JPS63299559A - Radio telephone system - Google Patents

Abstract

PURPOSE:To perform the calling operations with accurate telephone numbers by reading the telephone numbers out of a number memory means for each group. CONSTITUTION:A voice input means is provided together with a voice recognizing means 357 which recognizes the voices supplied to the voice input means, a number memory means 358 which stores the telephone numbers corresponding to the prescribed voices for each prescribed group, and a transmission means which reads the telephone number corresponding to the voices recognized by the means 357 and carries out a call in response to said telephone number. Thus the telephone numbers can be read out of the means 358 for each group. In other words, the telephone numbers are divided into plural groups and registered and the voices are recognized for each group (bank). In such a way, a quick and accurate aural dialing operation is possible and also a collective canceling operation is also possible. Then the misdialing operations due to the remaining data can be avoided.

Description

DETAILED DESCRIPTION OF THE INVENTION [Object of the Invention] (Field of Industrial Application) The present invention relates to a radio telephone device such as a car telephone device.

(Prior Art) In recent years, a so-called voice dialing function has been realized in which a car telephone device is provided with a voice recognition function and a call is made by uttering a voice without dialing.

By the way, when making a call using such a voice dial function, it is often difficult to make a call using an accurate telephone number.

(Problems to be Solved by the Invention) The present invention was made based on the above-mentioned circumstances, and an object of the present invention is to provide a wireless telephone device that can make a call using an accurate IE telephone number.

[Configuration of the Invention (Means for Solving Problems) The wireless telephone device of the present invention includes a voice input means, a voice recognition means that recognizes the voice input to the voice input means, and a voice recognition means that is compatible with a predetermined voice. a number storage means for storing telephone numbers to be transmitted in each predetermined group; and a calling means for reading out from the number storage means a telephone number corresponding to the voice recognized by the voice recognition means and making a call according to the telephone number. It is characterized in that it is possible to call up telephone numbers from the number storage means for each group.

A second invention provides voice input means, voice recognition means for recognizing the voice input to the voice input means, number storage means for storing a telephone number corresponding to a predetermined voice, and recognition by the voice recognition means. The telephone comprises a calling means for reading a telephone number corresponding to the voice received from the number storage means and making a call according to the telephone number, and a voice generation means, and when the telephone number is stored in the number storage means, the telephone The present invention is characterized in that the sound generation means generates a sound corresponding to the number.

A third invention provides voice input means, voice recognition means for recognizing the voice input to the voice input means, number storage means for storing a telephone number corresponding to a predetermined voice, and recognition by the voice recognition means. the telephone number is read out from the number storage means and makes a call in accordance with the telephone number; and a voice generation means; when the telephone number is read from the number storage means, The present invention is characterized in that the sound generation means generates a sound corresponding to the sound.

A fourth invention includes a voice input means, a voice recognition means for recognizing the voice input to the voice input means, a number storage means for storing an episode number corresponding to a predetermined voice, and the voice recognition means. comprising a calling means for reading out a telephone number corresponding to the recognized voice from the number storage means and making a call according to the telephone number; and a voice generating means; In a voice dial system in a radio telephone device in which the voice generating means generates a voice corresponding to a telephone number, the transmitting means is forced to The present invention is characterized in that it is equipped with a means for making a call according to a telephone number.

A fifth invention provides voice input means, voice recognition means for recognizing the voice input to the voice input means, number storage means for storing a telephone number corresponding to a predetermined voice, and recognition by the voice recognition means. a telephone number corresponding to the voice recognized by the voice recognition means; The present invention is characterized by comprising means for forcibly setting the voice recognition means to a re-recognition state after reading out the telephone number from the voice recognition means and before making a call according to the telephone number.

A sixth invention includes a first converting means for converting a voice uttered by a human into an acoustic signal, a second converting means for converting the acoustic signal into a digital signal, and a plurality of telephone number information for converting a plurality of telephone number information into a plurality of different addresses. a storage means for storing information in association with the information;
a comparison means for comparing the digital signal and the address information; and if it is determined that the digital signal and the address information represent the same thing as a result of the comparison by the comparison means, the digital signal is stored in association with the address information; a selection means for selecting a channel for transmitting a calling signal; and a calling device that includes at least the telephone number information read by the reading means. The present invention is characterized by comprising a sending means for sending a signal through a channel selected by the selecting means.

A seventh invention includes a first converting means for converting a voice uttered by a human into an acoustic signal, a second converting means for converting the acoustic signal into a digital signal, and storing at least one telephone number information. storage means; recognition means for recognizing which telephone number information among the telephone number information stored in the storage means the digital signal converted by the second conversion means represents; and sending a calling signal. a selection means for selecting a channel for the communication; and a selection means for selecting a channel for the selection means to send a call signal containing at least telephone number information corresponding to the voice uttered by the cabinet based on the recognition result of the recognition means to the channel selected by the selection means. The invention is characterized by comprising a sending means for sending out data through the computer.

An eighth invention includes a first converting means for converting a voice uttered by a human into an acoustic signal, a second converting means for converting the acoustic signal into a digital signal, and storing at least one or more telephone number information. Based on the storage means and the digital signal converted by the second conversion means, the voice uttered by the human being is stored in the storage means,
A recognition means for recognizing which telephone number information represents, a notification means for notifying the recognized telephone number information based on the recognition result of the recognition means, and a selection for selecting a channel for transmitting a calling signal. and a transmitting means for transmitting a calling signal containing at least the same telephone number information as the telephone number information notified by the notifying means via the channel selected by the selecting means. There is.

A ninth aspect of the present invention is a storage means for storing at least one telephone number information, an output means for recognizing a voice uttered by a human being, and outputting corresponding telephone number information from the storage means based on the recognition result; a manual switch for generating a voice dial mode transition signal; a selection means for selecting a channel for transmitting a calling signal; and a timing for generating the voice dial mode transition signal and an output signal from the output means. Based on the above, the present invention is characterized by comprising sending means for sending out a calling signal including at least telephone number information represented by the voice uttered by the human being via the channel selected by the selecting means.

A tenth invention is a conversion means for converting a voice uttered by a human into a digital signal, a storage means for storing at least one telephone number information, and a digital signal converted by the conversion means. Recognition means for recognizing which telephone number information the emitted voice represents among the telephone number information stored in the storage means, and announcing the recognized telephone number information based on the recognition result of the recognition means. a manual switch for generating a call interruption instruction signal; a selection means for selecting a channel for transmitting a call signal and generating a call signal transmission enable signal;
After the display of the telephone number information by the notification means, the call interruption instruction signal is generated within a predetermined period of time, and the call signal transmission enable signal is generated, so that at least the recognized telephone number information is transmitted. The present invention is characterized by comprising sending means for sending the included calling signal through the channel selected by the selecting means.

