user B (Ub) on the receiving side. Can communicate easily and effectively with ease.

  In the call voice repeat function (part 1) accompanying the call mode process of the third embodiment described with reference to FIG. 8, a single call voice stored in the voice data memory 16g is repeated a plurality of times. As shown in FIG. 9 below, the number of repetitions is not set, and the next one-segment call voice is detected and stored for the stored one-segment call voice or received as shown in FIG. The mobile terminal 10B on the side may continuously transmit repeatedly until the [Receiving: Calling Mode] button RC is pressed.

  FIG. 9 shows a call voice repeat function associated with the call mode process of the third embodiment when the mobile terminal (mobile phone) 10A is the caller and the other mobile terminal (mobile phone) 10B is the callee (part 2). FIG.

  Therefore, according to the calling call function of the third embodiment of the touch panel type mobile terminal (mobile phone) 10A / 10B having the above-described configuration, it is necessary to continue to wait until the other party answers the call, as in the first and second embodiments. For example, you can call for morning and evening, when you go out and go home ("Good morning", "Good night", "I will come", "I'm ready!"), So you can easily communicate with family members in remote areas. Since it has a repeat transmission function of calling voice from the calling side, the calling voice can be repeatedly heard by the receiving side user B (Ub) instead of the ringing tone, and convenient and effective communication is easy. It will be able to plan.

  Although a break of the call voice is detected based on the input level of the mobile terminal (mobile phone) 10A, the present invention is not limited to this, and a button or the like (not shown) may be provided, and a point in time when the button is pressed may be taken as a break.

  In each of the above-described embodiments, the case has been described where the call communication process is executed between the two communication devices (mobile terminals 10A / 10B) connected to the communication network N. However, the present invention is not limited to this. The present invention can be similarly applied even when executed between three or more communication devices such as a group call.

  In each of the above embodiments, the user's voice is input after the call request response is returned from the mobile terminal 10B on the incoming side. However, the present invention is not limited to this. You may output to the portable terminal 10B.

  Note that each processing method by the communication apparatus (10A / 10B) described in each of the embodiments, that is, the call mode processing of the first embodiment shown in the sequence diagram of FIG. 4, and the second embodiment shown in the sequence diagram of FIG. Each method such as the mode of calling mode processing and the mode of calling mode processing of the third embodiment shown in FIG. 8 (FIG. 9) is a memory card (ROM card, RAM) as a program that can be executed by a computer. Card), a magnetic disk (floppy disk, hard disk, etc.), an optical disk (CD-ROM, DVD, etc.), an external storage medium (13) such as a semiconductor memory, and the like. The computer (CPU 11) of the electronic device (10A / 10B) having the voice communication function reads the program stored in the external storage medium (13) into the storage device (12), and the operation is controlled by the read program. As a result, the call function described in each of the above embodiments can be realized, and the same processing can be executed by the method described above.

  Further, program data for realizing each of the above methods can be transmitted on the communication network N in the form of a program code, and the program is transmitted from a computer device (program server 20) connected to the communication network N. It is also possible to implement the above-described calling call function by taking data into an electronic device (10A / 10B) having a voice communication function and storing it in the storage device (12).

  Note that the present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the scope of the invention at the stage of implementation. Further, each of the embodiments includes inventions at various stages, and various inventions can be extracted by appropriately combining a plurality of disclosed constituent elements. For example, even if some constituent elements are deleted from all the constituent elements shown in each embodiment or some constituent elements are combined in different forms, the problems described in the column of the problem to be solved by the invention If the effects described in the column “Effects of the Invention” can be obtained, a configuration in which these constituent requirements are deleted or combined can be extracted as an invention.

  Hereinafter, the invention described in the scope of claims of the present application will be appended.

[1]
A communication device having a call function,
A transmission means for designating another communication device for transmission;
A response receiving means for receiving a response returned from the other communication device in response to a call made by the sending means;
Voice input means for inputting user's voice;
An incoming voice transmission means for transmitting the voice input by the voice input means as a ringtone of the other communication apparatus after a response returned from the other communication apparatus is received by the response reception means;
A communication apparatus comprising:

[2]
A communication device having a call function,
Request receiving means for receiving a request for a call made by a transmitting means of another communication device;
When a request for a call call is received by the request receiving means, a call response reply means for returning a response to the call call request to the other communication device;
An incoming voice output means for receiving a voice transmitted from the other communication device and outputting it as a ringtone after returning a response to the request for a call by the call response reply means;
A communication apparatus comprising:

