JPH08307301A - Portable radio equipment - Google Patents

Abstract

PURPOSE: To provide a portable radio equipment capable of surely transmitting a call received from a transmitter. CONSTITUTION: The radio equipment is provided with a receiving tone outputting means 12 allowed to be fitted as insertible into/separable from a human ear and capable of outputting a receiving tone based upon an input signal, a receiving part 42 for receiving a transmitting signal from an opposite party and outputting the received signal to the means 12, a vibrator 15 connected to the receiving part 42 through a cable, constituted independently of the means 12 and capable of transmitting the reception of the transmitting signal by vibration, a call data detecting means 30 for detecting call data expressing a call from the received signal, and a vibrator starting part 30 for driving the vibrator 15 for prescribed time when the detecting part 30 detects the call data.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a portable wireless device, and more particularly to a portable wireless device such as a built-in headphone type, a belt mounting type and a pocket storage type.

[0002]

2. Description of the Related Art At a construction site, etc., it is necessary to receive and respond to the next work instruction while working, so a hands-free portable wireless device should be used so that both hands can use it freely. I am using. As this type of portable wireless device, the applicant has already proposed a portable wireless device in which a transceiver unit is incorporated in the headphone main body and a speaker for outputting a reception sound from the receiving unit is provided in an ear cup of the headphone. (Japanese Patent Application No. 5-58274). In the portable wireless device proposed by the applicant, when the receiving unit receives the calling voice signal from the other party and outputs the received sound from the speaker in the ear cup, the speaker from the speaker is used while working with both hands. You can listen to the received sound and receive the next work instruction, or use the microphone to talk to the other party.

[0003]

However, the portable wireless device proposed by the applicant has the following improvements. That is, since external sound is blocked when the headphones are worn, it may be necessary to remove the headphones if it is necessary to work while checking the sound generated during the work. Further, it is a pain for the worker to wear the headphones all the time when it is hot and humid such as summer, which leads to a reduction in work efficiency. Therefore, the headphones may be detached and worn around the neck. In these cases, unless the headphones are worn on the ears, the communication with the other party who is instructing the work is not possible, and the other party cannot transmit the work instruction or the call.

On the other hand, even if the incoming of the received signal is transmitted by a transmission means such as vibration or sound, it is necessary to ensure the transmission. For that purpose, it is preferable that the transmission operation of the transmission means is performed for a long time to some extent, and the operator is promptly reset in order to prevent the battery from being exhausted early. However, when the worker is working with both hands and the incoming call transmission operation is performed by the transmission means, the worker must interrupt the work in order to perform the reset operation.

The present invention has been made in view of such an improvement, and a main object of the present invention is to provide a portable radio apparatus capable of reliably transmitting a call from the transmitting apparatus side. It is another object of the present invention to provide a portable wireless device that can stop its calling operation in a hands-free manner.

[0006]

In order to achieve the above object,
The portable radio device according to claim 1 is detachably attached to a human ear, and receives sound output means for outputting a reception sound based on an input signal, and a reception signal for receiving a reception signal received from a transmission destination. A receiving unit that outputs to the output unit and a receiving sound output unit that is connected to the receiving unit via a cable and is configured separately from the receiving unit, and a vibrator for transmitting the reception of the transmission signal by vibration, and calling. It is characterized by further comprising a calling data detecting section for detecting calling data representing the received signal from the received signal, and a vibrator starting section for operating the vibrator for a predetermined time when the calling data detecting section detects the calling data.

According to another aspect of the portable radio apparatus of the present invention, when the call data representing the call is received by the receiving unit,
A portable device provided with an incoming call transmission unit for performing an incoming call transmission operation for transmitting reception of call data and a reception sound output unit for outputting a reception sound based on a reception signal received by the reception unit. A wireless device, a voice signal input unit configured to be separate from the reception sound output unit and inputting a voice signal, a voice signal detection unit detecting that a voice signal is input to the voice signal input unit, and a voice An incoming call transmission operation stopping unit that stops an incoming call transmission operation by the incoming call transmission unit when an input of a voice signal is detected by the signal detection unit.