An eleventh invention provides a conversion means for converting a voice uttered by a human into a small digital signal, a storage means for storing at least one telephone number information, and a digital signal converted by the conversion means. recognition means for recognizing which telephone number information among the telephone number information stored in the storage means the voice uttered by the user; and notification of the recognized telephone number information based on the recognition result of the recognition means. a selection means for selecting a channel for transmitting a calling signal and generating a calling signal transmission enable signal; and a selecting means for selecting a channel for transmitting a calling signal and generating a calling signal transmission enable signal; The present invention is characterized by comprising sending means for sending out a calling signal including at least recognized telephone number information through the channel selected by the selecting means based on the generated signal.

A twelfth aspect of the invention is a storage means for storing at least one telephone number information, an output means for recognizing a voice uttered by a human being, and outputting corresponding telephone number information from the storage means based on the recognition result; A manual switch for generating a voice dialing mode transition signal, a notifying means for notifying that the voice dialing mode has been set based on the generation of the voice dialing mode transition signal by the manual switch, and a means for transmitting a calling signal. a selection means for selecting a channel; and a voice emitted by the human through the channel selected by the selection means based on the occurrence of the voice dialing mode transition signal and an output signal from the output means. The present invention is characterized by comprising sending means for sending out a calling signal including at least telephone number information.

(Function) According to the present invention, a call is made using an accurate telephone number by the means described above.

(Example) Hereinafter, details of an example of the present invention will be described based on the drawings.

FIG. 1 is a block diagram showing the configuration of a car telephone device according to an embodiment of the present invention.

The car telephone equipment shown in the same figure! L100 is antenna 20
For example, as shown in FIG. 2, the antenna 200 is connected to a car 5.
00, the radio 300 is mounted in the trunk 502 of the car, and the telephone 400 is mounted outside the car 500.
It is mounted near the driver's seat 504 inside.

The wireless fi 300 includes a wireless unit 310 that forms a wireless @ line 600 and exchanges signals with a base station (not shown) via an antenna 200, an audio/control unit 330 that performs overall AM for the entire device, Power is input via a fuse 508 to a voice dial unit 350 that performs voice recognition and voice synthesis, an IDROM 370 in which ID numbers and telephone numbers are registered, and a battery 506 (see Fig. 2 @) installed in the vehicle. The main part of this device is composed of a power supply section 390 that supplies each part of the device.

The telephone 400 includes an audio/control section 410 that performs overall control of the entire telephone 61400 based on commands from the audio/control section 330, a key section 430 that performs predetermined key manual operations, a display section 450 that displays a predetermined display, Switch section 470 where various switching is performed, OK a! The main part thereof consists of an audio input/output section 490 through which sound is input and output. The telephone 400 is composed of a telephone main body 400a and a handset 400b.The main body 400a side is provided with a part of an audio/control section 410 and a switch section 470, as well as a speaker 492 which is an audio input/output section 490. For example, a hands-free microphone 494 attached to a sun visor 510 or the like near the driver's seat 504 is connected. On the handset 400b side, there are a part of the audio/control part 41O, a key part 430, and a display part 450.
A handset microphone 496 and a handset receiver 498, which are an audio input/output section 490, are provided.

FIG. 3 is a block diagram showing the configuration of the above-mentioned wireless device in more detail.

As shown in the figure, the wireless unit 310 has a tM, a controller 312
, modulator 314, power amplifier 316, duplexer 31
8 and a synthesizer 320. Demodulator 3
12 is a wireless line 600, an antenna 200, a duplexer 3
It demodulates a received signal from a base station that is input via 18. Note that this received signal includes an audible sound signal, a control signal, and the like. The modulator 314 is the audio 1Mm section 33
The audible sound signal, control signal, etc. outputted from 0 is modulated and used as a transmission signal. Power amplifier 316 is modulator 314
Amplify the transmitted signal output from the Note that the amplification factor in this power amplifier 316 can be switched in eight steps, for example. The transmitter/receiver duplexer 318 is a wireless line 600
, sends a received signal inputted via the antenna 200 to the demodulator 312, and sends a transmitted signal inputted via the modulator 314 and power amplifier 316 to the antenna 200.
Send to. Synthesizer 320 is a local oscillator for channel selection, and specifies the frequency to be demodulated by demodulator 312 and the frequency to be modulated by modulator 314. Note that there are approximately 666 channels specified by this synthesizer 320, for example.

The audio/control unit 330 includes a CPU 331, an oscillator/
Frequency divider 332, address decoder 333, ROM334
, RAM 335, radio section control section 336, audio section 3
37, control signal processing section 338, audio section control section 33
9. Digital interface 340, power supply controller 3
41, and an interrupt controller 342. Note that the reference numeral 343 in the figure is, for example, an 8-bit data bus,
344 is an address bus, and 345 is a control bus. The CPO 331 performs overall control of the entire audio/control section 330. The oscillator/divider 332 is the CPU 3.
31, and also divides the frequency of this clock and supplies it as a timing signal to each part. Address decoder 333 outputs predetermined operation signals to each section in response to command signals from CPU 331. ROM334 is CPU
It stores various programs necessary for the operation of 331. R.A.
The M335 stores various data during processing by the CPU 331. The radio unit control unit 336 performs eleven controls on the radio unit 310 based on instructions from the CPU 331. For example, the radio unit control unit 336 controls the frequency that the synthesizer 320 should specify, the amplification factor that the power amplifier 316 should amplify, and the modulator 314. Instructs the degree of modulation to be modulated, etc., and inputs an out-of-synchronization signal output from the synthesizer 320, an output detection signal output from the power amplifier 316, etc. as a measure to prevent malfunction, and transmits these to the CPO 331. Audio section 3
37 sends a control signal of the received signal demodulated by the demodulator 312 to the control signal processing section 338 and an audible sound signal to the voice dial section 350 and the telephone 400, and outputs the control signal output from the control signal processing section 338. and telephone 40
0 and an audible sound signal output from the audio dial section 350 to the modulator 314. Note that the audio section 33
7 also has functions of waveform shaping of the control signal to be sent to the control signal processing section 338 and filtering of the control signal to be sent to the modulator 314. Control signal processing section 338
performs bit synchronization and frame synchronization with the control signal output from the audio section 337, captures the control data from the base station included in the control signal which is a serial signal as a parallel signal, and sends it to the base station. The control data as a parallel signal is sent to the audio section 337 as a control signal as a serial signal.

The audio section control section 339 performs various controls on the audio section 337. For example, the audio section control section 339 transfers the received signal from the audio section 337 to the control signal processing section 3.
38, switching control and control signal processing unit 338 that sends out to either the voice dial unit 350 or the telephone fi 400
, the audio section 337 transmits either the voice dial section 350 or the transmission signal output from the telephone 61400.
A digital interface 340 provides an interface between the wireless Ia 300 and the telephone 400, which performs switching control. The power supply M control unit 341 controls the power supply unit 390, for example, the power supply unit control unit 341
The 0 interrupt controller 342 controls the electric unit A 390 to set the voltage supplied from the battery 506 to a predetermined voltage and supplies it to each unit.The 0 interrupt controller 342 receives an interrupt command from each unit and interrupts the CPO 331. .

FIG. 4(a) is a block diagram showing in more detail the configuration of the voice dial section 350 shown in FIGS. 1 and 3. FIG.

