JPH0249068B2 - KUMIAWASENYURYOKUJIDODAIYARUHOSHIKI - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention includes a memory in which label information composed of alphanumeric characters and the like and corresponding numeric information are inputted in advance and stored therein, and a processor. When label information is input, the processor reads numerical information corresponding to the label information from the memory;
This invention relates to an automatic dialing system that is sent out as a dialing signal.

[Conventional technology]

With this type of conventional automatic dialing system, only numeric information can be stored in memory corresponding to label information, and furthermore, because dialing signals are sent out, only one piece of label information can be input at a time. Therefore, when attempting to receive a certain telephone service by sending a series of dial numbers consisting of a service identification number, service instruction code, telephone number, etc. by inputting one label information, If you try to receive the same service by changing only the destination phone number among the dialed numbers, the entire dialed number consisting of the service identification number, service instruction code, destination phone number, etc. will be changed each time the destination phone number changes. It was necessary to prepare one label information corresponding to the information and register it in memory.

In other words, even if you only wanted to receive the same service with a different telephone number, you would have to re-register a long series of dialed numbers including the service identification number, service instruction code, etc. from the beginning. However, the procedure for doing so is cumbersome, and the conventional automatic dialing system has the disadvantage that it is not easy to use.

[Problem that the invention seeks to solve]

Therefore, it can be said that the problem to be solved by the present invention is to improve the above-mentioned inconvenience in the conventional automatic dialing system.

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a combination input automatic dialing system that improves the above-mentioned disadvantages.

[Means and actions for solving problems]

In order to achieve the above object, the present invention includes a memory in which label information consisting of alphanumeric characters and the corresponding numerical information is registered in advance, and a processor, and when the label information is input. In an automatic dialing system in which the processor reads numerical information corresponding to the label information from the memory and sends it out as a dialing signal, the processor simply registers the label information and numerical information in a one-to-one correspondence in the memory. Rather, a combination of second label information and numerical information is registered in correspondence with a certain first label information, and in that case, numerical information corresponding to the second label information is also registered. , one or more pieces of label information, or a combination of them and numerical information is input, the processor determines whether the input label information has numerical information registered in the memory as corresponding to it. If only, please enter the numerical information in the second
If a combination of label information and numerical information is registered, read both of them from the memory,
Furthermore, in the latter case, the numerical information that should have been registered in the memory as corresponding to the second label information is searched and read out from the memory, and the numerical information read out in this way is inputted. The present invention is characterized in that a set of dial signals is created by combining the above-mentioned numeric information in a buffer memory, and this is sent out.

〔Example〕

Next, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing one embodiment of the present invention. In the figure, 1 is an automatic dialing device;
2 is a keyboard, 3 is a processor, 4 is a display unit,
5 is a memory, 6 is a push button, 7 is a push button signal transmitter (hereinafter abbreviated as PB signal transmitter), 8
9 is a subscriber line, and 9 is a buffer memory.

FIG. 2 is an explanatory diagram showing an example of the configuration of the memory 5 in FIG. 1.

The operation of an embodiment of the present invention will be described with reference to FIGS. 1 and 2, taking a credit service (a service in which call charges are charged to a designated telephone number) as an example.

The dial number that needs to be sent when attempting to receive a credit service is: credit service identification number (for example, “123”) + service instruction code (for example, “1”, meaning connection) + registered telephone number ( Specify the phone number for billing (e.g. “0422594293”) + Password (e.g. “1234”) +
This is the telephone number of the other party (for example, "0222594300").

In addition, as a premise for this service to become possible, the memory 5 of the automatic dialing device has a label labeled "ID" as shown in FIG.
The number “0422594293” is “YAMAMOTO”
Assume that the number "0222594300" is registered corresponding to the label "0222594300".

When the subscriber wishes to receive credit services, the subscriber presses the keyboard 2 of the automatic dialing device 1.
To register the required dial digits,
When the "PROGRAM" key (not shown) is pressed, the processor 3 detects this and displays "LABEL?" on the display section 4 (to prompt the subscriber to input a label name). When the subscriber inputs the label name "CREDIT" from the keyboard 2, the processor 3 receives it, stores "CREDIT" in the memory 5 as shown in FIG. 2, and then requests the subscriber to input a dial number. Therefore, “NUMBER?” is displayed on the display section 4.

When the subscriber inputs "1231ID" in response, the processor 3 receives it and stores "1231ID" in the memory 5 in correspondence with "CREDIT", thereby completing the registration.

In FIG. 2, N indicates a numerical display, and L indicates a label display.