A portable radio apparatus according to a third aspect is the portable radio apparatus according to the second aspect, wherein the transmitting section for transmitting the voice signal input to the voice signal input section and the incoming call transmitting section transmit the incoming call. And a transmission control unit that operates the transmission unit when the audio signal detection unit detects the input of the audio signal to the audio signal input unit when not operating. And

A portable radio device according to a fourth aspect is the portable radio device according to the third aspect, and further includes a storage section for storing incoming call unconfirmed data indicating that the incoming call transmission section has not responded to the incoming call transmission operation. And a transmission data output control unit for outputting the stored incoming call unconfirmed data to the transmission unit, and the transmission control unit is configured to transmit the transmission unit when the reception transmission operation of the reception transmission unit cannot be stopped by the transmission unit. Also, the transmission data output control unit is operated to cause the transmission unit to transmit the incoming call unconfirmed data stored in the storage unit.

A portable radio apparatus according to claim 5 is the portable radio apparatus according to any one of claims 2 to 4,
The audio signal input unit is a vibration detection type microphone configured to be attached to the throat and inputting an audio signal by detecting vibration of the throat.

A portable radio apparatus according to claim 6 is the portable radio apparatus according to any one of claims 2 to 5,
The incoming call transmission unit is configured to be attachable to the throat, and is a vibrator that transmits reception of call data by vibration.

[0012]

In the portable radio apparatus according to the first aspect, when the receiving section receives the transmission signal from the other party, the calling data detecting section detects the calling data representing the calling from the received signal. When the call data is detected, the vibrator activation unit operates the vibrator for a predetermined time. For this reason,
Even when the user removes the received sound output means such as headphones or earphones from their ears when it is necessary to work while checking the sound generated during the work, it is separate from the received sound output means. If the vibrator is attached to the human body,
The vibration of the vibrator makes it possible to know that there is a call. As a result, the worker can listen to the received sound by wearing headphones or the like in his ears.

In the portable radio apparatus according to the second aspect, when the receiving unit receives the call data, the incoming call transmitting unit is
Signals that call data has been received. In this case, for example, even if the headphones or earphones as the reception sound output unit are removed from the ear, if the voice is input to the voice signal input unit that is separate from the headphones, the voice signal is input by the voice signal detection unit. It is detected, and accordingly, the incoming call transmission operation stopping unit stops the incoming call transmission operation of the incoming call transmission unit. In this way, without any switch operation,
Since the incoming call transmission operation of the incoming call transmission unit can be immediately stopped only by uttering, the work does not have to be interrupted to stop the incoming call transmission operation of the incoming call transmission unit, and as a result, work efficiency is improved. In this case, in order to reliably call the user, even when a power consuming unit such as a vibrator is used as the incoming call transmitting unit, the incoming call transmitting operation can be immediately stopped,
Low power consumption is realized, and it is possible to prevent the battery of the portable wireless device from running out of battery early.

According to another aspect of the portable radio apparatus of the present invention, the transmission control section is configured such that when the incoming call transmitting section is not performing the incoming call transmitting operation, the voice signal input section inputs the voice signal to the voice signal detecting section. Activate the transmitter when detected by. Therefore, when the call data is transmitted from the other party and the incoming call transfer operation by the incoming call transfer unit is being executed,
If the receiving side responds, the response voice is input to the voice signal input section, and after the incoming call transmission operation stop section stops the incoming call transmission operation, the transmission control section automatically activates the transmission section, and the response Audio is transmitted. As a result, the portable wireless device can be configured as a simplex transmission / reception device.

