JP6179929B1 - Calendars and calendar pieces - Google Patents

Abstract

A calendar capable of displaying a plurality of months in a state that is easy for humans to view and easily displaying a desired number of months, and a calendar piece constituting such a calendar are provided. SOLUTION: A plurality of calendar sheets 2 and a frame 10 to which the calendar sheets 2 are connected are provided. The frame 10 is obtained by folding a mountain-folded sheet, The calendar sheet 2 is connected to the folding portion so as to be foldable. If the mountain fold is extended and the calendar sheet 2 is bent at the valley fold, the continuous calendar sheets 2 can be arranged. In addition, when the calendar sheets are arranged vertically, the months can be arranged in order from top to bottom. Further, if the valley fold portion is extended together with the mountain fold portion, a plurality of months can be arranged side by side, so that a desired number of months can be arranged side by side. Therefore, a necessary period and a necessary month can be arranged continuously. [Selection] Figure 1

Description

  The present invention relates to a calendar and a calendar piece.

  As a commonly used calendar, a monthly calendar is used. This month-turning calendar is formed by bundling a plurality of sheets on which a calendar for one month is displayed. This month-turned calendar usually has a blank space in the calendar column so that it can be used for writing notes. For this reason, if a schedule is written in the margin of the calendar column, the monthly calendar can be used as a schedule management or memorandum.

  However, since the monthly calendar is displayed for one month, the schedule that can be grasped by just looking at the calendar is at most one month, and it is not possible to grasp a schedule that spans multiple months. For example, a continuous schedule that straddles the last week of the display month and the first week of the following month cannot be grasped simultaneously.

  In particular, when the sheets for each month are torn and discarded, the schedule before the displayed month cannot be grasped. If you want to check the schedule before the displayed month, you have to keep the month's sheet separately or paste it side by side with the calendar.

  As a calendar capable of solving such a problem, a calendar capable of simultaneously displaying a plurality of months has been developed. For example, there is a calendar printed on one sheet so that the moon advances from below to above. In this calendar, in the first sheet, January is displayed at the bottom, February is displayed in the middle, March is displayed in the top, and in the second sheet, April is displayed in the bottom and May is displayed in the middle. In the upper row, June is displayed. In such a calendar, if you cut out the January part, the April part will be displayed, and if you cut out the January part, the April and May part will be displayed, so you can always grasp the schedule for three consecutive months at the same time. .

  However, in the case of the calendar as described above, since the moon advances from the bottom to the top in one sheet, there is a problem that it is difficult to grasp the schedule for human sense.

  In addition, when the month of January is cut out and April is displayed, March and April are displayed at the top and bottom. That is, since March and April are displayed in a separated state, there is a problem that it is difficult to grasp the schedule extending from March to April.

  Moreover, in order to display the overlapping sheets on the rear side, the front sheet must be cut out, and in order to grasp the schedule of the cut out months, as in the case of a calendar that turns the moon every month, It is necessary to keep the cut sheets of the moon.

Therefore, a technique is disclosed in which a sheet on which each month is printed and a plurality of months can be displayed at the same time by attaching the sheet to a holder (Patent Document 1, etc.).
With this technology, by adjusting the sheet attached to the holder, it is possible to display multiple months in order from the top and consecutive months in order of progress, making it easier to grasp the schedule than the calendar described above. .

JP 2012-196963 A

  However, the calendar of Patent Document 1 is a form in which a sheet is attached to a sheet holding portion provided in a holder. Therefore, even in the calendar of Patent Document 1, it is not possible to continuously display more months than the number of sheet holding units, and it takes time and effort to keep the sheets in order to grasp the schedule beyond that.

  Further, in the calendar of Patent Document 1, a plurality of months can be arranged in order from the top, but in that case, the seat must be attached and detached every month. And in order to arrange a plurality of months in order from the top, all the sheets held in the sheet holding part must be once removed and then attached to the sheet holding part again, which is very troublesome. is there.

  The present invention has been made in view of the above circumstances, and an object thereof is to provide a calendar that can display a plurality of months in a state that is easy for humans to view, and that can easily display a desired number of months, and a calendar piece that constitutes such a calendar. .

The calendar of the first invention includes a plurality of calendar sheets and a frame to which the calendar sheets are connected. The frame is formed by folding a sheet folded in a mountain fold and valley, The calendar sheet is connected to a valley fold or a mountain fold so as to be foldable.
The calendar of the second invention is characterized in that, in the first invention, the side edges of the portion sandwiching the valley fold portion are connected to each other in the frame.
A calendar according to a third aspect of the present invention is the calender according to the second aspect, wherein the side end edge of the portion sandwiching the valley fold portion is connected between a connecting portion where the side end edges are connected to each other and a portion other than the connecting portion. A cutting part is provided.
A calendar according to a fourth aspect of the present invention is the third aspect of the invention, in the side edge of the portion sandwiching the valley fold,
An inward cutting part is provided inward of the cutting part.
A calendar according to a fifth aspect of the present invention is the first, second, third or fourth aspect, wherein the frame includes a plurality of frame sheets each having a holding sheet and a connecting sheet sandwiching the mountain fold portion, and adjacent frames. The holding sheet and the connection sheet in the sheet are continuous at the valley fold, and the side edges of the connection sheet and the holding sheet sandwiching the valley fold are connected to each other.
A calendar according to a sixth invention is the same as the distance according to the fifth invention, wherein the width or height of the calendar sheet is the same as the distance between the valley folds sandwiching the mountain folds when the mountain folds of the frame sheet are extended. It is characterized by being formed.
A calendar according to a seventh aspect is characterized in that, in the fifth or sixth aspect, the calendar piece is formed by connecting calendar pieces including the calendar sheet and the frame sheet.
(Calendar piece)
The calendar piece of the eighth invention is a calendar piece that is connected to form the calendar of the fifth, sixth, or seventh invention, and includes a holding sheet and a connecting sheet that are connected so as to be foldable, and the holding sheet. A calendar sheet is connected to the holding edge facing the portion connected to the connection sheet.
The calendar piece according to a ninth aspect is the bent according to the eighth aspect, wherein the calendar sheet is connected to the holding edge of the holding sheet and the connecting edge of the connecting sheet of the other calendar piece facing the portion connected to the holding sheet. A connecting portion is provided.
The calendar piece according to a tenth aspect of the present invention is the side of the eighth or ninth aspect, wherein the holding edge of the holding sheet is connected to the connecting sheet of another calendar piece at both side edges that intersect the holding edge. A connecting portion is provided.
According to an eleventh aspect of the invention, in the tenth aspect of the invention, the calendar piece includes a side connection portion of the holding sheet and a connection side end portion connected to the side connection portion of the holding sheet in the connection sheet, the holding sheet, and the connection. A cutting part is provided at the boundary with the other part of the sheet.
A calendar piece according to a twelfth aspect of the present invention is the calendar piece according to the eighth, ninth, tenth or eleventh aspect, wherein the calendar sheet is held in the holding sheet when the width or height of the calendar sheet extends the holding sheet and the connecting sheet. It is formed in the same length as the distance from the edge to the connection edge facing the part connected with the holding sheet in the connection sheet.

According to 1st invention, if a mountain fold part is extended in the state folded in the valley fold part, a continuous calendar sheet | seat can be arranged. In addition, when the calendar sheets are arranged vertically, the months can be arranged in order from top to bottom. Further, if the valley fold portion is extended together with the mountain fold portion, a plurality of months can be arranged side by side, so that a desired number of months can be arranged side by side. Therefore, a necessary period and a necessary month can be arranged continuously. Furthermore, if the position which extends a mountain fold part and a valley fold part is adjusted, the month to display can be adjusted and a calendar can be made compact. Then, since it is not necessary to cut out the already finished month, the past schedule can also be stored. Then, not only the present but also the past and future schedules can be confirmed at any time.
According to the second invention, if the side edges are connected, the handleability of the calendar is improved. Moreover, since the valley folds can be extended by releasing the connection between the side edges, the function of arranging a plurality of moons side by side can be maintained.
According to the third aspect of the present invention, the connection between both side edges can be easily released by the cutting part, so that the work of extending the valley fold part is simplified.
According to the fourth aspect of the present invention, if the inward cutting portion is provided, even if the separated side edge is reconnected, the connection between the side edges can be easily released. Therefore, the shape of the calendar can be freely adjusted.
According to 5th invention, if a side edge is connected, the handleability of a calendar will become good. Moreover, since the valley folds can be extended by releasing the connection between the side edges, the function of arranging a plurality of moons side by side can be maintained.
According to the sixth invention, the calendar sheets do not overlap with each other, so that the calendar sheets can be used effectively.
According to the seventh aspect, by adjusting the calendar piece to be used, a calendar suitable for the purpose can be formed.
(Calendar piece)
According to the eighth aspect of the present invention, the connecting edge facing the portion connected to the holding sheet in the connecting sheet of one calendar piece and the holding edge of the holding sheet of the other calendar piece are connected so as to be bendable. A calendar can be formed in which calendar sheets of a desired number of months can be arranged side by side. Moreover, the calendar can be adjusted by adjusting the position where the holding sheet and connecting sheet are opened and closed, and the position where the adjacent calendar pieces are stretched or shrunk. You can also. Then, since it is not necessary to cut out the already finished month, the past schedule can also be stored. Then, not only the present but also the past and future schedules can be confirmed at any time.
According to the ninth aspect of the present invention, if the connecting sheet of one calendar piece and the holding sheet in the other calendar piece are connected by the bending connecting portion, a calendar capable of arranging the calendar sheets of a desired number of months can be formed.
According to the tenth aspect of the invention, if the side connecting portion of the holding sheet and the side edge of the connecting sheet are connected, the handleability of the calendar is improved. Moreover, since the valley folds can be extended by releasing the connection between the side edges of the holding sheet and the connecting sheet, the function of arranging a plurality of moons side by side can be maintained.
According to the eleventh aspect of the present invention, the connection between both side edges can be easily released by the cutting portion, so that it is possible to easily extend between one calendar piece and the other calendar piece.
According to the twelfth aspect, since the calendar sheets do not overlap each other, the calendar sheets can be used effectively.

