JPH0512295A - Electronic destination display device - Google Patents

Abstract

PURPOSE:To improve operability in the registration of destination data by updating distination information of prescribed information only by inputting with a character number. CONSTITUTION:The main body of the device is provided with a display part 2, a destination selecting part 3, an inputting part 4 and a main power source switch 5. The highest part of the display part 2 is provided with a title display section, which is provided with respective items such as name display, coming/ leaving display, coming-to-company time display, destination display and telephone number display. Information of respective persons is displayed at the lower part of the title display section 11. A destination selection switch 15 is provided for a destination selection part 3 and necessary items such as destination, etc., 'a head office, a factory, a first trading, a first reception, a first conference' are respectively displayed with printing. Prescribed information is selected with a ten-key, etc., of the inputting part 4 based on the displayed information. Thus, destination information can be updated without complicated operation and a special facility, etc., using the key board of ANK characters such as a personal computer, etc.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic destination display device such as a bulletin board for digitally displaying destinations and other information of individuals belonging to a group.

[0002]

2. Description of the Related Art In a destination display board using a conventional blackboard, whiteboard, etc., when leaving the room, a chalk, a marker are used to confirm the presence / absence of the person leaving the room and the contact information. Correspondence is also possible. However, with such a method, the hands are more dirty than the markers and chalk, it is unsanitary, the characters are hard to read due to individual differences due to handwriting, the aesthetics are impaired, the displayed contents are not constant, and the telephone number is written only at the destination. There are many inconveniences such as being unprotected.

In order to solve such a point, an electronic destination display board is known. For example, the actual exploitation 55-103
782, JP-A-57-105213, JP-A-59-
3476, Japanese Patent Laid-Open No. 59-200390, Japanese Utility Model Laid-Open No. 62
-198742, JP-A-63-180258, JP-B-63-187457, JP-A-1-115258,
Japanese Utility Model Laid-Open No. 1-127090, JP-A-1-133194
JP-A 1-222171 and JP-A 1-2861.
Those disclosed in each of the publications of No. 667 are known. These have been proposed with the aim of improving the aesthetic appearance by making the display part a flat panel display and making the printed characters transillumination. Convenience is also improved with additional functions such as automatic transfer of telephone calls from outside and correction of display contents by telephone.

FIG. 20 shows a schematic electrical configuration of a conventional electronic destination display board. This is the destination data selection device 51,
It comprises a destination data registration device 52, a destination data processing device 53, a destination data storage device 54 and a destination data display device 55. The destination data selection device 51 selects the data to be displayed from the data in the destination data storage device 54. The destination data registration device 52 is the destination data storage device 5
Register new data in 4 and update already registered data. The destination data processing device 53 is the destination data selection device 5
The destination data storage device 54 searches for the destination data selected and designated by 1 and transfers the destination data to the destination data display device 55, and the destination data registration device 52 registers the destination data in the destination data storage device 54. Performs the transfer operation. The destination data storage device 54 stores the destination data and accompanying data such as a telephone number and time. The destination data display device 55 displays the destination data transferred by the destination data processing device 53.

[0005]

In the above-mentioned conventional example, the destination data display device 5 is provided in order to make the display of the destination data easy to understand.
Use the dot-matrix display for 5 and use kanji,
Since the graphics are displayed, it is necessary to store Chinese character and graphics data in the destination data storage device 54. For this reason, in the prior art, individual destination data is stored in a dedicated character generator by using a ROM writer or the like and incorporated therein, or destination data is created by a personal computer and transferred to a display board via a telephone line or RS232C. The method such as doing is used, but all are expensive. Further, since it is difficult for general users to handle, there arises a problem that specialized equipment and personnel are required.

An object of the present invention is to improve the operability in registering destination data.

[0007]

In order to solve the above problems, the first invention of the present application is to provide an input means (4) for inputting destination information of each person, and a storage means (35) for holding the input destination information. ), A selection means (3) for selecting destination information to be displayed from the information on the storage means, and a processing means (31) for reading the selected destination information from the storage means (35) and transferring it to the after-mentioned display means (2). ), And a display means (2) for displaying the transferred destination information, in an electronic destination display device, a numeral input means (23) for inputting a character number corresponding to the destination information; character information is formed from the character number. Character forming means (34); registration information displaying means (2) for displaying predetermined information among destination information held by the storing means (35)
7); and information updating means (31, 3) for updating the predetermined information displayed by the registered information display means (27) according to the input by the character number and storing it again in the storage means (35)
6); Symbols in parentheses indicate corresponding elements or corresponding matters in the embodiments shown in the drawings and described later.

