JPH0768855A - Letter processing device - Google Patents

Abstract

PURPOSE:To permit the output of content of a set schedule by a format, capable of grasping simply the setting condition of a plurality of schedules which are set arbitrarily. CONSTITUTION:An input document data under a document mode is stored into a document memory 16 and an input schedule data under schedule mode is stored in a schedule memory 24. When the output of the schedule data in the form of a table is commanded, a schedule format table wherein time bands are assigned on a horizontal axis and date is assigned on a vertical axis, is produced and printing output is outputted to a printing unit 22.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a character processing device for processing inputted and stored sentence data.

[0002]

2. Description of the Related Art Conventionally, there has been a printer which prints a calendar table of a corresponding year and month by designating the year and month. Also, schedule data can be stored for each date and time,
In some cases, the corresponding schedule data is read out and displayed by specifying the date and time.

[0003]

However, the device capable of reading and displaying the schedule data is limited to the device dedicated to the schedule data capable of inputting and displaying the schedule data, and is not limited to the device other than the schedule. No other data processing could be done.

On the contrary, in a device that can perform other data processing, for example, a document processing device that can handle document data,
There is no one that can manage and process the schedule information as described above.

Further, there has been no one that can output the set schedule contents in a format that allows the setting status of a plurality of arbitrarily set schedules to be easily grasped.

An object of the present invention is to make it possible to output the contents of a set schedule in a format that allows the user to easily grasp the setting status of a plurality of arbitrarily set schedules.

[0007]

In a character processing apparatus for processing input and stored Japanese sentence data, mode switching means for switching between designation of a sentence mode and designation of a schedule mode, and between the sentence mode and the schedule mode. Kana-Kanji conversion means used in any mode, and sentence storage means for storing Japanese sentence data input in a state in which the sentence mode is designated by the mode switching means and converted into kana-kanji characters by the kana-kanji conversion means. In the state where the schedule mode is designated by the mode switching means, it becomes possible to input, and the date data of one desired schedule, the time zone data on the above date of the schedule, and the contents of the schedule are input in pseudonyms. Converted to Kana by the above Kana-Kanji conversion means Schedule input means for arbitrarily inputting the main language schedule data, and a plurality of schedule information using the date data, the time zone data and the Japanese schedule data input by the schedule input means as one schedule information. A schedule information storing means for storing the date information, a designating means for arbitrarily designating a date period to be output such as a year, month, or a week in a state where the schedule mode is designated, and a date period designated by the designating means. Outputs a schedule format in which the axis delimited by 1 is set as one of the vertical and horizontal axes, and the axis in which a unit time zone that is divided into a plurality of time zones in a day is arranged is the other axis. The format output means and the plurality of schedule information in the schedule information storage means are searched. Based on the reading means for reading the schedule information including the date data of the date within the date period designated by the designating means and each piece of the schedule information read by the reading means, the date data included in the schedule information is determined. At the output position of the corresponding date on the above schedule format, and
Outputs a specific image so that the length of the time zone range of the schedule can be identified for the output range that spans multiple unit time zones on the schedule format that is determined by the time zone data included in the schedule information Then
The schedule information output means outputs the Japanese schedule data included in the schedule information together with the output of the specific image.

[0008]

The Japanese sentence data input in the state in which the sentence mode is designated by the mode switching means and converted into kana-kanji characters by the kana-kanji conversion means are stored in the sentence storage means. In the state in which the schedule mode is designated by the mode switching means, the date data of the desired one schedule, the time zone data on the above date of the schedule, and the contents of the schedule are input in kana and the kana-kanji conversion means is used. When the Kana-Kanji converted Japanese schedule data is arbitrarily input, the input date data, time zone data, and Japanese schedule data are stored in the schedule information storage means as one piece of schedule information. In the state where the above schedule mode is specified, when the date period to be output such as year, month, or week is specified, the axis that divides the specified date period into one day is set as one of the vertical and horizontal axes. 1
A schedule format is output in which the axis in which the unit time zone, in which the time zone in the day is divided into a plurality of predetermined time units, is arranged is the other axis. Further, a plurality of schedule information in the schedule information storage means is searched, schedule information including date data of a date within the date period designated by the designating means is read, and based on the read schedule information. At the output position of the corresponding date on the schedule format determined by the date data included in the schedule information, and across multiple unit time zones on the schedule format determined by the time zone data included in the schedule information. A specific image is output so that the length of the time zone range of the schedule can be identified with respect to the output range, and the Japanese schedule data included in the schedule information is output together with the output of the specific image. .

Therefore, in the character processing device for processing Japanese sentence data, the schedule data can be input, stored and output, and when the desired schedule information is input in the schedule mode, it is used in the sentence mode. The kana-kanji conversion means can be used regardless of the mode, and the output status on the schedule format divided every day within the desired date period can be checked to determine the time zone of the schedule. The range can be immediately known with a visual image, and further, not only the range of the set time zone of the schedule but also the contents itself of the schedule can be immediately known.

