JPS589241Y2 - Fully automatic calendar device - Google Patents

Description

[Detailed explanation of the invention] This invention relates to a fully automatic calendar device that displays the 1st date, the day of the week (and the month if necessary), and continues for many years, regardless of dog months, small months, or leap years. The purpose of this invention is to obtain a device that can display images correctly.

It is also an object of the present invention to make the device simple and compact by electronically programming it.

Another object of the present invention is to obtain a device of this type that automatically performs recovery after a power outage.

Furthermore, the information signal emitted from the electronic storage circuit and the display section 1
The purpose is to constantly check the actual display displayed on the screen to ensure that there are no erroneous displays.

Illustrated example (to explain in detail, date/day of the week display parts 2 and 3 are provided on the front of display box 1 as a display part, and the display box 1
An example in which a billboard 4 is provided as appropriate, either integrally or separately, is shown in FIG.

Inside the display box 1, there is a film 5 on which the date is printed, a film 6 on which the day of the week is printed, and a DC motor Ml that drives each of them once a day.

Provide M2.

The film winding device endlessly suspends a film on which dates from 1st to 31st are printed, and a motor is interlocked with one of its suspension rotors.

Alternatively, a date roller with dates arranged in a circular 1ζ arrangement may be used.

The same is true for any day of the week.

In the display box 1, a signal generating circuit N, 0 for generating a verification signal for the date and day of the week is provided, and transmits an information signal of the currently displayed display.

FIG. 2 shows a block diagram of a part of the program memory that generates information for driving the above configuration, and includes a group of well-known flip-flops and other appropriately configured storage circuits made of electronic components, and a 24-hour timer or is IEl
It consists of a time switch T such as a timer that sends out a pulse signal once every l.

Block A is a 1st day (-digit day) memory circuit that operates once a day with a signal sent from time switch T, B is a week day memory circuit, and C is a signal sent from A circuit. 10th day (two-digit month) memory circuit that operates, D is a calculation memory circuit that operates in response to signals from 1st day memory circuit A, 10th day memory circuit C, and memory circuits G and H, which will be described later. E is a 1st force position memory circuit that operates in response to a 1st force position signal from D, F is an 10 month memory circuit that operates in response to a signal from E, G is a 1 direction memory circuit E1 10 month memory circuit F H is a year storage circuit that receives a signal from storage circuit G and sends a signal for one year.
The four years of signals are sequentially sent to one memory circuit.

The fourth year will be a leap year. Memory circuit D1 Koha big moon (L
3, 5, 7, 8゜1o, t2) The small moon is electronically programmed, and the signal condition from the memory circuit 01 which sends the year signal is 1. This is a circuit that determines whether to send out a signal indicating the month.

■ is a circuit that compares the information signals from the 1st date memory circuit A and the 10th day memory circuit C with the display information signal N of the date actually displayed in the display box 1, and when the two pieces of information do not match, A signal is sent to motor M1, and motor M1 stops when the actual display matches the information from the A and C memory circuits.

Reference numeral J designates a day-of-the-week comparison circuit which drives the motor M2 in the same manner as the date verification described above to match the day-of-the-week display information in the display box 1 with the signal information from the day-of-the-week storage circuit B.

K is a manual adjustment unit that can independently adjust each of the scale memory circuits A and C, the force scale memory circuits E and F, the year memory circuit H1, and the week scale memory circuit B, so that the calendar display device of the present invention can be , the year, month, day, and day of the week are set in each memory circuit, and the display section 2.3 displays the day and day of the week.

With the daily input signal sent from the time switch T, 1 to 9 are stored in the 1st day storage circuit A, and after one cycle, the 10th day storage circuit C1 is moved.

During that time, every day (send drive signal to ζ motor M1 and display unit 2
The display changes.

The memory circuit C cycles through the 11th to 31st or 11th to 30th once until the 31st when the dog moon signal is input from the memory circuit, and until the 30th when the small moon signal is input from the memory circuit. Sends a signal to the direction memory circuit E.

When the February signal is output from the memory circuit, it is transferred to the 1-direction memory circuit E on the 28th.

In that case, when a leap year signal is input from year storage circuit H to circuit D, the 29th will be displayed.

Day of the week storage circuit B based on daily signals from time switch T
repeats the cycle from "day to month" and drives the motor M2 once every day.

The checking by the matching circuits I and Jl is as described above.

Note that the memory circuit and its calculation method can be obtained from conventionally well-known electronic circuits, so the details thereof will be omitted.

In the above configuration, a portion of the program memory is composed of a combination of electronic circuits, so its power may be small.

For example, a constantly rechargeable storage battery is used. Furthermore, if a time switch T is used, for example, a clock with a timer that guarantees against power outages, a part of the program memory will continue to operate correctly even in the event of a power outage.

When the power outage is restored, motor M1. Since M2 starts to move, matching circuits I and J operate to automatically correct and restore fζ so that the information on the display unit matches the information in a part of the memory.

If a motor M1 for displaying the eye position, a collation circuit ■, a display information signal generation circuit N1, and an arithmetic storage circuit D1ζ are provided in conjunction with the direction storage circuits E and F, the force position will be displayed in the display box 1. can be done.

This project has a very simple configuration as described above, and the calendar device that displays the date and day of the week is fully automated.
Suitable for equipping hospitals and other buildings where several people gather.

[Brief explanation of drawings]

FIG. 1 is a front view of a calendar display section illustrating the present device;
FIG. 2 is a block diagram of a part of the program memory. T is a time switch, A-J is a memory circuit, and N. 0 is the display signal circuit, K is the manual adjustment section.

Claims (1)

[Claims for Utility Model Registration] Consisting of a display section that is driven by a motor to display the date and day of the week in sequence, and a part of the program memory that commands the display signals. A time switch T that sends a signal, and memory circuits A, C, E for the 1st day, 0th day, January, October, and 1 year that operate sequentially in response to the signal.
F, H, a memory circuit that commands February of a leap year by receiving signals from the dog month, small month, and year memory circuit H, and signals from month memory circuits E and F. A memory circuit G that commands a signal to a year memory circuit H, a day of the week memory circuit H that displays the day of the week with a signal from the time switch T, and display information of the day and day of the week currently displayed from the display section. A signal generation circuit N,0, an information signal from the N, and a scale storage circuit A,
If the information does not match, the information on the display unit is sent to the drive motor M1, and the day of the week is displayed in the same way. Information memory A day of the week matching circuit J that sends a signal to the drive motor M2 to match some day of the week information, and a system that can separately adjust the stored information of scale, power level, year, and day of the week. A fully automatic calendar device consisting of a manual adjustment device, and a manual adjustment device.