JPS6085632A - Telephone response device - Google Patents

Abstract

PURPOSE:To attain automatic response of disabled transmission by activating a voice synthesis circuit in response to an output from a call detection means and a transmission-disabled state detecting means and transmitting the voice signal to an opposite side of talking of a caller. CONSTITUTION:The voice signal from the opposite party led out to a speaker 3 from a car telephone set 2 is amplified by an amplifier circuit 16 and given to a voice recognition circuit 18. The signal from a voice recognition circuit 18 is inputted to a processing circuit 8 via an input/output port 20 from a line 19. A signal from a switch 21 is given to the input/output port 20 and this signal is also fed to the processing circuit 8. The switch 21 is operated if the driver cannot make talking by using the telephone set because the driver is driving a car. When a phrase selection input signal from the processing circuit 8 is given to a voice synthesis circuit 11 via an input/output port 10, the voice signal uttered individually in response to the phrase selection input signal is amplified by an amplifier circuit 14, transmitted from an antenna 1 via the car telephone set 2 and transmitted to the opposite party on the way of talking.

Description

DETAILED DESCRIPTION OF THE INVENTION TECHNICAL FIELD The present invention relates to an acupuncture device that responds to a call from a telephone caller.

BACKGROUND TECHNOLOGY With so-called mortar type 1-arashi telephones installed in automobiles, it is not desirable from the viewpoint of safe driving to use 1-Fii telephones while driving. Therefore, while driving or the like, it would be convenient if the person on the other end of the VL conversation could be automatically notified of the situation in which the conversation cannot be made.

An object of the present invention is to provide a novel telephone answering device that can automatically respond to the caller that the call cannot be made.

Embodiment FIG. 1 is a block diagram of an embodiment of the present invention. In this mobile 5 response device, high frequency signals from an antenna 1 mounted on a car are received by a car antenna 2. This motor vehicle control device 2Vc
is connected to a handset 5 equipped with a speaker 3 and a microphone 4. When I'm in a car, I can use my 52-handed handset to make m'phone calls. The automatic East Army 15 device 2 is connected to a processing circuit 8 realized by a microcomputer or the like via an interface 6 and a port door. A magnetic recording/reproducing device 9 for recording and reproducing a kayak tape is connected to the automobile telephone device 2 in connection with the automobile telephone interface 6 and the input/output port door. The processing circuit Svc is connected to the voice synthesis circuit 11 through the input/output terminal tF-to10''f.The voice signal from the voice synthesis circuit 11 is sent from the line 12 to the speaker 13VC provided in the imperial cabin of the automobile. At the same time, the amplifier circuit 14 amplifies the sound of the handset 5.
The signal from the microphone 4/) is inputted from the line 15 to the control device 2.

Self + MrL * +h The audio signal from the other party that is output from the device 2 to the speaker 3 is also sent to the amplifier circuit 16.
The signal is amplified from Vc and applied to the voice recognition circuit 18T/c together with the voice signal from the microphone 17. The signal from the voice synthesis circuit 18 is input from the line 19 through the input/output port 20 to the shrimp circuit 1i38VC. A signal from the switch 21 is applied to the input/output board 20, and the operation of the processing circuit 8 can be controlled by inputting this signal manually to the six-channel circuit 81C. The switch 21 is operated by the driver when he or she is unable to make a telephone conversation, such as while driving. The output from the audio opening circuit 18 is also provided to the processing circuit 8 via an input/output port 22.

Speech synthesis circuit 111-II: Scream IIl! via input/output board 101! When the phrase selection input signal t shown in Table 1 from the circuit 8 is applied, a voice signal for producing a voice corresponding to the phrase selection input signal individually is derived from line 121 (1 [ As described above, the optical voice content is converted into a sewing table by the speaker 13, and the amplification time is also changed to °S14.
h'BS', q is amplified and transmitted from the antenna 1 via the car telephone device 2 from line 15 to the other party on the other end of the call.

Table 1 Seats 23 of all seats 1 installed in 11 compartments of automobiles
Seven switches 25°z6 are provided on the backrest portions 24 and k, respectively. These switches 25 and 26 are like this one, which only conducts 1m when there is someone in the seat.
U is the same for all seats. Switch 25.
The output from the input/output port 28η is applied to the processing circuit 8 via the chattering removal circuit 27. The chattering elimination path 27 eliminates chattering pulses when the switches 25, 26 are fed.

FIG. 2 is a flowchart for explaining the operation of the processing circuit 8. Moving from step nl to step n2,
11-handed sword) from V-eq is the sword) or the sword 1 that came out is judged i]
Ru. Opponent sword 1, v1, ``When the shop approaches, the process moves to step n3, where it is determined whether the car's prisoner is absent or not.