In the portable radio apparatus according to the present invention, when the receiving section receives the call data and the incoming call transfer section is performing the incoming call transfer operation, the incoming call transfer operation is stopped by the incoming call transfer operation stop section. If not, the transmission control unit operates the transmission unit and the transmission data output control unit to transmit the unconfirmed incoming call data stored in the storage unit. For this reason, at the other party, when the incoming call unconfirmed data is transmitted, the user of the portable wireless device can know that he / she does not notice the call or cannot answer the call for some reason. On the other hand, if there is no response and the unconfirmed incoming data is not sent, the other party may have a fault in the portable wireless device, outside the communication area, or the battery is dead. You can know that you are in a state.

In the portable radio apparatus according to the fifth aspect, when the user utters while the incoming call transfer operation is being performed by the incoming call transfer unit, the vocal cords vibrate due to the utterance, and the vibrations vibrate. The detection type microphone detects. In this way, the incoming call transmission operation can be reliably and easily stopped by the user's utterance, and the voice signal input unit detects the vibration caused by the utterance, so that the incoming call transmission of the incoming call transmission unit is performed by the external sound. The operation cannot be stopped by mistake.

In the portable radio apparatus according to the sixth aspect, the fact that the call data is received is transmitted by the vibration of the vibrator attached to the throat. Therefore, even when the portable wireless device is used in a place where external noise is large, such as a construction site, the other party can reliably call the receiving side. Further, since the throat portion is more sensitive to vibrations than when it is worn on the arm or the like, the motor as a vibrator can be downsized and its power consumption can be reduced.

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A portable radio apparatus according to an embodiment of the present invention will be described in detail below with reference to the drawings. FIG. 1 shows the overall configuration of a portable wireless device 1 that can be mounted on a helmet H. The portable wireless device 1 includes mounting fixtures 2 and 2 for fixing to the left and right side surfaces of the helmet H, and a fixing band 3 that prevents the positional displacement by pulling the mounting fixtures 2 and 2 together. The left and right ear cups 5 and 6 that are held by the mounting fixtures 2 and 2 via the arms 4 and 4 and that can be moved to the outside of the helmet H and locked are provided. In the left ear cup 5, a main electric circuit of the portable wireless device 1 is built in and an antenna 11 is attached. On the other hand, in the right ear cup 6, a speaker (reception sound output means) 12 is built in, and a rechargeable battery 13 (see FIG. 2) is built in the protruding portion 6a. Various electric circuits built in the left and right ear cups 5 and 6 are connected to each other by a signal cable (not shown), and various signals are transferred via the signal cable.

The right ear cup 6 is provided with a connector (not shown) connected to the above-mentioned signal cable, and a mounting ring 8 is connected to the connector via a cable 7. The mounting ring 8 is made of a hard plastic resin having elasticity and can be mounted on the human throat. A microphone (voice signal input section) 14 is attached to one end of the mounting ring 8 on the cable 7 side, and a vibrator (incoming call transmission section) 15 is attached to the other end.
Is attached. The microphone 14 is a vibration detection type so-called bone conduction microphone, detects vibration of the vocal cords transmitted to the throat portion when a human utters, and converts the vibration (voice signal) into an electrical voice signal. Further, when the receiving unit 42 (see FIG. 2) receives call data described later, the vibrator 15 transmits the incoming call by vibrating (incoming call transmitting operation).

The portable radio apparatus 1 is a simplex type transceiver, and is of a type capable of switching from a receiving state to a transmitting state by voice.
In the receiving state, the portable wireless device 1 receives the call data (for example, numbers "1" and "0" arranged in a predetermined order in advance) representing a call from the other party, in the receiving unit 42.
When received by the vibrator 15, the vibrator 15, for example, 2
While vibrating for 0 second, the ringing tone is output from the speaker 12 for the same time. As a result, if the user wears the wearing ring 8 on the throat, even when the ear cups 5 and 6 are moved to the outside of the helmet H and locked, the vibration of the vibrator 15 causes the other party to call. The user is informed of the existence. In this case, when the user utters, the portable wireless device 1 changes the microphone 1
4, the vibration caused by the utterance is converted into a voice signal, and when the converted voice signal is equal to or higher than a predetermined level,
The vibration of the vibrator 15 and the output of the ringing tone are stopped, and the voice signal is transmitted by the transmitter 41 (see FIG. 2). The portable wireless device 1 receives the normal voice signal other than the calling data when it receives the vibrator 1
Without vibrating 5 or outputting a ringing tone,
The received audio signal is output from the speaker 12.