It is a schematic perspective view of the wall calendar 1 of this embodiment. It is a schematic explanatory drawing of the operation | work which makes the state which displayed two months continuously in the wall calendar 1 of this embodiment. It is a schematic explanatory drawing of the operation | work which makes the state which displayed two months continuously in the wall calendar 1 of this embodiment. It is a schematic explanatory drawing of the state which displayed three months continuously in the wall calendar 1 of this embodiment. It is a schematic explanatory drawing of the operation | work which makes the state which displayed three months continuously from the state which displayed two months continuously in the wall calendar 1 of this embodiment. (A) is the schematic explanatory drawing of the state which extended the frame sheet | seat 11 in the wall calendar 1 of this embodiment, (B) is the schematic explanatory drawing of the state which removed the foremost frame sheet | seat 11. FIG. It is explanatory drawing of the example which displays the previous month calendar sheet 2 and the later month calendar sheet 2 in piles. (A) is a plan view of a state in which a long sheet S1 forming the frame 10 is extended, and (B) and (C) are a state in which a mountain fold valley fold of the sheet S1 is folded and a valley fold in the frame sheet 11 It is the schematic of the state which has not connected the side edge which pinches | interposes a part. It is a schematic explanatory drawing of sheet | seat S2 which forms the flame | frame 10 and the calendar sheet 2 by one sheet, (A) is a top view of a back surface, (B) is a top view of the surface. (A) is a schematic explanatory drawing of the calendar piece 20 which can form the wall hanging calendar 1 of this embodiment, (B) is a schematic explanatory drawing of the operation | work which forms the wall hanging calendar 1 of this embodiment by the calendar piece 20. FIG. (A) is the schematic explanatory drawing which showed the use condition of the desk calendar 50, (B) is a B line arrow view of (A), (C) is a C line arrow view of (A). , (D) is a schematic explanatory view of the holder 70. It is a schematic explanatory drawing of the state which displayed two months continuously in the desktop calendar. It is a schematic explanatory drawing of the state which displayed three months continuously on the desk calendar. (A) is the schematic perspective view which showed the use condition of the vertical desk calendar 101 of this embodiment, (B) is a schematic structure explanatory drawing of the state which removed the holder 130, (C) is the holder 130's state. It is a schematic explanatory drawing. It is a schematic explanatory drawing of the operation | work which forms a cylindrical structure in the vertical desktop calendar 101 of this embodiment. FIG. 2 is a schematic explanatory diagram of a state in which a long sheet S10 forming a frame 110 is extended in a vertical desk calendar 101 according to the present embodiment, and FIG. It is a figure and (B) is a top view of a back surface. It is a schematic explanatory drawing of the state which has not connected the side edge which pinches | interposes a valley fold part in the vertical desk calendar 101 of this embodiment, Comprising: (A) is a side view, (B) is the perspective view of an unfolded state. FIG. It is a schematic explanatory drawing of sheet | seat S11 which forms the flame | frame 110 and the calendar sheet | seat 102 by 1 sheet, (A) is a top view of the surface, (B) is a top view of a back surface. (A) And (B) is a schematic explanatory drawing of the calendar piece 120 which forms the vertical desktop calendar 101 of this embodiment, (C) and (D) are the vertical desktop calendars of this embodiment by the calendar piece 120. FIG. 10 is a schematic explanatory diagram of an operation for forming 101. It is a schematic explanatory drawing of elongate sheet | seat S10s which forms the flame | frame 110S of the vertical desk calendar 101 of this embodiment which has a structure which can be changed into the wall calendar 1, (A) is a top view of the surface. , (B) is a plan view of the back surface. It is a schematic explanatory drawing of the elongate sheet | seat S1s which forms the flame | frame 10S of the wall calendar 1 of this embodiment which has a structure which can be changed into the vertical desk calendar 101, (A) is a top view of the surface. , (B) is a plan view of the back surface. It is a schematic explanatory drawing of the part which forms the superposition part in sheet S1a which forms frame 10 which has a superposition part, (A) is a schematic surface view of the state where sheet S1a was extended, and (B) is sheet S1a. It is a schematic back view of the extended state, (C) is a schematic surface view of the folded portions a, b, and c, and (D) is a schematic back surface of the folded portions a, b, and c. FIG. (A), (C) is a schematic explanatory drawing of the state where the overlapping portion is not extended in the frame 10 having the overlapping portion, (A) is a perspective view of the surface side, and (C) is a front view of the surface. (B), (D) is a schematic explanatory drawing of the state which extended the superimposition part in the flame | frame 10 which has an superimposition part, (B) is a perspective view of the surface side, (D) is a front view of the surface. .

  The calendar of the present invention is a calendar that can display a plurality of months, and is characterized in that a desired month can be arranged side by side.

  The calendar of the present invention can be used as a wall calendar that can be hung on a wall or the like, or a desk calendar that is placed on a desk or the like.

(Schematic description of the wall calendar 1 of this embodiment)
FIG. 1 is a schematic explanatory diagram of a wall calendar 1 according to the present embodiment.
As shown in FIG. 1, a wall calendar 1 according to the present embodiment includes a plurality of calendar sheets 2 and a frame 10 in which the plurality of calendar sheets 2 are connected.

  In addition, the through-hole 10g which penetrates the front and back formed in the flame | frame 10 is a hole for hooking on a hook etc., when suspending the wall calendar 1 of this embodiment. Only one through hole 10g may be provided, or two or more through holes may be provided. However, the through hole 10g is formed between a pair of cut portions 10s and 10s described later, and between a lower end of the frame sheet 11 described later and a separation line 10d described later. This is because, as will be described later, when a frame sheet 11 to be described later of the frame 10 is stretched, the through hole 10g is disposed above the calendar sheet 2 (FIG. 2B). 4).

(Multiple calendar sheets 2)
First, as shown in FIG. 1, a plurality of calendar sheets 2 display a calendar for each month. That is, a calendar for one month is displayed on one calendar sheet 2. The plurality of calendar sheets 2 are normally held in a state of being overlapped with each other by the frame 10 so that only the calendar of the month of the calendar sheet 2 located on the surface can be visually recognized. And the calendar | calendar of each month from December to December is normally displayed on the several calendar sheet 2 from the surface side to the back surface side.

  In the wall calendar 1 of the present embodiment, a plurality of calendar sheets 2 can be displayed side by side (see FIGS. 2B and 4), and the reason will be described later.

  In FIG. 1, a calendar for one month is displayed on the calendar sheet 2. However, the calendar sheet 2 is not necessarily limited to one on which a calendar for one month is displayed. For example, a calendar for two months or three months may be displayed on one calendar sheet 2.

(Frame 10)
As shown in FIG. 1, the plurality of calendar sheets 2 have their upper ends held by a frame 10. Specifically, the frame 10 has a structure in which one sheet is folded by repeatedly performing a mountain fold and a valley fold, and the upper end of the calendar sheet 2 is connected to the valley fold portion in a foldable manner. (See FIG. 8).

  In addition, the frame 10 is configured such that the side edges of the sheet sandwiching the valley fold portion are connected to each other so that the folded state can be maintained.

  With such a structure, in the frame 10, a plurality of calendar sheets 2 can be arranged in the vertical direction by releasing the connection between the side edges and extending the mountain fold or the valley fold.

  Hereinafter, a pair of sheets sandwiching the mountain fold portion is referred to as a frame sheet 11. In this frame sheet 11, a sheet positioned on the front side of the mountain fold portion is referred to as a holding sheet 12, and is positioned on the back side of the mountain fold portion. The sheet to be described will be described as the connecting sheet 13. That is, the description will be made assuming that the frame 10 is formed by connecting a plurality of frame sheets 11.

  In the case of the above configuration, in the frame 10, the adjacent frame sheet 11 includes a lower end edge of the connecting sheet 13 of the frame sheet 11 located on the front side and a lower end edge of the holding sheet 12 of the frame sheet 11 located on the rear side. Are connected to each other, and the connected portion becomes a valley fold (see FIG. 8B).

  In addition, the frame sheet 11 located at the forefront is provided with a hanging piece 10k continuous to the lower end edge of the holding sheet 12. The hanging piece 10k has a width that is substantially the same as the distance between a pair of cut portions 10s and 10s, which will be described later, and a length that is substantially the same as the lower end of the frame 10 and the height of a separation line 10d, which will be described later. The through-hole 10g described above is formed (see FIG. 1). Therefore, when the frame sheet 11 positioned at the forefront is extended, the wall-mounted calendar 1 of this embodiment can be suspended by passing a hook or the like through the through hole 10g of the hanging piece 10k.

(1 month display)
First, in the wall calendar 1 of the present embodiment, if the calendar sheets 2 are separated and removed from the frame 10 one by one, the wall calendar 1 of the present embodiment can be used like a normal monthly calendar.

  In addition, in the wall calendar 1 of this embodiment, although the side edge of the sheet | seat which pinches | interposes a valley fold part is connected, it is a sewing machine along both side edges inward rather than the connected both side edges. A pair of cutting portions 10s, 10s such as eyes may be provided. A pair of cutting portions 10s and 10s are provided, and the pair of cutting portions 10s and 10s are connected to each other on the front side sheet (that is, the connecting sheet 13 of the frame sheet 11 positioned on the front side) with respect to the valley fold portion. A separation line 10d, such as a perforation, is provided. Then, the sheet connected to the calendar sheet 2a to be removed (that is, the frame sheet 11 located on the front side) can be removed together with the calendar sheet 2a. In this case, since the portion between the separation line 10d and the valley fold is left connected to the holding sheet 12 of the frame sheet 11 located on the back side, this portion is the above-described hanging piece. 10k (see FIG. 6B).

(2 month display)
Next, a case where two-month calendars are arranged side by side will be described.

  First, as illustrated in FIG. 2, in the frame 10, the frame sheet 11 positioned at the forefront is connected to the calendar sheet 2 (the front calendar sheet 2 a) at the lower end edge of the holding sheet 12. As described above, in the frame sheet 11, the side edge of the holding sheet 12 sandwiching the mountain fold is not connected to the side edge of the connecting sheet 13, so that the mountain fold can be extended. Then, by extending the mountain fold portion of the frame sheet 11 positioned at the forefront, the front calendar sheet 2a is connected to the lower edge (that is, the valley fold portion) of the connecting sheet 13 in the frame sheet 11 ( It can be arranged above the rear calendar sheet 2b).

  That is, by extending the mountain fold portion of the frame sheet 11 positioned at the forefront, the front calendar sheet 2a swings upward with the mountain fold portion as a fulcrum (FIGS. 2A and 3B). At that time, the front calendar sheet 2a is bent in the direction opposite to the direction in which the mountain folds are extended at the connecting portion of the frame sheet 11 with the holding sheet 12 (FIGS. 3C and 3D). Then, the front calendar sheet 2a is disposed on the front surface of the frame sheet 11 where the mountain folds are extended. In other words, the front calendar sheet 2a can be moved upward while being substantially parallel to the rear calendar sheet 2b by the operation of extending the mountain folds of the frame sheet 11 (FIGS. 3C and 3D). ). And since the part which extended the mountain fold part in the frame sheet | seat 11 is located above the back side calendar sheet 2b, the front side calendar sheet 2a is lined up and down with the back side calendar sheet 2b above the back side calendar sheet 2b. (FIG. 2B).

  That is, in the wall-mounted calendar 1 of the present embodiment, the front calendar sheet 2a connected to the frame sheet 11 located on the forefront by simply extending a mountain fold portion of the frame sheet 11 located on the forefront of the frame 10, The back side calendar sheet 2b connected to the frame sheet 11 located on the back side of the frame sheet 11 located on the foremost side can be arranged side by side.

  Moreover, since the calendar of the month before the month displayed on the rear calendar sheet 2b is displayed on the front calendar sheet 2a, the earlier month (January in FIG. 2) is displayed on the upper side, and on the lower side. The next month (February in FIG. 2) can be displayed. That is, since the moon can be displayed so that the moon progresses from top to bottom, even if the calendar sheets 2 for two months are arranged one above the other, the display can be changed to a display suitable for human senses.

(Displayed for 3 months)
Further, as shown in FIG. 4, when the calendar sheets 2 for three months are arranged vertically, the frame sheet 11 (front frame sheet) to which the calendar sheet 2 (current calendar sheet 2x) located at the forefront is connected. In addition to the mountain folds of 11A), the mountain folds of the frame sheet 11 (rear frame sheet 11B) continuous with the frame sheet 11 and the valley folds to which both frame sheets 11 are connected are extended. Good.

  First, as shown in FIG. 5A, in a state where the calendar sheets 2 for two months are arranged vertically, the side edges of the connecting sheet 13 of the front frame sheet 11A and the holding sheet 12 of the rear frame sheet 11B Unlink. In this state, the mountain fold portion of the front frame seat 11A is in an extended state.

  From the above state, the valley fold between the connecting sheet 13 of the front frame sheet 11A and the holding sheet 12 of the back frame sheet 11B is extended while extending the mountain fold of the back frame sheet 11B. Then, as the mountain fold portion of the back frame sheet 11B extends, the valley fold portion moves upward, and the calendar sheet 2y after one month connected to the valley fold portion also moves upward. Then, the calendar sheet 2z after 2 months connected to the connecting sheet 13 of the back frame sheet 11B can be exposed.