[3]
A communication device having a call function,
A sending means for designating another communication device and sending a call request;
Request receiving means for receiving a request for a call made by a transmitting means of another communication device;
When a request for a call call is received by the request receiving means, a call response reply means for returning a response to the request for the call call to another communication device of the request source;
A response receiving means for receiving a response to the request for call communication returned by the call response reply means of another communication device;
Voice input means for inputting user's voice;
An incoming voice transmission means for transmitting a voice input by the voice input means as a ringtone of the other communication apparatus after receiving a response to the request for a call call returned from the other communication apparatus by the response reception means; ,
An incoming voice output means for receiving the voice transmitted by the incoming voice transmission means of the other communication device of the request source and outputting the incoming voice as a ringing tone after returning a response to the request for the calling call by the call response reply means; ,
A communication apparatus comprising:

[4]
Voice separation detecting means for detecting a break of the voice input by the voice input means;
The incoming voice transmission means includes:
An input voice transmitting means for transmitting the voice input by the voice input means as a ring tone of the other communication apparatus after a response returned from the other communication apparatus is received by the response receiving means;
The voice input by the voice input unit is transmitted by the input voice transmission unit as a ringing tone of the other communication device, and a single segment of voice in which a voice segment is detected by the voice segment detection unit is stored. Voice storage means;
Repetitive sound transmitting means for repeatedly transmitting a segment of sound stored by the sound storing means as a ringtone of the other communication device;
The communication device according to [1] or [3], characterized by comprising:

[5]
When a new voice is input by the voice input means when the repeated voice transmission means repeatedly transmits a segment of voice stored by the voice storage means as a ring tone of the other communication device. , The newly input voice is transmitted as a ring tone of the other communication device by the input voice transmitting means.
The communication device according to [4], wherein

[6]
The call response reply means
When a request for a call is received by the request receiving unit, the request receiving unit has a source authentication unit that authenticates the request source based on the source information stored in advance.
When the request source is authenticated by this source authentication means, a response to the request for a call is returned to another communication device of the request source.
The communication device according to [2] or [3], wherein

[7]
A program for controlling a computer of a communication device having a call function,
The computer,
A transmission means for designating another communication device for transmission;
A response receiving means for receiving a response returned from the other communication device in response to a call made by the sending means;
Voice input means for inputting user's voice;
An incoming voice transmission means for transmitting the voice input by the voice input means as a ringtone of the other communication apparatus after a response returned from the other communication apparatus is received by the response reception means;
Program to function as.

[8]
A program for controlling a computer of a communication device having a call function,
The computer,
Request receiving means for receiving a request for a call made by a transmitting means of another communication device;
When a request for a call call is received by the request receiving means, a call response reply means for returning a response to the call call request to the other communication device;
An incoming voice output means for receiving a voice transmitted from the other communication device and outputting it as a ringtone after returning a response to the request for a call by the call response reply means;
Program to function as.

[9]
A program for controlling a computer of a communication device having a call function,
The computer,
A sending means for designating another communication device and sending a call request;
Request receiving means for receiving a request for a call made by a transmitting means of another communication device;
When a request for a call call is received by the request receiving means, a call response reply means for returning a response to the request for the call call to another communication device of the request source;
A response receiving means for receiving a response to the request for call communication returned by the call response reply means of another communication device;
Voice input means for inputting user's voice;
An incoming voice transmission means for transmitting a voice input by the voice input means as a ringtone of the other communication apparatus after receiving a response to the request for a call call returned from the other communication apparatus by the response reception means; ,
An incoming voice output means for receiving the voice transmitted by the incoming voice transmission means of the other communication device of the request source and outputting the incoming voice as a ringtone after returning a response to the request for the calling call by the call response reply means;
Program to function as.