On the other hand, when the user speaks into the microphone 14 at a predetermined level or higher in the reception state, the portable radio apparatus 1 automatically enters the transmission state, and the radio signal modulated by the voice is transmitted from the antenna 11. Send.

Next, the electric circuit of the portable radio apparatus 1 will be described with reference to FIG.

As shown in the figure, the portable wireless device 1 is
In addition to the components described above, the transmitting / receiving unit 21, the microphone signal amplifying unit 22, the signal delaying unit 23, the voice signal detecting unit 24, and the low frequency for amplifying the received signal output from the transmitting / receiving unit 21 with a predetermined gain. An amplification unit 25, a ringing tone generating unit 26 that generates a ringing tone when calling data is transmitted from a partner (not shown), and a ringing tone generated and received by the ringing tone generating unit 26 based on a switching signal. A switch unit 27 for switching to one of the signals and outputting to the low-frequency amplification unit 25, a display unit 28 for displaying various data such as the content of the received signal, an operation program of the control unit 30, calling data and unconfirmed incoming data. A ROM (storage unit) 29 for storing such information, and a control unit (call data detection unit, vibrator activation unit, incoming call transmission operation stop unit, transmission control unit, transmission data output control unit) 30 MSK signal (Minimum Shift Keyi
ng) is converted into a digital signal, and an MSK / digital signal conversion unit 31 and a digital / MSK signal conversion unit 32 that converts the digital signal into an MSK signal are provided.
The incoming call unconfirmed data stored in the ROM 29 is
Numerical values "1" and "0" are arranged in a predetermined order that is agreed in advance. This data is read by the control unit 30 and transmitted by the transmission unit 41 when call data is transmitted from the other party and the user of the portable wireless device 1 does not notice the call.

The transmitter / receiver 21 includes a transmitter 41 and a receiver 42.
And an antenna switch 43. Transmission unit 41
Is not particularly limited, but FM waves in the 430 MHz band,
It is configured to be able to transmit at 10 mW. Further, the receiving unit 42 can receive an FM wave having the same frequency as the transmission frequency, and is configured to output a squelch signal (not shown) to the control unit 30 while receiving the reception signal. In the transmitter / receiver 21, when the controller 30 outputs a transmission control signal (press signal), the transmitter 41 operates, and when the receiver 30 outputs a reception control signal, the receiver 42 operates.
A simplex wireless device is configured. The antenna switch 43 connects either one of the transmission unit 41 and the reception unit 42 to the antenna 11, and switching of the connection is controlled by a transmission control signal of the control unit 30.

The microphone signal amplification section 22 amplifies the audio signal output from the microphone 14 to a predetermined level, and outputs the amplified audio signal as a microphone signal to the signal delay section 23 and the audio signal detection section 24.

The signal delay unit 23 is composed of a so-called BBD element, delays the microphone signal and outputs it to the transmission unit 41. Specifically, the signal delay unit 23 causes the microphone signal to be equal to or longer than the time difference from when the vibration signal (voice signal) is first input to the microphone 14 to when the transmission unit 41 is activated by the control unit 30. Delay.
As a result, the signal delay unit 23 prevents the transmission voice from being truncated at the time of transmission.