As shown in the figure, the voice dial section 350 includes a voice recognition section 350a that performs voice recognition, a voice synthesis section 350b that performs voice synthesis, and a DTMF reception section 35 that receives DTMF signals.
It consists of 0c.

The voice recognition unit 350a has a balanced/unbalanced (B/
U) Converter 351, bypass filter 352, amplifier 3
53, AGC circuit 354, attenuator 356, voice recognition LS
I357, RAM358, latch circuit 359.360,
It is composed of gate circuits 361 and 362 and an address decoder 363.

FIG. 4(b) is a circuit diagram showing a part of the structure of such a speech recognition section 350a in more detail. As shown in the figure, the B/U converter 351 includes an operational amplifier 0P351, resistors R351a, R351b, , R351cSR351d.
, R35te, -y Densa C351a, C35
1b, a differential amplifier circuit composed of a reference voltage V refl. Here, in this car phone bag W100, a hands-free microphone 494, a handset microphone 4
Immediately after each of 96, two sets of operational amplifiers OP 412a (421a) and OP 4 as shown in FIG. 4(b) are installed.
12tl (421b), resistor R412a (421a),
R4t2b (421b), R412c (421c), R
412d (421d), an unbalanced/balanced (U/B) converter 412 consisting of a reference voltage V ref3
(421) (see FIG. 8) are arranged. Therefore, hands-free microphone 494. The audio signal input from the telephone or handset microphone 496 is sent to the U/B converter 41.
2 (421), the balance line 351a (412b
, 421b) is converted into a signal on the balance line 351
This voice recognition unit 35 via a (412b, 421b)
Input to 0a. The audio signal on the balance line 351a input to this audio recognition unit 350a is
After being converted into an audio signal on the unbalanced line 351b by the /U converter 351, it is used as an audio signal for the audio recognition section 350a. Therefore, the balance line 351a (412b, 4
21b) Common mode noise on the top, that is, in-phase noise on the two tans forming the balance line, is canceled out and removed by the B/U converter 351.

Therefore, it is possible to prevent malfunctions due to recognition errors caused by such noise and to improve the recognition rate. The bypass filter 352 is an operational amplifier 0P352,
It consists of resistors R352a, R352W, R352C, capacitors C352a and C352b, and a reference voltage Vreft, and the cutoff frequency fc is about 6007.
The purpose is to remove low frequency components from the voice signal input to the voice recognition unit 350a.Normally, the noise inside the car 500 has many low frequency components, and the voice signal input from the handsfree microphone 494 or the handset microphone 496 contains these low frequency components as noise. Therefore, by performing speech recognition by removing low frequency components as described above, it is possible to prevent malfunctions due to recognition errors caused by noise and improve the recognition rate. The amplifier 353 includes an operational amplifier 0P353, a transmission gate TG353, resistors R353a, R353b,
It is composed of R353c and R353d and amplifies the audio signal from the bypass filter 352. This amplifier 35
3, under the control of the audio/control unit 330, when the hands-free microphone 494 is used as a voice input means in the telephone 400, the amplification factor is lowered than when the handset microphone 496 is used. This means that the CPU 331 of the audio/frilljl1 section 330
It has a status flag based on a control signal from hook switch 472 that detects on-hook or off-hook of handset 400b, which will be described later.
0b is on-hook, that is, hands-free microphone 49
This flag is set when 4 is used, and based on this, CPO3 is set.
31 to digital interface 340, latch times 1
! Transmission gate TG35 via 8359
This is realized by inputting a predetermined control signal to the control side of No. 3. However, when using the hands-free microphone 494, it costs 500% less when using the handset microphone 496 than when using the handset microphone 496.
Since there is a large amount of noise mixed in, by lowering the amplification factor when using the hands-free microphone 494, it is possible to prevent malfunctions due to recognition errors caused by noise. The AGC circuit 354 is an operational amplifier OP 35
4a, OP 354b, transistor Tr 354,
Resistor R354a, R354b, R354c, R3
54d, R354e, capacitor C354a, C3
54b, C354c, diode D354a, D3
54b and a reference voltage V ref2. The operational amplifier OP 354a takes the difference between the audio signal amplified by the amplifier 353 and the reference voltage V ref2. The rectification color of this difference component by diodes D354a, D354W, capacitor C3548, etc. is transmitted to the base (control) of transistor Tr354 via a voltage follower circuit composed of operational amplifier OP354b.
input on the side. The transistor Tr 354 adjusts the level of the audio signal input to the amplifier 353 based on the current input to its base.

That is, the amount of the audio signal amplified by the amplifier 353 is fIf-controlled by the AGC circuit 354, and an audio signal of a predetermined level is always output from the amplifier 353 regardless of the strength of the audio signal from the bypass filter 352. This makes it possible to expand the dynamic range and absorb individual differences in audio levels. That is, voice recognition can be performed at the individual's normal voice level without being affected by the strength of the voice level, and the recognition rate can be improved. The attenuator 356 includes an operational amplifier 0P356, transmission gates TG356a, TG356b,
TG 356c, resistor R356a, R356b,
R356c, etc. The audio signal output from the amplifier 353 is transmitted through the transmission gate T G
356a and a resistor R356a are connected in series, and a second route is a transmission gate TG 356b and a resistor R356b connected in series, a transmission gate TG 356c and a resistor R35.
6C are connected in series to the operational amplifier 0P356, and this operational amplifier 0P356
The output of P356 becomes the audio signal input to the audio recognition LSI 357. Each transmission gate TG 3
An 0N10FF command signal from the CPU 331 of the audio/control unit 330 is input to the TG 56a, TG 356b, and TG 356c via the latch circuit B559. And each transmission gate TG356a, TG35
6b and T G 356c are each subjected to 0N10FF in response to these 0N10FF command signals. In this way, the attenuation rate of the attenuator 356 is controlled by the audio/fi control N330, and the audio signal attenuated according to this attenuation rate is input to the voice recognition LSI 357. This makes it possible to register the voice multiple times at different audio signal levels when registering the voice during the registration operation before voice dialing, which will be described later.

The voice recognition w4L SI 357 performs recognition of voice signals.

The RAM 358 stores data of words to be recognized by the speech recognition LSI 357.

FIG. 5 is a block diagram showing the structure of the above-mentioned speech recognition LSI 357 in more detail.

As shown in the figure, the voice recognition 2LSI includes two sets of amplifiers 3
57a, 357b, 4 sets of band pass filters 357c
, 357d, 357e, 357f, multiplexer 357g,
A/D converter 357h, CPU357i, ROM357
J, RAM 357k, CPU interface 357k,
It consists of a RAM interface 357m.

The amplifiers 357a and 357b amplify input audio signals.The amplification factor of each amplifier 357a and 357b is, for example, 10 times. Bandpass filter 357c
, 357d, 357e, and 357f are band-pass filters 3 that filter the amplified audio signals.
The passband center frequencies of 57c, 357d, 357e, and 357f are, for example, 0.5 and 1k)tz, respectively.
It is said that there are 7 in 2 and 7 in 4. The multiplexer 357g includes each bandpass filter 357c, 357d, 357e, 3
57f is multiplexed. A/D converter 457h converts this multiplexed audio signal into a digital signal.