The second invention of the present application is that the input means (4) for inputting destination information of each person, the storage means (35) for holding the input destination information, and the destination information to be displayed on the storage means. Selecting means (3) for selecting from the above, processing means (31) for reading the selected destination information from the storage means (35) and transferring it to the display means (2) described later, and display means for displaying the transferred destination information. In an electronic destination display device including (2), number selection means (1) for selecting a destination number corresponding to destination information consisting of destination contents and a telephone number.
5); Telephone number input means (23, 24) for inputting a telephone number in the destination information; and, when the destination number is selected, the destination content and telephone number corresponding thereto are stored in the storage means (3).
5) The information processing means (31); which transfers the read data to the display means (2).

[0009]

According to the first invention, the information updating means (31, 3)
6) is to update the destination information by forming character information such as Kanji data only by inputting the predetermined information displayed by the registration information display means (27) among the destination information stored in the storage means (35) by the character number. Since it is stored again in the storage means (35), complicated operation using a keyboard of ANK characters such as a personal computer and special equipment are not required.

According to the second invention, the number selecting means (15) for selecting the destination number corresponding to the destination information composed of the destination content and the telephone number and the telephone number input means (for inputting the telephone number of the destination information ( 23, 24), the information processing means (31) reads out the destination content and the telephone number corresponding to the destination number from the storage means (35) and transfers them to the display means (2) when the destination number is selected. If you enter only the destination number by simply entering the telephone number corresponding to, the telephone number will be displayed automatically, so there is no need to check or remember the destination telephone number. Other objects and features of the present invention will become apparent from the following description of embodiments with reference to the drawings.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 shows the appearance of an electronic destination display device according to an embodiment of the present invention. This device main body is provided with a display unit 2, a destination selection unit 3, an input unit 4, and a main power switch 5. Specific appearances of the display unit 2, the destination selection unit 3, and the input unit 4 are shown in FIGS. 2, 3 and 4, respectively.

Referring to FIG. 2, a title display column 11 is provided at the top of the display unit 2, and in this column, a name display 11a, an attendance display 11b, an office time display 11c, a destination display 11d, and Each item of the telephone number display 11e is provided. Below the title display field 11, ten display fields are provided so that information of 10 persons can be displayed. Left end of each display column, that is, name display 11
Below a, the name display item 13 associated with each person
Is provided. In this example, the name display item 13 displays "Tanaka", "Suzuki", "Yamada", .... In other words, the display field at the top is assigned to "Mr. Tanaka", the second from the top to "Mr. Suzuki", and the third from the top to "Ms. Yamada". Each display in the title display column 11 and each name display item 13 in each of the 10 display columns are
They are formed by printing as they have little chance of being modified.

Each display column on the right side of the name display item 13 is composed of a liquid crystal (LCD) display 14. The liquid crystal display 14 includes a departure / arrival display unit 14a and a company office time display unit 14
b, a destination display section 14c, and a telephone number display section 14d. Also, to the left of each of the name display items 13,
There is provided a name indicating section 12 in which a switch and an indicator (indicator lamp) are integrally incorporated.

Next, referring to FIG. 3, the destination selection section 3 is provided with 48 destination selection switches 15. The operation portion on the surface of each destination selection switch has necessary items such as a destination "Head office, A Factory, First Trading, First Reception, First Meeting, ...
・ ・ ”Is displayed by printing. In FIG. 3, the subscripts h and v of the code 15 _hv representing each switch represent the horizontal and vertical positions of the switch, _{respectively.} By operating the switch 15 _hv , the two-digit code represented by hv. Occurs. Therefore, for example, the destination selection switch 15 ₃₂ is associated with the “second reception”, and the code “32” is generated by operating this.

