JPH09293101A - Schedule managing method and device therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To automatically print out the schedule of the unit of a designated day, week or month at a designated date by editing individual schedules inputted until then by providing a schedule input means, a storage means, an editing means and a printing means which are respectively specified. SOLUTION: The schedule input means inputs a prescribed date, starting time and contents in a designated area as schedule information. The storage means stores inputted schedule information. The editing means successively lines up schedule information by the date and the starting time of schedule information stored in the storage means at the designated date. The printing means prints out edited schedule information at the designated date. In this case a user inputs a date section 21, a starting time 22, a finishing time section 23, a place section 24 and a content section 25 according to a cursor to write necessary items in a schedule input picture 20.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a schedule management device which automatically prints out a schedule of a designated day, week, or month at a designated date and time.

[0002]

2. Description of the Related Art As a conventional schedule management device, there is a technique disclosed in Japanese Patent Laid-Open No. 4-115768.

According to this technique, an original document or the like having a schedule is read by an image reading unit and a printout time is designated, and then the original document or the like having a schedule is printed out at the designated time.

[0004]

The technique of printing out a document or the like on which a schedule is described at the designated printout time, which is disclosed in the above publication, requires editing in units of the document on which the schedule is described. Since what is read by the reading unit is edited as it is,
The printouts weren't organized and concise.

Further, as another prior art, there is Japanese Patent Laid-Open No. Sho 61-61.
There is a CATV system technology described in Japanese Patent Laid-Open No. 113378, and there is a technology for displaying a predetermined character having a schedule described on a display at a set predetermined time. However, although it works to not forget the schedule while using the display, even if you display the weekly or monthly schedule, even if you move between rooms, meetings or meetings of business partners, that is, , I was unable to convey the outside visit to the user.

Therefore, the present invention provides a schedule management device capable of editing a schedule of a specified day, week, or month unit and automatically printing out individual schedules input so far at a specified date and time. It is what

[0007]

A schedule management method according to claim 1, wherein schedule information designating a predetermined date and place is input, and the schedule information is printed out on the designated date. Is.

According to a second aspect of the schedule management method, the predetermined date, start time, and
If necessary, enter the end time, location, and contents in the specified area, store the schedule information, and arrange the schedule information sequentially according to the entered date, start time, and specify it. The schedule information sequentially arranged according to the input date and start time is printed out on the specified date and time.

According to a third aspect of the schedule management apparatus, the schedule information has a predetermined date, start time,
Schedule input means for inputting the end time, place, and contents into a designated area as necessary, a storage means for storing the schedule information input by the schedule input means, and the storage at the designated date and time. An editing unit for sequentially arranging the schedule information according to the date and start time of the schedule information stored in the unit; and a printing unit for printing out the schedule information edited by the editing unit at a designated date and time. Is.

[0010]

BEST MODE FOR CARRYING OUT THE INVENTION A schedule management device according to an embodiment of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing the entire schedule management apparatus of the first embodiment of the present invention.

In FIG. 1, a central control unit (CPU) 1
Is composed of an arithmetic circuit for program-controlling the entire schedule management device of this embodiment. The timer 2 uses a clock pulse for operating the central control unit (CPU) 1 to provide a counter with a clock function. The non-volatile memory 3 is an extended memory whose stored contents are not erased even when the power of the device is cut off, and is used for storing schedule information. ROM4 is a central control unit (CP
U) is a memory that stores a program for controlling the program 1 and necessary constants, and the RAM 5 is a memory that temporarily stores signals processed by the central control unit (CPU) 1.

The display interface 6 temporarily stores the display data in order to display the data stored in the RAM 5 and the predetermined data stored in the non-volatile memory 3 on the display 7, and displays the key input of the keyboard 11. In order to do so, the display data is temporarily stored or the signal is converted. The display 7 is a display device such as a CRT, LCD or plasma display. The printer interface 8 temporarily stores the data stored in the RAM 5, the predetermined data stored in the non-volatile memory 3, and the data displayed on the display 7 for printing,
The signal is converted. The printer 9 is a hard copy device such as a laser printer, a thermal transfer printer, or an inkjet printer. The input interface 10 temporarily stores data input from the keyboard 11,
The signal is converted.

