JPS58116853A - Voice processor - Google Patents

Abstract

PURPOSE:To allow a voice processor to manage with one circuit, by providing a network controller and a changeover switch. CONSTITUTION:When the network controller NCU receives a signal from a processor, the signal is demodulated by a modulator demodulator MODEM through a line switch LSW and the resulting signald is sent to a CPU. After receiving this signal, the CPU transmits necessary data in the reverse route. After this communication ends, the device NCU disconnect a communication circuit. Then, the CPU sends dial data to the NCU through a circuit control part LCA and the NCU performs automatic dialing. When a circuit becomes effective, a prescribed message is composed by an audio response device APC by using voice parameters obtained from a main memory MEM and then sent to a telephone set by switching the LSW. A voice signal from the telephone set is sent to a voice recognition SRC through the LCA by switching the LSW and collated with data in the MEM, thus voice is collated. Thus, a conversation with the telephone set is achieved.

Description

DETAILED DESCRIPTION OF THE INVENTION (&) Distribution of the Invention The present invention is directed to a voice processing device that is controlled from a processing device and provides voice responses to various terminal devices such as telephones.

(b) Background of the technology In general, voice processing devices perform processing such as converting messages from a processing device into speech that can be recognized by humans, or converting messages from humans into data that can be recognized by a processing device. It is used by being connected in the dark between the device and the terminal device.

The terminal device referred to here is, for example, the one most commonly used in fA, such as a WL phone.

Recently, when checking balances at banks, etc., it is common to check balances in one episode.

((+) Prior Art and Problems Conventionally, such a voice processing device IILIζ uses a data communication line between the processing device and a general public connection between it and the device. I was using the public & i11 line.

However, in such an audio processing device, even if it is a small audio processing device, two lines need to be relayed.
The drawback was that line usage charges were high.

(d) Object of the Invention Accordingly, it is an object of the present invention to provide a novel audio processing device that eliminates the above-mentioned drawbacks.

(・) Structure of the Invention In order to achieve the above-mentioned object, the present invention provides an audio-cooking device that performs overconfidence with a processing device via a modulation/demodulation device and at least makes a voice response to a terminal device.
A network control device that controls the line between the processing device and the terminal device via 111I, and a changeover switch for receiving communication between the processing device and the voice response to the terminal device to or from the same line. We are prepared.

(f) Embodiment of the invention The figure is an embodiment of the audio processing device of the invention. In the figure, the CPU is a central processing fM device that controls the entire audio processing device.

MIM is main memory, CPUfI! It stores programs for operation, voice parameters for 'w3# responses, and standard dictionaries for voice recognition.

The MEM PC is a voice response device, and the SRC synthesizes the voice parameters stored in the MEM and outputs it as a voice.
An eaem document of MEM yen is stored for the voice inputted by the device.

The LCA connects the line switch LSW to Iji in the line control section.
kl. LSVV is a line switch, and the data signal from the processing device is transmitted to the modulation/demodulation device 1MOf under the control of LCA.
The line is switched so that the voice from the IIC phone is sent directly to the KM via the LCA to the SBC, and the output voice from the PC is sent to the telephone.

The CMC is a :B network controller that controls the dark communication with the processing unit.

A MODEM modulates data when sending data to a processing device using a modulation/demodulation device, and also demodulates data sent from the processing device.

The NCU is a network control device and has a dialing function for holding lines.

The FDC performs read/write control of the floppy disk FID using a floppy disk control device. M in FDD
Memorize one valley of EM and enter F to MEMP3 during IPL.
Load one valley of DD.

Next, the operation will be explained.

It is assumed that the audio processing device performs communication according to a predetermined communication procedure.

Therefore, the L8W and NCU first operate to accept signals from the processing device. NC signal from processing device
When U is received, MODE is sent via LSW because the fist is known to be the signal from the processing device according to a predetermined procedure.
The signal is demodulated by M and notified to the CPU via the CMC.

After receiving this signal, the CPU communicates the necessary data through the reverse route to that described above.

When communication with this processing device is completed, the communication line is disconnected by the NCU.

Thereafter, based on a command from the processing device, the CPU sends dial data to the NCIJ to call a predetermined 1Ilc talk via the LCA, and the NCU performs automatic dialing.

Later, when the other party answers the phone and the line is activated,
The APC creates a message using the voice parameters obtained from the MEM and sends the LSW to the switching telephone.

On the other hand, the audio signal from the telephone is converted to LCA by switching the LSW.
It is sent to the SRC via the MEM Yen dictionary and speech recognition is performed.

In this way, while performing voice recognition and voice recognition,
Have a conversation with the i-axis.

In this way, when the series of processing is completed, the line is disconnected by the NCU, and the conversation tskjA with the telephone is then sent to the processing device.

That is, as a series of manual operations, a conversation instruction is received from the processing device, the conversation instruction is received, a conversation is carried out with the telephone, and the results of the conversation with the wIL telephone are then sent to the processing device.

In this way, since the procedure is known, if the lines are switched, only one line is required for the audio processing device.

(2) Effects of the Invention As described above, since the voice processing device switches and uses lines according to a predetermined procedure, it is possible to reduce the number of lines to be used, and to avoid incurring line usage fees. I can do it.

[Brief explanation of the drawing]

The figure shows an embodiment of the audio processing device of the present invention.

Claims (1)

[Claims] An fmi# control device that controls a line between the processing device and the terminal device in a children's voice introduction device that communicates with the processing device via a modulation/demodulation device and also makes at least a voice response to the terminal device. and a voice processing device, characterized in that it is equipped with a changeover switch for communicating with the processing device and receiving a voice response to the terminal device to or from the same line.