Next, referring to FIG. 4, the input unit 4 includes a main power source indicator 21, a display on / off switch 22,
Numeric keypad 23, telephone number setting mode switch 24, time setting mode switch 25, and destination data registration panel 27
Is provided. The display on / off switch 22 is configured to perform a toggle operation. That is, the display is turned off when the button is pressed once, turned on when the button is pressed once more, and turned off / lighted again each time the button is pressed. Regardless of the state of the display on / off switch 22, the internal display data is held until the main power is turned off by the main power switch 5 shown in FIG. The destination data registration panel 27 includes a liquid crystal display 27a, a registration switch 27b, a left shift switch 27c, and a right shift switch 27d. Liquid crystal display 27a
Is configured to be able to display a destination code of two digits and a destination content of four digits by a dot matrix display. By pressing the registration switch 27b, the destination data registration mode is entered, and the destination contents corresponding to the destination code can be registered. By pressing the registration switch 27b again, the user exits the destination data registration mode and enters the normal destination display mode. The switch itself is a momentary, self-illuminating type and is configured to light up in the registration mode. Further, the shift switches 27c and 27d are used for character selection of the destination content, and the destination content has an area for four characters, and the character to be registered or updated is selected from these four characters by using the shift switch. . Also, the selected character portion is configured to be inverted in luminance so that the registrant can confirm it.

FIG. 5 shows a layout of the LCD display section 14 shown in FIG. The layout includes a departure / arrival display unit 14e, a time display unit 14f, a destination display unit 14g, and a telephone number display unit 14h. The entry / exit display unit 14e displays entry / exit and is composed of 8 segments × 1 piece. Time display section 14f
Indicates the office hours and is composed of 7 segments x 4.
The destination display portion 14g displays the destination and is composed of 16 × 16 dot matrix × 4 pieces. The telephone number display portion 14h displays a telephone number and is composed of 7 segments × 10 pieces.
In addition, all of the configurations of the LCD display unit 14 are dot
You may comprise by matrix display.

FIG. 6 shows a schematic electrical configuration of the apparatus shown in FIG. Referring to FIG. 6, the control unit includes a CPU 3
1, work RAM 32, program ROM 33, Chinese character CG (Character Generator) ROM3
4, a destination display mode table 35, a destination registration mode table 36, an I / O port 39 and an LCD display memory 40 are provided, and a destination data registration panel is provided to this control unit via the I / O port 39. 27, name selection switch & indicator 12, numeric keypad 23, time setting mode switch 25, telephone number setting mode switch 2
4, the destination selection switch 15, the registration switch 27a, the right shift switch 27b and the left shift switch 27c are connected. The LCD display 14 is connected to the LCD display memory 40 via an LCD driver 41.
The display on / off switch 22 is connected to the LCD driver 41.

The CPU 31 is a so-called micro computer LSI and controls the entire circuit. Work RAM 32
Stores temporary data used in the program. The program ROM 33 stores a program for operating the entire control circuit. Kanji CGRO
M34 stores bit pattern data for displaying Kanji and ANK characters on the LCD display 14. The destination display mode table 35 is a memory that holds various information required when the device operates in a normal destination display mode, and the destination registration mode table 36 registers destination information to be displayed in the device. This is a memory that holds various information used in the operation mode in the case of performing. The bit pattern of the LCD display data is stored in the LCD display memory 40 as it is.

A general commercial AC 100V power source is input to the control unit via a power source device to supply a DC power source. A main power supply indicator 22 and a main power supply switch 5 are connected to this power supply device.

In this embodiment, the destination display mode table 35 is provided with the destination table shown in FIG. 7 and the destination code table shown in FIG.

Referring to FIG. 7, the destination table is provided with "name number", "selection flag", "input mode", "destination code", "office time", and "telephone number". There is. The content of the “name number” item is associated with each display column of the display unit 2 and each switch of the name designating unit 12. In other words, the name numbers 1, 2, 3, ...
These correspond to the display columns of “Mr. Tanaka”, “Mr. Suzuki”, “Mr. Yamada”, ... The content of the “selection flag” item is a flag indicating whether or not the update of the information held here is permitted (flag “0” = prohibited,
"1" = permission). The content of the "input mode" item is a flag for identifying whether the numerical value to be input is a time or a telephone number regardless of the name number (flag "0" = time input, "1"). "= Enter phone number). The content of the "destination code" item is a code associated with the destination information of the person to be displayed. The content of the “come-to-work time” item is the time when the person came to work. The content of the "phone number" item is a phone number indicating the contact information of the person's destination.

Referring to FIG. 8, correspondences of "destination code", "destination contents" and "telephone number" are registered in the destination code table. That is, by referring to this destination code table, the contents of the destination corresponding to each destination code in the destination table of FIG. 7 and its telephone number can be known. The destination content item stores a Kanji code string corresponding to the information.