  When the valley fold between the connecting sheet 13 of the front frame sheet 11A and the holding sheet 12 of the back frame sheet 11B and the mountain fold of the back frame sheet 11B extend, the front frame sheet 11A to the back frame sheet 11B extend. It looks like a single plane (see FIG. 4).

  Then, the current calendar sheet 2x is arranged on the front surface of the front frame sheet 11A with the mountain fold portion extended, and the calendar sheet 2y after one month is arranged on the front surface of the back frame sheet 11B with the mountain fold portion extended. That is, the calendar sheet 2y after one month is arranged side by side below the current calendar sheet 2x. Then, a calendar sheet 2z after two months is arranged below the back frame sheet 11B, that is, below the calendar sheet 2y after one month.

  As described above, in the wall hanging calendar 1 of the present embodiment, the connection between the side edges is released, and the mountain fold portion of the frame frame 11 adjacent to the frame 10 and the valley fold portion between the adjacent frame sheets 11 are removed. By simply stretching, the calendar sheets 2 that are continuous for three months can be arranged one above the other.

  In addition, the calendar sheet 2 can also be arranged up and down so that it may continue for 3 months or more by the method similar to the case where the calendar sheet 2 continuous for 3 months is arranged up and down. That is, the connection between the side edges of the connection sheet 13 of the frame sheet 11 located on the front side and the holding sheet 12 of the frame sheet 11 located on the back side is released. And if the mountain fold part of the frame sheet | seat 11 located in the front is extended, if the valley fold part between both the frame sheets 11 and the mountain fold part of the frame sheet | seat 11 located in a back surface are extended, the adjacent calendar sheet | seat 2 will be up-down Can be lined up. Accordingly, in the set of a plurality of frame sheets 11 (that is, the frame sheet 11 located on the front side and the frame sheet 11 located on the back side), the connection between the side edges is released and the mountain fold part and the valley fold part are extended. The calendar sheets 2 for a plurality of months can be arranged one above the other.

(When arranging any consecutive calendar sheets 2)
In the above example, a case has been described in which the calendar sheets 2 continuous from the calendar sheet 2 positioned at the forefront are arranged side by side.

  However, in the wall-mounted calendar 1 of the present embodiment, the calendar sheets 2 arranged side by side are not necessarily limited to the continuous calendar sheet 2, and any calendar sheet 2 can be arranged.

(When arranging two consecutive calendar sheets 2 for two months)
That is, not only the frame sheet 11 positioned at the forefront, but if the mountain fold portion of the frame sheet 11 at a desired position is extended, the upper side of the calendar sheet 2 connected to the lower end edge of the connecting sheet 13 of the frame sheet 11. In addition, the calendar sheet 2 positioned in front of the calendar sheet 2 can be arranged.

  The calendar sheet 2 arranged above the connected calendar sheets 2 is the calendar sheet 2 positioned at the forefront among the calendar sheets 2 positioned on the front side of the frame sheet 11 with the mountain folds extended. It becomes.

(When arranging any consecutive calendar sheets 2 for 3 months or more)
Moreover, when arranging arbitrary continuous calendar sheets 2 up and down for two months or more, a plurality of months may be arranged side by side as follows.

  That is, in the frame 10, if the valley fold portion is extended together with the mountain fold portion, the calendar sheet 2 that is two more than the number that the valley fold portion is extended (in other words, the calendar sheet 2 that is one more than the number that the mountain fold portion is extended). ) Can be arranged one above the other. As described above, when the continuous calendar sheets 2 are to be arranged vertically, any continuous calendar sheets 2 can be arranged vertically by extending the valley folds at the following positions.

  When extending the valley fold, it is necessary to release the connection between the side edges of the connecting sheet 13 and the holding sheet 12 sandwiching the valley fold, but in the following description, the operation is omitted. explain.

  Specifically, the frame sheet 11 immediately before the calendar sheet 2 disposed below is connected to the connection sheet 13 and the frame sheet 11 (front) where the connection sheet 13 is connected to the holding sheet 12 of the frame sheet 11. Extend the valley fold (front valley fold) between the frame sheet 11). In addition, the mountain folds of both the immediately preceding frame sheet 11 and the front frame sheet 11 are extended. Then, by extending the mountain fold portion of the immediately preceding frame sheet 11, the front valley fold portion moves upward, and the calendar sheet 2 one month ago connected to the front valley fold portion also moves upward. At this time, by extending the mountain fold portion of the front frame sheet 11, the frame sheet 11 before the front frame sheet 11 and the calendar sheet 2 (front calendar sheet 2) connected to the frame sheet 11 also move upward. Is done. Then, when all of the mountain fold portion of the immediately preceding frame sheet 11, the front valley fold portion, and the mountain fold portion of the front frame seat 11 are extended, the plane frame from the front frame sheet 11 to the immediately preceding frame sheet 11 is a single plane. It becomes like this. Then, all the front calendar sheets 2 are arranged on the front surface of the front frame sheet 11, and only the calendar sheet 2 one month ago is arranged on the front surface of the immediately preceding frame sheet 11. Therefore, the continuous calendar sheets 2 can be arranged vertically.

  Note that, as described above, when arbitrary continuous calendar sheets 2 are arranged, the calendar sheet 2 positioned at the top is the calendar sheet 2 positioned at the front. However, when arranging a plurality of arbitrary consecutive calendar sheets 2 including the calendar sheet 2 positioned at the forefront, the calendar to be displayed at the top by the method described in the case of displaying for one month. What is necessary is just to remove the calendar sheet 2 before the sheet 2.

(About calendar sheet 2)
The height H of the calendar sheet 2 is the same length as the distance between valley folds sandwiching the mountain folds of the frame sheet 11 when the mountain folds of the frame sheet 11 are stretched (hereinafter referred to as the development distance). It is desirable to form it. By doing so, since the calendar sheets 2 do not overlap each other, the calendar sheet 2 can be used effectively.

  Further, as shown in FIG. 7, the height H of the calendar sheet 2 may be longer than the development distance. In this case, when the month changes in the middle of the week, the last week of calendar sheet 2 of the previous month (previous month calendar sheet 2) and the first week of calendar sheet 2 of the next month (late month calendar sheet 2) Can be displayed continuously. Specifically, in a state where the previous month calendar sheet 2 is arranged at the top, the last week portion is formed so as to overlap with the first week of the later month calendar sheet 2 (FIG. 7B). Then, if the part after the last day is removed in the last week of the previous month calendar sheet 2, the last week of the previous month and the first week of the next month can be displayed continuously (FIG. 7B). ). In this case, it is desirable to form a perforation or the like for removing portions after the last day (see FIG. 7A).

  In particular, the above configuration is effective when January spans six weeks. Usually, when January extends over six weeks, the day corresponding to the sixth week is generally described in the same day part of the fifth week. Then, it becomes difficult to provide a memo column or the like for the day corresponding to the sixth week and the same day part of the fifth week. However, if the 6th week portion of the previous month calendar sheet 2 is formed so as to overlap with the 1st week of the later month calendar sheet 2 as the configuration as described above, it corresponds to the 6th week. A memo field similar to other weeks can be provided in the same day part of the day and the fifth week.

  In addition, in accordance with the case where the previous month calendar sheet 2 has the sixth week, the development distance is set so that the portion of the sixth week is aligned with the first week of the later month calendar sheet 2 in all the frame sheets 11. The following problems occur when adjusting. When the previous month calendar sheet 2 has only the fifth week, the fifth week of the previous month calendar sheet 2 is positioned one week higher than the first week of the later month calendar sheet 2. Then, the fifth week of the previous month calendar sheet 2 and the first week of the later month calendar sheet 2 cannot be arranged in the same column. Therefore, it is desirable to provide the frame sheet 11 with a configuration capable of adjusting the development distance, such as a superimposing portion described later.

  In addition, if the calendar sheet 2 has a height of all the calendar sheets 2 in consideration of a month in which January spans six weeks, there is a problem that the margins increase in other months. Therefore, the height of the calendar sheet 2 for the month spanning six weeks (hereinafter referred to as the long calendar sheet 2) may be increased. That is, the long calendar sheet 2 may be higher than the other calendar sheets 2 by the sixth week. In this case, if the long calendar sheet 2 is connected to the frame sheet 11 in the same manner as the other calendar sheets 2, the lower end of the long calendar sheet 2 protrudes from the lower end of the other calendar sheet 2. It is desirable that the sheet 2 is provided with an overlapping portion that adjusts the development distance in the vicinity of the connecting portion with the frame 10 or the frame sheet 11 to which the long calendar sheet 2 is connected. If such an overlapping portion is provided, the lower end of the long calendar sheet 2 and the lower end of the other calendar sheet 2 can be aligned.

  In addition, in the case where the overlapping portion is provided, a method for maintaining the overlapping portion in a folded state is not particularly limited. And when the elongate calendar sheet 2 is located in the forefront, or when it becomes the above-mentioned previous month calendar sheet 2, what is necessary is just to extend a superimposition part.

  The structure for providing the overlapping portion is not particularly limited, but the following structure can be adopted.

  For example, an overlapping portion is provided on the frame sheet 11 in which the calendar sheet 2 having the sixth week is connected to the holding sheet 12. Then, when the previous month calendar sheet 2 has only the fifth week in the folded state, the development distance is such that the fifth week portion is in the same row as the first week of the later month calendar sheet 2 Adjust. On the other hand, when the overlapping portion is extended, the calendar sheet 2 moves upward, and when the previous month calendar sheet 2 has the sixth week, the sixth week portion is in the same row as the first week of the later month calendar sheet 2. Thus, the length of the overlapping portion is adjusted. Then, whether the previous month calendar sheet 2 has only the fifth week or the sixth week, the last week portion of the previous month calendar sheet 2 is the first month of the later month calendar sheet 2. Can be in line with the week.

  Further, a valley fold (extension valley fold) is formed at the position of the mountain fold portion, and the side edges of the pair of sheet-like portions forming the extension valley fold portion are bonded together. Then, in the pair of sheet-like parts forming the extension valley fold part, if only the part to which the side edge is adhered is separated, the overlapping part can be extended. In this case, if a perforation or the like is provided between the bonded portion and the other portion so that the bonded portion of the side edge can be separated, the progress of the overlapping portion is facilitated.

  Moreover, you may form a superimposition part in the vicinity of a valley fold part, as shown to FIG. 22, FIG. Below, an example of the example which formed the superimposition part in the vicinity of the valley fold part is shown. 22 and 23, in order to facilitate understanding of the structure of the overlapping portion, FIG. 22 shows only a portion where the overlapping portion is formed in the sheet S1a forming the frame 10 having the overlapping portion, and FIG. Only the portion of the frame sheet 11 provided with the overlapping portion is shown.

  As shown in FIG. 22, in the sheet S1a, the frame sheets 11 before and after the valley fold portion where the overlapping portion is provided are referred to as a frame sheet 11X and a frame sheet 11Y. The frame sheet 11X is formed of a holding sheet 12X and a connecting sheet 13X, and the frame sheet 11Y is formed of a holding sheet 12Y and a connecting sheet 13Y.

  As shown in FIGS. 22 and 23, when the frame sheet 11X and the frame sheet 11Y are unfolded, the connecting sheet 13X is provided with bent portions a, b, c that form overlapping portions and a main body portion d. It has been. The bent portions a, b, c and the main body portion d are connected from a connecting portion (that is, valley fold T) of the frame sheet 11Y to the holding sheet 12Y to a connecting portion (that is, mountain fold Y) of the frame sheet 11X to the holding sheet 12X. They are arranged in this order.

