JPS62249547A - Telephone number changing device - Google Patents

Abstract

PURPOSE:To change a registeration number set up and stored in an abbreviation number every specified time by reading out the stored telephone number to be started at the specified time and previously specified corresponding to a clocking time and sending the read telephone number to a telephone line together with its corresponding abbreviated number. CONSTITUTION:A program timer 2' is set up so that a signal A is outputted at 9:00a.m. and a signal B is outputted at 5:30p.m. and '0*19 508-2800' stored correspondingly to an unshown button 1 is sent fron an automatic dial equipment 3 at the output of the signal A to change the telephone number registered in the memory corresponding to the abbreviated number '*19' in a central telephone exchange to '508-2800'. The exchange is driven so as to connect the succeeding abbreviated dial input '19' to '508-2800'. When the timer 2 counts 5:30p.m., the signal B is outputted, a terminating number '0*19 239-8239' stored correspondingly to an unshown button 2 in the device 3 is sent and the corresponding memory is changed to '239-8239'.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a telephone number changing device for changing a speed dial storage number connected to a line having a speed dial service function.

[Prior art and its problems] In a telephone connected to a telephone line equipped with a speed dial service function, it is necessary to convert the telephone number of the called party into an abbreviated number for a call destination that may be called frequently. They were associated and registered in advance, and when actually making a call, only the corresponding abbreviated number was entered and sent to the connection line. In addition to these ordinary telephones, there are also telephone transfer devices,
This speed dial service function is often used in emergency reporting devices or telephone devices with built-in automatic dialing for calling specific locations.

However, it is rare that these contacts (call destinations) are always available (24 hours a day) at the same location. In many cases, you can only contact them through a direct phone number.

Conventionally, in these cases, it was necessary to change the abbreviated number and prepare two types of abbreviated numbers, one for daytime use and one for nighttime use, or to perform a registration operation each time.

[Object of the Invention] The present invention has been made in view of the problems of the above-mentioned prior art.
It is an object of the present invention to provide a telephone number changing device that can automatically make a call according to a desired telephone number by simply specifying the same abbreviated number even in these cases.

[Summary of the Invention] As a means for achieving the above-mentioned object, an embodiment of the present invention includes a clock means for measuring time, a designation means for designating at least two clock times of the clock means, and an abbreviated number. a storage means for storing at least two telephone numbers in association with the abbreviated telephone number; and a storage means activated at a time specified by the designation means and designated in advance in correspondence with the clocked time. The device is equipped with a sending means for reading out a telephone number and sending it out to a telephone line together with a corresponding abbreviated number, so that a registration number set and stored in the abbreviated number can be automatically changed at each specified time.

[Example] Hereinafter, an example according to the present invention will be described in detail with reference to the drawings.

Diagram N1 is a diagram schematically showing an embodiment according to the present invention,
t, t, t, 2 are telephone lines with speed dial service connected to the central telephone office, 1 is the line L1. A telephone connected to L2, 2 is a program timer, 3 is started by program timer 2, connects the line according to the signal output from block timer 2, and sends a predetermined shortened number and corresponding telephone number to L2. This is an automatic dialing unit (ACU).

In the above configuration, for example, this device is used as a telephone transfer device, and the program timer 2 is activated by the signal "A"' at 9:00 AM.
is set to output the signal "B" at 5:30 PM, and when the ACU3 outputs the "A" signal, the signal "1" (not shown) is output.
The number of the other party memorized corresponding to the button ro bud 19
508-2800J is sent, and the telephone number registered in the memory corresponding to the speed dial number r'A194 of the exchange at the telephone office is changed to 508-2800J. and,
The exchanger will respond to subsequent speed dial "19" entries.
508-2800J.

Then, when the program timer 2 clocks 2M5:30, it outputs the signal "B", and the ACU 3 outputs the signal "2" (not shown).
” button and the number of the other party memorized “0-19”
239-8239J, and the memory corresponding to the speed dial number r-31) 19J of the central office exchange is r50.
Change to r239-8239J instead of 8-2800J.

As a result of the above process, the number registered as the abbreviated number "19" can be accessed between 9:00 AM and 5:30 PM.
08-2800 J e, 2M5:30~AM9:
00: [1) rR1r239-8239J. For this reason, for example, from 9:00 a.m. to 5:30 p.m., the forwarding destination may be the number of the dispatch light drawing center, and after 5:30 p.m., the forwarding destination may be the number of the home. Change processing during this time can be performed without requiring any manual operations.

For this reason, this device can be applied not only as a telephone transfer device but also as an emergency call device, connecting to the nearest fulcrum during the day and a general center at night, and when applied to a taxi call number during the day. Various controls are possible, such as connecting to the nearest sales office and connecting to the article center at the head office at night.

Details of the above configuration are shown in FIG. 2.

Reference numeral 2 in the figure is a program timer similar to that shown in FIG. 1, and it is preferable to configure it with a long-term program timer such as that used in video tape decks. This makes it possible to set, for example, a detailed change schedule for each week. 12 stores the telephone number of the destination corresponding to the speed dial, reads out the stored telephone number of the destination according to activation from the program timer 2, and outputs the MF signal oscillation circuit 1.
4 is a destination telephone number storage control circuit, 13 is a central office line starting circuit, and the central office line starting circuit 13 includes a transformer 13a.
and a relay tangent line 13b that generates a DC loop in the line, 14 is an MP signal oscillation circuit that generates an MF multiplied signal according to the telephone number signal from the destination telephone number storage control circuit 12, and 15 is a destination response a response detection circuit that detects
Reference numeral 16 denotes a notification sound sending circuit which is activated when the response detection circuit 15 detects a response from the other party and sends out a previously stored notification sound.