The communication interface 12 is for temporarily storing data input from the outside, temporarily storing data output to the outside, and converting signals as necessary. The output data is wired or wireless.

FIG. 2 is a flow chart of a main routine program for signal processing in the schedule management device of the first embodiment of the present invention.

In FIG. 2, this main program starts its operation when the power is turned on. When the power is turned on, the memory and output used for this control are initialized in step S1, and a menu screen is displayed on the display 7 in step S2. In step S3, it is determined whether the key data input from the keyboard 11 is "1" in step S4, and when the key data is determined to be "1", the schedule is input in step S5. Then, a schedule process content selection screen for determining whether to output, to specify the print date and time, or to directly print out is displayed, and the key input is awaited in step S6. When the key input is performed in step S6, the key input is determined. When the key input is "1", the "print date / time setting" mode is selected in step S7, and when the key input is "2", step S8 The "schedule input" mode is selected, and when the key input is "3" or the schedule printed out in step S9 is lost, the "schedule print" mode is selected and executed. Then, the routine from step S3 is repeatedly executed. When it is determined in step S4 that the key data input by the key is not "1", other processing not related to the gist of the present invention is performed in step S10, the process returns to step S3, and the routine from step S3 is repeated. Run.

FIG. 3 is a flow chart of the "print date and time setting" mode called by the schedule management apparatus according to the first embodiment of the present invention.

In step S11, a print date / time setting screen for designating the print date / time is displayed. In step S12, key input is waited for. When it is determined that the key data is "1", "1" is stored in the print designation memory in step S13. When the key input is "2", "2" is stored in the print designation memory in step S14, and when the key input is other than "1" or "2", it is stored in the print designation memory. Get out of this routine without.

FIG. 4 is an explanatory diagram of the schedule input screen displayed in the "schedule input" mode used in the schedule management device of the first embodiment of the present invention. 5 to 8 are flowcharts of the "schedule input" mode called by the schedule management device according to the first embodiment of the present invention.

As shown in FIG. 4, the schedule input screen 20 includes a date field 21, a start time field 22, an end time field 23, a location field 24 for designating a location such as a reception room or a meeting room, and a schedule field. A basic configuration is formed in the content column 25. Therefore, the user has a date column 21, a start time column 22, an end time column 23, a place column 24, a content column 2
The necessary items on the schedule input screen 20 can be written by inputting 5 according to the cursor, or by operating the line feed key when unnecessary.

Input of "Year" FIG. 5 is a flow chart regarding year and month input of "schedule input" used in the schedule management apparatus of the first embodiment of the present invention.

When the "schedule input" mode is selected in step S8 of the main program, step S21
The schedule input screen 20 of FIG. 4 is displayed on the display 7. In step S22, the cursor is moved to the "year" input position. In step S23, the value of the function (Y) is initialized. When the key input (y) is performed in step S24, it is determined in step S25 whether the key input (y) is a numeric key operation. When the key input (y) is a numeric key, the continuous key input is performed. In step S26 and step S27, the "year" is represented by the last two digits of the year. Incidentally, the function (Y) = (Y) * 10 + (y) is set, and in step S27, the function (Y) is displayed in the year area of the year / month / day column 21 as a “year” represented by a two-digit year.

When it is determined in step S28 that the key input (y) is the line feed key, and there is no numeric key operation in the key input (y) until then, in step S29, the current year, that is, the current (Y ) Is the "year" expressed in the two-digit year,
Record it. If the "year" expressing the function (Y) in the two-digit year is input in step S27, it is set as the "year" expressed in the two-digit year and is recorded.

When the key input (y) input in step S24 is not a numeric key or a line feed key, it is
It waits for the key input (y) which is determined in step S25 and step S28 and is re-input in step S24.

Input of "month""Year" in which (Y) is expressed in two-digit year in step S29
If you record as, move the cursor to "month" in step S30.
Move to the input position of. Function (M) in step S31
The value of is initialized. When the key input (y) is performed in step S32, it is determined in step S33 whether the key input (y) is a numeric key operation. When the key input (y) is a numeric key, "month" is selected in steps S34 and S35. "
Is expressed by one digit or two digits. By the way, the function (M) =
(M) * 10 + (y), and in step S35, the function (M) is displayed in the month area of the year / month / day column 21 as a “month” that is represented by one or two digits.