  In the bent portions a, b and c, the connecting portion of the bent portions a and b is a mountain fold Ya, and the connecting portion of the bent portions b and c is a valley fold Tb. In addition, the crease | fold is not provided in the connection part of the bending part c and the main-body part d.

  Further, the side edge of the connecting sheet 13X is separated from the central portion and the side edge at the positions of the pair of cut portions 10s and 10s at the positions of the bent portions b and c (see the line da in FIG. 22). ). In addition, the side edge of the connecting sheet 13X is separated at a position corresponding to the connecting portion between the bent portion c and the main body portion d (see line db in FIG. 22). That is, the side edges corresponding to the bent portions b and c are connected to the upper edge of the side edge of the bent portion a only at the base end portion, and are separated from the bent portions b and c. In the following, the side edge at a position corresponding to the bent portions b and c is referred to as a separation edge df.

  The bent portions b and c are formed at the same height. Further, the height ha of the bent portion a is equal to or higher than the height of the bent portions b and c (half the height of hbc), and the height ha of the bent portion a and the height hd of the main body portion d. The combined height is the same as that of the connecting sheet 13 having no overlapping portion.

  Since the frame sheet 11X and the frame sheet 11Y have the shapes as described above, the frame sheet 11 having the overlapping portion in the valley fold portion can be formed by folding the unfolded state as follows.

  First, with respect to the bent portions a, b, c, a fold is performed at the mountain fold line Ya between the bent portions a, b, and a valley fold is performed at the valley fold line Tb between the bent portions b, c. Fold b and c. At this time, the bent portions b and c are positioned on the back side of the bent portion a. In this state, the upper end edge of the bent part a and the lower end edge of the main body part d are substantially aligned. The bent portions b and c may be located on the front side of the bent portion a.

  On the other hand, in the above state, the separation edge df is separated from the bent parts b and c, and is also separated from the side edge of the main body part d. For this reason, even if the folding portions a, b, and c are folded, the separation edge df is not folded. Further, since the lower end edge of the separation edge df coincides with the upper edge of the bent part a, when the bent parts a, b, c are folded, the separated edge df overlaps with the side edge of the main body part d. . The separation edge df is connected in a state of being overlapped with the side edge of the main body part d. Then, the bent portions a, b, and c are maintained in the folded state. The separation edge df is arranged on the back side of the main body d when connecting to the side edge of the main body d, but may be arranged on the front side of the main body d.

  After the separation edge df and the side edge of the main body d are connected, the connection sheet 13X of the frame sheet 11X and the side edge of the holding sheet 12Y of the frame sheet 11Y are connected. Then, even if the overlapping portion is provided, it is possible to form the frame 10 in substantially the same state as when the overlapping portion is not provided. In this state, the folded portions b and c are held while being sandwiched between the folded portion a and the holding sheet 12Y of the frame sheet 11Y.

  In such a frame 10 as well, when the mountain fold portion of the frame sheet 11X is extended, the calendar sheet 12 (not shown) connected to the frame sheet 11X and the calendar sheet 12 (not shown) connected to the frame sheet 11Y are moved up and down. Can be displayed side by side. At this time, if the calendar sheet 12 connected to the frame sheet 11X has six weeks, the calendar sheet connected to the sixth week of the calendar sheet 12 and the frame sheet 11Y is as follows. It can be overlapped so that the 12th first week is continuous.

  As shown in FIG. 23, when the mountain fold portion of the frame sheet 11X is extended, the central portion and the side edge of the main body portion d are separated at the positions of the pair of cut portions 10s and 10s. Next, the holding sheet 12X of the frame sheet 11X is pulled upward. Then, the bent parts b and c connected to the main body part d are extended. In other words, the bent portions b and c are drawn from between the bent portion a and the holding sheet 12Y of the frame sheet 11Y. Then, the calendar sheet 12 connected to the holding sheet 12X of the frame sheet 11X can be positioned higher than the case where there is no overlapping portion by the length hbc obtained by combining the lengths of the bent portions b and c. it can.

  Therefore, if the length hbc, which is the combined length of the bent portions b and c, is adjusted to be the length of one week of the calendar sheet 12 (that is, the height of one week), the frame sheet 11X Even if the calendar sheet 12 connected to the calendar sheet 12 has six weeks, the sixth week of the calendar sheet 12 and the first week of the calendar sheet 12 connected to the frame sheet 11Y are overlapped. Can do.

  Moreover, you may provide a superimposition part also in the frame sheet 11 which the previous month calendar sheet 2 has only to the 5th week. In this case, in a state where the overlapping portion is folded, the last week of the previous month calendar sheet 2 and the first week of the later month calendar sheet 2 can be arranged in the same row, and when the overlapping portion is extended, the previous month calendar sheet 2 and the later month calendar sheet are formed. 2 can be prevented from overlapping. That is, the relationship between the last week of the previous month calendar sheet 2 and the first week of the later month calendar sheet 2 can be adjusted according to the user's preference.

(How to use the frame sheet 11)
In the configuration as described above, the calendar sheet 2 is disposed on the front surface of the frame sheet 11 with the mountain folds extended, so that the frame sheet 11 with the mountain folds extended can be covered with the calendar sheet 2. Then, if a space is provided in the frame sheet 11 with the mountain folds extended so that a memo or the like can be written, the memo can be prevented from being seen in that portion in a normal state. Therefore, the frame sheet 11 with the mountain folds extended can be used as a space where important items can be noted (see FIG. 6A).

  In addition, various prints such as symbols and characters can be applied to the surface portion of the frame sheet 11 (for example, the portion located on the upper portion of the calendar sheet 2). For example, if a company name, a logo, etc. are printed, it can be used as a calendar for advertisement. In the case of the wall-mounted calendar 1, a mount may be provided at the end. In this case, the above-described printing may be performed on a portion of the mount that does not overlap the calendar sheet 2. For example, when the length of the mount is longer than that of the calendar sheet 2, the above-described printing may be performed on the lower end portion of the mount. In addition, when the width of the mount is wider than that of the calendar sheet 2, the above printing may be performed on the side edge of the mount.

(Side end connection)
In the frame 10 described above, the side edges of the sheets sandwiching the valley folds, that is, the adjacent frame sheets 11, hold the connecting sheet 13 of the frame sheet 11 positioned in front and the frame sheet 11 positioned on the back side. The side edges of the sheet 12 are connected to each other. The method for connecting the side edges is not particularly limited, and the side edges can be connected by an adhesive, a tape, a clip, a magnet, or the like.

  When connected with an adhesive or tape, the side edges of the sheet sandwiching the valley folds are firmly connected so that they cannot be detached. On the other hand, in this case, in order to extend the valley fold, the side edge where the sheets are connected to each other must be separated from the other part. When cutting off the side edge, scissors, a cutter or the like may be used. However, as described above, it is desirable to provide a cutting portion 10s such as a perforation inward from the portion where the side edges are connected to each other. If such a cut portion 10s is provided, the side edges can be easily disconnected without using scissors or the like (see FIG. 5A).

  Moreover, if the side edge of the sheet | seat which pinches | interposes a valley fold part is connected using a clip, a pair of magnets, etc., a connection can be cancelled | released easily. In particular, when the pair of magnets are connected by the following method and the side edges of the sheets are connected, connection and disconnection become easier. For example, as shown in FIG. 11, a pair of binding members 41 and 41 are provided so as to cover the side edge of the frame 10 from the side. And in each binding member 41, a pair of magnets 42 and 42 are attached to the both ends. Then, a magnet 42 provided at one end of each binding member 41 is fixed to the frame 10. Then, by simply approaching and separating the other end of each binding member 41 from the surface of the frame 10, the side edges of the sheets sandwiching the valley folds may be connected to each other, or the connection may be released. it can.

  In addition, a pair of binding members 41 and 41 are good also as one binding part 40 by connecting other ends (refer FIG. 11).

  Moreover, when connecting the side edge of the sheet | seat which pinches | interposes a valley fold part with a clip, a pair of magnets, etc., the side edge of all the frame sheets 11 of the flame | frame 10 will be pinched | interposed from the front and back. As a result, not only the side edges of the sheet sandwiching the valley folds but also the side edges of the sheets sandwiching the mountain folds can be connected to each other, so that the frame 10 can be bundled.

  Further, when the frames 10 are bundled with a clip, a pair of magnets, or the like, the side edges of the sheet sandwiching the valley folds do not necessarily have to be connected. However, even in this case, it is desirable to connect the side edges of the sheet sandwiching the valley folds with an adhesive or tape. Then, even if a clip, a pair of magnets, etc. remove | deviate, the advantage that the flame | frame 10 will not be separated is acquired.

  As described above, in this specification, the “state in which the side edges of the sheets are connected” includes a state in which the side edges of the sheet are sandwiched by a clip, a pair of magnets, or the like. In other words, as described above, the “state where the side edges of the sheets are connected” is not limited to the state where the sheets are fixed by an adhesive, a tape, or the like, but the sheets are in surface contact with each other by a clip or a pair of magnets. In this state, any state that is held so as not to be separated is included.

(Calendar sheet 2 holding part)
The frame 10 may be provided with a holding portion that holds the lower end of the calendar sheet 2. For example, in the connection sheet 13 of the frame sheet 11, a frame side holding part that can be held with the lower end part or the side face of the calendar sheet 2 interposed therebetween may be provided in a part located on the front surface when the mountain fold part is extended. In this case, it is possible to prevent the calendar sheet 2 arranged above from flapping or turning up.
Similarly, a mount may be provided on the rearmost surface of the frame 10 and a mount side holding unit for holding the calendar sheet 2 overlapping the mount may be provided. Also in this case, similarly to the above, the calendar sheet 2 can be prevented from fluttering or turning up by the mount side holding part as described above.

(Manufacturing method of the wall calendar 1 of this embodiment)
The wall-mounted calendar 1 of the present embodiment is not particularly limited as long as the calendar sheet 2 is connected to the valley folds of the alternately folded folds. The wall-mounted calendar 1 of the present embodiment may be formed by attaching the calendar sheet 2 to a frame 10 made of a single sheet, or the wall-mounted calendar 1 of the present embodiment is formed with a single sheet including the calendar sheet 2. May be.

(When frame 10 and calendar sheet 2 are separate bodies)
For example, in the former case, the wall calendar 1 of the present embodiment can be manufactured by the following method.

  First, as shown in FIG. 8, folds Y and T of mountain folds and valley folds are alternately formed along the longitudinal direction of one long sheet S1. At this time, the distance L between adjacent creases (distance L between adjacent mountain fold Y and valley fold T) is formed to be the same length. Further, along the side edge Sa of the sheet S1, a pair of break lines Sc and Sc that form a pair of cut portions 10s and 10s are formed. And among the sheets that sandwich the mountain fold line Y, that is, the sheet that becomes the holding sheet 12 and the connecting sheet 13 of the frame sheet 11, the sheet that becomes the connecting sheet 13 connects the pair of breaking lines Sc, Sc, A separation line Sd to be the separation line 10d is formed. In addition, when it becomes the frame sheet | seat 11 in the part (hole formation part) between the valley fold T and the separation line Sd in the part used as the connection sheet | seat 13, and the part used as the holding sheet 12, it respond | corresponds with a hole formation part. You may form the hole h used as the through-hole 10g in the part.

  In the sheet S1 formed in this way, at the side edge of the sheet sandwiching the valley fold line T (that is, the sheet that becomes the holding sheet 12 and the connecting sheet 13 of the adjacent frame sheet 11), the outer side of the breaking line Sc. An adhesive is applied to the portion (hatched portion in FIG. 8) (hatched portion in FIG. 8A), and the sheet S1 is folded in a mountain fold and folded. Then, in the adjacent frame sheet 11, the frame 10 in which the corresponding side edge of the holding sheet 12 and the side edge of the connecting sheet 13 are connected can be formed.

