JPS61107855A - Automatic dialing device - Google Patents

Abstract

PURPOSE:To attain easily the discovery of a subscriber button by displaying a subscriber name on a display by subscribers so as to improve the function. CONSTITUTION:When a retrieval button 18 is depressed, a control section 2 uses its detection signal to read the content of a Kana (Japanese syllabary) data memory 2a thereby displaying a Katakana on each line of a display device 11 by subscribers via a display circuit 11'. Then a subscriber's name to be retrieved is inputted by depressing a subscriber button 12 and the Kana data is stored in a storage circuit. The control section 2 compares the data name in the storage circuit with the subscriber's name data in a subscriber's name memory 3b, and when they are coincident, only a line displaying the subscriber's name of the display device 11 is flickered for display.

Description

[Detailed description of the invention] 〔Technical field〕 The present invention relates to an automatic dialing device.

[Prior art]

Conventionally, automatic dialing devices have subscriber buttons for calling subscribers arranged in one or two rows, and a display panel on which multiple subscriber names are recorded with a writing instrument is fixed in the row next to the subscriber buttons. are doing. The caller makes a call to the subscriber written on the panel by pressing the corresponding subscriber button.

However, if subscriber names are recorded in a complicated manner on the display panel, it is not easy to search for subscriber names when making a call.

[Purpose of the invention]

SUMMARY OF THE INVENTION In order to solve the above-mentioned drawbacks, an object of the present invention is to provide an automatic dialing device that displays subscriber names on a display and that can regularly rearrange the displayed subscriber names.

[Structure of the invention]

According to the present invention, in an automatic dialing device that stores the telephone number of the other subscriber in advance and can display the telephone number and automatically dial the number by pressing a button, the subscriber corresponding to the subscriber button a memory circuit for storing subscriber name information and telephone number information; a rearranging circuit for rearranging the subscriber name information and telephone number information in the memory circuit in a predetermined order; and detecting button presses. and a control section that performs display control in the display section and access control in the storage circuit, wherein subscriber name information in the storage circuit is displayed on the subscriber name display section. A device is obtained.

〔Example〕

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

FIG. 1 is a block diagram showing an embodiment of the present invention, and FIG. 2 is a block diagram showing an embodiment of the present invention.
FIG. 3 is a front view of the moving dial device.

In the figure, the automatic dialing device includes: - a display 1 for displaying subscriber names and their subscriber numbers, 26 subscriber buttons 12 (also used as subscriber name recording buttons), a number button 13, and a call button. 14, call cancel button 15, record button 16, channel change button 17, search button 18, subscriber name sort button 19, kana display change button 20, 21, and various button presses are detected,
The control unit 2 that controls the operation of the entire device, and the Japanese syllabary + “n”
8 katakana sounds (hereinafter referred to as 50 sounds) and voiced sounds
Kana data memo I stored as bit data)
2 a and phone number memo I) 3
a and the subscriber name (Katakana) corresponding to that phone number
a subscriber name memo +73b for storing the subscriber name data at the same address as the address for storing the telephone number; a reordering circuit 30 for rearranging the stored data of the subscriber name and the subscriber's telephone number; and a speaker 9. amplifier 4
and a dial transmission section 5 which forms a dial signal in response to a control signal from the control section 2 when making a call and sends it to the amplifier 4 and the line side, and the on-hook of telephone &7? an off-hook detector 6 for detecting, a line switching circuit 10 that switches the line to the dial side 5 only when dialing is issued off-hook and connects the line to the telephone side otherwise, a telephone line terminal 8, and a katakana It includes a subscriber-side display 11 that separately displays individual displays and subscriber names, and a display circuit 11'.

The display 1 displays the subscriber's name (Katakana) and telephone number each time the subscriber's name and telephone number are recorded.

The subscriber side display device 11 is arranged in 2 columns and 13 rows next to the subscriber button 12 as shown in FIG. One katakana character is displayed in alphabetical order on each line toward the bottom. The katakana displayed at this time is the kana data memory 2.
This is based on the data stored in a, and the display of lines 7 to 7, lines C to W, and N can be switched using the kana display switch button 2o, and the display of lines G, S, D, and P can be changed to Kana. The display can be switched using the display switching button 21.

One kana data consists of 8 bits, and the data increases in the order of A row, W row, and N.

For example, “a” represents the decimal number 1 “0000000”
1” and “n” represents the decimal number 51 “0011001”
1". Also, when there is a voiced sound, the topmost pit is 11111. For example, 'force 1' is "000001".
10 Yuki "ga" is "10000110". Such kana data is stored in the kana data memory 2a when the subscriber name is recorded.
It is also written to the subscriber name memo 'J3b. The subscriber name data stored in the subscriber name memo +73b is displayed on each line of the subscriber side display 11 for each subscriber.

