JPS62239746A - Dial transmission system - Google Patents

Abstract

PURPOSE:To enable a subscriber to input a station number and a subscriber number successively to an abbreviated toll dial number without confirming a dial tone by providing a dial origination part with a PBX in-dialing monitor part which outputs the transmit signal of the station number and subscriber number. CONSTITUTION:When the abbreviated toll dial number, station number, and subscriber number are inputted to a dial input part 10, the dial origination part 11 sends out the abbreviated toll dial number and also transmits a start signal to the PBX in-dialing monitor part 12. When a private exchange 2 which has received the abbreviated toll dial number sends the dial number of the toll number corresponding to the abbreviated toll dial number to an exchange, the PBX in-dialing monitor part 12 monitors the dial signal of the toll number to detect the end of the signal and then sends an outgoing signal to the dial origination part 11. The dial origination part 11 sends the station number and subscriber number on the basis of the outgoing signal, so the subscriber can make a communication by using the abbreviated toll dial number through very easy operation.

Description

[Detailed Description of the Invention] [Summary] When making a call from an extension using abbreviated area code dialing,
A data terminal/facsimile machine/telephone, etc. has a dial input unit that stores the area code short dial number, area code, and old subscription number; a dial transmission unit that sequentially dials the numbers stored in the dial manual unit; The private exchange that has received the area code speed dial number (ii) detects the end of transmission of the dialed number of the area code, notifies the dial transmitter of the transmission signal, and instructs the dial transmitter to transmit the area code and subscriber number. A PBX dial monitoring unit has been set up to issue commands.

[Industrial application field]

TECHNICAL FIELD The present invention relates to an improvement in a dial sending system in a take communication terminal, a facsimile machine, a telephone, or the like.

[Conventional technology]

FIG. 3 is a diagram showing an example of a conventional dial sending system.

FIG. 4 is an explanatory diagram of a conventional dial sending system.

In the diagram, ■ is an exchange, 2 is a private exchange, 3 is a data terminal,
4 is a data terminal, and 5 is an area code abbreviated dial processing means. The same symbols represent the same objects throughout all the figures below.

As shown in the figure, a data terminal 4 and a private exchange 2 having an area code abbreviated dial processing means 5 are connected to a public line exchange 1, and a data terminal 3 is further connected to the private exchange 2. The data terminals 3 and 4 referred to herein may be any of a data terminal, a facsimile machine, and a telephone, and are typically referred to as data terminals.

A case will be described in which a data terminal 3 connected to a private exchange 2 communicates with a data terminal 4 using an abbreviated area code dial.

Now, suppose the number of data terminal 4 on the receiving side is “'0425-
23-4567".Also, in private exchange 2 "
Assume that the area code abbreviated dial number of 0425'' is 083''.

■When the data terminal 3 goes into the hook-off state, the private exchange 2 returns a dial tone.

■When "083" is then dialed from the data terminal 3, the area code abbreviated dial processing means 5 in the private exchange 2 operates, first setting the exchange 1 in a hook-off state, and transmitting a dial tone to the data terminal 3. return it. Further, upon hearing the dial tone from the exchange 1, the area code abbreviated dial processing means 5 in the private exchange 2 transmits a dial signal "0425".

■The subscriber of data terminal 3 receives this dial signal “042”.
After confirming that ``5'' has been sent, the other party's station number ``23'' is sent.
”, and dial the subscriber number “4567”.

[Problem that the invention attempts to solve]

In this way, the subscriber on the calling side sends the area code abbreviated dial number, and after confirming that the transmission of the area code dialing signal from the private exchange 2 has finished, transmits the other party's area code and subscriber number. The drawback was that you had to dial the number.

[Means for solving problems]

As shown in the principle diagram of FIG. Dial manual section 10 that stores the number, sends a start signal to PBX dialing monitoring section 12 at the same time as dialing the area code abbreviated dial number stored in dialing input section 10, and sends an output from PBX dialing monitoring section 12. The dialing unit 11, which sequentially transmits the area code and subscriber number by signals, and the private exchange 2, which receives the area code abbreviated dial number, transmit the dial number of the area code corresponding to the area code abbreviated dial number. By providing a PBX dialing monitoring unit 12 that detects the end of transmission, transmits the transmission signal to the dial transmission unit 11, and outputs the transmission signal of the area number and subscriber number to the dial transmission unit 11. resolved.