If the upper end of the calendar sheet 2 is connected to the valley fold portion of the frame 10, the wall calendar 1 of this embodiment can be formed.
The through hole 10g may be formed after the frame 10 is formed.

(When frame 10 and calendar sheet 2 are integrated)
In the latter case, the wall calendar 1 of the present embodiment can be manufactured by the following method.

  In this case, both the frame 10 and the calendar sheet 2 are formed by bending the long sheet S2. Specifically, a sheet serving as the calendar sheet 2 is provided between the sheets forming the adjacent frame sheets 11 in the sheet S1 of FIG.

  For example, as shown in FIG. 9, in the sheet S2, the mountain fold line Ya and the valley fold line Ta are sequentially forward from the edge of the sheet S2 toward the mountain fold line Y1 in front of the mountain fold line Y1 in the sheet S1. The mountain fold line Yb is formed in that order. Moreover, the distance from the mountain fold line Ya to the valley fold line Ta and the distance from the valley fold line Ta to the mountain fold line Yb are both set to the same distance L2. In this case, the sheet S2 is folded and folded at the mountain fold line Ya, the valley fold line Ta, and the mountain fold line Yb, the sheet between the mountain fold line Ya and the valley fold line Ta, and the valley fold line Ta and the mountain fold line Yb. The two sheets are stacked and bonded so that they are in surface contact with each other. Then, one sheet can be formed with these portions. That is, the calendar sheet 2 can be formed.

  In the case of the calendar sheet 2, the mountain fold line Yb is connected to the portion of the frame sheet 11 that becomes the holding sheet 12. Therefore, if the sheet S2 is folded in the same manner as the sheet S1 after the calendar sheet 2 is formed, the wall calendar 1 of the present embodiment in which the upper end of the calendar sheet 2 is connected to the valley fold portion of the frame 10 is formed. Can do.

  The distance L2 is preferably set to be twice or less than the distance L. Then, even when the calendar sheets 2 are arranged one above the other, since the calendar sheets 2 do not overlap each other, the calendar sheets 2 can be used effectively.

(Calendar piece 20)
As described above, in the frame 10 of the wall calendar 1 of this embodiment (or the entire wall calendar 1 of this embodiment), it is preferable that the plurality of frame sheets 11 are continuously formed by one sheet. In this case, even if the mountain fold or valley fold is opened or closed, the mountain fold or valley fold will not be disconnected, so the wall calendar 1 of this embodiment should be stably installed. Can do.

  However, the wall-mounted calendar 1 of the present embodiment may be formed by connecting a plurality of calendar pieces 20. When a plurality of calendar pieces 20 are connected and formed, the wall hanging calendar 1 can be formed according to the user's preference and application. That is, the design of the frame sheet 11 and the calendar sheet 2 can be changed according to the month, or a plurality of months can be displayed only for the specific calendar sheet 2.

  The calendar piece 20 may be configured as shown in FIG. That is, the frame sheet 21 having the holding sheet 22 and the connecting sheet 23 is formed by folding a single sheet. The length L3 of the holding sheet 22 and the length L4 of the connecting sheet 23 are formed to the same length. A pair of break lines Sc and Sc are formed on the side edges of the holding sheet 22 and the connecting sheet 23, and a separating line Sd is provided on the connecting sheet 23.

  Further, the holding end edge 22s of the holding sheet 22 is provided with a bent connecting portion 24 that is connected to the holding sheet 22 so as to be in a valley-folded state with the holding end edge 22s. The length L5 of the bent connecting portion 24 is at least the same as or shorter than the length L4 of the connecting sheet 23.

  Then, the upper end edge of the calendar sheet 25 is connected to the holding end edge 22 s of the holding sheet 22. The method for connecting the upper edge of the calendar sheet 25 is not particularly limited. The holding edge 22s of the holding sheet 22 and the upper end edge of the calendar sheet 25 may be connected by a tape or the like. Further, a connecting piece may be provided on the upper edge of the calendar sheet 25, and the connecting piece may be connected to the holding sheet 22 by adhesion or tape.

  If a plurality of such calendar pieces 20 are connected, the wall calendar 1 of this embodiment can be formed (see FIG. 10B). That is, in the adjacent calendar pieces 20, by connecting the bent connecting portion 24 and the connecting sheet 23 provided on the holding edge 22s of the holding sheet 22 by bonding or the like, a continuous sheet S3 composed of a plurality of calendar pieces 20 is connected. Can be formed. Then, between the adjacent calendar pieces 20, a valley fold is formed between the holding sheet 22 and the connecting sheet 23, so that the mountain fold fold is folded and the side edge of the holding sheet 22 sandwiching the valley fold is If the side edge of the connection sheet 23 is connected, the wall calendar 1 of this embodiment can be formed.

  Note that the length L4 of the connecting sheet 23 may be longer than the length L3 of the holding sheet 22. For example, for the calendar piece 20 in December, if the connecting sheet 23 is lengthened, the connecting sheet 23 can be used as a mount. Then, it becomes unnecessary to prepare a separate mount. In this case, in the December calendar piece 20, the length L4 of the connecting sheet 23 may be longer than the total length of the length L3 of the holding sheet 22 and the length L2 of the calendar sheet 2.

  The connection sheet 23 may be lengthened also for the calendar pieces 20 of other months. Then, it becomes possible to select which month is the last month according to the user's preference. In this case, in the connecting sheet 23, it is desirable to provide a cutting portion such as a perforation at a position of the length L3 of the holding sheet 22 from the connecting portion with the holding sheet 22. That is, it is desirable to provide a break line such as a perforation between a portion (frame portion) to be the connecting sheet 23 and a portion (mounting portion) extending from the frame portion. Then, in the calendar piece 20 that is not the last month, the mount portion is separated from the frame portion by the broken line and removed, so that the mount portion can be prevented from getting in the way.

  Further, the frame sheet 21 may be provided with the overlapping portion as described above between the holding sheet 22 and the connecting sheet 23. That is, the overlapping portion may be formed by providing a valley-folded portion between the portions where the holding sheet 22 and the connecting sheet 23 are connected. Then, if the calendar sheet 2 having the sixth week is connected to the frame sheet 21 having the overlapping portion, the calendar of the sixth week and the next month of the calendar sheet 2 having the sixth week is extended by extending the overlapping portion. Adjustment can be made so that the first week of the sheet 2 is in the same row. In addition, the structure of the overlapping portion in this case is not particularly limited, and may have a shape having the overlapping portion in the vicinity of the valley fold portion as described above (see FIGS. 22 and 23).

  Further, in this calendar piece 20, the calendar sheet 25 may be formed integrally with the frame sheet 21. That is, if the sheet | seat which becomes the calendar sheet 25 if it folds between the holding sheet 22 and the bending connection part 24 is provided, the calendar sheet 25 can also be formed integrally (refer FIG. 9).

  Further, a pair of sheets having the same length as the length L5 of the bent connecting portion 24 may be provided between the upper end of the calendar sheet 25 and the holding sheet 22 of the frame sheet 21. In this case, the pair of sheets can be folded to form the bent connecting portion 24. In this method, the calendar sheet 25 may be a single sheet. Then, since the length L5 of the bent connecting portion 24 is shorter than the length L2 of the calendar sheet 25, an advantage that the sheet forming the calendar piece 20 can be shortened is obtained.

(Desktop calendar 50)
The calendar of the present invention can be used as a desk calendar used on a desk or the like in addition to the above-described wall calendar. When used as a desk calendar, a plurality of months can be displayed side by side by being placed horizontally.
In the following, the desk calendar 50 will be described, but portions having substantially the same configuration as the wall calendar 1 described above will be omitted as appropriate.

FIG. 11 is a schematic explanatory diagram of the desk calendar 50.
As shown in FIG. 11, the desk calendar 50 includes a plurality of calendar sheets 52 and a frame 60 in which the plurality of calendar sheets 52 are connected.
Further, the desk calendar 50 includes a holder 70 that holds the frame 60 and the calendar sheet 52.

(Multiple calendar sheets 52)
The plurality of calendar sheets 52 have substantially the same configuration as the calendar sheet 2 of the wall-mounted calendar 1 except that the characters can be read when they are placed horizontally. That is, the plurality of calendar sheets 52 are normally held in a state of being overlapped with each other by the frame 60, and only the month calendar of the calendar sheet 52 located on the surface is visible. The calendar sheets 52 normally display a calendar for each month from January to December in order from the front side to the back side.

(Frame 60)
As shown in FIG. 11, the plurality of calendar sheets 52 are held by a frame 60 at their side ends (the left end in FIG. 11, hereinafter simply referred to as the left end of the calendar sheet 52). The frame 60 has substantially the same configuration as the frame 10 of the wall calendar 1. That is, one sheet has a structure in which a mountain fold and a valley fold are repeatedly folded, and the left end of the calendar sheet 52 is connected to the valley fold portion in a foldable manner.

  And also in this frame 60, the edge of the sheet | seat which pinches | interposes a valley fold part is connected, and it can maintain the folded state. That is, the frame 60 is connected to the upper and lower end edges of the sheet sandwiching the valley fold, which corresponds to the side edge of the sheet sandwiching the valley fold of the frame 10 of the wall calendar 1.

  With this structure, the calendar 60 can be arranged side by side in the left-right direction by extending a mountain fold or a valley fold in the frame 60. If a plurality of calendar sheets 52 are arranged in the left-right direction and attached to the holder 70, the plurality of calendar sheets 52 are arranged side by side on a desk or the like. Can do.

  In the following description, a pair of sheets sandwiching a mountain fold is referred to as a frame sheet 61. In this frame sheet 61, a sheet positioned on the front side of the mountain fold is referred to as a holding sheet 62, and the back side of the mountain fold is used. The sheet positioned at the position will be described as a connecting sheet 63 (see FIG. 13). That is, as in the wall calendar 1 described above, the frame 60 is described as being formed by connecting a plurality of frame sheets 61.

  In the frame 60 of the desktop calendar 50, the adjacent frame sheets 61 include a right end edge of the connecting sheet 63 of the frame sheet 61 located on the front side and a left end edge of the holding sheet 62 of the frame sheet 61 located on the back side. Are connected, and the connecting portion is a valley fold.

(1 month display)
First, also in the desk calendar 50 of this embodiment, if the calendar sheet | seat 52 is isolate | separated and removed from the flame | frame 60 one by one similarly to the wall calendar 1 mentioned above, the desk calendar 50 of this embodiment will be a normal monthly calendar. Can be used as

  In the desk calendar 50 of the present embodiment as well, a pair of cutting parts such as perforations along the upper and lower edges, inward of the upper and lower edges of the sheet sandwiching the valley folds, as in the wall calendar 1 described above. It is desirable to provide separation lines 60d such as perforations so as to connect the pair of cut portions 60s, 60s to the sheet 60s, 60s or the front side of the valley fold (see FIG. 11). In this case, the sheet connected to the calendar sheet 52 to be removed (that is, the frame sheet 61 located on the front side) can be removed together with the calendar sheet 52 (see FIG. 6B).

(2 month display)
Next, a case where two-month calendars are arranged side by side will be described.

  First, as shown in FIG. 12, in the frame 60, the frame sheet 61 located at the forefront is connected to the right end edge of the holding sheet 62 with a calendar sheet 52 (front calendar sheet 52a). In the frame sheet 61, since the upper and lower end edges of the holding sheet 62 and the connecting sheet 63 sandwiching the mountain fold portion are not connected, the mountain fold portion can be extended. Then, by extending the mountain fold portion, the front calendar sheet 52a is placed on the left side of the calendar sheet 52 (rear side calendar sheet 52b) connected to the right edge (that is, the valley fold portion) of the connection sheet 63 in the frame sheet 61. Can be arranged in the direction.