When the microphone signal is above a predetermined level, the voice signal detection section 24 determines that the voice signal is input and outputs a voice detection signal which is a high level signal to the control section 30. Specifically, the audio signal detection unit 24
Includes an amplification unit 51, a rectification unit 52, and a comparison unit 53. In the audio signal detection unit 24, the amplification unit 51 amplifies the microphone signal output from the microphone signal amplification unit 22 with a predetermined gain, and the rectification unit 52 rectifies the amplified microphone signal. Then, the comparison unit 53 compares the voltage value of the rectified microphone signal with the reference voltage value of the reference voltage power supply (not shown) connected via the resistor 54, and the voltage value of the rectified microphone signal is When it is larger than the reference voltage value, the voice detection signal is output to the control unit 30. In this case, the voice detection signal is generated based on the voice level caused by the vibration of the throat detected by the microphone 14, so that the vibrator 15 is not accidentally stopped by an external sound during work or the like. The comparison unit 53 includes a Schmitt trigger IC provided inside.
The waveform of the voice detection signal is shaped by (not shown). The reference voltage value is, for example, the microphone signal amplification unit 2
The voltage value is slightly larger than the average voltage value of the noise signal that would normally be included in the microphone signal output from the terminal 2, and is preset by a variable resistor (not shown).

The ringing tone generation section 26 generates a ringing tone when the receiving section 42 receives the ringing data. When the ringing tone generation signal is output from the control section 30, a predetermined ringing tone is generated by the internal oscillator. Produces a sound. In this case, a beep sound or a pseudo voice for response such as "please contact" is used as the ringing tone.

The control unit 30 controls all of the portable wireless device 1 such as transmission / reception switching processing including call data reception processing and display processing (which will be described later). A chip microcomputer and a driver for starting the vibrator 15 are provided.

The MSK / digital signal converter 31 converts the calling data, which is the MSK signal output from the receiver 42, into a digital signal and outputs the digital signal to the controller 30. In addition, the digital / MSK signal conversion unit 32 includes the control unit 30.
The incoming call unconfirmed data output from is converted into an MSK signal and output to the transmission unit 41.

Next, the overall operation of the portable radio device will be described with reference to FIGS. The control described below is performed by the control unit 30 unless otherwise noted.

First, the transmission / reception switching process described above will be described. In the normal state, the reception unit 42 is operated by outputting the reception control signal to the reception unit 42, and the output of the transmission control signal is stopped to put the transmission unit 41 into the operation stop state. In this state, the call data reception process is executed. In this process, as shown in FIG. 3, whether or not the received signal output from the receiving unit 42 via the MSK / digital signal converting unit 31 includes the calling data that is the same as the calling data in the ROM 29. It is monitored (step 61). When there is call data (see FIG. 4 (a)), the built-in driver is turned on and a vibrator activation signal (see FIG. 4 (b)) of a predetermined repetition frequency is output, so that the vibrator 15 is operated for 20 seconds only. Vibrate (step 62). At the same time, the ringing tone generation signal that is a continuous signal is output to the ringing tone generation unit 26 and the switching signal is output to the switch unit 27. As a result, the ringing tone is output from the speaker 12 (step 62).

Next, by monitoring the voice detection signal, it is monitored whether or not the voice signal is input to the microphone 14 (step 63). When a voice signal is input to the microphone 14 and a microphone signal (see FIG. 7C) is input to the voice signal detector 24, the voice signal detector 2
4 outputs a voice detection signal ((d) in the figure). When this voice detection signal is input to the control unit 30, the operation of the vibrator 15 is stopped and the generation of the ringing tone is stopped (step 64). Next, when the voice detection signal is continuously output, the transmission control signal (see (f) in the figure)
Is output to activate the transmission unit 41, and the transmission unit 41 transmits the microphone signal delayed by the signal delay unit 23 (see (e) in the figure). on the other hand,
When the voice detection signal is not output, it is monitored whether 20 seconds have passed since the vibrator 15 was activated (step 65). When 20 seconds have elapsed, a transmission control signal (see FIG. 5C) is output to operate the transmitter 41. At the same time, the incoming call unconfirmed data is read from the ROM 29 and the incoming call unconfirmed data (see FIG.
Output) to the digital / MSK signal converter 32,
The transmission unit 41 transmits the unconfirmed incoming data (step 66).

