JPH09135302A - Message data editing device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve the degree of freedom for production of messages and also to improve the usability of the device for users by attaining the editing of a routine message. SOLUTION: When the reading of a message received and stored in a received message memory 31 is instructed via the operation of a memory key, a CPU 26 performs the read processing of the received message data. When the change of the received message data is instructed via the operation of an editing key, the CPU 26 decides whether or not a message code is contained in the received message data. If the message code is contained, the CPU 26 converts the message code into a free message data and edits the message data. Then the CPU 26 changes the message contents at the part where the change is pointed by a cursor key and produces the editing message data. This message data is converted into the DTMF signals at a tone signal generation part 36 and outputted through a speaker 37.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a message data editing device for displaying standard message data corresponding to a message code.

[0002]

2. Description of the Related Art Conventional data communication systems using telephone lines include wireless paging systems and home banking systems. In these data communication systems, the amount of messages that can be transmitted at one time is limited in order to improve the usage efficiency of communication lines. For example, in the case of the wireless paging system, the amount of messages sent to the page display system for numerical display is limited to 12 digits (for NTT) and 20 digits (for NCC). Therefore, if the limited number of digits is 12 digits, only the telephone number information of the contact can be transmitted, and even if the limited number of digits is 20, only the time information as well as the telephone number of the contact can be transmitted.

Generally, when sending a message to a pager, there is a touch-tone phone as a message input device that can be used, and the dial key of the touch-tone phone is operated in response to an operation instruction from a pager service company to send the message to the other party. Enter the message to send to the pager.

In a wireless paging system using a touch-tone telephone as a data transmitting device, a free message which can be converted into character information by keying in a two-digit number (free message code) based on the matrix character arrangement table shown in FIG. By creating free message data including a code and transmitting the free message data to the destination pager, it is possible to display message data including character information such as Kana characters and English characters on the destination pager.

When transmitting this free message data,
A 2-digit identification code indicating free message data is added to the beginning, and the destination pager recognizes that the received data is free message data and the numerical data following the identification code. It refers to the matrix character arrangement table that contains (free message data) and displays it after converting it to character information such as Kana or English characters. Therefore, the number of characters of the message that can be transmitted as free message data is 5 when the limited number of digits is 12 and 9 when the limited number of digits is 20.

Further, based on the standard message table shown in FIG. 4, a two-digit number (message code) is keyed in, and such a message code that can be converted into a standard message message is transmitted to the destination pager. It is possible to display the message data including the message on the destination pager. When transmitting this message code, an identification code indicating that it is a message code is added to the beginning, and the destination pager recognizes that the data received by the identification code is a message code,
The message code following the identification code is converted into a fixed message message by referring to the built-in fixed message table, and the fixed message is displayed.

[0007]

However, in such a conventional pager, since the standard message message corresponding to the received message code is only displayed and the standard message message cannot be edited, the standard message message cannot be edited. There was a problem that the message could not be used effectively.

Therefore, the present invention has been made in view of the above problems, and has a structure in which a standard message message can be edited, which increases the degree of freedom in message creation and is convenient for an operator. The purpose is to provide.

[0009]

According to the first aspect of the present invention,
First storage means for storing a plurality of sets of message codes and fixed message messages corresponding to the message codes, input means for inputting the message codes, and second storage for storing the message codes input by the input means. Means and said second
Display means for reading and displaying the fixed form message message data corresponding to the message code stored in the storage means of the first storage means and the message code stored in the second storage means. Data conversion means for converting into the standard message message data stored in the first storage means corresponding to the message code, and editing means for editing the standard message message data converted by the data conversion means. By doing so, the above problem is solved.

That is, according to the invention described in claim 1, a plurality of sets of message codes and fixed message messages corresponding to the message codes are stored in advance in the first storage means.
While inputting the message code by the input means, the standard message message data corresponding to the message code is read out from the first storage means and displayed on the display means, and subsequently the data conversion means is used to correspond to the message code to the first message. The standard message message data stored in the first storage unit is converted, and the standard message message data is edited by the editing unit.

Therefore, the standard message message can be edited, and the degree of freedom of the editing operation is improved, which improves the usability of the operator.

Further, in this case, as in the invention described in claim 2, the data conversion means is stored in the second storage means when the state is changed to a state in which the data can be edited by the editing means. It is effective to convert the existing message code into the standard message message data stored in the first storage means in association with the message code.