When it is determined in step S36 that the key input (y) is the line feed key, and there is no numeric key operation in the key input (y) until then, the current month, that is, the current (M ) Is the "month" expressed in the two-digit year,
Record it. If the "month" representing the two-digit year in the function (M) is input in step S35, it is regarded as the "month" represented in the two-digit year, and is recorded.

When the key input (y) input in step S32 is not a numeric key or a line feed key, it is
The key input (y) determined in steps S33 and S36 and re-input in step S32 is waited for.

Input of "Day" FIG. 6 is a flow chart regarding the input of the date and the start time of the "schedule input" used in the schedule management apparatus of the first embodiment of the present invention.

When (M) is recorded as "month" in step S37, the cursor is moved to the input position of "day" in step S38. In step S39, the value of the function (D) is initialized. When the key input (y) is performed in step S40, it is determined in step S41 whether the key input (y) is a numeric key operation. When the key input (y) is a numeric key, the "day" is selected in steps S42 and S43. Is represented by one or two digits. By the way, the function (D) = (D) * 10 +
(Y), and in step S43, the function (D) is displayed in the day area of the year / month / day column 21 as “day” which is expressed by one or two digits.

When it is determined in step S44 that the key input (y) is the line feed key, and there is no numeric key operation in the key input (y) until then, the current date, that is, the current (D ) Is the "day" expressed in the two-digit year,
Record it. If the "day" expressing the function (D) in the two-digit year is input in step S43, it is regarded as the "day" expressing in the two-digit year and is recorded.

When the key input (y) input in step S40 is not a numeric key or a line feed key, it is
It waits for the key input (y) which is determined in step S41 and step S44 and is re-input in step S40.

Input of "Start Time" When (D) is recorded as "day" in step S45, the cursor is moved to the "start time" input position in step S46. In step S47, the value of the function (S) is initialized. When the key input (y) is performed in step S48, it is determined in step S49 whether the key input (y) is a numeric key operation. When the key input (y) is a numeric key, "start" is performed in steps S50 and S51. Expresses "time of time". Incidentally, the function (S) = (S) * 10 + (y) is set, and in step S51, the function (S) is displayed as “time of start time” expressed by one digit or two digits.

When it is determined in step S52 that the key input (y) is the line feed key, the current time is set as (S) in step S53, and the "start time" is represented by one or two digits. When the key input (y) input in step S48 is not a numeric key or a line feed key, it is
It waits for the key input (y) which is determined in step S49 and step S52 and is re-input in step S48.

When it is determined in step S52 that the key input (y) is the line feed key, in step S53 the current time, that is, the current (S) is expressed as a "start time time" expressed by one or two digits. , Record it.

Next, in step S54, the cursor is moved to the "start time minute" input position. In step S55, the value of the function (S) is initialized. When the key input (y) is performed in step S56, it is determined in step S57 whether the key input (y) is a numeric key operation. When the key input (y) is a numeric key, "start" in steps S58 and S59. Expresses "minutes of time". Incidentally, the function (S) = (S) * 10 + (y) is set, and in step S59, the function (S) is displayed in the start time area as “minute of start time” expressed by one digit or two digits.

When it is determined in step S60 that the key input (y) is the line feed key, in step S61 the minute of the current time is defined as (S) and is defined as "minute of start time" represented by one or two digits. When the key input (y) input in step S56 is not a numeric key or a line feed key, it is
It waits for the key input (y) which is determined in step S57 and step S60 and is re-input in step S56.

When it is determined in step S60 that the key input (y) is the line feed key, in step S61 the current minute, that is, the current (S) is defined as the "start time minute" expressed by one or two digits. , Record it.

Input of “End Time” FIG. 7 is a flowchart regarding the end time and the place input of the “schedule input” used in the schedule management device of the first embodiment of the present invention.

Incidentally, basically, the same routine as the routine from step S46 to step S61 is executed in units of "hour" and "minute", but here,
“Hour” and “minute” will be briefly described together.

After recording up to "hour" and "minute" of "start time" in step S61, the cursor is moved to the input position of "end time" in step S62. Step S63
The value of the function (E) is initialized by. When the key input (y) is performed in step S64, it is determined in step S65 whether the key input (y) is a numeric key operation. When the key input (y) is a numeric key, "end" in steps S66 and S67. Expresses "time". By the way, the function (E) =
(E) * 10 + (y), and in step S67, the function (E) is displayed in the area of the end time 23 as the “end time” including the “hour” and the “minute” that are expressed by one or two digits.