The CPU 357i performs overall control of the voice recognition LSI 357, and the ROM 357j stores various programs necessary for the operation of the CPU 3571. RAM357 has CP
Stores various data when controlling the U357i. The CPU interface 357 interfaces with the audio/control section 330. RAM interface 35
7m interfaces with RAM 358. During speech recognition, amplifiers 357a, 357b, bandpass filters 357c, 357d, 357e, 35
7f, the multiplexer 357g, and the A/D converter 357h to which the sampled, quantized, and encoded audio signals are inputted via the RAM interface 357m. When registering a word to be recognized such as 0, t, which is compared with the desired word data, the audio signal data to be registered, which has been sampled, quantized, and encoded in the same manner as described above, is stored in the RAM interface 357m. The data is sent to the RAM 358 and stored therein.

The speech synthesis section 350b includes a speech synthesis LSI 364 that generates predetermined speech based on data sent from the audio/control section 330, a latch circuit 365, and an amplifier 366 that amplifies the synthesized speech.

FIG. 6 is a block diagram showing the configuration of the above-mentioned speech synthesis LSI 364 in more detail.

As shown in the figure, the speech synthesis LSI 364 includes a ROM 364a for indirectly specifying the address of the word to be generated using a predetermined code, and a ROM 364a for storing speech parameters.
M364b, parallel/parallel for reading audio parameters
Serial converter 364C RAM 364d for storing parameters for 51 frames, ROM 364e for non-linearly decoding parameters, interpolation circuit 364f for interpolating parameters at predetermined time intervals, register 364g for storing and calculating parameters, voiced sound source 364h, Silent sound source 3
64i, a lattice digital filter 364J, a D/A converter 364, and so on.

The DTMF receiving section 350c includes a bypass filter 367,
It consists of a DTMF receiver 368.

The DTMF receiver 368 receives the DTMF signal contained in the audio signal via the bypass filter 367 and recognizes it.

FIG. 7 is a diagram showing the configuration of the above-mentioned telephone 400 in further detail.

As shown in the figure, the telephone body 400a includes a B/U converter 411. U/B converter 412, amplifier 413.414
, an audio/control section 410 consisting of an echo canceller 415, and switches 416 and 417, and an audio input/output section 490 consisting of a hands-free microphone 494 and a speaker 492.
, hook switch 472, on/off switch 474
The main part thereof is composed of a switch section 470 consisting of.

The B/U converter 411 is the audio section 3 of the radio device 300.
37 via the balanced line 411a is converted into a signal on the unbalanced line 411b. The audio signal converted into a signal on this unbalanced line 411b is amplified by an amplifier 413 and sent to the speaker 4.
92. Note that since the audio signal output from the audio section of the radio is a signal on an unbalanced line, it is converted into a signal on a balanced line by the U/B converter 337a placed after the audio section 71. There is. The U/B converter 412 is a hands-free microphone 49
The audio signal on the unbalanced line 412a input at 4 and amplified by the amplifier 414 is converted into a signal on the balanced line 412b. The audio signal converted into the signal on this balance line 412b is sent to the audio section 337 via the balance line 412b. In addition, wireless 13
Since the audio signal input to the audio section 337 of 00 is a signal on an unbalanced line, this audio section 3
The signal is converted into a signal on an unbalanced line by a B/U converter 337b placed immediately before the signal. The echo canceller 415 connects the B/U converter 411 to the amplifier 41.
an attenuator 415a that attenuates the audio signal input to 3;
Attenuator control section 4 that controls the attenuation rate of this attenuator 415a
15b, an attenuator 415c that attenuates the audio signal input from the amplifier 414 to the U/B converter 412, an attenuator control unit 415d that controls the attenuation rate of this attenuator 41C, based on the audio signal on each line; Each attenuator control section 415b
, 415d.

A switch 416 switches whether or not to output the audio signal from the B/U converter 411 from the speaker 492.
The switch 417 switches whether or not to send the audio signal from the hands-free microphone 494 to the audio section 337 of the wireless fi 300.

Note that the switching of these switches 416 and 417 is performed using the ¥f signal sent from the audio/control unit 330 of the radio device 300
This is done based on the 1tm signal. hook switch 472
detects whether handset 400b is on-hook or off-hook. This detected signal is sent to the audio/control section 330 of the wireless section 300. The on/off switch 474 is for this car phone! This is used to switch on/off the entire 100, and this switching signal is non-existent! ! The signal is sent to the audio/control unit 33o of the unit 3°O.

The handset 400b includes a control section 418 and an amplifier 419.
a, 419b, 419c, attenuator 420, U/B converter 421, audio switch section 422, switch 423.42
A display section 450 consisting of an audio/controller 450 consisting of a liquid crystal display 452 and an LCD driver 454, and a key portion 430 consisting of a plurality of keypads.
, an audio input/output section 490 consisting of a handset microphone 496 and a handset receiver 498. The control section 418 performs overall control of the entire handset 400b based on the control signal sent from the audio/control section 330 of the radio 6300, and controls the control signal etc. input from the key section 430 to the audio/control section 330 of the radio R300. /Sent to the control unit 330. Amplifier 419a, 4
19b amplifies the audio signal sent from the B/U converter 411 of the main body 400a. Attenuator 420 attenuates this audio signal. Amplifier 419a, attenuator 420, amplifier 419? ) is output from the handset receiver 498. Amplifier 419c amplifies the audio signal input from handset microphone 496. U
The /B converter 421 converts this amplified audio signal on the unbalanced line 421a into a signal on the balanced line 421b. The audio signal converted into the signal on the balance line 421b is sent to the audio section 337 via the balance line 421b and the balance line 421c on the main body 400a. Switch 423 is B/U change F
The audio signal from the A8411 is transferred to the handset receiver 49.
Switching is performed to determine whether or not to output from 8.

Switch 424 switches whether or not to send the audio signal from handset microphone 496 to audio section 337 of radio device 300. Note that these switches 423.4
The switching of 24 is performed based on a control signal sent from the control unit 418, and is performed in conjunction with the switches 416 and 417 on the main body 400a side described above. That is, when this car telephone 100 is in the standby state, all the switches 416, 417, 423, 424 are in the OFF state, and when the confirmation sound for key input is activated, the switch 416 is in the ON state, and the switches 417, 423, .
424 is in the off-hook state, and when talking with the handset 400b off-hook, switch 423.4 is turned off.
24 is in an on state, and switches 416 and 417 are in an off state. When talking with the handset 400b in an on-footer state, the switch 416 and 417 is in an on state and switches 423 and 424 are in an off state. The audio switch section 422 includes a level detector 422a and an OR circuit 422.
b, and a switch 422c. Level detector 4
22a detects the signal level of the audio signal input to the handset microphone 496, and outputs an "L" level signal when the signal level is below a predetermined value, and an "H" level signal when the signal level is above a predetermined value. OR time H422b is level detector 4
The output signal of 22a and a predetermined control signal output from control section 418 are logically summed. The switch 422c turns on when an L'' level signal is input from the OR circuit 1422b, and the audio signal line 421a falls to the ground level. Therefore, the audio signal from the handset microphone 496 is not transmitted to the audio section 337. , the handset microphone 496 is turned off.The switch 422c is turned off when an H'' level signal is input from the OR circuit 422b, and the handset microphone 496 is turned off.
is turned on. Here, the control signal from the control unit 418 that is input to one side of the OR circuit 422b described above is at the "L" level during standby/reception or normal talking, and "L" level during the recognition mode that enables voice dialing, which will be described later. It is set to be at the "H" level. Therefore, when the user does not speak during a call, the handset microphone 496 is turned off, and the noise inside the car 500 is not transmitted to the other party, allowing a comfortable call. On the other hand, in the recognition mode that enables voice dialing, the handset microphone 496 is always on, so the switching of the level detection circuit 128422a is insignificant. Here, the level detection circuit 42
2a is a capacitor (not shown) that has a predetermined time constant in order to prevent discomfort caused by frequent switching when switching based on utterance during a call.
has.