According to the second aspect of the invention, the data converting means converts the message code into the fixed message message data when the editing means shifts to a state where the message can be edited.

Therefore, since the message code is converted into the fixed message message data at the time of editing, useless data conversion can be deleted, and the memory capacity can be saved.

Further, the invention according to claim 3 is the first storage means for storing a plurality of sets of message codes and the fixed message message data corresponding to the message codes, and the input means for inputting the message data including the message codes. And a second memory for storing the message data input by the input means
Storage means, display means for displaying the message data stored in the second storage means, and the message data stored in the second storage means when the display means displays the message data. Instead of the message code included in the data, display control means for reading and displaying the fixed message message data corresponding to the message code from the first storage means, and editing the message data displayed on the display means. Included in the message data stored in the second storage means when there is an instruction to edit the fixed message message data portion in the message data displayed on the display means by the editing means. The stored message code is stored in the standard message message data stored in the first storage means in association with the message code. Data conversion means for converting the, to solve the above problems by providing, an editing control means for editing processing corresponding the converted fixed form message message data to the editing instruction by said data converting means.

That is, according to the invention of claim 3, a plurality of sets of message codes and fixed message messages corresponding to the message codes are stored in advance in the first storage means.
When the message data including the message code is input by the input unit, the display control unit, when displaying the message data on the display unit, replaces the message code included in the message data with a fixed message corresponding to the message code. The message data is read from the first storage means and displayed, then the editing means edits the message data displayed on the display means, and the data converting means
When there is an instruction to edit the standard message message data portion in the message data displayed on the display means by the editing means, the message code included in the message data is converted into the first message corresponding to the message code. The standard message message data stored in the storage means is converted into the standard message message data, and the edit control means executes the edit processing according to the edit instruction on the standard message message data converted by the data conversion means.

Therefore, the standard message message can be edited, and when there is an instruction to edit the standard message message data portion in the message data, the message code included in the message data is changed to the corresponding standard message message. Since it is a configuration that converts to data, it is possible to reduce unnecessary data conversion and save memory capacity.

Further, in this case, it is effective that the input means is a receiving means.

Therefore, the standard message message corresponding to the received message code can be edited, and the degree of freedom of the editing operation is improved, which improves the usability for the operator.

Further, in this case, it is effective to provide a sending means for sending the message data edited by the editing means as in the invention of claim 5.

That is, according to the fifth aspect of the invention, the transmitting means transmits the message data edited by the editing means.

Therefore, the input fixed message can be edited and the edited message data can be transmitted, which improves the usability for the operator.

[0023]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments to which the present invention is applied will be described below with reference to FIGS.

1 to 8 are diagrams showing an embodiment in which the message data editing device of the present invention is applied to an electronic notebook pager. The electronic notebook pager of the present embodiment is an electronic device that has a calculator function, a telephone directory function, an auto dialer function, and a pager function, and has the pager function as a normal function.

First, the structure will be described. FIG. 1 shows the appearance of an electronic notebook pager 1 of the present embodiment. In FIG. 1, 2 is a main body portion of the electronic notebook pager, 3 is a lid portion, and 4 is a lid portion 3 of the main body 2. It is a hinge part that is rotatably held.

In FIG. 1, on the upper surface of the main body 2, an on-key 5, an off-key 6, an edit key 7, a memory key 8, a TEL bank key 9, a function key 10, a numeric key group 11a to 11j, and an erase key for a calculator function are provided. 12, return key 13, input key 14, execution key 15, and cursor key groups 16a to 16
d is provided, and a liquid crystal display unit 17 and a dial key 18 are provided on the inner surface of the lid unit 3.

Although not shown, a switch for turning on / off the power supply and turning on / off the ringing sound when a call arrives and a sound emitting hole for a speaker are provided on the side surface of the main body 2. .

The ON key 5 for the calculator function is a key for instructing the setting of the calculator function mode, and the OFF key 6 is the ON key 5
Is a key for instructing to turn off the calculator function mode set by. When the calculator function mode is set by the operation of the ON key, each of the keys 7 to 10 and 12 to 16d is switched to the function shown by printing in the vicinity thereof, and the four arithmetic operations and the like can be executed. The edit key 7 is a key used for setting a "message edit mode" for reading and changing the received message stored in the received message memory 31 described later, and the memory key 8 is stored in the received message memory 31 described later. The TEL bank key 9 used to set the "received message read mode" for reading the received message is the "TEL bank mode".
The keys used to set the
This key is used to set other modes such as "time adjustment mode".