  That is, by extending the mountain fold portion of the frame sheet 61 located at the forefront, the front calendar sheet 52a swings leftward with the mountain fold portion as a fulcrum. At that time, the front calendar sheet 52a is bent in a direction opposite to the direction in which the mountain folds are extended at the connection portion between the frame sheet 61 and the holding sheet 62. Then, the front calendar sheet 52a is disposed in front of the frame sheet 61 where the mountain folds are extended. In other words, the front calendar sheet 52a can be moved to the left while being substantially parallel to the rear calendar sheet 2b by the operation of extending the mountain fold portion of the frame sheet 61. And since the part which extended the mountain fold part in the frame sheet | seat 61 is located in the left side of the back side calendar sheet 52b, the front side calendar sheet 52a is on the left side of the back side calendar sheet 52b, and the back side calendar sheet 52b is on the left and right. They can be arranged side by side (see FIG. 3).

  In other words, if the desk calendar 50 of the present embodiment is substantially the same as the wall calendar 1 (that is, if the vertical movement of the wall calendar 1 is changed to the horizontal movement), the desk calendar 50 is positioned at the forefront of the frame 60. The front calender sheet 52a connected to the frame sheet 61 located on the forefront and the frame sheet 61 located on the back side of the frame sheet 61 located on the forefront simply by extending the mountain fold of the frame sheet 61 Can be arranged side by side on the back side calendar sheet 52b connected to the left and right.

  Moreover, since the calendar of the month before the month displayed on the rear calendar sheet 52b is displayed on the front calendar sheet 52a, the earlier month (January in FIG. 12) is displayed on the left, and the right Then, the next month (February in FIG. 12) can be displayed. That is, since the moon can be displayed so that the moon progresses from left to right, even if the calendar sheets 2 for two months are arranged on the left and right, the display can be made to be a display suitable for human senses.

  Further, the desk calendar 50 of the present embodiment can be displayed side by side for three months or more, or a desired month can be displayed side by side if substantially the same as the wall calendar 1 (see FIG. 13). In other words, if the upper and lower edges are separated and the valley folds are extended, months of three months or more can be displayed side by side, or desired months can be displayed side by side.

  Furthermore, the desk calendar 50 of this embodiment also forms the frame 60 with one sheet, and forms both the frame 60 and the calendar sheet 52 with one sheet, similarly to the wall calendar 1 described above. be able to.

  And the desk calendar 50 of this embodiment can also be formed using the calendar piece which has the structure substantially the same as the calendar piece 20 in the wall calendar 1 mentioned above.

(Stand holder)
The desktop calendar 50 of the present embodiment can be held by a holder 70 and can stand on a desk or the like, but the shape of the holder 70 that holds the desktop calendar 50 is not particularly limited. As described above, it is only necessary to hold the lower end portion of the calendar sheet 52 so that the calendar sheet 52 can be seen, and various shapes and structures can be used.

For example, a holder 70 having the following structure can be used.
As shown in FIG. 11, the holder 70 includes a main body portion 71 and a clamping portion 75 provided on the main body portion 71.

  As shown in FIGS. 11C and 11D, the main body 71 is formed in a substantially triangular shape in a side view, and is formed by forming a single sheet into a triangular cylinder. A clamping part 75 is provided on the front surface of the front wall 72 of the main body 71. The sandwiching portion 75 includes a sandwiching piece 76 that continues from the front end of the bottom wall 73 of the main body 71. A magnet 76m is attached to the inner surface of the clamping piece 76 (the surface on the front wall 72 side). On the other hand, on the front surface of the front wall 72, a magnet 75m is provided at a position facing the sandwiching piece 76. That is, the clamping piece 76 is connected to the front wall 72 by connecting the magnet 76m and the magnet 75m by magnetic force.

  With this configuration, the clamping piece 76 is separated from the front wall 72, and after the lower end portion of the calendar sheet 52 is disposed between the magnets 76m and 75m, the force for separating the clamping piece 76 from the front wall 72 can be eliminated. For example, the lower end portion of the calendar sheet 52 can be sandwiched between the magnets 76m and 75m. That is, since the lower end portion of the calendar sheet 52 can be held between the holding piece 76 and the front wall 72, the calendar sheet 52 can be firmly held by the holder 70.

  The clamping piece 76 may be formed by bending a continuous sheet from the front wall 72 to the bottom wall 73. In this case, compared with the case where the sheet extending from the bottom wall 73 is used as the sandwiching piece 76, the strength of the sandwiching piece 76 can be increased, and the calendar sheet 52 can be securely held.

The bottom wall 73 may be formed by a single sheet connecting the front wall 72 and the rear wall 74, or the sheet 73 a connected to the lower end of the rear wall 74 and the front wall via the clamping piece 76. The bottom wall 73 may be formed by overlapping the sheet 73 b continuous with the sheet 72. In this case, when the bottom wall 73 is formed by the sheet 73a and the sheet 73b, if the magnets are provided on the lower surface (or upper surface) of the sheet 73a and the upper surface (or lower surface) of the sheet 73b, the overlapping length of both is changed. Therefore, the angle of the front wall 72 of the holder 70 can be adjusted.
Further, if the magnets of the sheet 73a and the sheet 73b are directed to the outside without overlapping each other, the holder 70 can be stably fixed to a desk or other member by the magnetic force of the magnets. Then, the desk calendar 50 of this embodiment held by the holder 70 can be stably placed on a desk or the like.

  Note that the desk calendar 50 described above can also be used as a wall calendar if the frame 60 and the mount are provided with hanging holes.

(Vertical desktop calendar 101)
In the above-described example, the desk calendar 50 in which the moon progresses in the horizontal direction has been described. However, the desk calendar in which the moon progresses in the vertical direction as in the case of the wall calendar 1 (hereinafter sometimes referred to as the vertical desk calendar 101). It is good.
In the following, the vertical desk calendar 101 will be described, but the components having substantially the same configuration as those of the wall calendar 1 and desk calendar 50 described above will be omitted as appropriate.

  As shown in FIG. 14, the vertical desk calendar 101 is composed of a plurality of calendar sheets 102 and a frame 110 in which a plurality of calendar sheets 102 are connected, like the wall calendar 1 and the desk calendar 50. ing. Unlike the desktop calendar 50, the vertical desktop calendar 101 has a shape (hereinafter referred to as a stationary shape) that can be stably installed on a desk or the like by changing the folding direction of a part of the frame 110 and fixing the shape. In some cases). The vertical desk calendar 101 includes a holder 130 in addition to the frame 110 so as to maintain a stationary shape and be stably installed on a desk or the like.

(Multiple calendar sheets 102)
First, a plurality of calendar sheets 102 are displayed with the calendar of each month displayed on the front surface in the same manner as the wall calendar 1 and the desktop calendar 50 described above.

(Frame 110)
As shown in FIG. 14, the frame 110 has a structure in which a single sheet is folded in a mountain-folded manner, like the frame 10 of the wall-mounted calendar 1. That is, like the frame 10 of the wall calendar 1, the frame 110 is a pair of sheets sandwiching the mountain fold (the sheet positioned on the front side of the mountain fold is the holding sheet 112, and is positioned on the back side of the mountain fold. A plurality of frame sheets 111 made of connecting sheets 113) are provided. Unlike the frame 10 of the wall-mounted calendar 1, the frame 110 has a distance from the mountain fold to the valley fold and a distance from the valley fold to the mountain fold at the height of the calendar sheet 102 (FIG. 14B). The distance between the top and bottom is equal or longer. That is, the frame 110 is formed such that the holding sheet 112 and the connecting sheet 113 are equal in height or longer than the calendar sheet 102.

  Also in this frame 110, as with the frame 10 of the wall calendar 1, the side edges of the sheet sandwiching each valley fold are connected to each other so that the folded state can be maintained. That is, in the adjacent frame sheet 111, if it is FIG. 14, the side edge of the connection sheet | seat 113 of the frame sheet 111 located upward, and if FIG. The edges are connected and maintained so that the valley folds do not extend.

  Unlike the frame 10 of the wall-mounted calendar 1, the frame 110 is provided with a calendar sheet 102 on all surfaces facing each other across the mountain fold when folded. That is, in the holding sheet 112 and the connection sheet 113 of each frame sheet 111, the calendar sheet 102 is provided on the surfaces that come into surface contact with each other when the mountain sheet is folded. In addition, the calendar sheet 102 provided on the holding sheet 112 is connected to the holding sheet 112 so that the end edge on the valley fold side is swingable, and the calendar sheet 102 provided on the connecting sheet 113 is on the mountain fold side. The edge is connected to the connecting sheet 113 so as to be swingable.

  Since the vertical desktop calendar 101 has the structure as described above, the calendar sheets 102 for two months can be arranged vertically by opening the mountain fold of each frame sheet 111 in the frame 110.

  And if the connection of the side edge of the holding | maintenance sheet | seat 112 and the connection sheet | seat 113 which pinches | interposes a valley fold part is cancelled | released, a valley fold part can also be extended. For example, if a portion where the side edges of the holding sheet 112 and the connecting sheet 113 are connected to each other is cut off, the valley fold can also be extended. Then, in addition to the calendar sheet 102 connected to the holding sheet 112 and the connecting sheet 113 of the frame sheet 111 positioned above, the calendar sheet 102 connected to the holding sheet 112 of the frame sheet 111 positioned below is also vertically Can be arranged side by side in the direction. That is, the calendar sheets 102 for three months or four months can be arranged so as to be arranged one above the other.

  Further, when the connection between the side edges of the holding sheet 112 and the connection sheet 113 that sandwich the valley fold is released, 2n + 1 calendar sheets 102 are arranged in the vertical direction, where n is the number of the release. can do.

  The holding sheet 112 and the connecting sheet 113 may be formed with a calendar sheet holding portion 110z that holds the calendar sheet 102 in the vicinity of the end opposite to the side to which the calendar sheet 102 is connected. It is preferable (see FIG. 14A). If the calendar sheet holding part 110z is formed, the calendar sheet 102 can be prevented from fluttering.

(Other usage of the vertical desktop calendar 101 of the present embodiment)
The vertical desk calendar 101 of this embodiment can be stably placed on a desk or the like by bending a part of the frame 110 to form a three-dimensional shape and fixing the shape as described later.

  For example, as shown in FIGS. 14 and 15, the three continuous holding sheets 112 and the connection sheet 113 are bent so as to have a substantially triangular shape in a side view. That is, the portion that was a mountain fold between the holding sheet 112 and the connecting sheet 113 is folded in reverse to be valley-folded. Then, in FIGS. 14 and 15, a cylindrical structure having a triangular cross-sectional view can be formed by the two holding sheets 112 and the one connecting sheet 113. If the state is maintained by the holder 130, the bottom surface (that is, the portion where the frame 110 is folded) can be used as a desk calendar in which the calendar sheet 102 is arranged on the front surface on a desk or the like.

  That is, the vertical desktop calendar 101 of the present embodiment can be used as a desktop calendar that displays a plurality of months side by side as described above, or can be used as a simple monthly calendar.

  Further, in the vertical desktop calendar 101 of the present embodiment, the calendar sheet 102 provided in a portion other than the front surface can also be confirmed, so that the calendar sheet 102 of the previous month or the next month displayed on the front surface can be easily viewed. be able to. That is, the schedule of the previous month or the next month of the month displayed on the front can be easily confirmed.