On the other hand, in the display control processing, the display unit 28 displays the display data regarding the operating state of the transmission / reception unit 21 and the selection state of the frequency channel switch (not shown).
And outputs them to the display unit 28.

As described above, according to this embodiment, when the user removes the headphones 5 and 6 from their ears, for example, when the user needs to work while checking the sound generated during the work. When the call data is received by the receiving unit 42, the vibrator 15 is vibrated so that the call from the other party is reliably transmitted to the user. Also,
When the vibrator 15 vibrates, the microphone 14
It is possible to stop the vibration of the vibrator 15 only by uttering a voice to the user without operating the switch. As a result, it is possible to improve the work efficiency without interrupting the work for stopping the vibrator 15.

In particular, when the vibrator is configured to vibrate for a long time in order to reliably convey the call to the user of the portable radio device 1, the vibration can be immediately stopped, which results in low power consumption. Electrification is realized.
As a result, it is possible to prevent the battery of the portable wireless device from running out early.

When the vibrator 15 is vibrating and the voice detection signal is not input, the transmission unit 41 transmits the unconfirmed incoming call data.
In this case, it is possible to know that the user of the portable wireless device 1 does not notice the call or cannot answer the call for some reason. On the other hand, if there is no response and the unconfirmed incoming data is not sent,
The other party can know that the portable wireless device 1 is in any state such as a malfunction, outside the communicable area, and dead battery.

In the present embodiment, the signal delay unit 2
Although the example in which the microphone signal is delayed by 3 has been described, for example, after the microphone signal output from the microphone signal amplification unit 22 is converted into digital data by the A / D converter, it is stored in the RAM or the like, and after a predetermined time elapses. Alternatively, the digital data may be read from the RAM, converted into an analog signal by the D / A converter, and output to the transmitting unit 41. In this case, as a result that the signal delay unit 23 can be integrated,
It is possible to reduce the size and cost of the portable wireless device 1.

In the present embodiment, the simplex type portable wireless device has been described as an example, but the present invention is not limited to this and can be applied to a duplex type portable wireless device. In the case of the duplex system, it is preferable that a notch filter or the like for removing a signal component equal to the vibration frequency of the vibrator 15 is provided in the transmitter 41 so that the vibration of the vibrator 15 is not transmitted. In this case, transmission of the vibration frequency of the vibrator 15 is prevented.

As the incoming call transmission unit, a sound transmission unit such as a piezoelectric buzzer or a light transmission unit, which is configured separately from the reception sound output unit, may be used.

Further, in the present embodiment, whether or not the voice signal is input to the microphone 14 is determined by the analog level determination of the level determination 24, but the present invention is not limited to this, and linear prediction analysis processing and spectrum analysis are performed. It is also possible to use a digital voice detection method such as a method.

Further, in the present embodiment, the MSK signal is transmitted as the incoming call unconfirmed data, but the present invention is not limited to this, and a message with a pseudo sound may be transmitted.

Further, in this embodiment, the portable radio device 1
Although the example in which the ear cups 5 and 6 are attached to the helmet H has been described, the present invention is not limited to this, and the ear cups 5 and 6 may be attached to both ends of the headband without using the helmet. May be configured separately. Further, the mounting structure can be modified appropriately.

Further, it is preferable that mute means for preventing the reception sound based on the calling data from being output from the speaker 12 is provided, and the control section 30 controls the mute means when the calling data is received.

[0045]

As described above, according to the portable radio apparatus of the present invention, by vibrating the vibrator,
The reception of the call data can be reliably transmitted to the user. In this case, if the vibrator is attached to the human body such as the throat, the incoming call of the received sound can be transmitted more reliably.