The numeric key groups 11a to 11j are keys for instructing the input of numbers and also for inputting kana characters, alphabetic characters, etc. by a method described later. The delete key 12 is a key for instructing deletion of character data being input, and a return key 13
Is an input key 14 for instructing the end of each mode process.
Is a key for instructing registration of keyed data in the memory, and the execution key 15 is a key for instructing execution of various processes in each mode.

In the present embodiment, the execution key 15 also gives an instruction to convert message data for transmission into key operation data for a touch-tone phone.

The cursor key groups 16a to 16d are keys used when sequentially reading information stored in each memory, which will be described later. Cursor keys 16a and 16b
Is used to switch the input character group in the "received message change mode" described later, in addition to the above functions, and the cursor keys 16c and 16d are used to edit the read received message as described later. It is used to indicate the edit location. The dial key 18 is a key for instructing the output of dial tone.

The liquid crystal display unit 17 is composed of, for example, a low reflection type liquid crystal panel and is for displaying various kinds of information in each mode. The received message information, key input information, and read from each memory. A main display section 17a for displaying information and the like, a display section 17b for displaying the bank number of the memory in which the read and displayed information is stored, a display section 17c for displaying the current time, the reception time, etc., guidance for character input A display unit 17d for displaying a number is provided.

FIG. 2 is a block diagram of the electronic notebook pager 1 shown in FIG. 1. The electronic notebook pager 1 of the present embodiment has an antenna 21, a receiving circuit 22, a decoder 23, an ID-ROM 24, and a key input. Part 25, CPU2
6, conversion table 27, input buffer 28, character generator (CG) 29, reception buffer 30, reception message memory 31, edit buffer 32, edit message memory 33, TEL bank memory 34, standard message memory 35, tone signal generation unit 36. , Speaker 37, notification signal generator 38, speaker 39, conversion buffer 40, display buffer 41, and display 42.

The antenna 21 receives a calling signal wirelessly transmitted from a wireless base station (not shown) and outputs it to the receiving circuit 22. The receiving circuit 22 is controlled by the intermittent signal input from the decoder 23, intermittently receives the calling signal input from the antenna 21, amplifies and demodulates the received signal, and outputs the amplified signal to the decoder 23.

The decoder 23 determines in advance whether or not the calling number of the calling signal input from the receiving circuit 22 matches its own identification number. The ID-ROM 24 stores the identification number in advance.
And the call detection signal is output to the CPU 26, the signal reception of the receiving circuit 22 is continued, and the subsequently received message data is also stored in the CPU 2.
6 is output. The key input unit 25 is composed of the various keys shown in FIG. 1, and outputs instructions from each key to the CPU 26.

The conversion table 27 stores a free message matrix character arrangement table as shown in FIG. In the free message matrix character arrangement table shown in FIG. 3, numerical data such as numerical data or character data, or symbol data is arranged in a matrix with respect to numerical data from “0” to “9” on the vertical axis and the horizontal axis. The free message code, which is assigned and consists of numerical data in units of two digits, corresponds to the character information. For example, free message codes "42" and "2"
Character information of "chi", "ko", and "ku" correspond to "5" and "23", respectively. Then, when the free message identification code "-" is present in the received message data, the free word message consisting of character information corresponding to the free message data composed of the free message code, which follows the identification code, is read out. For example, the received message data is "--4225233
In the case of "39531", the free word message "Chickox Luna" is read. The free message matrix character array table is used when converting character information into a free message code or when converting a free message code back into character information.

The input buffer 28 is used to temporarily store character information for a transmission message which is input by operating the ten keys on the key input unit 25. The character generator (CG) 29 generates a plurality of character patterns to be displayed on the display unit 42 in response to a request from the CPU 26, and outputs the character patterns to the CPU 26.

The reception buffer 30 forms a memory area for temporarily storing the reception message data exchanged between the CPU 26 and the reception message memory 31. The reception message memory 31 has a plurality of storage areas for storing message data (20 digits) for one reception, which is input from the CPU 26 via the reception buffer 30.

The edit buffer 32 forms a memory area for temporarily storing edited message data exchanged between the CPU 26 and the edit message memory 33. The edit message memory 33 stores a plurality of edited message data input from the CPU 26 via the edit buffer 32.

