JPH0342293A - Calendar with data indication function - Google Patents

Abstract

PURPOSE:To indicate what day of a month it is today and how it is relative to the other day immediately by making a number indicating the data of a given day and its position distinguishable from the number indicating the date of any other day and its position and moving the number and position of the given day automatically in accordance with a change in the date. CONSTITUTION:The number indicating the date of today or a position where the number is present is made more outstanding than any other part, and moves automatically with the updating of the date. For example, a liquid crystal plate control part 6 indicates the date of a calendar for a given month on a liquid crystal 1, receiving a signal from a date signal generation part 5 having a crystal oscillator. In addition, the part 6 gives an indication signal to a circle mark 2 which surrounds the day, and moves the circle mark 2 with the movement of the date. If one month ends, a date is rearranged on a calendar for the next month and the circle mark 2 moves from the position of a day to another position for each day sequentially.

Description

[Detailed description of the invention] Bone for industrial use! f This invention relates to a desk-type, wall-mounted, or poster-type calendar that displays the dates of 17 months to 1 year.

Conventional technology Traditionally, calendars used at home, etc. are in +B17
The H numbers for the month or year are arranged by month or day of the week, carved or printed on plastic, paper, etc., and include incidental information such as 6 In particular, today is this day. There was no one with a function to physically reduce the size.

Therefore, people who looked at a calendar knew what day it was today, and used that information to think about the relationship between today and other days on the calendar.

Problems to be Solved by the Invention The present invention solves the above-mentioned drawbacks by providing a mechanism for indicating today's date on a calendar, just as a clock with temporary letters can tell the current time by the position indicated by the hands. The purpose is to make it possible to tell whether today is the 11th just by installing the calendar and looking at the calendar, and to immediately know the relationship with other days.

Means for Solving the Problems The gist of the present invention is that the number representing today's [ ] or a certain position of the number is 6 a higher than other parts, and
That is to dynamically move the date as the date is updated.

There are various ways to make the number or the position of the number stand out. You can change the color, shade, shape, etc. of the numbers themselves, or change the color that makes the place where the numbers shine. There are methods such as enclosing numbers with figures and marking them, but from the perspective of the purpose of the present invention, it is necessary not to impair some functions of the calendar to which the numbers belong, and to return to the original state by updating the date. is necessary.

An example of implementation of the present invention will be explained with reference to the drawings.

Figure 1 shows an example of a desktop calendar. In this example, the numbers representing the dates on the calendar are also displayed on a liquid crystal display, and the circles surrounding the date numbers are switched on and off as the date moves. At the end of a month, the 1st scale is changed to 4th scale in the 01st scale of the next month, and the dotted circle moves upward from width -11 to 6. (1) is the liquid crystal board, (2) is the circle marked with Dll, (3) is the drive part of the liquid crystal board, and Figure 2 shows the configuration of the drive device of the liquid crystal board. , without a kiss with a crystal oscillator of (5); 4
Upon receiving the signal from the generation unit, the liquid crystal plate control unit (6) displays the date of the calendar of the month on the liquid crystal plate, and
A display signal is given to the boxed circle for that day, and the date is moved and the boxed circle is moved to 6. At the end of one month, the dates are rearranged on the calendar for the next month, and the boxed circle moves from the position of the first day again by four degrees every day, and in the row <, (7), I is the battery for the source. .

Another possible method is to store a calendar with dates printed on it behind a transparent liquid crystal panel that can display only encircled circles for all dates, and replace a portion of the printed calendar every month.

Effects of the Invention According to the present invention, just by looking at a calendar, you can visually tell what day of the week it is, where it is in the week, how many days until the end of the month, etc. I understand. This is similar to the difference between a digital clock and an analog clock with a dial, and its usefulness goes without saying.

Furthermore, if the date characterization method becomes constant, the drive unit will be common, so the price of 5 may become extremely low due to one production.

[Brief explanation of drawings]

Figure 1 is a front view of one example of the implementation of the present invention, in which (1) shows the liquid crystal plate, (2) shows the date with a circle surrounded by a number, and (3) shows the liquid crystal plate drive unit. The figure shows the electrical configuration of this example, (1) is the liquid crystal panel, (5) is [1 attached t: i research student section,
(6) indicates the liquid crystal panel lII control section, and (7) indicates the power supply.

Claims (1)

[Claims] The number representing the date of the current day, or the position of the number, has a characteristic that allows it to be distinguished from the number representing the date of another day, or the position of the number, and that characteristic is applied to changes in the date. A calendar displaying at least one month's worth of dates, which correspondingly automatically moves sequentially over at least one month.