JPS6389973A - Portable information equipment - Google Patents

Abstract

PURPOSE:To remove troublesome work to re-write the registration day of information, by enabling the information in referring the information to be checked by a check key, carrying unchecked information when it becomes past information, to the day, and erasing automatically checked information in a prescribed number of days. CONSTITUTION:The carrying of the data is performed by counting a time by a date/time counting means 2, detecting the change of the date by a day change detecting means 12, and outputting the change of the date to an address setting means 4. A memory means 5 transfers a first data to a day change comparing information means 13. Next, the date checked by the means 13, that is an executed date, is compared with the date of the day of the detecting means 12 at a day change date comparing means 14, and a flag is discriminated by a check flag discriminating means 15 if the data is one before yesterday. If no check flag is set, the executed date of the means 13 is rewritten to the date of today by an execution date changing means 16, and the data of the memory means 5 transferred to the means 13 is erased. And the data of the means 13 is registered to a place to be registered in the memory means 5.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] The present invention relates to a portable information device that electrically stores information such as a screen.

[Summary of the invention]

The present invention relates to a portable information device that electrically stores information, and in which it is possible to mark (check) the completion of execution of information that is being referenced in information that includes dates, messages, etc. It is. Information that is not checked (when the date changes) If the registration date is in the past, it will be carried over to today (the changed date), and information that is checked will be automatically carried over a certain number of days after being checked. In addition, the carried forward information will be displayed on the date when the warning should have been carried out.

[Conventional technology]

Traditionally, in mobile information devices such as wristwatches and electronic notebooks,
For information that has time data, such as schedules, written information can only be referenced by date, and you must delete or change it yourself, and it is automatically deleted after the date has passed. There was something.

[Problem that the invention seeks to solve]

However, in the former case with conventional devices, if the schedule cannot be executed on that day, the date of the information must be changed, or when trying to register new information, there is no automatic deletion function. , there was a problem that the memory was full and unnecessary information had to be deleted before registration.

On the other hand, in the latter case, if the schedule cannot be executed on that day, the date of the information must be changed, or if you forget to change it, the information will be automatically deleted. .

There is also the problem that when the registration date is changed, the former and the latter cannot be distinguished from other information.

[Means for solving problems]

In order to solve the above problems, the present invention provides a "check" key so that the information can be checked while referring to the information, and if the date of unchecked information changes and it becomes past information, the registration date will change. on the current day (date of the day)
The information that is checked will be automatically deleted after a certain number of days have passed since it was checked.

In addition, in order to distinguish carryover information from information that has not been carried over, the date on which it was originally supposed to be carried out is now displayed.

[Effect]

By adding the above function, you can check the information being referenced with the simple operation of pressing the "check" key.
If an unchecked request is registered in the past, it will be automatically carried forward to the current day, and when referenced, the date that should have been done will be displayed as a sign that the information has been carried over, giving a warning. To eliminate the trouble of changing the registration date of information and prevent forgetting to execute it.

〔Example〕

Embodiments of the present invention will be described below based on the drawings. The present invention is preferably implemented in a computer system consisting of a CPLI, RAM, ROM, and peripheral circuits, and the configuration diagram of FIG. 1 shows the essential parts thereof. Each means shown in the figure is a CPU and an R
It is realized by a program written on the OM, RAM, peripheral circuits, or a combination thereof. In FIG. 1, a mode is selected by key input means 1. In the case of clock mode, the output of the key input means 1 goes into the date/time counting means 2, and the output of the date/time counting means 2 goes into the display means 3.
The date and time will be displayed.

In the schedule mode, for reference, the output of the key input means 1 enters the address setting means 4, and if the data indicated by the address setting means 4 in the storage means 5 is registered, it is stored in the comparison information storage means 6. The data is stored in the reference information storage means 7, the data in the reference information storage means 7 is displayed on the display means 3, and a key input is awaited (step 1-2-3-4 in FIG. 2). If there is no registration, display “No registration” and wait for key personnel (second
Figure step 1, -5-4). When there is registration, when there is an output from the check input means 8, the check flag of the data in the reference information storage means 7 is inverted, the rearrangement means 9 inverts the data check flag during reference in the storage means 5, and the reference information is The data in the storage means 7 is displayed on the display means 3 and the key is awaited for human input (Step 4-6-7-8 in Figure 2).
-3-4).

When change is selected by the key input means 1, the data in the reference information storage means 7 is rewritten, and when a registration command is output from the key input means 1, the information in the comparison information storage means 6 is first changed to the rearrangement means 9. The address setting means 4 indicates the beginning of the storage means 5, and the data is stored in the comparison information storage means 6. The data is compared by the input date comparison means 10 and a location suitable for registration is searched.

If the location should not be registered, the address setting means 4 indicates the address of the next data and repeats the above method. When a place to register is found, an area is cleared for transferring the data of the reference information storage means 7 to the storage means 5 by the rearranging means 9, the data is moved, the data of the reference information storage means 7 is displayed on the display means 3, and the key is pressed. Waiting for human power (Step 4-'6-9-1O-3-4 in Figure 2).