As shown in FIG. 5, the TEL bank memory 34 has a plurality of memory banks, and stores the telephone number information input from the CPU 26 as a shortened number. And the pager identification information “P”. The TEL bank memory 34 stores not only the input from the key input unit 25 but also the edited received message data.

The standard message memory 35 stores a standard message table as shown in FIG. In the standard message table shown in FIG. 4, message codes such as “01”, “02” ... Correspond to standard message messages such as “Kinkyu”, “TEL seyo”. Then, when the received message data has the fixed message identification code “[[”, the fixed message message corresponding to the 2-digit numerical data, that is, the message code following the identification code is read from the fixed message table. For example, if the received message data is "[[21 [[42]", the fixed message message "Excime Anytime" is read from the fixed message table.

The tone signal generator 36 converts the message data input from the CPU 26 into a DTMF signal and outputs it from the speaker 37. This is used when the other party's telephone number and transmission message data are converted into a dial tone signal by the auto dialer function and output to the transmitter of the touch-tone telephone.

The notification signal generating section 38 is provided for the CPU 2 after receiving a call.
In response to a notification command input from 6, the speaker 39 outputs a notification sound for notifying an incoming call. The tone signal generator 36 and the speaker 37, and the notification signal generator 3
The reason why the speaker 8 and the speaker 39 are separately provided is that the output sound volume levels are different.

The conversion buffer 40 forms a memory area for temporarily storing the received message data read from the received message memory 31 by the CPU 26.
The display buffer 41 forms a memory area for temporarily storing character information for display output from the CPU 26 to the display unit 42.

CPU (Central Processing Unit) 26
Is a ROM (not shown) storing various control programs
A fixed message memory 3 including a (Read Only Memory), a timer, an input register that holds a key input operation in the key input unit 25, and the like, and stores a fixed message message.
5. Received message memory 31 that stores received message data via the receive buffer 30, edit message memory 33 that stores edited message data via the edit buffer 32, and TEL bank memory 34 that stores input TEL information. Are connected.

Further, the CPU 26 is connected to a conversion table 27 for converting the character information input by the key input unit 25 into a free message code or converting the free message code of the received message data into character information. .

The CPU 26 also executes various processes as the electronic notebook pager 1 based on various control programs stored in a ROM (not shown). That is, when the call detection signal is received from the decoder 23, a notification command is output to the notification signal generator 38 to notify that there is a call, and the reception message data that is subsequently input from the decoder 23 is received by the reception buffer 30. It is stored in the received message memory 31 via. Then, the telephone number information input from the key input unit 25 or the like is stored in the TEL bank memory 34.

When the key input section 25 is instructed to input kana alphanumeric characters or the like, the CPU 26 outputs a character pattern corresponding to the input instruction to the character generator 2.
9 and outputs to display buffer 41 to display unit 4
2 is displayed. When a dial tone output command is received from the key input unit 25 by operating the dial keys 18, the tone signal generation unit 3 outputs the telephone number and message information.
The signal is converted into a DTMF signal by 6 and output from the speaker 37.

Further, the CPU 26 has a built-in clock circuit,
The time is displayed on the display unit 42 and the alarm time is set using the clock circuit.

Furthermore, when the CPU 26 is instructed to read the received message data stored in the received message memory 31 by operating the memory key 8, the CPU 26 executes the read processing of the received message data described later to receive the received message data. Accordingly, the corresponding display content data is read from the free message matrix character arrangement table or the fixed message table and displayed on the liquid crystal display unit 17 (display unit 42). Then, when an instruction to change the read received message data is made by operating the edit key 7, it is determined whether or not the received message data includes a message code, and it is determined that the received message data includes the message code. In this case, after converting the message code to free message data, execute the received message data edit process, and press the cursor key 16
The edit message data is created by changing the message content at the changed portion indicated by c and 16d. Then, the created edit message data is changed to the execution key 1
Stored in the edit message memory 33 according to the instruction of 5,
Further, in response to an instruction from the dial key 18, the tone signal generator 36 converts it into a DTMF signal and outputs it from the speaker 37.

Next, the operation will be described. First, the processing of the received message data in the electronic notebook pager 1 will be described based on the flowchart shown in FIG.

In the electronic notebook pager 1, first, in the initial state, the alarm mode, that is, the normal mode is set (step S1), and the memory key 8 is operated to select the "reception message read display mode". (Step S2), the received message read / display processing is executed (step S3), and the received message data stored in the received message memory 31 is read from the one received and stored immediately before and displayed corresponding to the received message data. The contents are displayed on the display unit 42 via the display buffer 41.