When there is a person in the vehicle, at least one of the switches 25 and 26 is turned on, and the operation of step n4 is performed. In step n4, it is determined whether or not the person inside the vehicle can get out of the vehicle, that is, whether or not the person in the vehicle can answer the call from the other party. The operation in step n41c is performed when the switch 21 is operated by one actuation of the switch 21 to respond to ρ11j as described above. If the switch 21 is not operated, the process moves to step n51c.

A: It is impossible to do the sentence i.
2, that is, when the switch 21 is operated, the process moves to step n7, and the phrase selection input signal [11111011J is outputted from the processing circuit 8 via the input/output capo) 10, whereby the speech synthesis circuit 11 outputs the message "Answer the telephone now". not. Where do you put the bales? (Please send me a message. You can hear the sound and it is transmitted to the other party via two automatic direct telephone devices.

In step n3, when it is determined that there is no one in the room, the PC causes the clear voice synthesis circuit 11 to emit an audio signal -t- indicating that there is no one in the mouse room in step n6. For this purpose, the (b ground circuit 6F1'8) receives the τ phrase selection input signal "10000" via the input/output circuit 10.
010J is generated, and by kneading, the speech synthesis circuit 11
utter a voice signal on line 12 that says ``I'm not home.'' This voice (number d) is turned into sound by the speaker 13 and transmitted from the Jikano W talk device 2 to the other party.

In step n8, information indicating whether or not to record a message from the other party is transmitted to the other party. In step n8, which is overconfident, the fly-buried angle 1 path 8 receives the phrase selection input strings “1ll11111J and “111” via the input/output boat 10.
11110'', which causes line 12 to say ``Do you want to convey your message?''. If you want to tell me, yes. If you don't want to tell me, please say no. ” and “When you have finished speaking the message, please mark the end.” are uttered. This content is transmitted to the other party by the self@m silent device. In step n9, it is determined by the magnetic recording/reproducing device 9 whether or not the other party's message is to be recorded. It is determined that τ should be recorded in step n9.
When the analysis is completed, that is, when the 414th hand answers "yes", the VC will say that the content of the 7th is ``Kisei Fa #RIql Ii''
! ! 118 and is applied from the input/output port 22 to the processing circuit 8, which causes the four-way circuit 8 to activate the magnetic recording/reproducing device 9 and record the other party's message in steps nlO&ca.

If there is no need to record, in other words, if the other party says "No", then step n9 to step nil.
Move to phrase selection input double sign r1001fl I L I
Roll a J for 4, thereby telling the other party, "I'm sorry."
is sent.

In step nlO, when the message from Irote 1 is being recorded by the magnetic recording and reproducing device 9, in step n12, g Ic indicates that the other party has uttered "end", and the speech synthesis circuit 18 In other words, the processing circuit 8 receives the signals from the input/output port 22 and the processing circuit 8 from the magnetic recording/reproducing device 9 &
The recording state by C is stopped at Stellar drive n13.

The processing logic 1i@8 can output the phrase selection input signal shown in Table 1 in response to the other input signal 'I-), and activate the speech synthesis circuit 11. .

Effects As described above, according to the present invention, it is possible to notify the other party in the dictionary that F > answer is not A when the other party's power is resolved. be.

[Brief explanation of the drawing]

The 11th leprosy is a block diagram of an embodiment of the present invention, and the 21st ¥1
2 is a flowchart for explaining the operation of the embodiment shown in FIG. 1. FIG. 2...Self-stop-''talking device surface, 3.13...Speaker, 4゜17...Microphone, 6...Automatic direct link,
11 fortune interface, 7, 10, 20, 22.28・
・・Input/output boat, 8・Spoof circuit, 11・speech synthesis circuit-6, i4゜16・amplifier circuit, 18・・sound opening circuit, 21, 25.26 ...Switch, 2
7...Chattering Elimination Circuit Agent Patent Attorney Kei Nishi - Immediately

Claims (1)

[Claims] A call detection means for detecting the call of Lightning Episode 1, and '? lf,
There is an IFA in response to a call from i'tri to detect that it is not possible to send a call, and a voice message that responds to a human power signal pζ to indicate that it is not possible to send a call. In response to the outputs from the voice synthesis circuit that generates a faint voice, the call detection means, and the call detection means, the voice synthesis circuit is activated.
A telephone answering device characterized in that it includes control fiit1 means for activating #' and transmitting a voice signal of #7 to the other party of the call from the calling party.