10A, 10B ... Touch panel type mobile terminal (mobile phone)
11 ... CPU
DESCRIPTION OF SYMBOLS 12 ... Storage device 12a ... Terminal control program 12b ... Normal call processing program 12c ... Call call processing program 13 ... External storage medium 14 ... Storage medium reading part 15 ... Communication control part 16 ... RAM
16a ... Display data memory 16b ... Call mode data memory 16c ... Originator number data memory 16d ... Call authentication originator data memory 16e ... Call time setting data memory 16f ... Call time count data memory 16g ... Voice data memory 17 ... Key input Unit 18 ... Display unit with touch panel 19 ... Voice input / output unit 20 ... Web server (program server)
Ua ... User A
Ub ... User B
Nm ... [Normal mode] button Cm ... [Call mode] button RN ... [Incoming call: Normal mode] button RC ... [Incoming call: Call mode] button Cmn ... [Call mode (normal call)] button Cms ... [Call mode] (Short call) button RCn ... [Incoming call: call mode (normal call)] button RCs ... [Incoming call: call mode (short call)] button

Claims (9)

A communication device having a call function,
A transmission means for designating another communication device for transmission;
A response receiving means for receiving a response returned from the other communication device in response to a call made by the sending means;
Voice input means for inputting user's voice;
Voice break detection means for detecting a break of the voice input by the voice input means;
An incoming voice transmission means for transmitting the voice input by the voice input means as a ringtone of the other communication apparatus after a response returned from the other communication apparatus is received by the response reception means;
Bei to give a,
The incoming voice transmission means includes:
An input voice transmitting means for transmitting the voice input by the voice input means as a ring tone of the other communication apparatus after a response returned from the other communication apparatus is received by the response receiving means;
The voice input by the voice input unit is transmitted by the input voice transmission unit as a ringing tone of the other communication device, and a single segment of voice in which a voice segment is detected by the voice segment detection unit is stored. Voice storage means;
Repetitive sound transmitting means for repeatedly transmitting a segment of sound stored by the sound storing means as a ringtone of the other communication device;
Communication apparatus characterized by having a. A communication device having a call function,
Request receiving means for receiving a request for a call made by a transmitting means of another communication device;
A response returning means you return a response to the received the call of the call request by the request receiving means,
After that returned by Ri in response to the response returning means of this, the incoming voice output means for outputting the received ring tone audio transmitted from the other communication apparatus,
Bei to give a,
The incoming call sound output means repeatedly outputs, as the ringtone, the sound that is detected and stored as one segment of the sound from the other communication device side,
A communication device. A communication device having a call function,
After transmitting the request for call interrogation by specifying the other communication apparatus, a response receiving means for receiving the other communication apparatus or response from,
Voice input means for inputting user's voice;
After reception of I that the response to the response receiving means, transmits the voice input from the voice input means as a ringtone of said other communication device, detects the voice of one section within that input speech A voice transmission means for repeatedly storing the stored one segment of voice as a ringtone of the other communication device ;
A communication apparatus comprising: When a new voice is input by the voice input means when the repeated voice transmission means repeatedly transmits a segment of voice stored by the voice storage means as a ring tone of the other communication device. , The newly input voice is transmitted as a ring tone of the other communication device by the input voice transmitting means.
The communication apparatus according to claim 1 . When the incoming voice output means receives the voice newly transmitted from the other communication device while repeatedly outputting the voice as the ringtone, the newly received voice is stored in the memory. Output instead of
The communication device according to claim 2. Before Symbol response returning means,
When a request for a call is received by the request receiving unit, the request receiving unit has a source authentication unit that authenticates the request source based on the source information stored in advance.
When the request source is authenticated by this source authentication means, a response to the request for a call is returned to another communication device of the request source.
The communication apparatus according to claim 2 or 5 , wherein The voice transmission means is
When a new voice is input by the voice input means after the transmission of the one segment of voice, the newly input voice is transmitted as a new ringtone of the other communication device.
The communication apparatus according to claim 3. A program for controlling a computer of a communication device having a call function,
The computer,
A request receiving means for receiving a request for a call made by a transmitting means of another communication device;
Response returning means you return a response to the received the call of the call request by the request receiving means,
After returns a response Ri by the response returning means of this, incoming voice output means for outputting receiving sound transmitted from the other communication device as a ringtone,
Function as
The incoming call sound output means repeatedly outputs, as the ringtone, the sound that is detected and stored as one segment of the sound from the other communication device side,
A program characterized by that . A program for controlling a computer of a communication device having a call function,
The computer,
After transmitting the request for call interrogation by specifying the other communication device, the response receiving means for receiving the other communication apparatus or response from,
Voice input means for inputting user's voice,
After reception of I that the response to the response receiving means, transmits the voice input from the voice input means as a ringtone of said other communication device, detects the voice of one section within that input speech A voice transmission means for repeatedly storing the stored one segment of voice as a ringtone of the other communication device ;
Program to function as.

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