Next, it is judged whether or not the "reception message edit mode" is set by operating the edit key 7 (step S4). When the "reception message edit mode" is not set, the return key 13 is pressed. It is determined whether or not the operation is an instruction to end the "received message read / display mode" (step S12). When the return key 13 is not operated, the process returns to step S3, while when the return key 13 is operated, the "reception message read display mode" is ended and the process returns to the normal mode of step S1.

When the "reception message edit mode" is set by operating the edit key 7 in step S4, it is determined whether or not the reception message data read at that time includes a message code. (Step S
5) If the message code is included, the message code is converted into free message data including a free message code, and the process proceeds to step S7. That is, the character information forming the standard message message corresponding to the message code is converted into a free message code, and the message code is converted into free message data. With such a configuration, the message code is converted into the free message data when an attempt is made to edit it, and is stored in the form of the message code when the message is not edited, so that the memory can be effectively used.

In this case, the fixed message message corresponding to the fixed message code may be stored in the fixed message memory 35 in advance in the form of free message data. With this configuration, data conversion can be easily performed. In addition, for example, when the received message data includes the fixed message identification code and the message code “[[421”, the fixed message message “ekimaeni” corresponding to the message code is free message. Data "1
422711452 ". On the other hand, if the received message data does not include the message code in step S5, the process proceeds to step S7.

In step S7, a message editing process, which will be described in detail later, is executed (step S7), the message data is edited, and an edited message is created. Then, the execution key 15 is awaited for input (step S8), and when the execution key 15 is operated, the created edit message is stored in the edit message memory 33 in the form of free message data (step S9), and the message is displayed. The edit mode is terminated and the process proceeds to step S10. If the execute key 15 is not operated, step S
Returning to the received message editing process of No. 7.

In step S10, dial key 1
8 is operated, and if the dial key 18 is operated, the free message data corresponding to the edited message is output to the tone signal generator 36 and DT is output.
After converting to the MF signal, the speaker 37 outputs it to perform dialer output (step S11), and then step S again.
Returning to step 10, it is determined whether the dial key 18 has been operated. When the dial key 18 is not operated,
It is determined whether or not an instruction to return to the normal mode is given by operating the return key 13 (step S13). If the return key 13 is not operated, the process returns to step S10 and the return key 13
When is operated, the process returns to the normal mode of step S1.

Here, a display example and a display transition of specific display data displayed on the display unit 42 by the message editing process in step S7 of FIG. 6 will be described with reference to FIG.

In FIG. 7, when the memory key 8 is operated from the state (not shown) in which the mode information and the time of the alarm mode are displayed on the display section 42 as an initial state, "reception message reading" is performed. Display mode "is set,
For example, the received message data received immediately before, "the fixed message message" Excime Anyimas "corresponding to [[21 [[42]" is read from the fixed message table of the fixed message memory 35 and displayed (Fig. Medium D
1).

Then, when the edit key 7 is operated, the "message edit mode" is set, the message code included in the received message data is converted into a free message code, and the first character is displayed in blinking and the kana character is displayed. Character strings A and K are displayed as a column group display (D in the figure)
2). When the cursor key 16d is operated several times in this display state, the blinking display position of the character is moved to the right by one character and displayed (D3 to D5 in the figure), and the cursor operation is stopped at the character position to be edited. , "7" as a numeric key
When the key 11a is operated, "ki" is inserted, and "exhausted" is displayed (D6 in the figure).

Then, when the execute key 15 is operated, the message editing process is terminated and the edited editing message is in the form of free message data and the editing message memory 3
3 (D7 in the figure). Then dial key 1
When 8 is operated, "* 2 *", which is the free message identification code "* 2 * 2", is added to the edit message (free message data) stored in the edit message memory 33.
"2142711452122227133" is displayed and dialer output is made (D8 in the figure).

As described above, in the electronic organizer pager 1 of the above-described embodiment, since the message code included in the received message data is converted into the free message data, it corresponds to the received message code. The standard message message can be edited, and the standard message message corresponding to the received message data can be effectively used.

By the way, the flow chart of FIG. 6 shows an embodiment in which the message code included in the received message is converted into free message data when the edit key 7 is operated. An embodiment in which a message code is converted into free message data when an instruction to edit a standard message message is given will be described.