When it is determined in step S68 that the key input (y) is the line feed key, the key input (y) input up to that point in step S64 causes it to be converted into one digit of "hour" or "minute" in step S69. Alternatively, record it by setting the “end time” expressed by two digits or all digits. Step S
When the key input (y) input in 64 is not a numeric key or a line feed key, it is determined in steps S65 and S68, and waits for the key input (y) to be input again in step S64.

Input of "Place" When the "end time" is recorded in step S69, the cursor is moved to the input position of "place" in step S70.
When key input (y) is performed in step S71, step S
If the key input (y) is determined to be a line feed key in 72, the process proceeds to step S75. If the key input (y) is not determined to be a line feed key, the key input (y) is recognized as a character string in step S73, and the " The function (P) input as "place" is stored in the area, and the function (P) is stored in the place 24 in step S74.
Display in the area.

Input of “Contents” FIG. 8 is a flow chart regarding the contents input and duplication confirmation of the “schedule input” used in the schedule management device of the first embodiment of the present invention.

When it is determined that the key input (y) is the line feed key in step S72, this means that the function (P) is stored and displayed in the area of the place 24. Next, in step S75, the cursor is changed to " Move to the input position of "Content". When the key input (y) is performed in step S76, if the key input (y) is determined to be a line feed key in step S77, the process proceeds to step S80. If the key input (y) is not determined to be a line feed key, in step S78. Key input (y)
Is recognized as a character string and the function (Ny) sequentially input as “place” is stored in the area of the place 25, and the function (Ny) is displayed in the area of the place 25 in step S79.

When it is determined in step S77 that the key input (y) is the line feed key, the temporarily stored functions (Y), (M), (D), (S), (E),
(P) and (Ny) are stored in the schedule storage area corresponding to the address position where "+1" is added to the address of the final schedule number. Then, in step S81, the address of the final schedule number is incremented.

Then, in step S82, the schedule number (S
r) The nearest schedule number (Sr ±?), including the one having the overlapping date, start time, and end time, that is, the date and time before and after, is searched, and it is displayed on the display 7 in step S83. The screen 20 is displayed. In step S84, the schedules (Sr ±?) Whose date, start time, and end time overlap are selected from the schedules stored up to that point, and step S85 is selected.
Then, duplicate schedule numbers (Sr), (Sr +?)
Alternatively, a flicker display is performed for a duplicated date, start time, and end time of (Sr-?). The person who inputs the information determines the overlap of the schedules by looking at the flicker display, or determines that the time required for the movement is insufficient due to the schedules before and after. Therefore, when it is necessary to change the schedule again, "0" is input in step S86, and the process returns to the routine from step S22.

If it is necessary to select a schedule that must be prioritized, "1" is input in step S86, and the duplicate schedule number (Sr) and schedule number (Sr +) are entered in step S87.
? ) Or (Sr-?), If there is a schedule to be prioritized, enter the schedule number. Any one or two of the schedule numbers (Sr), (Sr +?), And (Sr-?) Other than those which should give priority to the schedule whose schedule number has been input in step S88 are displayed by a broken line, and printed in step S89. When the key is operated, the screen 20 at that time is displayed in step S90.
Print out. When the print key is not operated in step S89, it is determined in step S91 whether the line feed key is operated, and the routine of steps S86 to S91 is repeatedly executed until the line feed key is operated in step S91. When the line feed key is operated in step S91, the items other than the schedule number (Sr) displayed by the broken line are stored as printouts in the storage area so that the printing is performed by the broken line, and this routine is exited.

As described above, the schedule can be performed according to the schedule input screen shown in FIG.

Next, the management of the information entered in the schedule will be described.

FIG. 9 is a flowchart of an interrupt routine for making a timer interrupt in the schedule management device of the first embodiment of the present invention.

First, the schedule is managed by interrupting at least once to four times a day by the timer interrupt. Also, a timer interrupt is performed at a time when printout is designated.