The subscriber button 12 arranged on the same line as the subscriber side display 11 functions as a subscriber name recording button when recording the subscriber name (when the record button 16 is pressed), and the pressed button 12 The katakana data displayed on the subscriber side display 11 in the same row as is transferred from the kana data memory 2a to the subscriber name memo IJ3b by the control unit 2.

Also, when dialing (off-hook%sG call button 14)
), it functions as a subscriber button, and when the button 12 is pressed, the telephone number of the subscriber name displayed on the subscriber side display 11 on the same line as the button 12 is displayed on the control unit. 2 is read from the memo IJ 3 a, a predetermined dial control signal is generated, and the signal is sent to the dial transmitter 5. This will cause the dial to be sent.

The channel switching button 17 is the first button for switching the display of subscriber names displayed on the subscriber-specific display 11. Since the subscriber side display 11 can only display 26 subscribers at a time, the names of the 27th and higher subscribers are displayed by pressing this button.

Search button 18 J"t is a button used to search for a certain subscriber name from the subscriber name memory 3b.

The rearrangement button 19 is a button for starting the rearrangement circuit 3o, and by pressing this button, the subscriber names displayed on the subscriber side display 11 are arranged in alphabetical order.

The above is the structure of this embodiment, the display 1, and the subscriber-specific display 1.
1 and various buttons 12. ~,21 functions have been roughly explained.

Next, storage of subscriber names and telephone numbers by various button operations, subscriber name display sorting operations, and subscriber name searches will be explained in order.

When the recording button 16 is pressed, the control section 2 detects the pressing of this button and enters a telephone number recording state.

As a result, one katakana character is displayed on the subscriber side display 11 in each row from the upper row of the right column to the lower row of the left column.

By pressing the buttons 12 located on the same line as the subscriber side display 11, which is displayed in kana in this way, one by one, the subscriber name can be entered in up to 10 characters.

The control unit 2 detects which subscriber name recording button 12 was pressed, and stores the kana data memory 2a in accordance with the detection result.
The kana and kana data are read out and displayed in kana on the display 1, and the kana data is stored in the subscriber name memory 3b. In the subscriber name memo IJ3b, space for storing the subscriber name data for one person takes up 10 katakana characters, that is, 10 bytes. Addresses (page addresses) specifying this storage space are set in order from the initial page address by a decoder etc., and as shown in Figure 3, any subscriber name data A, B, C, D, E has a smaller page address. are stored in order. For example, initial page address ro
"OO00001" contains subscriber name data A, that is, kana data r00000101.
00000101.0OO100OOJ is stored.

On the other hand, a subscriber's telephone number is recorded after one subscriber name data is stored in the subscriber name memo IJ3b.

For example, after storing subscriber name data A,
Enter Ota 8's phone number using the number button 13. As a result, the number data is transferred from the control unit 2 to the telephone number memory 3a.
K is stored. The address for storing the number data is the page address "00000001" specified when writing the subscriber name data A. Shibukogarte Memory 3a
, 3b are stored at the same address. Also, the display IFi number is displayed at the same time as the number is input.

After recording the name and telephone number of one subscriber, the record button 16 is pressed again. As a result, the control section 21I'
i Read the contents of the subscriber name memory 3b in address order,
The display circuit 11' is driven to display the subscriber name on each row of the subscriber side display 11. In this case, the memo +73b is displayed from the top of the right column to the bottom of the left column in the order in which it was read. As a result, the order of the subscriber names and the memo IJ 3 a displayed on the subscriber side display 11.

The subscriber name and number data storage order stored in 3b match.

To record a new subscriber name and telephone number, repeat the operation starting from pressing the record button 16.

Next, with reference to FIGS. 3 and 4, the operation for rearranging the subscriber names displayed on the subscriber side display 11 in alphabetical order will be described.

As described above, the subscriber names displayed on the subscriber side display 11 are displayed in descending order of the page address of the subscriber name memory 3b. Therefore, in order to display subscriber names in alphabetical order, it is sufficient to replace the subscriber name data stored in the page address of the subscriber name memory 3b with the alphabetical syllabary J-. is the rearrangement circuit 3o shown in FIG. This rearrangement circuit rearranges not only the subscriber name data but also the number data in the telephone number memo IJ a a stored at the same address as the subscriber name data.

In FIG. 4, the reordering circuit 3o is a storage circuit 32a for storing subscriber name data.

32b, respectively - storage circuits 33a, 33b for storing subscriber number data, and storage circuit 32a.

A comparison circuit 34 compares the kana data of the first katakana of the subscriber name data stored in the subscriber name data 32b, and outputs a determination result of the 10-on order according to the size thereof, and the memories 32a, 32
33b, 33a, and 33b.

The control circuit 31 is activated when the rearrangement button 19 is pressed and the corresponding detection number 200 or control unit 2 is supplied.