In FIG. 8, the electronic notebook pager is initially set to the sound alert mode, that is, the normal mode in the initial state (step S21), and the memory key 8 is operated to select the "received message read display mode". Then, the received message read / display processing is executed (step S23), and the received message data stored in the received message memory 31 is read out from the one received and stored immediately before and the display buffer 41 is displayed. It is displayed on the display unit 42 via the display.

Next, it is judged whether or not the "message edit mode" is set by operating the edit key 7 (step S24), and when the "received message edit mode" is not set, the return key 13 is operated. It is determined whether or not the instruction for ending the "reception message read display mode" has been given (step S32). When the return key 13 is not operated, the process returns to step S23, while when the return key 13 is operated, the "reception message read display mode" is ended and the normal mode (sound report mode) of step S1. Return to.

When the "message edit mode" is set by operating the edit key 7 in step S24,
The received message edit processing is executed to edit the message data (step S25). If an instruction to edit the standard message message portion is issued during this received message edit processing (step S26), the message code Is converted into free message data (step S27), the fixed message message editing process according to the editing operation is executed (step S28), and the process proceeds to step S25. On the other hand, if there is no instruction for editing the standard message message in step S26 (step S26), step S26
34, and the execution key 15 is awaited for input (step S34). When the execution key 15 is operated, the message edit mode is ended, and the process proceeds to step S29 to edit the created edit message in the edit buffer. After passing through 31, it is stored in the edit message memory 33 (step S2
9) If there is no operation of the execution key 15 in step S34, the process proceeds to step S25.

Next, in step S30, it is determined whether the dial key 18 has been operated (step S3).
0), when the dial key 18 is operated, the free message data corresponding to the edited message is output to the tone signal generation unit 36 and converted into the DTMF signal, and then output from the speaker 37 for dialer output. After performing (step S31), the process returns to step S30 again to determine whether or not the dial key 18 has been operated (step S3).
0). When the dial key 18 is not operated, it is judged whether or not the return key 13 is operated to return to the normal mode (step S33). When the return key 13 is not operated, the process returns to step S30. On the other hand, the return key 13
When is operated, the process returns to the normal mode of step S21.

As described above, in the embodiment shown in FIG. 8, when editing the message data, if there is an instruction to edit the part of the fixed message included in the message data, the message code is changed. Since it is configured to convert to free message data, when editing data other than the fixed message of message data, the message code is not converted to free message code, so effective use of memory and saving of transmission data amount are possible. Becomes This is because the number of digits increases when the message code is converted into free message data.

In the above-described embodiments, etc.,
Although the configuration is such that the received message code is converted into free message data, the data editing is not limited to such received message. For example, in the message creation mode, the standard message message input by the instruction of the key input unit 25 can be used. It can also be applied when editing and creating outgoing messages. With such a configuration, it is possible to create a message using the standard message message, and thus it is possible to easily create a message.

Further, in the above-mentioned embodiments, etc.,
By converting the message code into free message data,
Although it is a configuration for editing a fixed phrase message, it is not limited to this. For example, received data (free message,
After converting all standard messages and numerical data) into text data such as character code (JIS code) of the same standard,
It is also possible to perform an editing process and convert the text data edited at the time of transmission into free message data.

Further, in the above-mentioned embodiment and the like, the edited received message is stored in the edited message memory, but it is overwritten in the memory area of the received message memory where the received message was stored before editing. With the configuration, the memory can be effectively used.

Further, in the above-described embodiments and the like, the case where the present invention is applied to the electronic notebook pager has been described, but the present invention is not limited to this, and the point is that an editing device capable of converting message data is provided. Anything is fine. For example, as a next-generation cordless telephone, PHS
As a service for (personal handy phone system), a service for transmitting and displaying message data separately from voice information to PHS is being considered.
The present invention can be applied to When applied to such a PHS, the means for outputting the received message does not have to be dialer output, but can be directly connected to P as with voice information.
It can be transmitted to the radio base station in the HS.

Further, the present invention is not limited to a pager using a public line and is applied to various types of receiving devices having a wireless communication function. That is, the present invention is also applicable to a private pager that does not use a public line, a toy with a communication function for communicating by infrared rays, a personal computer having a communication function, an electronic notebook, an FM text multiplex broadcast receiver, and other electronic calculation processing devices. Is applicable.

