JPH0247957A - Telephone number confirming system - Google Patents

Abstract

PURPOSE:To facilitate the confirmation of a telephone number by inserting a special code in a dial memory based on the operation of a special key at the operation of dial number registration, reading the number sequentially from the memory by the confirmation so as to read the special code thereby applying voice synthesis output of a voice 'of'. CONSTITUTION:A digit number N is set to N+1 when the dial number registration confirmation is started to read a dial number or a special code stored from the N=1st in the dial memory. When the readout dial number is '0-9', '*'or '+', a control circuit 5 is operated and a corresponding voice output is sent to a speaker 10 from a voice synthesis circuit 7 via a changeover switch 8 and an amplifier 9. If the number is different from the number stated above, whether or not the signal is a special code 'of' is decided and in the case of 'of', it is used and, for example, a telephone number 03-493-5111 is regarded as 03 of 493 of 5111 and the result is outputted as a voice from a speaker 10.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a telephone number confirmation method in which a dial number registered by speed dialing or the like is confirmed by voice from a receiver or an external speaker.

[Conventional technology]

The conventional telephone number confirmation method is, for example, Japanese Patent Application Laid-Open No. 61-214.
As shown in Publication No. 848, an audio circuit is installed to convert the registered contents into an audio signal, and the registered telephone number can be monitored using a handset or an external speaker in the transmission/reception line, thereby making it possible to confirm the registered contents. It makes it easier.

[Problem to be solved by the invention]

However, conventional telephone number verification methods simply output a list of numbers to a telephone receiver or external speaker through speech synthesis. For this reason, there was no separation between the area code, local code, and subscriber number, making it extremely difficult to confirm.

The present invention has been made in order to eliminate the above-mentioned drawbacks,
It is an object of the present invention to obtain a telephone number confirmation method that can clearly confirm a telephone number.

[Ninth means to solve the problem]

The telephone number confirmation method according to the present invention stores a special code in a dial memory based on a special key operation at the time of dial number registration operation, reads the next dial number from the dial memory by the dial number confirmation operation, and then uses the speech synthesis circuit to generate a voice. At the same time, by reading the special code, "no" is inserted at a predetermined position of the dial number, and the voice is synthesized and output.

[Effect]

A voice synthesis output of "no" is performed between the station numbers in the registered dial number.

〔Example〕

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 3 is a block diagram of a telephone number confirmation system showing one embodiment of the present invention. In the figure, 1 is an incoming call detection circuit;
2 is a saving rung, 3 is a clock circuit, 4 is a timer circuit, 5 is a control circuit, 6 is a keyboard, T is a voice synthesis circuit, 8 is a selector switch, 9 is an amplifier, 10 is a speaker, 11 is a tape deck, 12 is a phone call 13 is a receiver, 14 is a recording/reproducing amplifier, and 15 is a memory.

Now, in the above configuration, the dial number registration operation of the telephone number confirmation method is an example of the speed dial operation.
- Explain according to the chart. First, when dial number registration starts, the digit number N is set to "0" (step 1
11). Next, it is determined whether the keys on the keyboard 6 are pressed manually (step 112). Here, if there is no key power, the state goes into a standby state in step 112, and if there is key power, the digit number is set to Ntl-N+1 (step 113).
. Since N=0 in step 111, N=1 here. Next, the type of key input in step 112 is determined (step 114), and if the dial number is from 0 to 9, the dial number is stored in the N=1st position in the dial memory (step 115).

Then, if you do not complete the dial registration operation (step 118), in order to register the dial number in the next digit,
Return to step 112. On the other hand, in step 114, if there is a key force other than the dial numbers O to 9, it is determined whether there is a key force for "redial/" (step 1
16). Here, the "redial/no" key is a special key that is used for both the dial setting and the voice synthesis output "no" setting.

Now, if the "Redial/No" key is available, store the special code indicating "No" in the Nth position of the dial memory (Step 117), but if there is no "Redial/No" key available, proceed to the next step. . Then, in step 11, it is determined whether the operation is to end the dial registration described above.
8) If it is a termination operation, the registration is terminated. Note that if the operation is not the end of dial registration, the process returns to step 112 again. Therefore, for example, area code 03. Local area code 493. When registering subscriber number 5111, enter 03'J49
It will be registered as "5111 of 3r".

Next, the dial number registration confirmation operation will be explained according to the flowchart shown in FIG. First, when the dial number registration confirmation operation is started, the digit number N is set to rOJ (step 121). Next, set the digit number NiN+1 and step 12
2) Read the special code for the dial numbers stored from N=1 in the dial memory (step 123).
). Then, the read dial number is [0~9J
, r*J.

In the case of "÷" (step 124), the control circuit 5 causes the voice synthesis circuit 7 to output voice synthesis output corresponding to each dial number to the speaker 10 via the changeover switch 8 and the amplifier 9.
(step 125).

On the other hand, if the dial number is "0~9J, r*J,"
If it is not "φ", it is determined whether it is the special code "no" (step 126). Here, if it is the special code "no", the speech synthesis circuit T generates "no" (step 127), and if it is not the special code "no", the process directly proceeds to the next step. Then, it is determined whether all digits of the above dialed number have been completed (step 128), and if all digits have been completed, the dialed number registration confirmation is terminated. Note that if all digits are not completed, the process returns to step 122.

Therefore, for example, 03 [J 493 I- J 511
1 is registered, the speaker 10 outputs the words "zero, san, ), yon, cue, san, no, go, ichi, ichi, ichi" as voice.

In this way, the telephone number confirmation method in this embodiment registers a special code in the delimiter part of each area number, and generates the voice synthesis output "no" in response to the special code at the time of confirmation. It can be easily confirmed. Furthermore, in dial number registration, the redial key that is not used during registration is combined with the "no" key for setting a special mode, so there is no need to increase the number of operation keys.

In the above embodiment, "no" is synthesized and outputted when confirming dial number registration, but the special mode indicating "no" is disabled during actual dialing.

〔Effect of the invention〕

As explained above, the present invention stores a special code in the dial memory based on the special key operation during the dial number registration operation, reads the dial number sequentially from the dial memory by the dial number confirmation operation, and outputs the voice synthesis circuit by the voice synthesis circuit. At the same time, it has the remarkable effect that by reading out the special code, the user can easily confirm the dialed number by synthesizing and outputting ``no''.

[Brief explanation of the drawing]

FIG. 1 is a 70-chart for dial number registration showing an embodiment of the present invention, FIG. 2 is a flowchart for confirming dial number registration, and FIG. 3 is a block diagram thereof. 5...Control circuit, 6...Keyboard, 7...
・Speech synthesis circuit, 8...φ changeover switch, 9...
Amplifier, 10...Φ speakers.

Claims (1)

[Scope of Claims] A telephone that stores a dial number in a dial memory based on a registration operation and reads out the dial number from the dial memory based on a call operation to make an automatic dial call, comprising: a special key during the dial number registration operation; A special code is stored in the dial memory based on the operation, and the dial number is sequentially read out from the dial memory by the dial number confirmation operation, and a voice synthesis circuit outputs the voice synthesis circuit.
A telephone number confirmation method, characterized in that "" is inserted at a predetermined position of the dialed number and a speech synthesis output is performed.