  In other words, the vertical desk calendar 101 of the present embodiment has a cylindrical structure as described above by bending a part of the frame 110, but the sheet disposed on the front surface of the cylindrical structure (in FIG. 15, connected) Sheets other than the sheet 113) (two holding sheets 112 in FIG. 15) are not fixed to other members or the like. Then, if the cylindrical structure is rotated or the bent part is stretched, the month other than the month displayed on the front surface can be easily confirmed.

  And the frame sheet | seat 111 connected with the sheet | seat located in the front surface of a cylindrical structure, or the sheet | seat located in a back surface is folded, and the bottom of a cylindrical structure is formed. Therefore, if the frame sheet 111 that forms the bottom of the tubular structure is turned up and down in a manner that flips the report paper, the future moon is displayed more than the month displayed on the front of the tubular structure. The calendar sheet 102 can be confirmed.

  The cross-sectional shape of the cylindrical structure is not limited to a triangular shape. The number of sheets forming the cylindrical structure may be increased so that the cross section becomes a polygon such as a quadrangle or a pentagon. According to the user's preference, the cross section may be a desired polygon.

  Further, in the vertical desktop calendar 101 of the present embodiment, the calendar sheet 102 and the frame sheet 111 that have already passed and no longer need to be displayed can be stored without being removed and connected to the main body. . Then, past information can be easily reviewed, and information for one year can be kept in a continuous state, so that the middle month is not lost and unexpected loss can be prevented. For example, if the past calendar sheet 102 and the frame sheet 111 are folded inward to form a cylindrical structure, the past calendar sheet 102 and the frame sheet 111 can also be stored in the cylindrical structure.

  Further, in the vertical desk calendar 101 of the present embodiment, a pair of perforations and the like along both side edges, inwardly from both side edges of the sheet sandwiching the valley fold, similarly to the wall calendar 1 described above. It is desirable to provide a separation line 110d such as a perforation so as to connect the pair of cutting portions 110s, 110s to the sheet on the front side of the cutting portions 110s, 110s or the mountain folding portion or the valley folding portion (FIG. 17). reference). If the pair of cutting portions 110s and 110s and the separation line 110d are provided, the calendar sheet 102 that has become unnecessary after the month has passed and the frame sheet 111 to which the calendar sheet 102 is connected can be removed together with the calendar sheet 102.

(Manufacturing method of the vertical desk calendar 101 of this embodiment)
In the vertical desktop calendar 101 of the present embodiment, the frame 110 is formed with a single sheet as in the wall calendar 1 described above, or both the frame 110 and the calendar sheet 102 are formed with a single sheet. Is possible.

For example, the vertical desk calendar 101 of this embodiment has many parts that are the same as the wall calendar 1 described above. Therefore, the vertical desk calendar 101 of the present embodiment can be manufactured by slightly changing the structure of the wall calendar 1 shown in FIGS.
Below, the manufacturing method of the vertical desktop calendar 101 of this embodiment is demonstrated.

  First, when the frame 110 and the calendar sheet 102 are manufactured separately, as shown in FIG. 16, no crease is provided at a position corresponding to the mountain fold line Y in the sheet S1 of FIG. Valley fold lines T10 and mountain fold lines Y10 are alternately formed along the longitudinal direction of the sheet S10 at positions corresponding to the valley fold lines T in S1.

  Then, an adhesive is applied to a region (a hatched portion in FIG. 16) that is in surface contact with each other when the sheet S10 is folded in the mountain fold line Y10, and is located on the side edge side of the break line Sc. Is folded at a valley fold line T10 and a mountain fold line Y10.

  Then, in the adjacent frame sheet 111, the frame 110 in which the side edges of the holding sheet 112 and the connection sheet 113 sandwiching the valley fold portion are connected can be formed.

  If the calendar sheet 102 is connected to the holding sheet 112 and the connection sheet 113 of the formed frame 110, the vertical desktop calendar 101 of this embodiment can be manufactured (see FIG. 17).

  When forming the sheet S10, it is desirable to form a cut line Sz that becomes the calendar sheet holding part 110z for holding the side edge part of the calendar sheet 102.

  Further, if both the frame 110 and the calendar sheet 102 are formed by bending the long sheet S11, the frame 110 and the calendar sheet 102 can be integrally formed (see FIG. 18). In this case, as shown in FIG. 18, a portion that folds and becomes the calendar sheet 102 may be provided between the portions that become the sheets 112 and 113 in the sheet S <b> 10 described above.

  Furthermore, the vertical desk calendar 101 of this embodiment can also be formed using the calendar piece 120 similarly to the calendar piece 20 in the wall calendar 1 described above (see FIG. 19).

  In this case, as shown in FIGS. 19A and 19B, the calendar piece 120 is only the holding sheet 22 and the calendar sheet 25 in the calendar piece 20 that can form the wall-mounted calendar 1 of FIG. The bent connecting portion 24 and the calendar sheet 25 only need to be formed. In such a calendar piece 120, the upper end of the calendar sheet 122 is connected to one end portion of the holding sheet 121 (a connecting portion with the bent connecting portion 124 when there is a bent connecting portion 124). In the calendar piece 120 as well, a pair of break lines Sc and Sc and a separation line Sd are provided on the side edge of the holding sheet 121 in the same manner as the holding sheet 22 of the calendar piece 20. Of course, a cut line Sz may be provided.

  When the vertical desk calendar 101 of this embodiment is manufactured from the calendar piece 120, it is manufactured as follows.

  First, in the continuous calendar piece 120, the end opposite to the end where the calendar sheet 122 is connected in one calendar piece 120 and the end where the calendar sheet 122 is connected in the other calendar piece 120 are connected. To do. When the bent connecting portion 124 is provided, the end portion of the one calendar piece 120 where the bent connecting portion 124 is not provided is connected to the bent connecting portion 124 of the other calendar piece 120 (FIG. 19 ( C)).

  Then, when the plurality of calendar pieces 120 are connected and folded so that the connecting portions of the adjacent calendar pieces 120 are alternately mountain-folded and valley-folded, the vertical desk calendar 101 of this embodiment is completed (FIG. 19C ), (D)).

  In the vertical desktop calendar 101 according to the present embodiment, an arbitrary number of calendar pieces 120 can be connected to form the vertical desktop calendar 101 having a desired specification. However, if the surface of the calendar sheet 102 connected to the calendar piece 120 located at the lowermost part (the backmost surface) comes into direct contact with the installation surface such as a desk, the calendar sheet 102 may be damaged or damaged. There is. Therefore, in the vertical desktop calendar 101 according to the present embodiment, a valley fold is formed between the calendar piece 120 positioned at the lowermost part (the backmost face) and the calendar piece 120 immediately before it. Thereafter, it is desirable to alternately form a mountain fold and a valley fold toward the uppermost (frontmost) calendar piece 120.

(Form stabilization holder 130)
Although the vertical desk calendar 101 of this embodiment can maintain the shape of a cylindrical structure by the holder 130, the structure of the holder 130 having such a function is not particularly limited. As described above, any shape can be used as long as the vertical desk calendar 101 of the present embodiment can be stably stood so that the shape of the cylindrical structure is maintained and the calendar sheet 102 can be seen. Can be used.

For example, a holder 130 having the following structure can be used.
As shown in FIG. 14C, the holder 130 is provided so as to be able to be bent continuously with the main body 131 formed at a distance equal to or longer than the width of the frame 110 and both ends of the main body 131. And a pair of binding members 132, 132. Moreover, a pair of a facing surface that faces the main body 131 when the binding members 132 and 132 are bent and a surface (a main body facing surface) that faces the facing surfaces of the binding members 132 and 132 in the main body 131 are paired. Magnets 133 and 133 are attached.

  If the holder 130 has such a configuration, the shape of the cylindrical structure can be stably maintained by the holder 130 as follows.

  First, the holder main body 131 is inserted into the cylindrical structure (see FIG. 14A). Then, the binding members 132 and 132 are bent so that both side edges of the bottom portion of the tubular structure in the frame 110 are sandwiched between the holder main body 131 and the both ends. Then, since each binding member 132, 132 is maintained in a bent state by the pair of magnets 133, 133, the shape of the cylindrical structure can be stably maintained.

(Modification of vertical desktop calendar 101 and wall calendar 1)
The vertical desk calendar 101 of the present embodiment and the wall calendar 1 described above are similar in structure. For this reason, the wall calendar 1 is changed to the specifications of the vertical desktop calendar 101 according to the user's preference, or conversely, the vertical desk calendar 101 is changed to the specifications of the wall calendar 1 and used. be able to.

  As a simple method, the wall calendar 1 can be changed to the vertical desktop calendar 101 as follows.

  That is, all the connection of the side edge of the wall calendar 1 is released, and the mountain fold portion of the frame 10 is extended. Then, the holding sheet 12 and the connecting sheet 13 are made into one sheet (hereinafter referred to as a sheet material 11s). Thereafter, a crease is newly formed so that the valley folds where the adjacent sheet materials 11s, 11s are connected to each other are alternately mountain-folded and valley-folded. Then, the frame 10 is folded at the newly formed crease, and then the entire side edge of the sheet material 11s is fixed with a clip or a pair of magnets. Then, it can be set as the desk calendar 101 which changed the wall hanging calendar 1. FIG. Further, if a cylindrical structure is formed by a plurality of sheet materials 11s and the shape is fixed by the holder 130 or the like, it can also be used as a vertical desk calendar 101 having a cylindrical structure.

  On the other hand, the vertical desk calendar 101 can be changed to the wall calendar 1 as follows.

  That is, all the connection of the side edge of the vertical desktop calendar 101 is released, and the holding sheet 112 and the connection sheet 113 of each frame sheet 111 are formed with a mountain fold in the middle. Then, all the folds between the adjacent frame sheets 111 are valley-folded. Finally, if the frame 110 is folded at all the folds and the entire side edge is fixed with a clip or a pair of magnets, the wall calendar 1 can be changed to the vertical calendar 101.

(Frame structure of vertical desktop calendar 101 and wall calendar 1 that can be mutually deformed)
The wall calendar 1 and the vertical desk calendar 101 may be changed from each other by the above method. However, if the frame 10 and the frame 110 are structured in advance so that the specifications can be changed in advance, the side edges are kept connected without using a clip or a pair of magnets for covering the entire side edges. The vertical desk calendar 101 and the wall calendar 1 can be mutually deformed.

(About the frame 110S of the vertical desktop calendar 101)
First, the structure of the vertical desktop calendar 101 having the frame 110S that can be changed to the wall calendar 1 will be described. In order to facilitate understanding of the structure of the frame 110S, a description will be given in the state of the sheet S10s with the frame 110S extended.

  As shown in FIG. 20, valley fold lines T10 and mountain fold lines Y10 are alternately formed at equal intervals on the sheet S10s forming the frame 110S. This is almost the same as the sheet S10 forming the frame 110 described above.

  On the other hand, in the sheet S10s, an intermediate mountain fold line Y10b is formed between the valley fold line T10 and the mountain fold line Y10, specifically, between the valley fold line T10 and the mountain fold line Y10. The reason for this will be described later.

  In addition, the sheet S10s is formed with a pair of cut portions Sc2 and Sc2 in parallel with the pair of cut portions Sc and Sc between the pair of cut portions Sc and Sc provided on the frame 110 and the side edge. ing. When the pair of cut portions Sc2 and Sc2 are formed, the pair of cut portions Sc and Sc correspond to the inner cut portions referred to in the claims, and the pair of cut portions Sc2 and Sc2 are claimed. It corresponds to the cutting part in the range.

  When forming the frame 110S from the sheet S10s, the frame 110S is not folded at the intermediate mountain fold line Y10b, but is folded at the valley fold line T10 and the mountain fold line Y10. As a result, a frame 110 </ b> S substantially in the same state as the frame 110 is formed.