When the clock mode is selected by the key input means 1, the data of the date/time counting means 2 is displayed on the display means 3 (
Step 4-6-9-11 in Figure 2). When a new input is selected, the contents of the new information storage means 11 are displayed on the display means 3. The input numbers, characters, etc. are stored in new information storage means 1.
1 is stored. When a registration command is output from the key input means 1, the address setting means 4 indicates the beginning of the storage means 5, and the registration date of the new information storage means 11 and the comparison information storage means 6 is set in the same way as in the case of change. The input date comparison means 10 compares the data, searches for an input location, and registers the data in the storage means 5 by the rearrangement means 9, and the newly registered data is stored in the comparison information storage means 6. Enter reference information comparison means 7,
It is displayed on the display means 3 and the key is awaited (step 4-6-9-1O-3-4 in FIG. 2). Other steps such as scrolling the reference screen and searching are also performed in step 4-6-9- of Figure 2.
Processed by a 10-3-4 loop.

Next, carrying over and erasing data by 8-change processing will be explained. First, to carry over data, time is counted by the date/time counting means 2, the change detection means 12 detects that the date has changed, and outputs the fact that the date has changed to the address setting means 4, and the storage means 5 The first data of is transferred to the 8-change information storage means 13. Next, 8 change comparison information storage means 1
3 execution date (checked date) and 8 change detection means 1
2 is compared with today's date by the 8-change date comparison means 14, and if it is before yesterday's date, the check flag discrimination means 15 discriminates the check flag, and if there is no check, the execution date change means 16 compares the 8-change date. Rewrite the execution date in the information storage means 13 to today's date, delete the data transferred to the 8-change comparison information storage means 13 of the storage means 5, and register the data in the 8-change comparison information record 10 means 13 in the storage means 5. Register where you should. If there is the next registration, the address setting means 4 sends the data in the storage means 5 to the 8 change comparison information storage means 13,
Repeat this (Steps 21-22-23-2 in Figure 3)
4-25-26-27-231゜If there is a check, the output of the 8 change date comparison means 14 is checked, and if the execution date is a certain number of days past, the registered information deletion means 17 deletes the 8 change comparison information storage means 13. Delete the data from the storage means 5, go to check the next registration, and if there is a registration, repeat this (steps 23-24-28 to 29-26-27-2 in Figure 3).
3). When the next registration is no longer available, the address setting means 4 causes the display means 3 to display the data of the date/time counting means 2 (steps 26-30 in FIG. 3).

FIG. 4 shows the data structure of this embodiment. It consists of a check flag, execution date, registration date, and message date.

When new or changed, the same date is entered in the execution date and registration date, and the items are arranged in order of execution date.

At this time, the display will look like Figure 5 (al). If you check this, the display will become as shown in Figure 5 (bl). When this data is carried over to the next day, the execution date will be rewritten, rearranged, and displayed. As shown in Figure 5 (C1), the date on which the event was supposed to take place is also displayed.

〔Effect of the invention〕

As explained above, the present invention allows you to check the information being referenced with the simple operation of pressing the check 0 key. is automatically carried forward to the current day, and when referenced, the carried forward information will display the date when the tree should have been carried out as a warning.In addition, there is information that is checked [It will be automatically deleted after 1 number has passed] In this way, it is possible to eliminate the troublesomeness of rewriting information that has not been executed and the troublesomeness of erasing information that has been executed, and to provide a portable information device that has the effect of preventing forgetting to execute information.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of an embodiment of the present invention. FIG. 2 is a flowchart of the schedule mode. FIG. 3 is a flowchart of 8-change processing for carryover and deletion. FIG. 4 is a data configuration diagram. FIG. 5 is a display example for reference. 1... Key input means 2... Date/time counting means 3... Display means 4... Address setting means 5... Storage means 6... Comparison information storage means 7... Reference information storage Means 8... Check input means 9... Sorting means 10... Input date comparison means 11... New information storage means 12... 8 Change detection means 13... 8 Change comparison information storage means 14 ...8 change date comparison means 15...Check flag discrimination means 16...Execution date changing means 17...Registered information deletion means Applicant: Seiko Electronic Industries Co., Ltd. Figure 4 (b) Figure 5

Claims (1)

[Claims] Key input means for functions, characters, etc., check input means for checking the data being referenced, storage means for storing dates, characters, etc., and setting an address to be processed by the output of the key input means. address setting means for storing data indicated by the address setting means; reference information storage means for storing data to be processed; new information storage means for storing data to be newly registered; reference information storage an input date means for comparing the dates of the new information storage means and the comparison information storage means and searching for an address for registering data in the reference information storage means and the new information storage means; and an input date means for rearranging the data according to the output of the date comparison circuit. changing means, reference information storage means, new information storage means, display means for displaying the data of the date and time counting means, day change detection means for detecting that the date has changed, and the output of the day change detection means to determine the date of the day. daily comparison information storage means for storing data to be compared with the date; daily date comparison means for comparing the date of the daily comparison information storage means with the date of the current day; and discriminating a check flag of the output of the daily date comparison means. Check flag discrimination means for changing and rearranging the registration date of data in the daily change comparison information storage means based on the output of the check flag discrimination means; Registration date changing means for changing the registration date of the data in the daily change comparison information storage means; A portable information device comprising: registered information erasing means for erasing data in an information storage means.