[0010]

【Example】

(1) Structure An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 shows an ordinary Japanese word processor including a CPU 10, a program memory 12, a kana-kanji conversion processing unit 14, a document memory 16, a display unit 18, a key input unit 20 and a printing unit 22 and a schedule printing device according to the present invention. This shows the actual configuration in the case of doing. In the figure, reference numeral 24 is a schedule memory, and 26 is a calendar calculation unit for calculating a calendar. 28 is a register, which comprises a date register 281, a day of the week register 282, a final date register 283, a time register 284, and a flag (F) register 285. Further, the key input unit 20 includes a document / schedule (SCH) mode switching key 201, a data / table mode switching key 202, an input / input mode.
It has a print mode switching key 203 and a numeric keypad (not shown) for designating the year and month. Each of the above modes is stored in the mode memory 101 of the CPU 10.

As shown in FIG. 2, schedule data is written in the schedule memory 24 in correspondence with designation of year, month, day, and hour. When writing this,
The schedule data for the kanji converted to "kana-kanji" is written.

Further, the document / SCH of the key input unit 20
The mode switching key 201 is a key for switching between the document memory 16 and the schedule memory 24. When the document memory 16 is designated, kana-kanji converted data is stored in the document memory 16, and the schedule memory 2
When 4 is specified, the data is stored in the schedule memory 24. The data / table mode switching key 202 is used for direct printing of the schedule memory 24 (printing the contents of the memory as it is) or printing of a schedule table when the document / SCH mode switching key 201 designates the schedule memory 24. It is a key for switching. The input / print mode switching key 203 is
A key for switching between the data input mode and the print mode. For example, when the SCH mode and the input mode are designated, time and schedule data are input. SC
When the H mode, the data mode and the print mode are designated, the entire contents of the schedule memory 24 are printed. Also,
When the SCH mode, the table mode and the print mode are designated, the schedule table for the designated year and month is printed according to the designation of the year and month. It should be noted that although no memory for storing the table format is provided in the above-mentioned configuration, this is because, for example, the program memory 12 can be shared.

(2) Operation The operation of the schedule table printing apparatus having the above-mentioned configuration will be described with reference to FIG. 2, FIG. 3 showing an example of printing, and FIGS. 4 to 5 which are flowcharts of the operation. However, in this case, as shown in FIG. 3, the schedule table is printed on a monthly basis by designating the year and month, and the vertical direction is the date scale and the horizontal direction is the time scale. Also, the schedule data is printed in areas that are separated by two hours, but if there are two or more schedule data in the same time zone, the schedule table will be displayed vertically according to the number of data. The number of lines per day shall be increased. Furthermore, it is assumed that a schedule extending over a plurality of time zones can be expressed by adding a “→” symbol. And the weekly breaks are also printed at the same time.

That is, in the schedule memory 24, as shown in FIG.
The data as shown in FIG. 2 is stored here, and by the input / print mode switching key 203 of the key input unit 20,
If the print mode is designated, it is determined whether the print mode is the SCH mode and the front mode (step S50).
1). If it is in SCH and table mode, the designation of the year and month is awaited (step S502), and if designated, the calendar calculation unit 26 calculates the first day of the week and the last date of the designated year and month (step S503). Then, the calculated first day of the week and the last day of the month are stored in the day of week register 282 and the last date register 283, respectively, and “1” is stored in the date register 281. (Step S504).

After printing the designated year and month, a line feed is performed (step S505). Further, the time zone scale is printed and a line feed is performed (step S506). Further, the date and the day of the week stored in the date register 281 and the day of the week register 282 are printed (step S50).
7). Here, "8" is stored in the time register 284 (step S508), and "0" is further stored in the F register 285 (step S509).

Then, the schedule data in the time zone (the value stored in the time register 284 to the value obtained by adding "+2" to the value) is retrieved from the schedule memory 24 (step S510). If there is no data after the search (step S511). The time zone minute shift is performed (step S512), and the value of the time register 284 is "+2" (step S513).

If there is data by the search (step S51
1) Print the schedule data (step S
514). Here, if there is a "→" symbol (step S515), "→" is printed to the right end (step S516), and then the process jumps to step S524 described later.

If there is no "→" symbol (step S51)
5) Determine whether or not there is other schedule data.
(Step S517). If there is no other schedule,
Jump to step S513 above, and if there is, F register 285
After storing "1" in (step S518), the process jumps to step S513.

If the value of the time register 284 that has been "+2" in step S513 is not "18" (step S519), the process returns to step S510. If it is "18" (step S519) and the value of the F register 285 is "1" (step S52).
0), the value of the F register 285 is set to "0" (step S521), and the value of the time register 284 is set to "8".
(Step S522). Then, the schedule data in the time zone (the value stored in the time register 284 to the value obtained by adding “+2” to the value) is stored in the schedule memory 2
4 (step S523), the above step S
Fly to 511.