Interrupt Routine The current date is read from the built-in timer 2 in step S101, the date designated for printing is read in step S102, and today the date designated for printing is read in step S103. Is determined, and nothing is processed until the print-specified date is reached. Step S103
When it is determined that today is not before the print-designated date, it is determined in step S104 whether it is the print-designated date, and when it is not the print-designated date, this routine is exited. . When it is determined in step S104 that the print designation is made, step S105
If it is determined that it is not the print-designated time, this routine is exited. When it is determined in step S105 that the print is designated,
In step S106, the "schedule print" routine is executed.
In step S107, the "print date and time update" routine is executed, and this routine is exited.

Output of "Schedule Print" When the "Schedule Print" routine is called in step S106, the following processing is performed.

FIG. 10 is a flow chart called by "schedule print" called in the interrupt routine of the schedule management apparatus of the first embodiment of the present invention or by "schedule print" in step S9 of FIG. 2, and FIG. It is explanatory drawing which shows the example of the schedule printed matter printed by the schedule printing of the schedule management apparatus of 1st embodiment of this invention, or the schedule printing of FIG.

First, in step S201, the title and print date are output, the current date (Nn) is read in in step S202, and if a weekly schedule is set in step S203, the date after one week ( Calculate Nw). If the one-day schedule is to be issued, the date one day later (Nw) will be calculated, and if the monthly schedule will be to be issued, the date one month later (Nw) will be calculated. But,
Since the basic operation is the same, the explanation is stopped when the weekly schedule is set.

In step S204, the current date (Nn) is set in the print date memory (Pd), and in step S204.
A memory for storing the read schedule number in 205 (S
Set "1" to r). In step S206, the date is read from the data whose schedule number corresponds to the memory (Sr), and it is written in the memory (Sd). In step S207, it is determined whether (Sd) storing the date of the schedule number (Sr) is equal to the current date (Nn) stored in the print target date memory (Pd). In step S208, the date, start time, end time, place, and contents are read from the data of the schedule number (Sr) and stored in the output area. In step S209, the data of the schedule number (Sr) stored until then is sorted in the order of start time and end time from the same date. In step S207, the date of the schedule number (Sr) is stored (Sd) is the print target date memory (P
When it is not equal to d), the processes of steps S208 and S209 are skipped.

In step S210, the schedule number (S
r) is incremented by "+1", and the result is step S2.
In step 11, the data is compared with the final schedule number (Ln) in which the data is stored. When the final schedule number (Ln) or less, the routine from step S206 to step S211 is repeatedly executed. When the schedule number (Sr) exceeds the final schedule number (Ln) in which the data is stored in step S211, the data stored in the print target date memory (Pd) and the year after one week in step S212. When the data stored in the print target date memory (Pd) is not equal to the date (Nw) one week later, the print target date is compared with the date (Nw) in step S213. The memory (Pd) for storing is incremented by "+1" corresponding to one day, and step S205
The routine of step S213 is repeatedly executed. Then, until the data stored in the print target date memory (Pd) and the date one week later (Nw) match,
The above processing is repeatedly executed. When the data stored in the print target date memory (Pd) and the date one week later (Nw) match, the schedule information edited up to that point is output to the printer interface 8 in step S214, and the printer interface 8 Printed out by 9.

FIG. 12 is a flowchart of the "print date and time update" called in the interrupt routine of the schedule management device according to the first embodiment of the present invention.

First, in step S301, step S13 is performed.
Alternatively, the contents of the print designation memory stored in step S14 are read out, and it is determined in step S302 whether the contents of the print designation memory are "1", and the contents of the print designation memory are "1".
When it is determined that the print date memory is read in step S303, the date is calculated by setting the next print date to "+1" in step S304, and the date is stored in the print date memory in step S305.

When it is determined in step S302 that the contents of the print designation memory are not "1", the print date memory is read in step S306, and in step S307, the next print date is set as "+7" after one lap, and the date is set. And step S
At 305 it is stored in the print date memory.

Here, the next print date and time is updated in the schedule print in the interrupt routine for performing the timer interrupt shown in FIG. 9, but the next print date and time is updated in the schedule print shown in FIG. I have not updated. That is, the schedule printing shown in FIG. 2 is used when the schedule is lost or the like, so that, for example, the printing date and time set every Monday at 8:00 is not changed.

