JP2001047769A - Calendar - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make an overall calendar compact by folding the calendar at a bound section in advance by binding a plurality of leaf papers, which are superposed in such a manner that the folding locations may be superposed, at the folding locations, and arranging the plurality of leaf papers under the bound state, in a manner to be foldable at the bound section. SOLUTION: For this calendar 1, seven sheets or so of a paper leaf 3, which is provided doubly foldable at respective folding locations 2, and is provided to form an approx. regular square of which one edge is approx. 10 to 50 cm, are superposed in such a manner that respective folding locations 2 may be superposed. Then, the paper leaves 3 are bound with a thread 4 under a state being linearly arranged at the folding location 2, and the calendar 1 is provided bendably at the bound section 5, wherein the seven sheets of the paper leaves 3 are bound at the folding location 2 under the superposed state. For the calendar 1, a hole 7 for wall hanging is provided in a manner to be superposed under a state, wherein respective page sections 6 are superposed, at the free end side of respective page sections 6, for which the seven sheets of the paper leaves 3 are partitioned at the folding location 2 so that the calendar 1 may be used while being hung on a wall or the like under a spread state.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a calendar.

[0002]

Conventionally, as a calendar, there has been generally used a wall calendar in which paper sheets of the same size are overlapped, and their top edges are wrapped in a metal plate and bound. Such wall calendars usually have a certain size and are stored in a large envelope for protection when mailed. by the way,
When a calendar having a certain size is sent out by mail, the size of the mail box cannot be accommodated by a mail box such as a general home. Although it can be inserted, even if it is folded in two, the thickness will be thick in its folded form, it will be difficult to insert it in the mail box, and the unnecessary folds will damage the appearance of the calendar is there. For this reason, a calendar that can be inserted into a general home mailbox without being folded and reduced in size is desired.

In consideration of the above points, a saddle stitching type calendar in which a central portion of the overlapped paper sheets is stapled has been proposed. Among the saddle stitching type calendars, there are stapled stapled stitches and metal stapled stitches such as metal O-rings. However, when staples are stapled, the staples are metal wires, and the sheets are tightly bound with the needles of the metal wires. The hole that was opened widened and split from the hole, resulting in poor appearance. Also, in the method of manufacturing a staple-bound calendar, if multiple sheets are bound and then the binding part is folded as a folded part, the stress at the time of folding is concentrated on the staple-bound part and the binding is performed. Since the portion is easily damaged, a method is employed in which the sheet is folded in advance to form a signature, the signatures are overlapped, and then the sheets are stapled, thereby complicating the process. On the other hand, in the case of a type that is bound with a binding tool such as an O-ring, a plurality of holes are previously opened to a size with a margin, and the holes are bound through a ring, and manufactured using a method with little damage. it can. However, the structure is complicated and the production cost is higher than that of the staple-bound type. Also, since the diameter of the O-ring is larger than the thickness of the calender, it becomes unusual as a package and is not suitable for mailing. However, when used, the O-ring becomes prominent, and the appearance of this type of calendar is impaired. Furthermore, since the staple binding type calendar and the O-ring binding type calendar are also composed of both incinerated paper sheets and non-incinerated metal members,
There is a problem in that disposal after use is troublesome. In view of the above circumstances, it is an object of the present invention to make a calendar a form in which a plurality of sheets can be bound and folded without using a metal member, and can be easily placed in a mail box and easily disposed of. The goal is to get a workable calendar.

[0004]

SUMMARY OF THE INVENTION The present invention has been made in consideration of the above problems, and a plurality of paper sheets provided so as to be capable of being folded in two at respective folding positions are arranged so that the folding positions overlap. The calendar is characterized in that it is provided so as to be able to be folded from a binding portion formed by binding the folding position in a state where a plurality of paper sheets are overlapped, and This is to solve the problem. In the present invention, it is preferable that the binding section is formed by binding a folded position at which the sheet is folded, and the binding section is provided at the free end side of each page section which is divided at the folding position. It is preferable that the holes for wall hanging are opened so as to overlap when the page portions are overlapped. Further, it is preferable that the binding section is provided in a linear shape with respect to a plurality of stacked sheets, and that the folded state when the plurality of sheets are folded from the binding section is substantially flat. is there. Furthermore, a date display in units of months is provided for each two-sided spread surface through a binding portion in which the page portion partitioned at the folding position binds the folding position, and in each of the two-sided surfaces, Between the week of the date display and the week corresponding to the binding portion so that the binding portion does not overlap the date display, the interval between the week corresponding to the binding portion and the other week between the week. It is better to make it larger. Preferably, each of the paper sheets is provided in a substantially square shape having a side of 10 cm or more and 50 cm or less.