  At the time of folding, the side edges of the sheet S10s that are in surface contact with each other when the valley is folded at the valley fold line T10 in the sheet sandwiching the valley fold line T10 (hereinafter, sometimes referred to as a valley fold facing surface) are bonded to each other. Connected by Specifically, at the side edge, a portion of the region x between the pair of cut portions Sc2 and Sc2 and the side edge is connected. This point is almost equivalent to the case where the frame 110 is formed from the sheet S10.

  On the other hand, in the sheet S10s, in the region V between the pair of cut portions Sc and Sc and the pair of cut portions Sc2 and Sc2 on the face facing the valley fold, a part of the region V1 is firmly adhered by adhesion or the like as the region X On the other hand, double-sided tape i is provided in the remaining region V2. Specifically, the region V1 from the valley fold line T10 to the intermediate mountain fold line Y10b is firmly connected, and the double-sided tape i is provided in the region V2 from the intermediate mountain fold line Y10b to the mountain fold line Y10. . The double-faced tape i has one surface attached to one surface of the valley fold facing surface and a release paper attached to the other surface and not attached to the other surface of the valley fold facing surface. And

  In the frame 110 </ b> S formed as described above, the frame 110 </ b> S can be changed to a wall-hanging frame as follows.

  First, the outer portions of the pair of cut portions Sc2 and Sc2 are separated by the pair of cut portions Sc2 and Sc2 located on the outer side (that is, on the side edge side). At this time, unlike the frame 110, the frame 110S is in a state where the valley folds are not completely opened because the valley fold opposed surfaces of the sheets sandwiching the valley folds in the region V1 are connected.

  On the other hand, since the region V2 is not connected, the sheets sandwiching the valley folds are opened on the mountain fold side of the intermediate mountain fold line Y10b. Here, a mountain fold is performed at the intermediate mountain fold line Y10b, and the fold line that has been the mountain fold part (that is, the fold line of the mountain fold line Y10) is changed to a valley fold. Then, in adjacent sheets sandwiching the mountain fold portion changed to the valley fold, portions (referred to as upper portions) located on the mountain fold portion side of the intermediate mountain fold line Y10b can be brought into surface contact with each other. . Here, since the double-sided tape i is provided in the region V2 in the upper part, the upper parts can be connected by removing the release paper and bringing the upper parts into surface contact.

  Then, in the frame 110S, a frame having a structure substantially equivalent to that of the frame 10 of the wall calendar 1 can be formed without using a clip or the like.

  The double-sided tape i may be provided in both of the upper region V2 in surface contact, or may be provided only in one of the upper regions V2.

  In addition, it is desirable to provide a hole h to be a through hole 111g for suspension at a predetermined position in the sheet S10s. Then, when it changes to the wall hanging calendar 1, the wall hanging calendar 1 can be suspended from the wall by the through-hole 111g. The hole h is desirably formed in a sheet that is in the vicinity of the valley fold line T10 and the mountain fold line Y10 and is positioned on the front side (upper side) when the frame 110S is folded.

(About frame 10s of wall calendar 1)
First, the structure of the wall calendar 1 having the frame 10S that can be changed to the vertical desk calendar 101 will be described. In order to facilitate understanding of the structure of the frame 10S, the description will be made in the state of the sheet S1s with the frame 10S extended.

  As shown in FIG. 21, in the sheet S1s forming the frame 10S, valley fold lines Ts and mountain fold lines Ys are alternately formed at equal intervals. This point is almost equivalent to the sheet S1 forming the frame 10 described above.

  The sheet S1s is formed with a pair of cut portions Sc2 and Sc2 in parallel with the pair of cut portions Sc and Sc between the pair of cut portions Sc and Sc provided on the frame 10 and the side edge. ing.

  When the frame 10S is formed from the sheet S1s, the frame 10S is folded at the valley fold line Ts and the mountain fold line Ys. As a result, a frame 10 </ b> S that is substantially in the same state as the frame 10 is formed.

  At the time of folding, the sheet S1s is bonded such that the side edges of the surfaces that are in surface contact with each other when the valley is folded along the valley fold line Ts in the sheet sandwiching the valley fold line Ts (hereinafter sometimes referred to as a valley fold facing surface) are bonded together. Connected by Specifically, the portion of the region X between the pair of cut portions Sc2 and Sc2 and the side edge is connected at the side edge. This point is almost equivalent to the case where the frame 10 is formed from the sheet S1.

  On the other hand, in the sheet S1s, the double-faced tape i is provided on one surface of the valley fold facing surface in the region V between the pair of cut portions Sc and Sc and the pair of cut portions Sc2 and Sc2 on the valley fold facing surface. deep. The double-faced tape i has one surface attached to one surface of the valley fold facing surface and a release paper attached to the other surface and not attached to the other surface of the valley fold facing surface. And

  In the frame 10S formed as described above, the frame 10S can be changed to a tabletop frame as follows.

  First, the outer portions of the pair of cut portions Sc2 and Sc2 are separated by the pair of cut portions Sc2 and Sc2 located on the outer side (that is, on the side edge side). Then, it will be in the state which the valley fold opposing surfaces which pinch | interpose a valley fold part open.

  In this state, the mountain fold portion is extended so that the valley fold facing surface becomes a flat surface. On the other hand, a part of the folds that have been valley folds (that is, the folds of the valley fold line Ts) from the valley folds are alternately formed along the longitudinal direction of the sheet S1s. Change to mountain fold.

  Next, adjacent sheets sandwiching the valley fold are brought into surface contact with each other, the release paper of the double-sided tape i provided in the region V is removed, and the adjacent sheets sandwiching the valley fold are connected to each other.

  Then, in the frame 10S, a frame having a structure substantially equivalent to the frame 110 of the desk calendar 101 can be formed without using a clip or the like.

  In addition, in the sheet positioned on the front side (upper side) when the sheet S1s is folded, it is desirable to provide a connection point 112u and a notch j2 in a region between the separation line Sd and the valley fold line Ts (see FIG. 21). The connection point 112u is formed by providing a U-shaped cut j1 on the sheet S1s. Only the base end (inward) of the connection point 112u is connected to the sheet S1s and can be bent at the base end. On the other hand, the notch j2 is a slit provided inward from the base end of the connection point 112u. The distance from the notch j2 to the base end of the connection point 112u is shorter than the length from the base end to the front end of the connection point 112u. Therefore, if the connection point 112u is bent toward the notch j2 at the base end, the tip of the connection point 112u can be inserted into the notch j2.

  Thus, if the connection point 112u and the notch j2 are provided, the frame sheet | seats 11 can be connected and a cylindrical structure can be formed easily and reliably. That is, the two frame sheets 11 to be connected are arranged so that the connection points 112u overlap each other. Then, the cuts j2 of the two frame sheets 11 are also overlapped. In this state, the two connection points 112u of the frame sheet 11 are folded and bent at their base ends. And the front-end | tip of the overlapping connection point 112u is inserted in the notch j2 which the two frame sheets 11 overlap as it is. Furthermore, the leading end of the overlapping connection point 112u is passed through the overlapping cut j2, that is, the two frame sheets 11. Then, since the two frame sheets 11 to be connected constituting the cylindrical structure can be connected in a stable state, the wall-mounted calendar 1 is similar to the vertical desktop calendar 101 without preparing a separate holder 130 or the like. Can be used for

  Note that the number, orientation, and shape of the connection points 112u and the cuts j2 are not particularly limited.

  For example, an arrow shape is adopted as the connection point as described above, and the connection point is formed so that the base end connected to the frame sheet is located outward (on the side edge side of the frame sheet). In this case, the two frame sheets to be connected are arranged so that their connection points overlap each other. From that state, the connection points of the two frame sheets are overlapped and folded at the base end, and the outside on the side edge side of the frame sheet is turned. Then, if the tip of the connection point is passed through the hole where the connection point exists, the tip of the connection point can be hooked into the hole. That is, if an arrow-shaped connection point is employed, it is possible to stably connect the two frame sheets without providing a cut for inserting the connection point.

  The calendar of the present invention is suitable as a schedule for grasping a schedule of a plurality of people such as family members and company employees in addition to a personal schedule.

DESCRIPTION OF SYMBOLS 1 Wall calendar 2 Calendar sheet 10 Frame 10s Cut part 10d Separation line 10g Through hole 11 Frame sheet 12 Holding sheet 13 Connection sheet 20 Calendar piece 21 Frame sheet 22 Holding sheet 23 Connection sheet 24 Bending connection part 25 Calendar sheet 40 Binding part 41 Binding Member 42 Magnet 52 Calendar sheet 60 Frame 61 Frame sheet 62 Holding sheet 63 Connection sheet 70 Holder 101 Desktop calendar 102 Calendar sheet 110 Frame 110s Cutting part 110d Separation line 110z Calendar sheet holding part 111 Frame sheet 112 Holding sheet 113 Connection sheet 111g Through hole 112u connection point j1 cut j2 cut 120 calendar piece 121 frame Over preparative 122 calendar sheet 130 holder 131 holder body portion 132 the binding member 133 magnet

Claims (12)

A plurality of calendar sheets, and a frame connected to the calendar sheets,
The frame is
It is a folded sheet of mountain fold valleys,
The calendar sheet is connected to the valley fold portion or the mountain fold portion of the frame so as to be foldable. The frame is
The calendar according to claim 1, wherein side end edges of a portion sandwiching the valley fold portion are connected to each other. On the side edge of the portion sandwiching the valley fold,
The calendar according to claim 2, wherein a cutting portion is provided between a connecting portion where the side edges are connected to each other and a portion other than the connecting portion. On the side edge of the portion sandwiching the valley fold,
The calendar according to claim 3, wherein an inner cutting portion is provided inward of the cutting portion. The frame is
A plurality of frame sheets having a holding sheet and a connecting sheet sandwiching the mountain folds;
The holding sheet and the connecting sheet in the adjacent frame sheet are continuous at the valley fold,
The calendar according to claim 1, 2, 3, or 4, wherein side edges of the connecting sheet and the holding sheet sandwiching the valley fold are connected to each other. The width or height of the calendar sheet is formed to have the same length as a distance between valley fold portions sandwiching the mountain fold portion in a state where the mountain fold portion of the frame sheet is extended. 5. The calendar according to 5. 7. The calendar according to claim 5, wherein the calendar piece is formed by connecting calendar pieces including the calendar sheet and the frame sheet. A calendar piece that is joined to form the calendar of claim 5, 6 or 7,
It is equipped with a holding sheet and a connecting sheet that are connected in a foldable manner,
In the holding sheet,
A calendar piece, wherein a calendar sheet is connected to a holding edge facing a portion connected to the connection sheet. The calendar piece according to claim 8, wherein the holding edge of the holding sheet is provided with a bent connecting portion connected to the connecting sheet in another calendar piece. The side connection part connected with the said connection sheet | seat in another calendar piece is provided in the both-sides edge which cross | intersects this holding | maintenance edge in the holding | maintenance edge of the said holding | maintenance sheet | seat, or characterized by the above-mentioned. 9. Calendar piece according to 9. A cutting portion is provided at a boundary between a side connecting portion of the holding sheet and a connecting side end portion connected to the side connecting portion of the holding sheet in the connecting sheet and another portion of the holding sheet and the connecting sheet. The calendar piece according to claim 10, wherein the calendar piece is formed. The width or height of the calendar sheet is
In the state where the holding sheet and the connecting sheet are extended, the holding sheet is formed to have the same length as the distance from the holding edge of the holding sheet to the connecting edge of the connecting sheet facing the portion connected to the holding sheet. The calendar piece according to claim 8, 9, 10 or 11, wherein

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