Next, FIG. 9 shows the destination registration mode table 3
6 shows the configuration of No. 6. This table is for number input buffer 3
6a, a destination registration table 36b, and a registered character pointer 36c. The numeral input buffer 36a temporarily stores the numeral data from the numeral input ten-key 23. Also, there are usually four (JIS) to store Kanji codes.
(Because the ward mark code is used), it has a number of digits. The destination registration table 36b holds the contents corresponding to one line of the destination code table. Therefore, two data, the destination code and the destination contents, are stored, and the data format is the same as the destination code table. The destination code number to be stored is selected by the destination selection switch 15 in the destination registration mode.
The registered character pointer 36c has its contents changed by the left shift switch 27c and the right shift switch 27d, and indicates which of the four characters of the destination contents in the destination registration table is updated.

An outline of the operation of the control unit is shown in FIG. Referring to FIG. 10, after the power is turned on, the initialization process is executed, and then the processes corresponding to the operation of various switches are repeatedly executed. That is, when the name selection switch 12 is turned on, the process proceeds from step S1 to S2, and the "name selection process" is executed. Similarly, when the time switch 25 is turned on, the process proceeds from step S3 to S4 to execute the "time setting mode process", and when the telephone number switch 24 is turned on, the process proceeds from step S5 to S6 to execute the "phone number setting process". When the destination selection switch 15 is turned on, the process proceeds from step S7 to S8 to execute the "destination selection process", and then use the numeric keypad 2
When 3 is turned on, the process proceeds from step S9 to S10 to execute the "number input process", and when registration switch 27b is turned on, the process proceeds from step S11 to S12 to execute the "destination registration process".

The contents of the "name selection process" are shown in FIG.
The contents of the "time setting mode process" and the "telephone number setting process" are shown in Fig. 12, the contents of the "destination selection process" are shown in Fig. 13, the contents of the "number input process" are shown in Fig. 14, and the "destination registration" is shown. The contents of "processing" are shown in FIG. 15, and the contents of each subroutine in FIG. 15 are shown in FIGS. 16, 17, 18, and 19.

First, the "name selection process" shown in FIG. 11 will be described. First, the selection flag in the column corresponding to the pressed name selection switch in the destination table is set to "1" (step 21; the word step is omitted in parentheses below). For example, "Suzuki-san" in the name display item 13
When the selection switch 12 in the column No. 2 is pressed, the selection flag in the column No. 2 is set to "1" as shown in FIG. Next, all selection flags that do not correspond to the pressed switch are cleared to "0" (22). Next, the indicator 12 corresponding to the column in which the selection flag is "1" is turned on, and the other indicators are turned off (23, 2).
4). For example, in the example of FIG. 7, the indicator 12 on the left side of "Mr. Suzuki" is turned on, and the indicators in the other columns are turned off.

Next, referring to FIG. In the "time setting mode process", write "0" in the input mode item in the column where the selection flag item in the destination table is "1" (41), and in the "telephone number setting process", the selection flag item in the destination table is "1". Write "1" in the input mode item in the "1" column (6
1).

Next, the "destination selection process" will be described with reference to FIG. First, the column in which the selection flag is "1" in the destination table is found (81). Next, write the newly entered destination code in the destination code field of the selected column (8
2). Subsequently, referring to the destination code table (FIG. 8), the telephone number data corresponding to the inputted destination code is obtained and written in the corresponding item on the destination table (83). Similarly, referring to the destination code table, the destination content data corresponding to the inputted destination code is obtained and written in the corresponding item on the destination table (84). And Kanji CG. ROM
34, the destination content data obtained immediately before is developed (converted) into a character pattern corresponding to each code, and the result is written in the LCD display memory 40 (85). Similarly, Kanji CG. Using the ROM 34, the code of the telephone number obtained immediately before is developed into a character pattern corresponding to each code, and the result is written in the LCD display memory 40 (8
6). Therefore, by executing the "destination selection process", the contents of the destination table assigned to the person specified by the switch 12 are updated to the contents assigned to the entered destination code, and the updated destination information is displayed on the LCD. It is displayed on the container 14.