As described above, according to the schedule management method of the present embodiment, as shown in steps S21 to S81, schedule information for designating a predetermined date and place is input, and the schedule information is designated by the routine of step S7. On the other day, the schedule information is printed out as shown in steps S201 to S214.

Therefore, every time a schedule such as a meeting or a meeting is decided at a predetermined place on a predetermined date.
It is to input it and print it out on the specified day. Moreover, the schedule of the specified day, week, and month can be changed and the individual schedules input up to that day can be edited. Since it can be edited and automatically printed out, it can be used for user's schedule management.

According to the schedule management method of the present embodiment, as shown in steps S21 to S81, predetermined date, start time, end time, place, and contents are input as necessary as schedule information into a designated area. Then, the schedule information is stored in the non-volatile memory 3,
According to the schedule of the designated day, week, or month, the schedule information array is sequentially arranged according to the date and the start time input in step S208 and step S209, and the date and time input at the designated date and time. , The schedule information sequentially arranged according to the start time is displayed in step S.
The printout is made from 201 in step S213.

Therefore, a predetermined date, start time, end time, place, meeting, or meeting contents are input in a designated area as necessary, and those are printed out at the designated date and time. Because there is a specified day,
A weekly or monthly schedule can be edited and automatically printed out for each schedule entered up to the specified date and time, which can be used for user's schedule management. By inputting the predetermined date, start time, and end time, it is possible to eliminate duplicate schedules at the time of input. Further, since the print date and time is specified, it is possible to print during a time period when a printout device such as a printer is rarely used.

The schedule management device of the present embodiment stores the schedule information on the schedule input screen of the display 7 shown in FIG. 4 in a region in which a predetermined date, start time, end time, place, and contents are designated. Schedule input means including steps S21 to S81 to be input as required, storage means including a non-volatile memory 3 for storing the schedule information input by the schedule input means, and non-volatile memory at a designated date and time. Three
Editing means comprising steps S201 to S213 for sequentially arranging the schedule information according to the date and start time of the schedule information stored in the storage means, and the schedule information edited by the editing means at a designated date and time is printed. And a printing means including the step S214 of outputting.

Therefore, a predetermined date, start time, end time, place, meeting, or meeting contents are input in a designated area as necessary, and those are printed out at the designated date and time. Because there is a specified day,
A weekly or monthly schedule can be edited and automatically printed out for each schedule entered up to the specified date and time, which can be used for user's schedule management. By inputting the predetermined date, start time, and end time, it is possible to eliminate duplicate schedules at the time of input. Further, since the print date and time is specified, it is possible to print during a time period when a printout device such as a printer is rarely used.

By the way, step S21 of the above embodiment.
Through the step S81, the schedule input means is
Display 7 shown in FIG. 4 as schedule information
On the schedule input screen of, the specified date, start time, end time, place, and contents are entered in the designated areas as necessary, but these are not limited to entering all information at the same time. It is not necessary to enter the schedule, at least the date of the schedule, the start time, the place, etc. can be input.

Further, the storage means of the above embodiment comprises the non-volatile memory 3 for storing the schedule information input by the schedule input means. However, in the case of implementing the present invention, a backup power source is used. Any memory that can hold the stored contents may be used.

The printing means of the above embodiment comprises step S214 for printing out the schedule information edited by the editing means comprising steps S201 to S213, and more specifically, RAM.
Although the edited contents outputted in 5 are assembled and outputted to the printer interface 8, when the present invention is carried out, it can be outputted directly to the printer interface 8 by determining the selection order. But from the print speed. The former is preferable.

Further, in the embodiment of the present invention, the schedule management of only a specific person has been described. However, in the case of implementing the present invention, a plurality of persons can be managed by classifying the persons to be managed into addresses. Schedule management for 1
Can be done with a single device.

Furthermore, it is possible to communicate with another device via the communication interface 12 and input a schedule from the other device. In addition, the schedule can be output from another device. Further, the schedule can be determined by communicating with other devices.

[0073]

As described above, according to the schedule management method of claim 1, schedule information for designating a predetermined date and place is input, and the schedule information is printed out on the designated date. Is. Therefore, every time a schedule such as a meeting or a meeting is decided at a predetermined place on a predetermined date, enter it,
Since it prints it out on the specified day, you can edit the individual schedule entered up to that day on the specified day, weekly, monthly schedule and automatically print it out, It can be used for user's schedule management.