For this reason, in the past, when dialing by voice, this capacitor lowered the level of the beginning of the voice, making voice dialing unreliable, but this car phone bag W
In 100, this problem is solved by keeping the handset microphone 496 always on during the recognition mode that enables voice dialing as described above, and dialing can be performed reliably.

The liquid crystal display 4-2 includes a several-digit numerical display section 452a and a display section 452a for each t.
It consists of an i-function display section 452b and the like. 'LCD driver 4
54 is a liquid crystal display 452 based on the control of the control unit 418.
is driven to perform a predetermined display.

The key part 430 is a number key from "0" to '9J, "*",
"#", rSND,, rsTOJ, [ENDJ, rRC
L,, rFcNJ, rcLR,, rEMR,, rMUT
It consists of a keypad such as the a function key of E, , r7'0NEJ, and when the keypad is pressed, this is recognized by the control unit 418.

Next, the operation of the mobile phone device 100 having such a configuration will be explained in detail based on a flowchart.

First, the connection control operation of this car phone bag W100 will be explained in the eighth section.
This will be explained based on the diagram.

When the on/off switch 474 of the switch section 470 of the telephone@400 is turned on, power is supplied to each section from the power supply section 390 (step 801).

FIG. 9 is a flowchart showing detailed operations at that time.

That is, when the power is turned on, each part is reset (step 901), and when the reset of these parts is completed, for example, the entire surface of the liquid crystal display 452 flashes, or a predetermined ringing sound is output from the speaker 492. The user is notified that the reset has been completed.

Thereafter, it is checked whether the key is set to the locked state (step 902). This locked state is a state in which no further operation is performed unless a predetermined key operation is performed on the key part 430. This is intended to prevent unauthorized use.

If the lock state is set, the LCD display 452
At rLOcK, the display lights up (step 903
), on the other hand, if the lock shape is not set, the "N03VCJ" display lights up on the liquid crystal display 452 (step 904).

Next, when such reset is completed, initialization is performed (step 802).

FIG. 10 is a flowchart showing the detailed operation at that time.

That is, the audio/control unit 3 in the radio 300
30 obtains received field strength information by causing the demodulator 312 to scan a control channel (hereinafter abbreviated as D channel) predetermined for the system (step 1001). Then, among the D channels, the D channel having the strongest electric field strength is received. At this time, information on the D channel, which has the next strongest electric field strength among the D channels, is also obtained.

Thereafter, the rfi1vIJ signal processing unit 338 performs bit synchronization and frame synchronization, that is, word synchronization, with the D channel being received (step 1002), and obtains system information from this D channel (step 1003).

Incidentally, if the above-mentioned word synchronization or system information reception is not performed even after a predetermined period of time has elapsed, the same thing is performed using the next D channel with the strongest electric field strength (step 1004). In this case, if word synchronization or system information reception is not performed after a predetermined period of time has elapsed, the demodulator scans the D channel again.

When initialization is completed, a similar scan is performed on the control channel (hereinafter abbreviated as P channel) for receiving incoming call signals, etc., as shown in FIG. 803).

That is, the audio/control unit 3 in =ma3oo
30 obtains received field strength information by scanning each P channel with the demodulator 312 (step 1101).

Then, a state is reached in which the P channel having the strongest electric field intensity among the P channels is received.

At this time, among the P channels, the P channel with the next strongest electric field strength
Channel information is also available.

Thereafter, the control signal processing unit 338 performs bit synchronization and frame synchronization, that is, word synchronization, with the P channel being received (step 1102>), and obtains system information from this P channel (step 11o3).

Note that if the above-mentioned word synchronization or system information reception is not performed even after a predetermined period of time has elapsed, the same thing is performed using the next P channel with the strongest electric field strength (step 1104). In this case, if word synchronization or system information reception is not performed after a predetermined period of time, initialization is performed again (step 802).
In addition, if position information cannot be obtained from the system information, initialization is performed again (step 802).
.

The above connection control causes the device to enter a standby/receive state (step 804).

When an incoming call signal is received via the P channel in this standby/receive state, a response signal is returned on a predetermined channel (step 805), and control is established with the base station to establish a communication line etc. Scanning similar to the above-mentioned D channel and P channel is performed on the control channel (hereinafter abbreviated as A channel) through which signals are received.

That is, the audio/control unit 3 in the radio 300
30 obtains received field strength information by scanning each A channel with a demodulator 312.

Then, among the A channels, the A channel having the strongest electric field strength is received. After this, the control signal processing section 33
8 performs bit synchronization and frame synchronization, that is, word synchronization, with the A channel that is being received, and when a communication channel designation signal is obtained via this A channel, the communication channel is switched to the designated communication channel (step 807).
Then, this call channel enters the standby state for a paging signal (step aoe), and when the call ends in this reception state, the reception state on this call channel is canceled (step 807), and the transmission function is stopped. (Step 8)
(18).

Thereafter, when a paging signal is received through the communication channel, the system waits for a user's response (step 809).

When the user responds by going off-hook or pressing the rsENDJ key, a call is made (step 810), and when the call ends, the reception state on this call channel is canceled (step 807), and the transmission function is stopped. (step 8o8), and if a call signal is received during a call, the system will wait for the user's response again (step 8o8).
Step 809), and if fading occurs for a predetermined time or longer in the above-mentioned communication channel reception state (step 80G>), response signal return state (step 804), or communication state (step 810), the transmission function is stopped (step 80G). 808).

Then, when the sending $1 function is stopped (step 80
8), initialization is performed again (step 80).
2).

Next, we will explain how to make a call. This call is also made from the standby state in the same way as the above-mentioned incoming call (step 804).
, step 811).

FIG. 12 is a flowchart showing such a calling operation in more detail.

When a call request is received from the key section 430 or by a voice dial, which will be described later, a timer is set to count the time required to accept the call (step 1201).

The set time is, for example, 12 seconds.

After this, the audio/control unit in the radio unit causes the demodulator to scan each predetermined control channel (step 1
202) to obtain received field strength information.