Next, the "numeral input process" will be described with reference to FIG. First, in this process, the column in which the selection flag is "1" in the destination table is found (101). Then, the input mode is identified by referring to the input mode item (102, 1
03). If the input mode has been previously set to the time mode by pressing the "time" switch 25, the numerical codes input to the time item in the selected column are sequentially written (104). Then, the code of the updated time item is developed into a character pattern and written in the LCD display memory (105). In step 103, if the input mode has been set to the telephone number mode in advance by pressing the "telephone" switch 24, the numerical codes input to the telephone number item in the selected column are sequentially written (106 ),
The destination code and the code of the updated telephone number item are developed into a character pattern and written in the LCD display memory (10
7). In other words, by operating the numeric keypad 23,
Numerical values can be entered as hours or phone numbers.

With the above configuration, when each room member leaves the room, the function of the destination display board is satisfied by performing the operation in the following procedure.

(1) Each room member presses the name selection switch 12 corresponding to his or her name.

(2) Confirm that your name is selected by lighting the indicator.

(3) Select the destination from the destination selection switches 15 and press the corresponding switch.

(4) Press the time setting mode switch 25 to enter the time to return to the room.

(5) Input the time with the numeric keypad 23 (four-digit number).

(6) Further, the telephone number setting mode switch 24 is pressed to input the telephone number of the contact.

(7) Enter a telephone number using the numeric keypad 23.

(8) Leave the room.

Next, the "destination registration process" for registering destination data will be described with reference to FIG. First, in this processing, "destination registration initialization" is executed (121), and then processing according to the states of various switches is executed. That is, step 122
When the destination selection switch 15 is turned on, the "destination code registration" is executed (123), when the left shift switch 27c is turned on in step 124, the "left shift process" is executed (125), and the right shift switch 27d is executed in step 126.
Is turned on, the "right shift process" is executed (127), the ten key 23 is turned on in step 128, the "destination content setting process" is executed (129), and the registration switch 27b is turned on in step 130. The contents are written in the destination code table (131). If the registration switch is not turned on in step 130, the above-described steps 122 to 129 are repeatedly executed until it is turned on. "Destination registration initialization" is shown in Fig. 16, "Destination code registration"
17, "Left shift processing" and "Right shift processing" are shown in detail in FIG. 18, and "Destination content setting" is shown in detail in FIG.

Referring to FIG. 16, "destination registration initialization"
In the process, the destination code 01 and the destination content are extracted from the destination table and written in the destination registration table (121
1), the destination code and the destination contents in the destination registration table are set to Kanji CG. The ROM is used to convert to a bit pattern and the result is output to the LCD display of the registration panel 27 (1212). Then empty the number input buffer (12
13), the registered character pointer is set to "0" (121
4) The bit pattern at the character position indicated by the pointer is inverted, and the display character on the LCD display is displayed in black and white in reverse (1215).

Referring to FIG. 17, "destination code registration"
In the process, the destination code and the destination content corresponding to the destination number selected by the destination selection switch 15 are extracted from the table and written in the destination registration table (1231),
The destination code and destination contents in the destination registration table are set to the Chinese character CG. The bit pattern is converted using the ROM and the result is output to the LCD display of the registration panel 27 (12
32). Then empty the number input buffer (123
3), the registered character pointer is set to "0" (123
4) Subsequently, the bit pattern at the character position indicated by the pointer is inverted, and the display character on the LCD display is displayed in black and white in reverse (1235).

Next, please refer to FIG. "Left shift processing"
Then, increment the registered character pointer by +1 (12
51), then empty the number input buffer (1252),
Subsequently, the bit pattern at the character position indicated by the pointer is reversed, and the display character on the LCD display is displayed in black and white in reverse (1253). In the "right shift processing", the registered character pointer is decremented by +1 (1271), then the number input buffer is emptied (1272), the bit pattern at the character position indicated by the pointer is subsequently inverted, and the corresponding bit on the LCD display is reversed. Displayed characters are displayed in black and white in reverse (1273).

Referring to FIG. 19, in the "destination content setting" process, the input numeric data is stored in the numeric input buffer (1291), and it is checked whether a predetermined Kanji code is formed in the numeric input buffer. (1292) When formed, the formed kanji code is written in the destination registration table (1293). Next, the destination code and the destination content in the destination registration table are set to Kanji CG. Convert to a bit pattern using ROM and the result is LC of registration panel 27
It is output to the D display (1294). Next, empty the number input buffer (1295), then set the registered character pointer to "
It is set to 0 "(1296), then the bit pattern at the character position indicated by the pointer is reversed, and the display character on the LCD display is displayed in black and white in reverse (1297).