[0005]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be described in detail with reference to the embodiments shown in FIGS. In the drawing, reference numeral 1 denotes a calendar, and the calendar 1 is provided so as to be able to be folded in two at a folding position 2 as shown in FIG. 2 and is provided in a substantially square shape having a side of 10 cm or more and 50 cm or less. The sheets 3 are overlapped so that the folding positions 2 overlap each other. Then, as shown in FIG. 1, the folding section 2 is linearly bound at the folding position 2 and bound by the thread 4, and the binding section 5 formed by binding the folding position 2 in a state where seven sheets of paper 2 are overlapped. The calendar 1 is provided so as to be bendable. The calendar 1 is overlapped on the free end side of each page 6 formed by dividing the seven sheets 3 at the folding position 2 so that the calendar 1 can be hung on a wall or the like in a spread state. A wall-hanging hole 7 is opened so as to be overlapped in the aligned state. The hole 7 for wall hanging is formed by cutting the whole from the binding portion 5 by cutting it into two as described later, and punching and forming it at the time of the two-folded state. It is formed as a large opening so that the hole state is ensured even if the hole position is displaced due to the difference between the holes and the slight bending habit around the binding portion.

The calendar 1 is used so that the date is displayed on the entire open surface, and a page section 8 formed by separating the sheet 3 at the folding position 2 is continuous via a binding section 5. A facing surface 9 is formed, and the facing surface 9
A date display 10 is provided for each month. In this manner, the spread pages 9 are formed by the continuous page portions 8 via the binding portions 5.
Is formed, the dates of different months are displayed on the page portions 8 that are paired with each sheet 3 except for the facing side that is the innermost surface in the folded state. For example, in FIG. 1, the innermost spread surface 9 in the folded state is provided with the June date display 10 on the entire surface of one sheet 3, but the May date display 10 shown in FIG. The page portion 8a at the front position where the innermost sheet 2 is folded in the folded state
And one page portion 8b of the next sheet 3 is provided on a facing surface 9 formed by the sheet. Also, in each of the facing surfaces 9, since the binding portion 5 appears at the center position, the interval 11 between the weeks in the middle portion of the date display 10 is set so that the binding portion 5 does not overlap the date display 10. The interval 11 between the weeks corresponding to the binding section 5 and the week corresponding to the binding section 5 is larger than the interval 12 between the other weeks. By doing so, even if the binding portion 5 is slightly displaced from the normal position, it does not overlap the date display 10.

As described above, each sheet 3 of the calendar 1 is provided in a substantially square shape having a side of 10 cm or more and 50 cm or less, so that when the entire calendar 1 is folded from the folding position of the binding portion 5, Is a small laminate, which can be smoothly inserted into a mail box in a general household. In the present embodiment, since the sheets are bound in a straight line at the folding position 2 in the center of the sheet, the sheet is folded when folded. The folded shape is almost flat, which makes it easy to enter the mail box and handle the folded state easily.

In manufacturing the calendar 1, first, seven sheets of paper 3 each having been subjected to printing are overlapped and bound at the folding position 2 with a thread 4 (FIG. 4).
(I)). Next, a trowel is applied to the folding position 2 of the binding portion 5 to bend the whole, and then a tape 13 is pasted on the back to hide the thread appearing on the back side (FIG. 4B). Then, after cutting the three sides except the back side, the punch 1 is kept in the folded state.
In step 4, a hole for wall hanging is formed by punching (FIG. 4C).
By doing so, the calendar 1 having a substantially flat folded shape is obtained (FIG. 4 (d)). The shape of the calendar 1 of the present invention is not limited to a quadrangle, but may be a circle, an ellipse, a star, other animal shapes or animated characters. Also, in consideration of mailing, only the outer sheet may be squared, and the inner sheet may be bound in the non-square shape so that the folding positions coincide with each other. With such various shapes, it is possible to impart an interesting taste to the calendar. Furthermore, the position where the folding position is provided is not limited to the center of the sheet, and may be a position biased toward the end. In this case, the week at which the interval is made is changed appropriately according to the position of the binding portion. By changing the position where the binding portion is provided in this manner, a calendar that cannot be normally obtained can be obtained, and the interest can be increased.

