JPS6010960A - Communication control system - Google Patents

Abstract

PURPOSE:To obtain a data without intervention of the operator to a processor side by providing a means transmitting the data to a terminal device in response to a calling and a means giving a response signal generated in response to the data to the processor. CONSTITUTION:When the operator of the terminal device 1 makes a call to a network controller NCU5 of a communication control system 3, this information is informed to a facsimile transmission function FAX8. A communication controller CCU10 transmits a voice guidance to the terminal device 1 through the information. The operator at the terminal device depresses a keyboard of a key telephone set according to the voice guidance and transmits a required data to the NCU5 via a public line network 2. The CPU4 processes a data from the NCU5 and informs the transmission of a picture data again to the terminal device 1 via the public line network 2 and transmits the picture data to a facsimile of the terminal device 1.

Description

Detailed Description of the Invention (a) Technical Field of the Invention The present invention relates to a communication control system, and particularly to a communication control system that improves the means for receiving required data at a terminal device in response to a call from a terminal device. Regarding the system.

(b) Background of the technology A transmission configuration type for facsimile is one in which a call is made from a terminal device, and in response, image data requested by the terminal device is transmitted from the processing device to the terminal device. There is.

In such data transmission systems, as in other cases, it is desired that the desired data be obtained in the shortest possible time without requiring operator intervention in the processing equipment. Measures of this kind remain unable to satisfy that need.

(c) Conventional technology and problems The conventional method of obtaining the above-mentioned data from a terminal device is to confirm the call origination from the terminal side using a communication control device, and then send voice guidance to the terminal via a dedicated transmission line. In some cases, the communication control device simply receives a push-button telephone multi-frequency signal from the terminal side in response to the voice guidance sent out, and then transfers it to a processing device for processing. there were.

In addition, when the processed results are sent to the terminal side, a format is adopted in which they are printed out once and transmitted to the terminal side facsimile via a dedicated transmission line via a processing device side facsimile.

Therefore, on the processing device side, not only cannot the desired data be sent to the terminal unless the operator intervenes at least once, but it also takes time to obtain the desired data at the terminal.

Purpose of the Invention The present invention was devised in view of the technical problems faced by the conventional techniques as described above. An object of the present invention is to provide a communication control system that can obtain desired data in a short time.

g) Structure of the invention And this object is to connect to a terminal device that sends a response signal and receives first data via a public line network, and to connect a communication control device that is connected to a processing device and under its control. In the system, in response to a call, a second
a first means for transmitting the data of the second data, a second means for giving a response signal emitted from the terminal device to the processing device in response to the second data, and a second means for sending the processing device in response to the response signal. This is achieved by comprising a third means for receiving processing data generated from the first data processing apparatus, processing the processed data into first data, and transmitting the processed data to the terminal device.

(F) Embodiments of the Invention The present invention will now be described in detail with reference to the accompanying drawings.

FIG. 1 shows an embodiment of the invention. In this figure, 1
is a terminal device consisting of a facsimile and a push-button telephone, which is connected to a processing device 4 via a public line network 2 and a communication control system 3.

The communication control system 3 is a network control bag for each line connected to the public line network 2! (NCU) 5, a modem device (MD) 6 connected to this NCU 3, and an automatic call function (ACA).
)7 and the facsimile sending function (F
XA) 8 and voice output function (VOA) 9, ACA7,
Communication control equipment w (C
CLJ) 10, and its CCUIO is a central processing unit (hereinafter abbreviated as CPU) which is a processing unit.

)4.

As shown in FIG. 2, MD6 is a modem circuit (MODEM) 12 connected to NCU3 via switch 11.
It consists of a control circuit (CNT) 13 and a multi-frequency receiving circuit (PBR) 14 connected to the CNT 13.
MI2 is connected to FXA8, and CNT13 is connected to VOA9.

Next, the operation of the system of the present invention having the above configuration will be explained.

The operator of the terminal device Y1 controls the NC of the communication control system 3.
Make a call to U. NCU3 confirms that there is an incoming call.
D6's switched switch 11, MODEMI
Notify FXA8 via 2.

In response, FXA8 gives control to CCUIO at V
Notify that it will be moved to OA9. ccu that received this notification
io moves to control VOA9 and sends voice guidance to VOA.
9 to MD6. The data is transmitted to the terminal device 1 via the NCU 3, and from there via the public line network 2 to the terminal bag W1.

At the terminal device 1 that receives the voice guidance, the operator presses the keyboard of the push-button telephone according to the voice guidance and inputs required data in the form of a multi-frequency signal. The data is transmitted from terminal device 1 to the public line! 112 to the NCU 5 of the communication control system 3 (the same line as the above-mentioned line).

The multi-frequency signal format data received by the NCU 3 is sent to the CNT via the switch 11 of the MD 6.
13, and is converted into digital data by the CNT 13 and PBR 14.

The digital data is transferred to C through VOA9 and CCUIO.
Input to PU4. Processing based on the input data is performed by the CPU 4.

After the processing is finished, the MD6.
via NCU 3, and from there via public line network 2 to terminal device 1.
A notification is sent that the image data will be sent to the facsimile of the terminal device 1 using one line (the same line as the above-mentioned line). In this way, in the communication control system, the control of VOA 9 is shifted to the control of FXA 8, and from there, through the FXA, through MD 6 and NCU 3, and from there through public line network 2, to the facsimile of terminal device l (the above-mentioned line). The image data is transmitted to the facsimile of the terminal device l using the same line).

The image data thus sent to the facsimile of the terminal device I is received by the facsimile of the terminal bag w1, which has been switched to the reception mode by the operator on the terminal side after listening to the above-mentioned voice guidance.

In this way, by making a single call from the terminal device, the terminal device receives voice guidance, inputs a multi-frequency signal in response, and receives image data via facsimile on the processing unit (CPU) side. This can occur automatically without requiring operator intervention. This can also reduce the time required to receive image data on the terminal side.

Although the above description has been made regarding the case where the call is made from the terminal device 1, the above-described operation can be similarly caused when the call is made from the ACA 7 of the communication control system 3.

Note that although the above embodiments have been described with respect to facsimile, it should not be understood that the present invention is limited to this in view of the gist of the present invention described above. ] (G) Effects of the Invention As described above, according to the present invention, ■ there is no need for operator intervention on the processing device side, and ■ therefore, the time required to obtain desired data on the terminal device side is reduced. Effects such as shortening can be obtained.

[Brief explanation of the drawing]

FIG. 1 is a diagram showing one embodiment of the present invention, and FIG. 2 is a diagram showing a modified fjt
FIG. 3 is a detailed diagram of the adjustment device. In the figure, 1 is a terminal device, 2 is a public line network, 3 is a communication control system, 4 is a processing device, 5 is a network control device, 6 is a modem device, 8 is a facsimile transmission function, 9 is a voice transmission function, 1
0 is a communication control device.

Claims (2)

[Claims] (1) A communication control system that is connected to a terminal device that sends a response signal and receives the first data via a public line network, and is connected to a processing device and is under its control, responds to a call. a first means for sending second data to the terminal device; a second means for giving a response signal issued from the terminal device to the processing device in response to the second data; and third means for receiving processed data generated from the processing device in response to a signal, processing the data into first data, and transmitting the processed data to the terminal device. system. (2) The above call is made from the above terminal device, and the above call is made from the above first terminal device.
The second means is means for generating voice guidance in response to the call, and the second means is means for digitizing the multi-frequency response signal generated in response to the voice guidance and sending it to the processing device. 2. The communication control system according to claim 1, wherein said third means is means for converting the processing data of said processing device into image data and sending it to said terminal device.