Then, among these control channels, the control channel with the strongest electric field strength is received. At this time, information on the control channel with the next strongest electric field strength among the five control channels is also obtained.

Next, it is confirmed whether the user intends to make a call (
Step 1203). This is done after the user sets the telephone number of the party he/she wants to call using key part 430, and then rsE,
If the call flag that changes state by pressing the NDJ key is "1", it is determined that there is an intention to make a call, and the rS
If the calling flag becomes "0" by pressing the rENDJ key after pressing the ENDJ key, it is determined that there is no intention to make a call. Note that if the user has no intention of making a call,
Initialization is performed again (step 802).

After that, the control signal processing unit performs bit synchronization and frame synchronization, that is, word synchronization, with the te control channel being received, and obtains system information from this control channel (
Step 1204> If word synchronization cannot be achieved, the same thing is done next using a control channel with a strong electric field strength (Step 1205). In this case, if word synchronization cannot be achieved, initialization is performed again. (Step 802).

Also, at this point, it is confirmed again whether the user intends to make a call (step 1206), and as in the case described above, if the call flag is "l", it is determined that the user has an intention to make a call. If the calling flag is "0", it is determined that there is no intention to make a call. Note that if the user has no intention of making a call, initialization is performed again (step 802).
).

Thereafter, this car telephone device 100 grabs a predetermined calling control channel based on the above-mentioned system information (step 1207), and by seizing this calling control channel, the call signal sending enable flag changes from r□ to " If the outgoing iINm channel cannot be grabbed, initialization is performed again (step 802).

Furthermore, if there is a delay in seizing the outgoing control channel, the intention to make a call is confirmed again (step 1206>).

Then, when it is determined that the user has an intention to make a call (the call flag is "1") and the call control channel is captured (if the call signal sending enable flag is rlJ), this call control channel (Step 1)
20'll).

Step 1: After this, a response signal to the call included in the system information of the control channel from the base station is received.
210) Recognize that a calling signal has been sent. In addition,
The base station side performs a 1i connection with the other party based on the telephone number information included in the calling signal.

Then, a call state is established on the call channel (step 1211) specified by the system information of the ¥A control channel from the base station. Note that if a communication channel cannot be obtained, initialization is performed again (step 8).
02).

In this way, a telephone conversation similar to that at the time of the above-mentioned incoming call is performed (step 810), and then the conversation is terminated.

Next, the voice dial function of this car telephone device 100 will be explained in detail.

First, when voice dialing is performed using the car'rJ and the telephone W100, it is necessary to register the telephone number of the person to be dialed in advance. FIG. 13 is a flowchart showing such a registration operation, and the registration operation will be explained below based on this flowchart.

First, the registration mode is set (step 1301).

This is done by predetermined keystrokes in key portion 430 (step 13(12); for example, the operations may include rCLR, "X", "Y", "Z", rFUNCJ).
, "#", and "5" keys. Here, "X", "Y", and "Z" are unlock codes, that is, encryption codes set in advance by the user, etc. By setting unlock codes in this way, unauthorized registration by a third party can be prevented. , destruction of registered data, etc. is prevented.

When set to the registration mode in this manner, the car telephone device 100 temporarily stops functioning as a telephone. In other words, it becomes impossible to receive or originate calls. This prevents the registration operation from being disturbed by two incoming calls, etc., and allows correct registration. Furthermore, when the registration mode is set in this way, the ``LOCKJ'' display on the liquid crystal display 452 blinks, and the rPWR display lights up.

After this, f! whether to cancel the registration mode set in this way or not! Authentication is performed (step 1303).

This is done by operating a predetermined key in key portion 430. For example, to cancel registration mode, rFUN
This is done by pressing the rcLRJ key (step 1304).It should be noted that when the registration mode is canceled in this way, each part is reset (step 801).On the other hand, when the above-mentioned cancellation operation is If this is not done, the release operation is not performed and the registration mode is set.

Then, with the registration mode set in this way, it is checked whether or not to set the bank (step 1).
305), this is done by operating a predetermined key in key section 430. For example, the bank setting operation is performed by pressing the keys ``rRcL'', ``#'', and ``X'' in step 1306). Here, r
is the key "1" or "2", "3" ~ r9J,
"0", "#", and "ne" are set as prohibited keys.

Incidentally, bank setting means to register data to be registered, that is, telephone numbers, divided into a plurality of groups, and to perform voice recognition during voice dialing, which will be described later, in units of groups (banks). In the above example, if "X" is set to "1" and the bank is set, registration will be performed in bank "1", and "
When the bank is set by setting “X” to “2”, the bank “
2" is registered. Then, during speech recognition, if bank "1" is specified, recognition will be performed based on the registered data of only this bank "1", and if bank "2" is specified, this bank" Recognition is performed based on the registered data of only 2". However, by making such bank settings, multiple users can use one car phone device 100 to perform voice dialing according to data based on each person's utterance. This enables quick and reliable voice dialing.In addition, the convenience of voice dialing is improved by allowing one user to use different banks according to predetermined conditions, such as for business use or personal use. do.

Next, it is confirmed whether or not to cancel the data of the already registered voice dialing party (step 1307), which is canceled by operating a predetermined key in the key section 430 (step 13).
08), it should be noted that such cancellation is not performed when no key operation is performed.

Furthermore, in this car telephone device 100, there are a batch cancellation mode and an individual cancellation mode as modes for performing such cancellation. For example, setting the batch cancel mode is performed by pressing the rSToJ, "#J, r□" keys. By setting the batch cancel mode in this way, all the registered All of the data of the other party to be dialed, that is, the data regarding the other party's phone number and the corresponding registered voice data, will be canceled (erased) all at once. The previous data will no longer remain, preventing the occurrence of erroneous dialing due to data remaining.In addition, to set the individual cancel mode, press the rsTo, , r X J, and "Y" keys. It is done by Here, "X", "
"Y" is a registered address set for each data of the other party to be voice dialed, which will be described later. By allowing individual cancellation in this way, it becomes possible to cancel individual registration data, for example, if the frequency of use has decreased or if the registration data is no longer needed.

After this, the telephone number of the person to be voice dialed is set (step 1309), and this is done by operating a predetermined key in the key section 430 (step 1310).
For example, this operation can be done by pressing the other party's phone number using the number keys "0" to "9", or by pressing rRcL if the other party's phone number has been set in advance using the short dial.
This is done by pressing the speed dial after the , key and the number keys from rQ to "9". Note that the telephone number set in this manner is displayed on the liquid crystal display 452, and user confirmation is performed.

Thereafter, a registered address corresponding to the telephone number set as described above is set (step 1311).

This is done by a predetermined key operation in the key section 430 (step 1312), for example,
This is done by pressing the rsTOJ, "X", and ry keys. Here, "XJ,""Y" are "0" to "
This is the registered address indicated by the numeric key "9". In addition,
When the registered address is set in this way, the speaker 492
A predetermined ringing sound is output from the terminal to inform the user that, for example, a two-digit address corresponding to a nine-digit telephone number has been registered.