[0009]

As described above, according to the calender of the present invention, a plurality of paper sheets, each of which can be folded in two from the folding position, are overlapped with each other so that the folding positions overlap each other. It is characterized in that it is provided so as to be foldable from a binding portion formed by binding the folding position in a state in which a plurality of sheets are overlapped and a plurality of paper sheets are superimposed. The entire calendar can be reduced in size by folding it at the binding portion, which makes handling extremely easy. In particular, when the shape is rectangular, it becomes suitable for mailing, and can be put in a mail box of a general household. In addition, since the binding portion is formed by thread binding, it does not have a metal portion, and can be easily incinerated when unnecessary. And the calender material is mainly made of paper and thread, does not emit harmful substances at the time of incineration, and if the paper is 100% used paper, the amount of waste can be reduced and the environment is considered even more. . In addition, if vegetable oil ink is used as the printing ink, a calendar that reduces harmful substances and does not damage the environment is obtained. Then, on the free end side of each page section where the sheet is partitioned at the folding position, a hole for wall hanging is opened so as to overlap when the page sections are overlapped, so that any page section can be opened. The wall hanging hole is in a through hole state, so that the wall hanging operation can be easily performed. further,
When the binding portion is provided in a linear shape at a substantially central position of a plurality of stacked sheets, the folding shape when the plurality of sheets are folded from the binding portion is substantially flat, so that folding is performed. The appearance does not become bulky, and handling becomes easy. And, a page unit formed by dividing the paper sheet at the folding position is provided with a date display in units of months for each spread surface that is continuous through the binding unit that binds the folding position, and in each of the spread surfaces, Between the week of the date display and the week corresponding to the binding portion so that the binding portion does not overlap the date display, the interval between the week corresponding to the binding portion and the other week between the week. By making the size larger, the date display on any of the facing surfaces becomes well-formatted. Usually, since a display space for five weeks is secured in the date display of January, the date display avoiding the binding portion is used as described above, so that one of the sheets separated at the folding position of the paper sheet is used. A date display with a small number of page portions is provided, and a space that can be used for displaying the date of the next month small can be secured on the page portion side. Further, by providing each of the above-mentioned paper sheets in a substantially square shape having a side of 10 cm or more and 50 cm or less, the calendar in a folded form becomes small, so that it can be securely inserted into a mailbox at a general household. It has an effect that is excellent in practicality.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing an example of a calendar according to the present invention.

FIG. 2 is an explanatory view showing an example in a separated state.

FIG. 3 is an explanatory diagram showing one spread surface.

FIG. 4 is an explanatory view showing an example of a manufacturing process.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Calendar 2 ... Fold position 3 ... Paper sheet 4 ... Thread 5 ... Binding part 6 ... Free end 7 ... Hole for wall hanging 8 ... Page part 9 ... Spread face 10 ... Date display

Claims (6)

[Claims] 1. A plurality of sheets, each of which can be folded in two from a folding position, are overlapped so that the folding positions overlap, and bound at the folding position, and the plurality of sheets are overlapped. A calendar that is provided so as to be able to be bent from a binding portion that binds the folding position in the folded state. 2. The calender according to claim 1, wherein the binding section is formed by thread-binding superposed folded sections. 3. A wall hanging hole is opened at a free end side of each of the page portions partitioned at the folding position so as to overlap when the page portions are overlapped. 2. The calendar according to 2. 4. The binding unit according to claim 1, wherein the binding unit is provided linearly with respect to the plurality of stacked sheets, and a folded shape when the plurality of sheets are folded from the binding unit is substantially flat. 1 to 3
The calendar according to any one of the above. 5. A double-sided date display is provided for each of the two-sided spread pages in which a page portion obtained by dividing the sheet at the folding position is continuous through a binding portion that binds the folding position. In the above, between the week of the date display and the week is made to correspond to the binding portion so that the binding portion does not overlap the date display, and the interval between the week corresponding to the binding portion and another week and the week The calendar according to any one of claims 1 to 4, wherein the calendar is made larger than the following. 6. The paper sheet according to claim 1, wherein each of the paper sheets is provided in a substantially square shape having a side of 10 cm or more and 50 cm or less.
The calendar according to any one of claims 1 to 5.