JPH0918550A - Ring tone variable mobile communication terminal equipment - Google Patents

Abstract

(57) [Summary] [Purpose] In a mobile phone terminal device with variable ringing tone, when an incoming call arrives at the communication terminal, the incoming caller number is compared with the pre-stored registration number. The tone of the tone color data corresponding to the caller ID is emitted, making it easy to identify who the caller is, whether the recipient is blind or has poor eyesight, or who has normal eyesight. To be able to identify. [Structure] A user inputs a plurality of arbitrary caller numbers from a keypad 2 in advance and registers them in a registration number memory 3, and the tone color data of a ringing tone corresponding to each of the plurality of caller numbers is assigned to a voice assigning section 4. Stored in the
Store the incoming caller number in the caller number memory 5,
The number collation unit 6 compares whether or not the caller number in the caller number memory 5 matches the registration number registered in the registration number memory 3, and if they match, the designated number corresponding to the registered number is designated. The tone color data is transmitted to the control section, and the designated ringing tone and / or voice is emitted from the ringing tone output section 7 based on an instruction from the control section.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a general mobile communication terminal device including a mobile phone, etc. Mobile terminal ".").

[0002]

2. Description of the Related Art In a conventional telephone system or the like, when a call originated from a mobile terminal on the caller side arrives at a communication terminal device on the callee side, a ringing tone is generated on the mobile terminal on the callee side. Then, the LED is turned on, or vibration is generated by the vibrator so that the recipient can hear, hear, or sense the sense of touch to notify the recipient of the incoming call. Further, a communication terminal that displays a caller number on a liquid crystal display or the like to identify the caller when informing of an incoming call has already been put on the market. At this time, the caller ID notification service that informs the callee of the caller's telephone number to the telephone network is an ISDN network,
It is being realized in the PHS network.

[0003]

However, reading a called number displayed on a display such as a liquid crystal display is impossible and difficult for a blind person or a person with weak eyesight. Even if a normal person hears the ringing tone, it is even more convenient if it is known that the call is made from a specific caller without getting close to the terminal. The present invention has been made to solve the above-mentioned problems. Even if the called party is blind or has poor eyesight, regardless of whether the caller has normal eyesight, whoever the sender is It is an object of the present invention to provide a mobile terminal capable of easily identifying whether there is a sound.

[0004]

In order to achieve the above object, the ring tone variable mobile communication terminal device of the present invention identifies and controls a caller by a ring tone or voice designated in advance when an incoming call is received. In a mobile communication terminal device having a control unit for controlling, an operation unit for inputting a plurality of caller numbers, a registration number memory for storing the plurality of caller numbers input from the operation unit, and the registration number memory Store any ringing tone or voice corresponding to each of the stored multiple registration numbers, and select whether to select normal ringing tone, any ringing tone, voice or any ringing tone and voice. Correspondence table memory including a tone color assigning unit that stores a specified flag, caller number memory that temporarily stores a caller number when receiving a call, caller number of the caller number memory and a pair when the call is received. It compares a plurality of registration numbers in the table memory, and sends the designated tone color data to the control unit when the caller number in the caller number memory matches the plurality of registration numbers in the correspondence table memory. A number collating unit that transmits tone color data that emits a normal tone color to a control unit when the caller number in the caller number memory does not match any of a plurality of registration numbers in the correspondence table memory; And a voice data converting circuit for converting voice data into an analog signal or a digital signal.

Further, the ring tone variable mobile communication terminal device of the present invention is a mobile communication terminal device having a control unit for identifying and controlling a caller by a ring tone or voice designated in advance when an incoming call is received. Corresponding to an operation unit for inputting a plurality of caller numbers, a registration number memory for storing the plurality of caller numbers input from the operation unit, and a plurality of registration numbers stored in the registration number memory Stores any ringtone or voice that you want to
A tone color assigning unit that stores a flag that defines whether to select any ringing tone, voice, or any ringing tone and voice, and a caller ID memory that temporarily stores the caller ID when receiving a call. When a call arrives, the caller number in the caller number memory is compared with a plurality of registration numbers in the registration number memory, and the caller number in the caller number memory is determined by a plurality of registration numbers in the registration number memory. When the caller number in the caller number memory does not match any of the plurality of registration numbers in the caller number memory, a normal tone color is emitted. A number matching unit for transmitting tone color data to the control unit, a ringing tone output unit for emitting a ringing tone specified based on a control signal of the control unit, and a tone for converting voice data into an analog signal or a digital signal. Characterized in that it comprises a data circuit.