When the predetermined ringing sound is output in this way, the name, name, etc. of the other party corresponding to the telephone number set as described above is then registered by voice (step 1).
313) At that time, if any key in the key part 430 is pressed (step 1314), the screen becomes the same as when setting the registration mode (steps 1315 and 130).
2) With this, if the user makes an incorrect utterance, by pressing any key, the user can return to the initial setting of the registration mode.

Registration of the voice is performed by generating the voice twice (step 1316, step 1317). First, when the user speaks for the first time, for example, "office"
When the utterance is made, if the duration of the utterance is within a predetermined time (for example, 1 second), then the ``-'' sound is
Ring twice. This indicates that the first user's utterance has been accepted.

The user hears these two beeps and makes a second utterance. If the second utterance is also accepted, a message indicating that the voice has been registered, such as a message "Thank you", is sent in step 130. The phone number you set will be output by voice synthesis. When voice registration is completed in this way, the user will receive rFUNC and rC
Press the LRJ key to cancel registration mode. At this time, it is assumed that the input level is different when the voice recognition unit 350a generates the voice for the first time and the time for the second time,
These signals having different levels are used as audio data to be registered.

When the voice registration is performed in this manner, the telephone number set as described above is displayed on the liquid crystal display 452, and the voice of this telephone number is generated by the voice synthesis section 350b and output from the speaker 492.

This allows the user to confirm the registered telephone number, and prevents erroneous calls caused by erroneous registration.

Next, the voice dialing operation will be explained based on the flowchart shown in FIG.

First, if the bank is set, step 140
1) Specify the set bank (step 1402) This is performed by a predetermined key operation on key N430. For example, the operation is rRC
This is done by pressing the L, ``#'', and ``X'' keys. Here, "X" is "1" or r2. These numeric keys "1" and "2" correspond to bank "1" and bank "2", respectively. Note that the bank number designated in this way is displayed on the liquid crystal display 452, and confirmation by the user is performed.

Next, the voice dial mode (hereinafter referred to as recognition mode) is set (step 1403). This is part 4
This is done by a predetermined keystroke at 30. For example, this operation is performed by pressing down any of the numeric keys in key portion 430 for a predetermined period of time or more, for example, one second or more. Note that when the recognition mode is set in this way, the ringing sound when a key is pressed becomes different from the normal sound, and the user is informed that the recognition mode is set by the ringing sound from the speaker 492 (step 1404). )
At the same time, the recognition mode continues for a predetermined period of time, for example, 6 seconds. At this time, a recognition mode setting signal (H level signal) generated by a predetermined key operation is input to the OR circuit 422b via the control section 418 in FIG. 7.

When the recognition mode is set in this way, the state of the mode transition flag becomes "1" and the voice uttered by the user is recognized. It is possible to reset the recognition mode or cancel the recognition mode (step 14).
05, step 1406). For example, when any of the ten keys in the key section 430 is pressed for a predetermined period of time, for example, one second or more, the recognition mode is reset. In other words, by pressing the numeric keypad for a predetermined period of time, all previous voice recognition results are cleared and the speaker 49 is activated again.
A ringing sound is generated from 2. This is possible even during voice recognition (step 1407), so if the user utters an incorrect voice or wants to change the call destination, the recognition mode can be easily reset and voice dialing can be performed again. Become. Also, if you want to cancel, press 1 on either numeric keypad.
Recognition mode is canceled if the button is pressed for less than a second.

When the user utters a voice (step 1408), the voice recognition unit 350a recognizes the voice, accesses the corresponding telephone number, and sets the call flag to "1" as the user's intention to make a call (step 1408). step 1409),
The telephone number accessed in this way is displayed on the liquid crystal display 452, and the voice of this telephone number is generated by the voice synthesis section 350b and output from the speaker 492. This allows the user to confirm the telephone number and prevents so-called mistaken calls.

After this, by the liquid crystal display 452 or the speaker 492? ! ! When a predetermined period of time, for example, 3 seconds has elapsed since the telephone number began to be announced, a call is automatically made using the telephone number accessed as described above (steps 1410 and 1411), that is, step 12 in FIG.
After it is determined that there is an intention to make a call in step 06, the channel to which the calling signal should be sent is captured, the intention to make a call is confirmed, and voice recognition is performed via this channel. This operation is similar to the operation of sending out a call signal including at least the telephone number information recognized by the i1350a. This is done after a predetermined period of time has elapsed after the notification of the recognition result of the call, so that the above-mentioned telephone number of the user is confirmed during this period. Note that if the notified phone number information, which is the recognition result, is not the user's desired phone number (step 1409), the recognition mode is reset or canceled by pressing the numeric keypad for a predetermined time (step 1406); Or rEND.

When a key is pressed, processing such as canceling the call is performed, and a call interruption instruction signal is generated. Further, it is possible to make a call by performing a predetermined operation in the key section 430 before the automatic call is made.

For example, you can perform this operation by
This is done by pressing the J key. In this way, by being able to make a call without repeating automatic calls, the time required to make a call can be shortened.

[Effects of the Invention] As explained above, according to the car telephone device of the present invention,
The call is made with the correct phone number.

[Brief explanation of the drawing]

Fig. 1 is a block diagram showing the configuration of a car phone device according to an embodiment of the present invention, Fig. 2 is a diagram showing an example of mounting this car phone device, and Fig. 3 is a configuration of a radio device of this car phone device. FIG. 4(a) is a block diagram showing the configuration of the voice dial section of the radio of this car telephone device,
FIG. 4(b) is a circuit diagram showing a part of the configuration of the voice recognition section of the voice dialing section of this car phone device, and FIG. 5 is a voice recognition 1L of the voice dialing section of the wireless phone device of this car phone device.
FIG. 6 is a block diagram showing the configuration of the voice synthesis LSI of the automatic voice dialing section of this car telephone device, and FIG. 7 is a block diagram showing the configuration of the sI. ! ! FIG. 8 is a flow chart showing the connection control operation of this car phone device; FIG. 9 is a flow chart showing the operation when power is turned on during the connection control operation of this car phone device; Figure 10 shows this car'
gXi, a flowchart showing the initialization operation during the connection control operation of the talking device, FIG. 11 is a flowchart showing the operation after initialization during the connection control operation of this car phone device, and FIG. 12 is a flowchart showing the operation after initialization during the connection control operation of this car phone device. FIG. 13 is a flowchart showing the operation when making a call during control operation, FIG. 13 is a flowchart showing the operation when registering voice dial of this car phone device, and FIG. 14 is a flowchart showing the operation when recognizing voice dial of this car phone device. It is. 200...Antenna 300...Radio device 310...Radio unit 330...Audio/control unit 350...
...Voice dial section 350a...Voice recognition section 351...B/U (balanced/unbalanced) converter 351a, 412b, 42l b---Balance line 351b...An Balance line 352... Bypass filter 353... Amplifier 354... AGC circuit 357... Voice recognition LSI 358... RAM 400... ...Telephone 412.421... U/B (unbalanced/balanced) converter 494... Hands-free microphone 496...
...Handset microphone applicant Co., Ltd.
Toshiba agent Patent attorney Sa Suyama - Figure 5 Figure 6 Figure 9 Figure 110