The telephone number change control of this embodiment consisting of the above format is
This will be explained below with reference to the flowchart shown in the figure.

First, in step S1, it is monitored whether the set time of the program timer 2 has arrived, and when the set time has come, the process proceeds to step S2.In step S2, the program timer 2 outputs a signal corresponding to the set time. If it is 2M5:30, signal "A" is output, and if it is 2M5:30, signal "B" is output. When this signal is output, the destination telephone number control circuit 12 is activated as shown in step S3, and the destination telephone number control circuit 12 activates the office line activation circuit line 13 and closes the relay contact 13b. Generates a DC loop in the line. Thereafter, when a dial tone from the station is detected using a known method, the MF signal oscillation circuit 14 is activated and a telephone number signal corresponding to the signal output from the program timer 2 stored in the circuit 14 is outputted. For example, if signal "A" is output, it is the abbreviated number and the telephone number of the secretariat center.

"Outputs 0 Aoi 19-508-2800J.

The MF signal oscillation circuit 14 connects the line L via the transformer 13a of the MF signal station line activation circuit 13 corresponding to the telephone number.
Send to L, L2.

When the central office exchange receives this MF damage signal, it stores the memory corresponding to the number on the speed dial r50B-28.
00J, and then the update number (508-28
00) to make a call. For this reason, the following step S
At step 6, the response detection circuit 15 checks whether the calling party (other party) has responded or not, and if the other party has responded, a response detection signal is output to the notification tone sending circuit 16. This response to the other party is performed by detecting the polarity reversal of the lines LL and L2, which is known in the art.

When the notification sound sending circuit 16 receives the response detection signal from the response detection circuit 15, in step S7, it sends out a notification sound recorded and held in advance on the lines LL and L2 via the transformer 13a. This notification sound may be a voice output such as "Calls to the phone set to XX will be forwarded to you from now on," or a "beep" that can be distinguished from others.

It may also be in front of a pseudo phrase such as "two".

After notifying the responder of the change in registered speed dial in this way, in step S8, the central office line activation circuit 13 is deenergized, the relay contact 13b is opened, the DC loop of the line is opened, and the line is restored.L2 is restored. .

Note that with the above control, the time measured by the program timer 2 is P.
When it is M5:30, signal “B” is output and MF
The telephone number signal oscillated by the signal oscillation circuit 14 is, for example, a home telephone number "019-239-8239J".
will be sent.

Furthermore, in the above explanation, an example has been described in which the telephone line is connected to a telephone line equipped with a speed dial service at a telephone office, but the present invention is not limited to this. When a network control device such as a business telephone system is installed and the network control device sends a telephone number signal that should be sent in response to an abbreviated number from a telephone, calls are usually not made to the destination where the abbreviated number is set. . Therefore, in this case, steps S6 and S7 described above are omitted.

In the above explanation, the stored telephone number of the destination number storage control circuit 12 is not fixed; for example, a button on a normal telephone is provided here, and the button outputs the output signal from the program timer 2. It may be possible to input and set the abbreviated number and telephone number to be output in response to the signal. By making the setting operation at this time similar to a normal speed dial setting operation, the device can be easily operated by anyone without having to learn special operations.

In addition, in the above explanation, an example was explained in which the program timer 2 outputs different signals corresponding to the set time, but the program timer 2 does not output multiple signals, but outputs the same signal at each set time. Each time the signal is output and the destination telephone number storage control circuit 12 detects a signal from the blog draw timer 2, the stored telephone numbers may be read out and output in a prespecified order.

As explained above, according to this embodiment, depending on the set time,
It is possible to register a certain abbreviated number and automatically change the phone number, and it can be used not only for normal telephones, but also for example, ``telephone forwarding device'', ``emergency call device'', and ``automatic dialing system for calling specific locations.'' It is also possible to effectively and appropriately call a telephone device such as a telephone device (for example, a taxi calling telephone).

Note that the destination telephone number storage control circuit 12 is not limited to storing only two telephone numbers; for example, QQ-XXXX can be input by inputting a button of "1" (not shown).

By inputting the “2” button, △Δ-Rorororo.

By inputting the "10" button, a large number of telephone numbers specified by the input information such as 0x-ΔΔΔΔ etc. can be memorized, and the registered telephone number can be changed more precisely, and it can also be automatically changed to multiple abbreviated numbers. You can change your registered phone number automatically.

[Effects of the Invention] As explained above, according to the present invention, it is possible to automatically change the connected telephone at any given time, and to make a call each time using the most appropriate telephone for that time. An easy-to-use device that does not require entering numbers can be provided.

[Brief explanation of drawings]

FIG. 1 is a schematic configuration diagram of an embodiment according to the present invention, FIG. 2 is a detailed configuration diagram of FIG. 1, and FIG. 3 is a control flowchart of this embodiment. In the figure, 1...telephone, 2...program timer, 3
...-ACU, 12... Destination telephone number storage control circuit, 13... Office line activation circuit, 14... MF signal oscillation circuit, 15... Response detection circuit, 16... Notification sound transmission Circuit, L, , L2... is a line.

Claims (2)

[Claims] (1) A telephone number changing device for changing a speed dial storage number connected to a line equipped with a speed dial service function, which includes a timer for measuring time and designating at least two clock times of the timer. a specifying means; a storage means for storing at least two telephone numbers for one abbreviated number in association with the abbreviated number; and a storage means activated at a time specified by the specifying means to read out the telephone number stored in the storage means. 1. A telephone number changing device comprising sending means for sending out a corresponding abbreviated number together with a telephone line, the sending means sending out a different telephone number in response to the abbreviated number each time it is activated. (2) A number designating means for designating a telephone number to be read from the storage means at each set time, and a transmitting means reads and transmits the telephone number designated by the number designating means. Telephone number change device as described in Section.