First, address the subscriber name memo IJ3b with the initial page address and the next page address,
Subscriber name data A shown in Figure 3 written on that page
, B respectively in the storage circuit 32a.

Stores 32bK. Also read out the phone number memo l) 3B using the same page address, and read out ``Subscriber 6 Ota'',
'Aida's phone number data are stored in the memory circuit 33a,
33b. The control circuit 31 then performs the memory times jii!
The first katakana (o" and 0iroku) of the subscriber name data are detected from 32a and 32b and outputted to the comparison circuit 34, respectively. In the comparison circuit 34, two leading kana data (8 pits)
The magnitude of the 7-bit data is compared.

As a result of the comparison, if the first kana data from the storage circuit 32a is smaller than or equal to that from the storage circuit 32b,
The determination signal 300 is sent out.

In this case, the subscriber name memory page address "0000"
0001'' and '00000010'', the subscriber data is stored in alphabetical order, so the data is not rearranged, and the control circuit uses the storage circuits 32a, 32b, 3.
Delete the contents of 3a and 33b.

Further, when the first kana data from the storage circuit 32a is larger than that from the storage circuit 32b, the comparison circuit 34 sends out a reordering determination signal 400.

Upon receiving this signal, the control circuit 31 writes the subscriber data B stored in the storage circuit 32b to the address "00000001" of the subscriber name memory 3b. Next, the memory circuit 32a
The subscriber data A stored in is written to the address "00000010" of the subscriber name memory 3b.

As a result, the storage locations of subscriber name data A and B are swapped. A similar data exchange operation is performed in the memory circuits 33a,
33b and the telephone number mesori 3a. In this case, the address specification is performed at the same time as the address specification for the subscriber name memory 3b, and data exchange in the telephone number memory 3a and the subscriber name memo IJBb is performed in parallel. When the data exchange is completed, the memory circuit 3
2a, 32b.

The contents of 33a and 3b are erased.

Above, page address "'00000001", '00
000010" after completing the data sorting operation,
Next page address "'00000010", "000"
00011" data, Bageat L/,',"000
00011", data '00000100', page address "00000100".

Similarly, the sorting operation for the data "00000101" is repeated until the comparing circuit 34 no longer generates the sorting determination signal 400.

When the sorting operation of subscriber name data and telephone number data is completed, subscriber name memo 1J is displayed on subscriber status display 11.
3bK Depending on the subscriber name data stored in the subscriber name data, the subscriber name is displayed from the top of the right column to the bottom of the left column in a Japanese alphabet.

This arrangement of subscriber name data facilitates subscriber selection.

Next, the subscriber search operation will be explained.

When the search button 18 is pressed, the control section 2 generates a detection signal due to the pressing of the button, reads out the contents of the kana data memory 2a based on the detection signal, and displays the content on the subscriber side display 11 via the display circuit 11'. Display katakana on each line. In this case, as described above, the kana and voiced sounds in the lines ``ha'' to ``wa'', ``n'', and ``n'' are displayed by pressing the display switching button 20.21. Next, the subscriber name to be searched is input by pressing the person button 12f, and the kana data is stored in one memory circuit (not shown). Control unit 2 companies Data in this memory circuit and subscriber name memo lj 3
b is compared with all the subscriber name data, and when they match, only the row in which the subscriber name r is displayed on the subscriber side display 11 is displayed with a dot total of 1.

Furthermore, if there is no matching subscriber name data, the display will display ``1 6 kilo kunashi''.

This subscriber search makes it extremely easy to select a subscriber on the subscriber side display 11 when a lot of subscriber name data is recorded.

As mentioned above, the name of the subscriber may be displayed in kana or alphabetical characters.

〔Effect of the invention〕

As explained above, according to the present invention, since the subscriber name is displayed on the subscriber side display, functionality is improved, and the displayed subscriber names can be rearranged in alphabetical order or alphabetical order. This makes it easy to find out which subscriber button to press when making a subscriber call.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing an embodiment of the present invention, FIG. 2 is a plan view showing the appearance of an automatic dialing device according to an embodiment of the present invention,
FIG. 3 is a block diagram illustrating an example of the contents of the subscriber name memory in the first diagram, and FIG. 4 is a professional diagram showing details of the rearrangement circuit used in the first diagram.

Claims (1)

[Claims] In an automatic dialing device that stores the telephone number of the other party in advance and can display the telephone number and automatically dial the number by pressing a button, the subscriber name display section corresponding to the subscriber button and the subscriber a storage circuit for storing subscriber name information and telephone number information; a rearranging circuit for rearranging the subscriber name information and telephone number information in the storage circuit in a predetermined order; and a control section for controlling access in the storage circuit, wherein subscriber name information in the storage circuit is displayed on the subscriber name display section.