In step S520, the value of the F register 285 is not "1" and the date register 281
If the value stored in the date register 283 is equal to the value stored in the final date register 283 (step S524), the printing is ended, but if they are not equal (step S524), the value of the date register 281 is incremented by "+1". Further, the day of the week stored in the day of the week register 282 is updated (step S
525). If the updated date is not Sunday (step S526), after a line feed (step S527),
The procedure returns to step S507. Also, if it is Sunday,
Half-line feed is performed, delimiter printing is performed, half-line feed is further performed, and the process returns to step S507 (step S528).

In this way, the one-month schedule table as shown in FIG. 3 is printed. That is, it is possible to easily discriminate the entire schedule within a certain designated period from a large number of schedule data stored in the device, and further understand the schedule order (time order) of each schedule data at a glance. You can print the schedule.

The monthly printing format is as follows:
The present invention is not limited to the above embodiment. For example, the time schedule data is printed in the area divided by two hours, but it may be printed in the two areas of morning and afternoon. Further, the printing is not limited to monthly printing. For example, printing may be performed on a yearly, weekly, or daily basis.
Furthermore, not only printing by vertical / horizontal matrix timetable,
The time scale may be taken only in the vertical direction or only in the horizontal direction. Also, it goes without saying that these various formats may be arbitrarily switched.

[0023]

The present invention has the following effects.

A character processing device for processing Japanese sentence data can also input, store, and output schedule data, and converts the schedule information, which was conventionally handled only by a dedicated device for managing schedule data, into a normal sentence. The character processing device for processing can be handled by simply switching the mode.

When inputting desired schedule information in the schedule mode, the kana-kanji conversion means used in the sentence mode can be used regardless of the mode, and the kana-kanji conversion means is also used. It is not necessary to have the same means separately for each mode.

Further, based on the date data and time zone data stored as the schedule information, the schedule at the output position corresponding to the date of the schedule and over a plurality of unit time zones is identified as a specific image. Since it is output, it is possible to immediately know the range of the date and time zone of the schedule by looking at the output state with a visual image.

Further, together with the output of the specific image,
Since the content of the schedule information (Japanese schedule data) is also output at the same time, not only the range of the set time zone of the schedule but also the content itself of the schedule can be immediately known.

[Brief description of drawings]

FIG. 1 is a block diagram of a Japanese word processor according to an embodiment.

FIG. 2 is a diagram showing an example of data stored in a schedule memory.

FIG. 3 is a diagram illustrating a print example.

FIG. 4 is a flowchart showing a series of operations of the embodiment.

FIG. 5 is a flowchart showing a series of operations of the embodiment.

[Explanation of symbols]

 10 CPU 16 Document Memory 20 Key Input Section 22 Printing Section 24 Document Memory

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification code Internal reference number FI Technical display location G06F 17/60 G06K 9/20 320 J

Claims (1)

[Claims] 1. In a character processing device for processing input and stored Japanese sentence data, mode switching means for switching between designation of a sentence mode and designation of a schedule mode, and in any of the sentence mode and the schedule mode. Kana-kanji conversion means also used, sentence storage means for storing the Japanese sentence data input in the state in which the sentence mode is designated by the mode switching means and converted into kana-kanji characters by the kana-kanji conversion means, and the mode switching described above. By inputting the schedule mode by the means, the date data of one desired schedule, the time zone data on the above date of the schedule, and the contents of the schedule are input in kana and the kana kanji Japanese skeleton converted into Kana-Kanji by conversion means Schedule input means for arbitrarily inputting the schedule data, and a plurality of schedule information with the date data, the time zone data and the Japanese schedule data input by the schedule input means as one schedule information. A schedule information storage means, a designating means for arbitrarily designating a date period to be output such as a year, month, or a week in a state where the schedule mode is designated, and a date period designated by this designating means every one day. A format output means for outputting a schedule format in which the axis divided into two is defined as one of the vertical and horizontal axes, and the axis in which a unit time zone obtained by dividing the time zone in a day into a plurality of predetermined time units is arranged is the other axis. And search for a plurality of schedule information in the schedule information storage means, and specify the above Reading means for reading the schedule information including the date data of the date within the date period specified by the row, and the schedule determined by the date data included in the schedule information based on the schedule information read by the reading means. For the output range of the corresponding date on the format, and for the output range that spans multiple unit time zones on the schedule format that is determined by the time zone data included in the schedule information, the time zone of the schedule Schedule information output means for outputting a specific image so that the length of the range can be identified, and for outputting the Japanese schedule data included in the schedule information together with the output of the specific image. Processing equipment.