[Effect]

According to the present invention, when an area code abbreviated dial number, an area code, and a subscriber number are input to the dial input unit 10, the dial transmitting unit 11 transmits the area code abbreviated dial number, and the PBX dialing monitoring unit 12 sends a start signal to When the private exchange 2 which received the area code abbreviated dial number sends the dial number of the area code corresponding to the area code abbreviated dial number to the exchange 1, the PBX dialing monitoring unit 1
2 monitors the dialing signal of this area code, detects the end of the dialing signal, and sends a dialing signal to the dialing section 11. The dial transmitter 11 transmits the area number and subscriber number based on this transmission signal, so the subscriber can communicate using the shortened area code dial number with a very simple operation.

〔Example〕

FIG. 2 is a diagram showing an embodiment of the dialing system according to the present invention.

In the figure, 10 is a dial input section, 11 is a dial transmission section,
12 is the PBX dial monitoring unit, and 13 is the NCU.

3a is a data terminal according to the present invention.

The present invention will be described in detail below with reference to the drawings.

(2) A subscriber of the data terminal 3a having the dialing system of the present invention inputs the area code abbreviated dialing number, area code, and subscriber number, ie, "083-23-4567" into the dialing input section 10.

■The dialing unit 11 is the area code abbreviated dial number.
083" and the PBX dial monitoring unit 12
Sends a start signal to the

Therefore, the PBX dialing monitoring unit 12 starts monitoring the area code dial signal transmitted by the private exchange 2.

When the private exchange n2 receives "083", it returns a dial tone to the exchange 1 indicating that it is in an off-hook state, and transmits a dial signal "0425".

■The PBX dialing monitoring unit 12 intercepts the dialing signal “0425” sent from the private exchange 2 to the exchange 1, and when it confirms the end of the dialing signal “0425”, it sends the area number and subscriber number to the dialing unit 11. Outputs the sending signal.

■When the dial transmitter 11 receives this transmission signal, it sends the other subscriber's area number "23" and the subscriber number "4567".
Send out.

〔Effect of the invention〕

As explained in detail above, according to the dialing system of the present invention, the subscriber receives the area code abbreviated dial number, then the area code,
Also, since the subscriber number can be entered without checking the dial tone, there is a great effect that communication can be performed without pausing during connection with the other party's terminal.

[Brief explanation of drawings]

FIG. 1 is a diagram showing the principle of the present invention. FIG. 2 is a diagram showing an embodiment of the dialing system according to the present invention. FIG. 3 is a diagram showing an example of a conventional dial sending system. FIG. 4 is an explanatory diagram of a conventional dialing system. In the figure, 1 is an exchange, 2 is a private exchange, 3 is a data terminal,
4 is a data terminal; 5 is an area code speed dial processing means;
10 is a dial input section, 11 is a dial origination section, 12 is a PBX dial monitoring section, 13 is an NCU, and 3a is a data terminal according to the present invention. Figure 1: Principle diagram of the present invention

Claims (1)

[Claims] In a data terminal (3a) connected to a private exchange (2) having an area code abbreviated dial processing means (5), an area code abbreviated dial number, an area code, and a subscriber number are transmitted. A stored dial input section (10), at the same time as transmitting the area code abbreviated dial number stored in the dial input section (10), sends a start signal to the PBX dialing monitoring section (12) to monitor the PBX dialing. A dial transmitter (11) that sequentially transmits the area code and the subscriber number using the transmission signal output from the dial transmitter (12), and a dial transmitter (11) that sequentially transmits the area code and subscriber number, and the private exchange (2) that receives the area code abbreviated dial number that calls the city. It detects the end of transmission of the dial number of the area code corresponding to the area code speed dial number, transmits the transmission signal to the dial transmitter (11), and transmits the area code and subscriber to the dial transmitter (11). A dial sending system characterized by being provided with a PBX dialing monitoring section (12) that outputs a sending signal of the number.