Claims (15)

[Claims] (1) voice input means; voice recognition means for recognizing the voice input to the voice input means; number storage means for storing telephone numbers corresponding to predetermined voices in predetermined groups; and the voice recognition means. and calling means for reading out a telephone number corresponding to the voice recognized in the number storage means and making a call according to the telephone number, and making it possible to call up telephone numbers from the number storage means for each group. A wireless telephone device characterized by: (2) a voice input means; a voice recognition means for recognizing the voice input to the voice input means; a number storage means for storing a telephone number corresponding to a predetermined voice; and a voice recognized by the voice recognition means. comprising: a calling means for reading out a telephone number corresponding to the telephone number from the number storage means and making a call according to the telephone number; and a voice generating means, the telephone number being transmitted according to the telephone number when the telephone number is stored in the number storage means; A wireless telephone device, characterized in that said voice generating means generates a voice. (3) voice input means; voice recognition means for recognizing the voice input to the voice input means; number storage means for storing a telephone number corresponding to a predetermined voice; and the voice recognized by the voice recognition means. a calling means for reading out a telephone number corresponding to the telephone number from the number storage means and making a call according to the telephone number; and a voice generating means, the telephone number being read out from the number storage means, the voice generating means is configured to respond to the telephone number when the telephone number is read from the number storage means. A radio telephone device characterized in that the voice is generated by the voice generating means. (4) The radio telephone device according to claim 3, wherein the calling means makes a call according to the telephone number after the sound generating means has completed generating the sound according to the telephone number. . (5) voice input means; voice recognition means for recognizing the voice input to the voice input means; number storage means for storing a telephone number corresponding to a predetermined voice; and the voice recognized by the voice recognition means. a calling means for reading out a telephone number corresponding to the telephone number from the number storage means and making a call according to the telephone number; and a voice generating means, the telephone number being read out from the number storage means, the voice generating means is configured to respond to the telephone number when the telephone number is read from the number storage means. In a radio telephone device in which the voice generating means generates voice, the transmitting means is forced to make a call according to the telephone number before the voice generating means completes generating the voice according to the telephone number. A wireless telephone device comprising: means. (6) voice input means; voice recognition means for recognizing the voice input to the voice input means; number storage means for storing a telephone number corresponding to a predetermined voice; and the voice recognized by the voice recognition means. a calling means that reads a telephone number corresponding to the voice from the number storage means and makes a call according to the telephone number; and the calling means reads a telephone number corresponding to the voice recognized by the voice recognition means from the number storage means. and means for forcibly setting the voice recognition means to a re-recognition state before making a call according to the telephone number. (7) A first conversion means for converting human voice into an acoustic signal; a second conversion means for converting the acoustic signal into a digital signal; and a plurality of telephone number information corresponding to a plurality of different address information. a storage means for storing the digital signal and the address information; a comparison means for comparing the digital signal and the address information; reading means for reading telephone number information stored in association with address information from the storage means; selection means for selecting a channel for transmitting a calling signal; and a telephone number read by the reading means. 1. A radio telephone apparatus, comprising: sending means for sending a calling signal containing at least information through a channel selected by said selecting means. (8) a first converting means for converting a voice uttered by a human into an acoustic signal; a second converting means for converting the acoustic signal into a digital signal; and a storage means for storing at least one telephone number information. , recognition means for recognizing which telephone number information among the telephone number information stored in the storage means the digital signal converted by the second conversion means represents; and a recognition means for transmitting a calling signal. a selection means for selecting a channel; and based on the recognition result of the recognition means, transmitting a calling signal including at least telephone number information corresponding to the voice uttered by the human through the channel selected by the selection means. What is claimed is: 1. A wireless telephone device comprising: sending means for transmitting. (9) a first converting means for converting a voice uttered by a human into an acoustic signal; a second converting means for converting the acoustic signal into a digital signal; and a storage means for storing at least one telephone number information. , recognition means for recognizing which telephone number information among the telephone number information stored in the storage means the voice uttered by the human being represents, based on the digital signal converted by the second conversion means; , a notification means for notifying the recognized telephone number information based on the recognition result of the recognition means; a selection means for selecting a channel for transmitting a calling signal; and a telephone number information notified by the notification means. 1. A radio telephone apparatus, comprising: sending means for sending a calling signal containing at least the same telephone number information via the channel selected by the selecting means. (10) The wireless telephone device according to claim 9, wherein the notification means includes a visible display means for visually displaying the recognized telephone number information. (11) The wireless telephone device according to claim 9, wherein the notification means includes an acoustic conversion means for converting the recognized telephone number information into sound. (12) a storage means for storing at least one piece of telephone number information; an output means for recognizing a voice uttered by a human being and outputting corresponding telephone number information from the storage means based on the recognition result; and a voice dialing mode. a manual switch for generating a transition signal; a selection means for selecting a channel for transmitting a calling signal; and a manual switch for selecting a channel for transmitting a calling signal; 1. A radio telephone device comprising: sending means for sending a calling signal including at least telephone number information represented by the voice uttered by the human through a channel selected by the selecting means. (13) A conversion means for converting a voice uttered by a human into a digital signal; a storage means for storing at least one telephone number information; and a voice uttered by the human based on the digital signal converted by the conversion means. a recognition means for recognizing which telephone number information represents one of the telephone number information stored in the storage means; and a notification means for notifying the recognized telephone number information based on the recognition result of the recognition means. , a manual switch for generating a call interruption instruction signal, a selection means for selecting a channel for transmitting a call signal and generating a call signal transmission enable signal, and displaying telephone number information by the notification means. After that, based on the fact that the call interruption instruction signal is generated and the call signal sending enable signal is generated within a predetermined time, the call signal that includes at least the recognized telephone number information is selected. 1. A wireless telephone device, comprising: a transmitting means for transmitting data through a channel selected by the transmitting means. (14) Conversion means for converting a voice uttered by a human into a digital signal; a storage means for storing at least one telephone number information; and a voice uttered by the human based on the digital signal converted by the conversion means. a recognition means for recognizing which telephone number information represents one of the telephone number information stored in the storage means; and a notification means for notifying the recognized telephone number information based on the recognition result of the recognition means. , selection means for selecting a channel for transmitting a calling signal and generating a calling signal sending enable signal; and a selecting means for selecting a channel for sending a calling signal and generating a calling signal sending enable signal; and transmitting means for transmitting a calling signal containing at least recognized telephone number information through the channel selected by the selecting means. (15) a storage means for storing at least one piece of telephone number information; an output means for recognizing a voice uttered by a human being and outputting corresponding telephone number information from the storage means based on the recognition result; and a voice dialing mode. A manual switch for generating a transition signal; Based on the generation of a voice dialing mode transition signal by the manual switch, a notification means for notifying that the voice dialing mode has been entered; and selecting a channel for transmitting a calling signal. selection means for selecting, based on the occurrence of the voice dial mode transition signal and the output signal from the output means, telephone number information represented by the voice uttered by the human via the channel selected by the selection means; 1. A wireless telephone device comprising: sending means for sending out a calling signal including at least the above.