Now that the preparations have been completed, if the subscriber wants to make a call using the credit service, the subscriber must first enter "CREDIT1234YAMAMOTO" from the keyboard 2 of the automatic dialing device 1 ("1234" is the password, "YAMAMOTO").
is the destination phone number). Processor 3 receives it and stores "CREDIT1234YAMAMOTO" in buffer memory 9. The processor 3 accesses the memory 5, detects "CREDIT", receives the corresponding "1231ID", and replaces "CREDIT" in the buffer memory 9 with "1231ID".

Next, processor 3 is a label in "1231ID". The "ID" is detected, the memory 5 is accessed, the "ID" is detected, the corresponding "0422594293" is received, and the "ID" in the buffer memory is replaced with "0422594293".

Next, the processor 3 accesses the memory 5, detects “YAMAMOTO”, receives the corresponding “0222594300”, replaces “YAMAMOTO” in the buffer memory 9 with “0222594300”, and the buffer memory 9 is All are converted into numbers and become “1231042259429312340222594300”.

Note that by replacing labels such as "ID" above with numbers during registration, the amount of conversion processing required during connection can be reduced.

Since the dial digits have been determined, the processor 3 displays "OK" on the display 4, and the subscriber takes off the pushphone 6 and presses the "DIAL" key (not shown) on the keyboard 2 in order to send out the dial digits. )Press. When the processor 3 detects this and sends "1231042259429312340222594300" to the PB signal transmitter 7,
The PB signal transmitter 7 sends the received numbers via the subscriber line 8 as a PB signal (push button signal), thereby connecting the subscriber to the other party and starting a call.

FIG. 3 shows the operational flow of the automatic dialing device 1 described above. There is no need to explain Fig. 3 again.

In the above example, a case was explained in which a PB signal is used as a dial signal, but if the telephone is not a pushphone but a dial pulse signal telephone, a dial pulse signal may be used as a dial signal.

In addition, FSK or PSK modulated signals used in modems etc. can also be used as dial signals. Furthermore, in the above explanation, as shown in FIG.
The signals used in modems etc. are acoustically coupled.
It is also possible to send it to the subscriber line 8.

In this case, the output of the signal sending unit 7 is connected to a speaker, converted into sound, and inputted from the mouthpiece of the telephone 6.

Furthermore, if this device has only a PB signal sending function, the first connection from the dial pulse signal telephone, for example 123 in the above example, is connected by dialing the telephone, and only the following numbers are transmitted from this device to the PB device. A usage such as sending is also possible.

In this example, the label name "CREDIT" was input from the keyboard 2 after "LABEL?" was displayed in response to pressing the "PROGRAM" key, but if it can be distinguished from other label names, "C" may also be input. , it goes without saying that a dedicated "CREDIT" key may be provided and pressed.

〔Effect of the invention〕

As explained above, according to the present invention, one label information corresponds to another label information (it is necessary that the dial number corresponding to the label information has already been registered in the memory) and numeric information. Since both can be registered, the advantage is that the operation when registering a label is simplified. Furthermore, since a plurality of pieces of label information can be input when dialing, there is an advantage that dialing can be simplified by inputting a combination of already registered label information when dialing. Furthermore, since you can enter not only label information but also numeric information when dialing, you should enter numbers that you do not want others to know, such as passwords, like credit card services, and even if you lose your automatic dialing device etc., you can enter passwords etc. Another advantage is that it can be hidden from other people's knowledge.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing one embodiment of the present invention;
FIG. 2 is an explanatory diagram showing an example of the configuration of the memory 5 in FIG. 1, and FIG. 3 is a flowchart showing the flow of the operation of the automatic dialing device 1 in FIG. 1. Explanation of symbols, 1...Automatic dialing device, 2...Keyboard, 3...Processor, 4...Display section, 5
... Memory, 6 ... Push button, 7 ... Push button signal transmitter (PB signal transmitter), 8 ... Subscriber line, 9 ... Buffer memory.

Claims (1)

[Scope of Claims] 1. A processor and a memory in which label information consisting of alphanumeric characters and corresponding numeric information are registered in advance, and when the label information is input, the processor In an automatic dialing system in which numeric information corresponding to label information is read from the memory and sent as a dialing signal, the label information and numeric information are not only registered in the memory in a one-to-one correspondence, but also A combination of second label information and numerical information is registered in correspondence with the first label information, and at that time, numerical information corresponding to the second label information is also registered. When a plurality of pieces of label information or a combination of them and numerical information is input, the processor determines whether the input label information corresponds to the input label information if only numerical information is registered in the memory. If a combination of the second label information and the numerical information is registered, both of the numerical information are read from the memory, and in the latter case, the numerical information is read out from the memory as corresponding to the second label information. The numeric information that should have been registered in the memory is also searched and read out, and each of the numeric information read in this way and the numeric information input are combined in the buffer memory to create a set of dial signals. , a combination input automatic dialing method is characterized in that it sends out this.