[0006]

According to the present invention, the user of the variable ring tone communication terminal device inputs a plurality of arbitrary caller numbers in advance from the operation unit, registers them in the registration number memory, and assigns them to each of the plurality of caller numbers. When the tone color data of the corresponding ringing tone is designated in the voice allocating unit, when the ringing tone variable communication terminal device receives an incoming call, the caller number received and the registration number registered in the registration number memory match. If the numbers match, the specified tone color data corresponding to the caller's number is transmitted to the control unit, and the ring tone output unit specifies the tone color data based on the instruction from the control unit. A ringing tone and / or sound is emitted.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT An embodiment of the ring tone variable mobile communication terminal device of the present invention will be described below. FIG. 1 is a circuit diagram of a first embodiment of a ring tone variable mobile communication terminal device of the present invention. In the figure, 1 is a CPU which is a control unit of a mobile terminal, 2 is a keypad which is an operation unit for inputting a caller number, and 3 is a registration number memory (caller number is registered which stores the caller number input from the keypad). After that, this is called a "registration number".),
Reference numeral 4 designates a ringing tone or voice corresponding to the registration number stored in the registration number memory and stores a tone color allocating unit storing the ringing tone or the voice or flag information for selecting whether to ring the ringing tone or the voice. , 13 is a correspondence table memory in which the registration number memory 3 and the tone color assigning unit 4 are integrated, and 5 is a communication line including an antenna, in which communication data including the own telephone number is transmitted after the caller makes a call. Caller number memory 6 temporarily stored via the receiving side antenna and the communication unit via the trunk line, 6 indicates the caller number in the caller number memory and a plurality of registration numbers in the registration number memory when receiving a call. A number collating unit for comparing and comparing the caller number in the caller memory with the registration number in the registration number memory. Reference numeral 7 is based on a control signal transmitted from the number collating unit to the control unit (CPU). A normal ringing tone or a ringing tone output unit for emitting a designated ringing tone and / or voice, 8 a voice data conversion circuit for converting analog or digital of voice data, 9 a communication unit, 10 an antenna, 11 a microphone , 12 are speakers.

FIG. 2 is a circuit diagram of a second embodiment in which the registration number memory 3 and the tone color assigning section 4 of FIG. 1 are separated, and the operation of the circuit is substantially the same as that of the circuit of FIG.

FIG. 3 is a flow chart from when the caller signal of the caller arrives at the mobile terminal until when the mobile terminal generates a ringing tone.

FIG. 4 is an internal structural diagram of a registration number, a flag, a ringing tone, and a voice corresponding memory stored in the tone color assigning section. The registration number is entered from the keypad of FIG. 1 or 2. The flag is input from the keypad of FIG. 1 or 2. The ring tone is input from the keypad of FIG. 1 or 2, and for example, Droplet, Indigo, Simple Beep, Sosumi,
A ring tone such as Wild can be selected. Furthermore, a ringing tone can be newly created. The voice is converted from the microphone 11 into a digital signal by the voice data conversion circuit and stored in the tone color assigning section 4. Flag is 1
4 of "00", "01", "10", "11" of byte
It is defined by a kind of digital signal, and is set to sound a normal ringing tone when the flag is "00", for example. Further, when the flag is "01", only the ringing tone is set to sound. Also, the flag is "
When the flag is "10", only the voice is set to be sounded. When the flag is "11", the ringing tone and the voice are set to be sounded.

In FIG. 4, "050 2222 333"
If the registration number of "3" matches the caller number, the flag is "00", and a normal ringing tone is sounded. Further, when the registration number of "050 2222 3333" does not match the caller number, a normal ringing tone is sounded.
When the registration number of "03 2222 5678" matches the caller number, the designated ringing tone is sounded because the flag is "01". In addition, "03 2222 56
If the registration number of "78" does not match the caller number, a normal ringing tone is sounded. "075 2212 955
If the registration number "5" matches the caller number, the designated voice is sounded because the flag is "10". Further, when the registration number of "075 2212 9555" does not match the caller number, a normal ringing tone is sounded. When the registration number of "085 2221 6999" matches the caller number, since the flag is "11", the designated ringing tone and voice are sounded. In addition, "085
If the registration number of "222 6999" does not match the caller's number, a normal ringing tone will be played.

The operation of the mobile terminal emitting a ringing tone will be described with reference to FIGS. 2 and 3. First, the CPU 1 judges that the communication data including the telephone number of the caller called by the caller has arrived at the communication unit 9 in FIG. 2 (step 10 in FIG. 3).
1). When the calling signal is not received, the process returns to the standby state (step 100 in FIG. 3). CPU when calling signal arrives
1 extracts the caller's telephone number from the communication data including the caller's telephone number and temporarily stores it in the caller number memory 5 (step 102 in FIG. 3). Next, the CPU 1 causes the number collation unit 6 to make a caller's telephone number and registration number memory 3
Check the registration number stored in
03).

The collation work proceeds as follows. First, CP
U1 loads the incoming caller number stored in the caller number memory 5 into, for example, the A register of the CPU 1, and stores the first registration number stored in the registration number memory 3 into, for example, the CPU.
1 is loaded into the B register and the number of matching cases is counted, for example, the C register is incremented. Next, CPU
1 is the first prefecture code of the sender number in the A register is B
Whether or not it matches the first prefecture number of the registration number of the register is checked in order (step 103 in FIG. 3). If the prefecture number of the sender number in the A register does not match the prefecture number of the registration number in the B register, the second registration number stored in the registration number memory 3 is set to B.
Load register and increment C register further. Similarly, the prefecture number of the second registration number in the B register is also compared, and when the prefecture number of the sender number of the A register and the prefecture number of the registration number of the B register do not match, Furthermore, the remaining registration numbers stored in the registration number memory are compared one after another. In this way, all the registration numbers stored in the registration number memory 3 are collated with the caller number, and if they do not match, the C register is returned to the initial value, and the CPU 1 outputs a control signal for issuing a normal ringing tone. It is sent to the output unit 7 (steps 104 and 10 in FIG. 3).
5). In this way, the mobile terminal emits a normal ringing tone until the recipient turns on the OFF FOOK (responding to the mobile terminal) switch, and when the OFFHOOK switch of the mobile terminal is turned on, the generation of the ringing tone ends (step in FIG. 3). 105, 106).