Further, for example, in the case where headphones or earphones are used as the reception sound output section in order to work with both hands, an incoming call can be transmitted simply by speaking without any switch operation. Since the incoming call transmission operation of the unit can be stopped, the work is not interrupted for stopping the incoming call transmission operation, and as a result, the work efficiency can be improved. Furthermore, since the incoming call transmission operation of the incoming call transmission unit can be immediately stopped,
Low power consumption is realized, and it is possible to prevent the battery of the portable wireless device from running out of battery early.

Further, when the incoming call transfer operation of the incoming call transfer unit cannot be stopped by the incoming call transfer operation stopping unit, the incoming call unconfirmed data in the storage unit is sent from the sending unit, so that the other party sends the incoming call unconfirmed data. When it has been done,
The user of the portable wireless device can know that the call is not noticed or cannot be answered for some reason. On the other hand, if there is no response and the unconfirmed incoming data is not sent, the other party may have a fault in the portable wireless device, outside the communication area, or the battery is dead. You can know that you are in a state.

[Brief description of drawings]

FIG. 1 is a configuration diagram of a portable wireless device according to an embodiment.

FIG. 2 is a block diagram of a portable wireless device according to the present embodiment.

FIG. 3 is a flowchart showing a call data reception process of the control unit according to the present embodiment.

FIG. 4 is a timing chart in the call data reception process of the control unit according to the present embodiment.

FIG. 5 is a timing chart in the call data reception process of the control unit according to the present embodiment.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Portable radio device 12 Speaker 14 Microphone 15 Vibrator 23 Signal delay part 24 Audio signal detection part 29 ROM 30 Control part 41 Transmission part 42 Reception part

Claims (6)

[Claims] 1. A reception sound output unit that is detachably attached to a human ear and outputs a reception sound based on an input signal, and a reception signal that receives a transmission signal from a partner is output to the reception sound output unit. A receiver and a vibrator connected to the receiver via a cable and configured separately from the received sound output means, for transmitting by vibration that the transmission signal is received, and a call. A calling data detection unit that detects calling data from the received signal; and a vibrator starting unit that operates the vibrator for a predetermined time when the calling data detection unit detects the calling data. Portable wireless device. 2. When an incoming call data representing a call is received by the receiving unit, an incoming call delivering unit that performs an incoming call delivering operation for delivering the receipt of the calling data, and an incoming call delivering unit that receives the incoming call data. A portable wireless device comprising: a received sound output unit that outputs a received sound based on the received signal, wherein an audio signal input unit that is configured separately from the received sound output unit and that inputs an audio signal; , An audio signal detection unit that detects that an audio signal is input to the audio signal input unit, and the incoming call transfer operation by the incoming call transfer unit when the input of the audio signal is detected by the audio signal detection unit. A portable wireless device comprising: an incoming call transmission operation stopping unit for stopping. 3. A transmission unit for transmitting a voice signal input to the voice signal input unit, and a time when the incoming call transmission unit is not performing the incoming call transmission operation. The portable radio apparatus according to claim 2, further comprising: a transmission control unit that operates the transmission unit when an input of a voice signal is detected by the voice signal detection unit. 4. A storage unit for storing incoming call unconfirmed data indicating that the incoming call transfer unit has not responded to the incoming call transfer operation, and a transmission data output for outputting the stored incoming call unconfirmed data to the transmission unit. A control unit, the transmission control unit, when the incoming call transfer operation of the incoming call transfer unit is not stopped by the incoming call transfer operation stop unit,
4. The portable wireless device according to claim 3, wherein the transmission unit and the transmission data output control unit are operated so that the incoming call unconfirmed data stored in the storage unit is transmitted by the transmission unit. 5. The vibration signal input unit is a vibration detection type microphone that is configured to be attached to a throat and that inputs a sound signal by detecting vibration of the throat. 5. The portable wireless device according to any one of 4 above. 6. The vibrator according to claim 2, wherein the incoming call transmission unit is a vibrator that is configured to be attached to the throat and that transmits the reception of the call data by vibration. A portable wireless device as described.