With the above configuration, when the destination data is registered, the operation is performed in the following procedure.

(1) Press the registration switch 27b.

(2) The destination selection switch 15 is used to select the destination to be updated.

(3) Left and right shift switches 27c, 27d
Select the character position you want to update with.

(4) Input a punctuation mark code of a desired Kanji by using the numeric keypad 23.

(5) Further, when there is a character to be updated, the character position is selected by the left and right shift switches 27c and 27d, and the operation of (4) is repeated.

(6) To end the registration mode, press the registration switch 27b again.

[0051]

As described above, according to the first aspect of the present invention, complicated operation using a keyboard of ANK characters such as a personal computer and special equipment are not required.

According to the second aspect of the invention, the telephone number corresponding to the destination contents is only initially entered, and the telephone number is automatically displayed if only the destination number is entered. There is no need to look it up and remember it.

[Brief description of drawings]

FIG. 1 is a perspective view showing an appearance of an embodiment of the present invention.

FIG. 2 is a front view showing a specific appearance of the display unit 2 of FIG.

FIG. 3 is a front view showing a specific appearance of the destination selection unit 3 in FIG.

FIG. 4 is a front view showing a specific external appearance of the input unit 4 of FIG.

5 is a block diagram showing a layout of the LCD display unit 14 of FIG.

6 is a block diagram showing a configuration of an electric circuit of the apparatus of FIG.

FIG. 7 is a memory map showing an example of the contents of a destination table.

FIG. 8 is a memory map showing an example of the contents of a destination code table.

9 is a block diagram showing a configuration of a destination registration mode table 36 in FIG.

FIG. 10 is a flowchart showing an outline of processing of a control unit.

11 is a flowchart showing the contents of the name selection process of FIG.

FIG. 12 is a flowchart showing the contents of time setting mode processing and telephone number setting processing of FIG.

13 is a flowchart showing the contents of the destination selection process of FIG.

FIG. 14 is a flowchart showing the contents of the numeral input process of FIG.

15 is a flowchart showing the contents of destination registration processing of FIG.

16 is a flowchart showing the contents of destination registration initialization processing of FIG.

17 is a flowchart showing the contents of the destination code registration process of FIG.

18 is a flowchart showing the contents of the left shift and right shift processing of FIG.

FIG. 19 is a flowchart showing the contents of destination content setting of FIG.

FIG. 20 is a block diagram showing a schematic configuration of a conventional example.

[Explanation of symbols]

2: Display section (display means) 3: Destination selection section (selection means) 4: Input section (input means) 5: Main power switch 12: Name indication section (switch & indicator) 13: Name display item 14: Liquid crystal (LC)
D) Display 15: Destination selection switch (number selection means) 23: Numeric keypad (numeric input means, telephone number input means) 24: Telephone number setting mode switch (telephone number input means) 25: Time setting mode switch 27: Destination data Registration panel (registered information display means) 31: CPU (processing means, information updating means, information processing means) 32: RAM for work 33: ROM for program 34: Kanji CG. ROM (character forming means) 35: Destination display mode table (storage means) 36: Destination registration mode table (information updating means) 40: LCD display memory 41: LCD driver

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Tetsuya Fujioka             1-3-3 Nakamagome, Ota-ku, Tokyo Stocks             Company Ricoh

Claims (2)

[Claims] 1. Input means for inputting destination information of each person, storage means for holding input destination information, selection means for selecting destination information to be displayed from information on the storage means, selected destination. In an electronic destination display device comprising a processing means for reading information from a storage means and transferring it to a display means described below, and a display means for displaying the transferred destination information, a numeral input means for inputting a character number corresponding to the destination information; Character forming means for forming character information from character numbers; Registration information display means for displaying predetermined information among destination information held by the storage means; and Input of predetermined information for display by the registration information display means by character numbers An electronic destination display device comprising: 2. Input means for inputting destination information of each person, storage means for holding input destination information, selection means for selecting destination information to be displayed from information on the storage means, selected destination. In an electronic destination display device comprising a processing means for reading information from a storage means and transferring it to a display means described below, and a display means for displaying the transferred destination information, a destination number corresponding to destination information consisting of destination contents and a telephone number. Number selection means for selecting; Telephone number input means for inputting a telephone number of destination information;
An electronic destination display device comprising: information processing means for reading out destination content and telephone number corresponding to the selected destination number from the storage means and transferring to the display means.