When the sender number in the A register and the registration number in the B register match, the CPU 1 causes the tone color assigning unit 4
The flag information and the ring back tone data and voice data in the column are read out and the ring back tone data and voice data corresponding to the registration number are output to the ring back tone output section (step 10 in FIG. 3).
7). Further, based on the read flag information, for example, the CPU 1 sounds a normal ringing tone when the flag is "00", or only a ringing tone when the flag is "01", or the flag is "10". When the flag is "11", or when the flag is "11", the speaker 12 is instructed to emit the ringing tone and the voice, and thus the receiver turns on the OFF FOOK (response to the mobile terminal) switch. Until the mobile terminal emits a normal ringing tone, a designated ringing tone, a designated voice, or a designated ringing tone and a voice, and when the OFF HOOK switch of the mobile terminal is turned on, the ringing tone is generated. Ends (steps 108 and 109 in FIG. 3). It goes without saying that the operation of the circuit of FIG. 1 operates substantially in the same manner as that of FIG.

[0015]

According to the terminal device for variable ringer tone mobile communication of the present invention, when the communication terminal device receives an incoming call, the incoming caller number is compared with the registration number stored in advance, and if they match. , The ringing tone of the tone color data corresponding to the caller ID is emitted, so no matter who the caller is, whether the recipient is blind or has poor eyesight, or who has normal eyesight. You can easily identify if there is.

[Brief description of the drawings]

FIG. 1 is a circuit diagram of a first embodiment of the present invention.

FIG. 2 is a circuit diagram of a second embodiment of the present invention.

FIG. 3 is a flowchart of an embodiment of the present invention.

FIG. 4 is a memory structure diagram of a tone color assigning unit of the present invention.

[Explanation of symbols]

 1 CPU 2 Keypad 3 Registration Number Memory 4 Tone Assignment Section 5 Caller Number Memory 6 Number Matching Section 7 Ringer Output Section 8 Voice Data Conversion Circuit 9 Communication Section 10 Antenna 11 Microphone 12 Speaker

Claims (2)

[Claims] 1. An operation unit for inputting a plurality of caller numbers in a mobile communication terminal device having a control unit for identifying and controlling a caller by a predetermined ringing tone or voice when an incoming call is received. And a registration number memory for storing the plurality of caller numbers input from the operation unit and an arbitrary ringing tone or voice corresponding to each of the plurality of registration numbers stored in the registration number memory, and Correspondence table memory including a ring tone, an arbitrary ring tone, a voice, or a tone color assigning unit that stores a flag that defines whether to select any ring tone and voice, and a caller ID is temporarily stored when an incoming call arrives. The caller ID memory stored in the caller ID memory is compared with the caller ID stored in the caller ID memory at the time of an incoming call and the caller ID in the caller ID memory is compared. The designated tone color data is transmitted to the control unit when it matches a plurality of registration numbers in the correspondence table memory, and the caller number in the caller number memory is one of the registration numbers in the correspondence table memory. If the numbers do not match, a number collating unit that sends tone color data that emits a normal tone color to the control unit, a ringing tone output unit that emits a ringing tone specified based on the control signal of the control unit, and voice data as an analog signal. Alternatively, a ringing tone variable mobile communication terminal device including a voice data conversion circuit for converting into a digital signal. 2. An operation unit for inputting a plurality of caller numbers in a mobile communication terminal device having a control unit for identifying and controlling a caller by a predetermined ringing tone or voice when an incoming call is received. And a registration number memory for storing the plurality of caller numbers input from the operation unit, and an arbitrary ringing tone or voice corresponding to each of the plurality of registration numbers stored in the registration number memory. Tone ring section, a tone ring section that stores a flag that defines whether to select any ring tone, voice, or any ring tone and voice, and a call that temporarily saves the caller ID when receiving a call. The caller number memory compares the caller number in the caller number memory with a plurality of registration numbers in the caller number memory when receiving a call, and the caller number in the caller number memory is compared with the caller number memory. When the designated tone color data matches the plurality of registration numbers in the register, the designated tone color data is transmitted to the control unit, and the caller number in the caller number memory does not match any of the plurality of registration numbers in the registration number memory. In this case, a number collating unit that sends tone color data that emits a normal tone color to the control unit, a ringing tone output unit that emits a ringing tone specified based on the control signal of the control unit, and an analog or digital signal for voice data. A ringing tone variable mobile communication terminal device including a voice data conversion circuit for converting to.