According to a second aspect of the schedule management method, predetermined date, start time, end time, place, and contents are input to the designated area as schedule information, and the schedule information is stored. The schedule information is sequentially arranged according to the input date and start time, and the schedule information is sequentially printed at the specified date and time according to the input date and start time. is there. Therefore, the predetermined date, start time, end time, place, meeting or meeting contents are input in the designated area as necessary, and it is printed out at the designated date and time. A specified day, week, or month schedule can be edited and automatically printed out for each schedule entered so far at a specified date and time, which can be used for user schedule management. By inputting the predetermined date, start time, and end time, it is possible to eliminate duplicate schedules at the time of input. Further, since the print date and time is specified, it is possible to print during a time period when a printout device such as a printer is rarely used.

According to another aspect of the schedule management apparatus of the present invention, the schedule input means inputs the predetermined date, start time, end time, place, and contents as schedule information into the designated area, if necessary. The storage means for storing the schedule information and the schedule information are sequentially edited according to the date and start time of the schedule information stored in the storage means at the designated date and time, and the edited at the designated date and time. The schedule information is printed out.

Therefore, a predetermined date, start time, end time, place, meeting, or meeting contents are input in a designated area as necessary, and are printed out at the designated date and time. Because there is a specified day,
A weekly or monthly schedule can be edited and automatically printed out for each schedule entered up to the specified date and time, which can be used for user's schedule management. By inputting the predetermined date, start time, and end time, it is possible to eliminate duplicate schedules at the time of input. Further, since the print date and time is specified, it is possible to print during a time period when a printout device such as a printer is rarely used.

[Brief description of drawings]

FIG. 1 is a block diagram showing an entire schedule management device according to a first embodiment of the present invention.

FIG. 2 is a flowchart of a main routine program that performs signal processing in the schedule management device according to the first embodiment of this invention.

FIG. 3 is a flowchart of a “print date and time setting” mode called by the schedule management device according to the first embodiment of this invention.

FIG. 4 is an explanatory diagram of a schedule input screen displayed in a “schedule input” mode used in the schedule management device of the first embodiment of the present invention.

FIG. 5 is a flowchart regarding year and month input of “schedule input” used in the schedule management device of the first exemplary embodiment of the present invention.

FIG. 6 is a flowchart regarding the input of the date and start time of “schedule input” used in the schedule management device of the first exemplary embodiment of the present invention.

FIG. 7 is a flowchart relating to end time and place input of “schedule input” used in the schedule management device according to the first embodiment of the present invention.

FIG. 8 is a flowchart relating to content input and duplication confirmation of “schedule input” used in the schedule management device according to the first embodiment of the present invention.

FIG. 9 is a flowchart of an interrupt routine for performing a timer interrupt in the schedule management device of the first embodiment of the present invention.

FIG. 10 is a flowchart called by “schedule print” called by an interrupt routine of the schedule management device of the first embodiment of the present invention or by “schedule print” of FIG. 2.

FIG. 11 is an explanatory diagram showing an example of a schedule printed matter printed by the schedule printing of the schedule management apparatus according to the first embodiment of the present invention or the schedule printing of FIG. 2.

FIG. 12 is a flowchart of “print date and time update” called in an interrupt routine of the schedule management device according to the first embodiment of this invention.

[Explanation of symbols]

 1 Central Control Unit (CPU) 2 Timer 3 Nonvolatile Memory 4 ROM 5 RAM 7 Display 9 Printer 11 Keyboard

Claims (3)

[Claims] 1. A schedule management method comprising inputting schedule information designating a predetermined date and place and printing out the schedule information on the designated date. 2. A predetermined date as schedule information,
Enter the start time, end time, place, and contents in the specified area as needed, store the schedule information, and arrange the sequence of schedule information sequentially according to the input date and start time. A schedule management method comprising printing out the schedule information sequentially arranged according to the input date and start time at a designated date and time. 3. A predetermined date as schedule information,
Start time, end time, place, contents in the specified area,
Schedule input means for inputting as necessary, storage means for storing the schedule information input by the schedule input means, date and start of the schedule information stored in the storage means at a designated date and time A schedule management device comprising: an editing unit that sequentially arranges schedule information according to time; and a printing unit that prints out the schedule information edited by the editing unit at a designated date and time.