JPS6052397B2 - Schedule management machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a schedule management machine with notes.

Conventionally, various schedule management machines with memos have been proposed, but the schedule items are written on the memo paper in chronological order, and when an alarm sound occurs, the contents of the schedule can only be determined based on comparison with the time. There was a defect that could not be confirmed.

The present invention solves the above problems by providing a display section that lights up when an alarm sound occurs, corresponding to each storage means that arbitrarily stores the time for each schedule, and a memo sheet containing the items specified by this display section. A feature is that the contents of the schedule are written.

According to the present invention, the contents of the schedule written on the memo paper do not need to be in chronological order, and when an alarm sound occurs, the contents of the schedule can be recognized simply by matching the display section that lights up at that time with the items on the memo paper. It can be very useful. The present invention will be explained in detail below using an example in which it is applied to a calculator with a clock.

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

In FIG. 1, a schedule item identification display section 1 composed of light emitting diodes L to L, etc. is a memo paper storage section 2.
is provided on the side of the memo paper 3, and corresponds to the position of each item written on the memo paper 3. A slide switch 4 is provided on the other side of the memo paper storage section 2 to correspond to a schedule item when setting an alarm time. In this way, since the items written on the memo sheet 3 match the positions of the item identification display section 1 and the slide switch 4, it is easy to identify the schedule items and set the alarm time. The mode selector switch 5 is for alarm time setting (ALin) and alarm setting time confirmation (ALout).
, clock time setting (TIMEin), time display (TIM)
It is possible to switch between five modes: E) and calculation (CAL), and each input is performed using the key section 6.
In addition, the display section 7 changes the display as appropriate. FIG. 2 is a block diagram of the embodiment shown in FIG.

When the mode selector switch 5 is set to ALin and the alarm setting time is entered from the key unit 6, the alarm is sent to any alarm memory ALM1 to ALM4 (alarm setting circuit 9) corresponding to the slide switch 4 through the alarm input circuit 8.
The time is stored in one of the

At this time, the display selection/driving circuit 10 is in the alarm time display mode, and the key-input alarm setting time is displayed on the display section 7. Set mode selector switch 5 to AL, O.
When set to ut, the contents of the alarm setting circuit 9 corresponding to the slide switch 4 are displayed on the display section 7 through the display selection/driving circuit 10, and the alarm setting time can be confirmed. Set mode selector switch 5 to TIMEIn and key section 6
When you key in the time to be corrected, time setting circuit 1
1 to the clock circuit 12, and the time information is corrected to the time to be corrected. Of course, at this time as well, the time is displayed on the display section 7 through the display selection/drive circuit 10. When the mode selector switch 5 is set to TIME, the ever-changing timekeeping contents of the clock circuit 12 are displayed on the display section 7 through the display selection/driving circuit 10, and the clock operates as a normal clock.

Set mode selector switch 5 to CAL. When set to , it enters calculator mode and can operate as a normal calculator. That is, in this mode, key inputs from the key unit 6 are sent to the register 14 or the arithmetic control unit 1 through the key input circuit 13.
5, and appropriate calculations can be performed between the register 14 and the calculation control section 15. Display is performed by supplying the contents of a register 14 that stores input information and results of calculations to the display unit 7 through a display selection/driving circuit 10. The coincidence circuit 16 stores the time measurement contents of the clock circuit 12 and each alarm memory ALM of the alarm setting circuit 9.
This is to compare the stored contents in 1 to AL and M4 and detect a match.

The flip-flop circuit 17 has each alarm memory ALMl.
~Flip-flop F1 provided corresponding to ALM4
.about.F4, and when a match is detected by the matching circuit 16, one corresponding flip-flop is set. Incidentally, the light emitting diodes L1 to L constituting the item identification display section 1 described above are connected to the respective flip-flops F1 to F1.
It is made to light up and display according to the set output of F4,
Simultaneously with the generation of an alarm sound from the alarm sound generator 118 driven by the set outputs of any of the flip-flops F1 to F4, the corresponding light emitting diode is illuminated. For example, the alarm memory Al. Ml
If the stored contents of the clock circuit 12 match the time measurement contents of the clock circuit 12, the coincidence circuit 16 sets the flip-flop F1,
At the same time as an alarm sound is generated, the light emitting diode L1 of the item identification display section 1 is lit up.

As is clear from FIG. 1, the display of the light emitting guide L1 corresponds to the first item on the memo sheet 3, and the contents of the schedule can be immediately recognized by looking at the description in that column. The alarm stop switch 19 is turned on only during operation, and when turned on, all flip-flops F1 to F4 of the flip-flop circuit 17 are reset.

Therefore, an alarm sound will be generated and the light emitting diode light will also be activated.
If the alarm stop switch 9 is turned on while one of the L4 lights is on, the set flip-flop is also set and the alarm operation is stopped. After that, if the matching circuit 16 detects a match with the stored contents of another alarm memory, an alarm sound is generated and at the same time, the light emitting diode corresponding to the alarm memory in which the match has been detected is turned on in the same manner as described above. indicate. Of course, the contents of the schedule at this time can be easily recognized by looking at the memo sheet 3 according to the light emitting diode that is lit up. It should be noted that since the clock circuit 12 is always operating, an alarm operation can be performed without destroying the calculation contents even during calculation, for example.

Further, the alarm stop switch 19 is not shown in FIG. 1 because it uses a part of the key section 6 here.
FIG. 3 is a plan view showing the external appearance of another embodiment of the present invention, in which item identification is performed by displaying numbers (numerical values). That is, in FIG. 3, this is achieved by providing an item identification display section 1'' consisting of a one-digit number display cell.Furthermore, as shown in the plan view of the main part of FIG. A part of ・ may be used as the item identification display part B.However, in the case of a calculator with a clock, there is a disadvantage that the calculation display and item identification display can be both displayed on the same display part 7 in the calculator mode. As shown in the figure,
It is preferable to display it in parallel with the time display only in the clock mode. In this way, identifying items by numbers has the advantage that the items on the memo paper 3 can be immediately viewed according to the numbers, and there is no problem even if the numbers are written randomly on the memo paper 3, making it easy to write. If the number of alarm memories increases, for example, even one digit
It is possible to set a different alarm time, and the configuration of the item identification display section can be simplified.

The alarm memory can be selected by inputting a corresponding number from the key section 6 in the example shown in FIG. 3, since the number of memories can be increased. As described above, the present invention includes an item identification display section and a memo sheet on which items specified by the identification display section are written, and the contents of the schedule written on the memo sheet do not need to be in chronological order, and when an alarm sound is generated, The contents of the schedule can be recognized simply by matching the display on the identification display section with the items on the memo paper, and easy-to-use schedule management can be provided.

[Brief Description of the Drawings] Fig. 1 is a plan view showing one embodiment of the present invention, Fig. 2 is a program diagram thereof, Fig. 3 is a plan view showing another embodiment of the present invention, and Fig. 4 is a plan view showing an embodiment of the present invention. FIG. 3 is a plan view showing still another embodiment of the present invention. 1, 1'', 1''...Item identification display section, 2...Memo paper storage section, 3...Memo paper, 4...Slide switch, 6...Key section, 9...Alarm setting circuit , 12
. . . clock circuit, 16 . . . coincidence circuit, 17 . . . flip-flop circuit, 18 . . . alarm sound generating section.

Claims (1)

[Claims] 1. Means for arbitrarily storing a plurality of alarm times, a display section that lights up when an alarm sound is generated corresponding to each storage means, and a memo sheet for writing the items instructed by the display section and the contents of the schedule. A schedule management machine characterized by comprising: