JPS607189Y2 - calendar - Google Patents

Description

[Detailed explanation of the idea] This invention concerns a calendar.

The calendar has a daily koyomi and a tsuki koyomi, and the tsuki koyomi requires a small number of calendars, while the tsukita koyomi requires as many pages as the number of days in a year.

This invention is related to the improvement of the above-mentioned daylight reading, and its purpose is to create a daylight reading that requires only 1/3 the number of sheets of the conventional daylight reading, and is the same size as the daylight reading, and also shows the moon reading. .

Below, the structure of this invention will be explained based on the attached drawings. Figure 1 is a vertical right side view of a calendar, and this calendar has three stacked books A-1, A-2, and A-2 on top. The edges are bound with metal fittings 1, etc.

Each laminate book consists of three pieces of rectangular paper 2.

Figure 2 shows the top layer of book A in the middle of the bound stack.
0 is partially disassembled, and each rectangular paper 2 has a cutting line 3a, 3b consisting of a single perforation in the center in the vertical and horizontal width directions, so that it can be separated into four paper pieces 4a, 4b, 4c, and 4d. be.

The first paper 2a of the stacked book A has a lower paper piece 4 on the left side.
a to the moon reading of the first odd-numbered month (January) of the year 5a
However, the upper left paper strip 4b shows the odd numbered month following the previous month (
March) moon reading 5b is shown, right side piece of paper 4c,
In 4d, each laminated piece of paper has the moon daylight reading 6 on the left side.
a, 6b are shown, and the bottom rectangular paper 2b of the stacked book
On the paper strip 4'c, the moon reading 5c of the even numbered month (February) following the month of the day 5a of the paper strip 4c is shown, and on the paper slip 4'd, the day reading of the even numbered month (4 Moon)'s moon readings 5c and 5d are shown respectively, and the first page 2a
Each of the stacked paper strips following the paper strips 5a and 5b includes the paper strip 4'c of the lowermost rectangular paper 2b.

4'd moon reading 5c, sun reading 6 corresponding to the 5d moon
c and 6d are the representations.

In books A-2 and A-3 of the lower laminate, the moon and sun readings for May to August and September to December are shown in accordance with the books of the above-mentioned laminate.

Between the volumes M□, A, ,A of each laminate, there are covers 9a, 9b that can be separated into upper and lower paper pieces 8a, 8b by making cutting lines 7 with perforations, and also the topmost laminate. Body book A,
The covers 9C, each consisting of only the upper half of the paper, are stacked one on top of the other and bound at the upper edges.

This invention has the above-mentioned structure, and when the New Year's card cover (not shown) is removed, the calendar has the monthly reading 5a for January that is not hidden by the cover 9C and the cover 9C, as shown in Figure 3A.
And the sun reading 6a of the 1st day in January appears, and when one sun reading is cut out, only the sun reading changes like the opening of the same figure, and the sun reading 6'a of the last day of the same figure appears. The next day, by cutting out that day's reading 6'a and that day's reading 5a, February's moon reading 5C and that day's reading 6c appear as shown in 2ho of the same figure, and the last day's reading 6'c for the same figure. The next day, by cutting out the moon reading 5'c and the day reading 6'c, the lower half of the sheet 8b of the intervening cover 9a was exposed as shown in Figure 3, and it was present at the top. When you cut out the cover 9C, the moon reading 5b for March and the day reading 6b for that month will appear, then repeat the same pattern ``chi'', then the same drawing, and finally the moon reading 5d and day for April as shown in ``nu'' to ``o'' in the same image. Koyomi becomes 6d.

Cut out the moon reading 5'd and the sun reading 6'd using O in the same figure.
When the lower half of the sheet 8b of the cover 9a is cut off, the May moon reading 5''a and the May day reading 6''a in the stacked book A-2 of Fig. 2 are revealed, and this state is shown in Fig. 3. It appears in the same way as A, and is repeated in the same way.

In this way, according to the present invention, a rectangular paper can be cut into four pieces along the cutting line with perforations at the center in the vertical and horizontal width directions. The moon is on the top and bottom pieces of paper on the left side of the first paper, and on the top and bottom pieces of paper on the right side of the last paper of each book.
The laminated paper strips on the sides are used as the daily reading of the month, and a cover that can be separated into the upper and lower paper strips is interposed between each string, and the cover of only the upper half of the paper strips is stacked on the front of the first book. Therefore, at first the lower half of the rectangular paper appears and becomes the tsuki-koyomi of the first month and the daily koyomi, and when the daily koyomi is separated, the tsuki-koyomi of the next month appears at the end, which separates the previous month's koyomi. When released, a day-by-day reading of the month appears, and when the month ends, a cover appears at the bottom, and when only the cover of the first upper half of the paper is removed, the next month-reading appears, and the process repeats one by one. Since it is used for 4 days, 1/3 of the number of sheets is enough for a daily calendar for one year, and there is a moon reading of the same size next to the daily reading, making it easy to read, and there are 3 intervening covers. However, it has excellent effects such as a new cover every two months so you never get bored.

If pockets 10 and 10a made of transparent film are provided on the upper and lower half-sheet portions of the covers 9a, 9b, and 9c, they can be used as memo storage areas.

[Brief explanation of the drawing]

FIG. 1 is a vertical right side view of an example of a calendar according to the present invention, FIG. 2 is a partially exploded perspective view of the same, and FIG. 3 is a first laminate
It is an explanatory view with some parts omitted, showing a state in which the daylight readings of the book are sequentially separated. A,, A-2, A, ... Laminated book, 2...
...Rectangular paper, 2a...First paper, 2b...
...lowest layer rectangular paper, 3a v 3 b "" cutting line,
4a, 4b, 4c, 4d. 4'c, 4'd... piece of paper, 5at 5b, 5
'a*5'b, 5″a...Moon readings of odd-numbered months,
5c, 5d, 5'c...Moon readings of even months, 6
a, 6b. 6'a...Sunday of odd numbered months, 6ct 6d
t 6'c...Sunday reading of even-numbered months, 9 at
9 by 9 c...Cover, 7...
... Cutting line, 8av8b ... piece of paper.

Claims (1)

[Scope of utility model registration request] Three books are made of a stack of three rectangular sheets of paper that can be separated into four pieces by making vertical and horizontal cutting lines each consisting of one perforation in the center of the vertical and horizontal width directions. Each piece of paper represents the moon sky reading of the upper odd-numbered month, the upper paper piece represents the moon sky reading of the odd-numbered month that follows the previous month, and the right side paper represents the sun reading of the month on the left side in order on each stacked piece of paper. The remaining pieces of paper following the last day's day of the day read the month of the even-numbered months that follow the day of the month, and each piece of paper below the first page of the odd-numbered month shows the day of the month that follows the day of the month. The books in each laminate are stacked in monthly order, with perforated cutting lines between each container, and a cover that can be separated into upper and lower paper pieces, and the topmost laminate has only the upper half paper piece. A calendar characterized by its covers stacked one on top of the other and bound at the top edge.