Further, in the above-described embodiment and the like, the display unit 4 including a low reflection type liquid crystal display panel is used as the display means.
However, the configuration is not limited to the above. That is,
It may be configured by an organic EL (Electro luminescence).

[0075]

As described above, according to the invention described in claim 1, it is possible to edit a fixed message.
Since the degree of freedom in editing operations is improved, the usability for the operator is improved.

According to the invention of claim 2, since the message code is converted into the fixed message message data at the time of editing, useless data conversion can be eliminated and the memory capacity can be saved. become.

According to the third aspect of the present invention, the standard message message can be edited, and when the standard message message data portion of the message data is instructed to be edited, it is included in the message data. Since the existing message code is converted into the corresponding standard message message data, it is possible to reduce unnecessary data conversion and save the memory capacity.

According to the fourth aspect of the present invention, the standard message message corresponding to the received message code can be edited, and the degree of freedom of the editing operation is improved, which improves the usability of the operator.

According to the fifth aspect of the present invention, the input fixed message can be edited and the edited message data can be sent, which improves the usability for the operator.

[Brief description of the drawings]

FIG. 1 is an external view of an electronic notebook pager of a first embodiment to which a wireless communication device of the present invention is applied.

FIG. 2 is a block configuration diagram of the electronic notebook pager in FIG.

3 is a diagram showing a free message conversion matrix table stored in the conversion table of FIG.

FIG. 4 is a diagram showing a fixed phrase table stored in a fixed message memory shown in FIG. 2;

5 is a diagram showing a configuration example of data registered in the TEL bank memory of FIG.

FIG. 6 is a flowchart for explaining processing of received message data executed by the electronic notebook pager according to the present invention.

7A and 7B are views for explaining a display example and a display transition of specific display data displayed on the display unit by the message editing process executed in the flowchart of FIG.

FIG. 8 is a flowchart for explaining another embodiment of processing of received message data executed by the electronic notebook pager according to the present invention.

[Explanation of symbols]

 1, 40 Electronic notebook pager 7 Edit key 8 Memory key 9 TEL bank key 10 Function key 11a to 11j Numeric key group 13 Return key 14 Input key 15 Enter key 16a to 16d Cursor key group 17 Liquid crystal display section 18 Dial key 21 Antenna 22 Reception circuit 23 Decoder 24 ID-ROM 25 Key input section 26, 41 CPU 27 Conversion table 28 ROM 30 Reception buffer 31 Reception message memory 32 Editing buffer 33 Editing message memory 34 TEL bank memory 35 Standard message memory 36 Tone signal generating section 37 Speaker 38 Notification signal generator 39 Speaker 40 Conversion buffer 41 Display buffer 42 Display

Claims (5)

[Claims] 1. A first storage means for storing a plurality of sets of message codes and fixed message messages corresponding to the message codes, an input means for inputting the message codes, and a message code input by the input means. Second storage means, display means for reading out fixed form message message data corresponding to the message code stored in the second storage means from the first storage means and displaying the data, and the second storage means. Data conversion means for converting the message code stored in the means into the fixed message message data stored in the first storage means in association with the message code; and the fixed message converted by the data converting means. A message data editing device comprising: an editing unit that edits message data. 2. The data conversion means associates the message code stored in the second storage means with the message code when the data conversion means shifts to a state where editing can be performed by the editing means. 2. The message data editing device according to claim 1, wherein the message data editing device converts the fixed message data stored in the first storage means. 3. A first storage means for storing a plurality of sets of message codes and standard message message data corresponding to the message codes, input means for inputting message data containing the message codes, and input by the input means. Second storage means for storing the message data stored therein, display means for displaying the message data stored in the second storage means, and the display means for displaying the message data stored in the second storage means In the case of displaying the message, instead of the message code included in the message data, the fixed message message data corresponding to the message code is read out from the first storage means and displayed, and the display means Editing means for editing the displayed message data, and a message displayed on the display means by the editing means. When there is an instruction to edit the standard message message data portion in the message data, the message code included in the message data stored in the second storage means is converted into the first message corresponding to the message code. Data conversion means for converting into the standard message message data stored in the storage means; and edit control means for performing the edit processing of the standard message message data converted by the data conversion means in accordance with the editing instruction. A message data editing device characterized by the above. 4. The message data editing apparatus according to claim 1, wherein the input means is a means for receiving. 5. The message data editing apparatus according to claim 1, further comprising a transmitting unit that transmits the message data edited by the editing unit.