JP5367943B2 - A desktop calendar for ceiling use and a method for manufacturing the same. - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a presentable desktop calendar which improves production efficiency, prevents displacement of the board, easy bending or disengagement, and exposes no structured binding part. <P>SOLUTION: The desktop calendar includes: the board 1 which stands alone when its part is folded; multiple interleaves 2 superimposed so that the board 1 and the upper side of each page can be aligned; a binding paper 3 which covers each upper side of the superimposed board 1 and a plurality of interleaves 2 from the surface of the uppermost interleaf 2 to the backside of the board 1. Furthermore, each page of the interleaves 2, the board 1, and the binding paper are adhered to each other within the binding area covered by the binding paper. <P>COPYRIGHT: (C)2008,JPO&amp;INPIT

Description

The present invention relates to a desktop calendar that can also be used by being mounted on a mounting surface such as a desktop, and a manufacturing method thereof.

  As a conventional desk calendar, there is one in which the upper sides of a plurality of sheets on which calendar information is printed are bound into a booklet, and this is bonded and fixed by pasting the back of the bottom sheet on a backing sheet. The mount is one size larger than the booklet-shaped paper, and a leg portion is formed by folding a part of the mount so that it can be used on a table (for example, see Patent Documents 1 and 2).

Further, as a fixing structure to a mount or a booklet-shaped paper, there is a structure in which a binding tool such as a metal rivet or a spiral metal ring is fixed through (for example, see Patent Documents 2 and 3). When such a binding tool is used, it is necessary to provide a through hole in the paper.
Japanese Patent Laying-Open No. 2005-208210 (paragraph number 0025, FIG. 1, etc.) Japanese Unexamined Patent Publication No. 2001-180151 (paragraph numbers 0009 to 0011, FIG. 1, FIG. 2, etc.) Japanese Unexamined Patent Publication No. 2000-71664 (paragraph number 0011, FIG. 1, FIG. 2, etc.)

  However, in the above conventional desk calendar, it is necessary to separately perform the binding process of the inner paper 2 and the attaching process to the mount, and in particular, the attaching process to the mount may be performed manually, and the manufacturing efficiency is excellent. It was not a thing.

  In addition, when the booklet-shaped intermediate paper 2 is pasted to the mount after finishing the spelling process, the booklet-shaped intermediate paper 2 may be removed from the mount or the mount may be bent due to the weight of the booklet-shaped intermediate paper 2. There was a case.

  In addition, the latter, such as a table calendar, which is spelled with a binding tool such as a bag, cannot be said to have a good appearance because the spelling structure is exposed to the outside. In particular, since the portion to which the binding tool is attached overlaps on the paper and printing hiding occurs due to the shape retaining accessory, design printing and character information display cannot be performed up to the vicinity of the upper end.

  Therefore, in the present invention, the manufacturing process can be simplified and mechanical manufacturing can be performed, so that the manufacturing efficiency can be improved, and the mounting is shifted to the mount, or the mount is easily detached or bent after fixing. Further, it is an object of the present invention to provide a desktop calendar having a good appearance without causing the binding structure portion to be exposed.

  In order to solve the above problems, the following means (1) to (6) are adopted.

(1) The desk calendar of the present invention includes a mount 1 that can be self-supported by folding back a part, and a plurality of intermediate sheets 2 that are stacked so that the top side of the mount 1 and each sheet are aligned,
It is characterized by comprising a binding sheet 3 in which the upper sides of the overlapped mount 1 and the plurality of intermediate sheets 2 are drawn from the top surface of the uppermost intermediate sheet 2 to the back surface of the mount 1.

  If this is the case, a desk calendar with an unprecedented spelling shape can be obtained in which the middle sheet 2 and the mount 1 that are stacked with their upper sides aligned and wrapped together with the binding sheet 3.

  Due to the above-mentioned binding form, it is not necessary to separately perform the binding of the inner paper 2 and the pasting to the mount 1, so that the manufacturing process can be simplified, and an existing collator or strip binding device is used. Thus, inexpensive machine manufacturing becomes possible. For this reason, compared with the case where the pasting operation is performed manually, the manufacturing efficiency is dramatically improved.

  Further, since the front side of the binding sheet 3 from the stomach portion 31 to the top side portion 32 of the upper side and the back portion 33 of the back side are integrally formed, the appearance near the upper side is good, Moreover, it can bring out a high-class feeling. By applying information display such as characters and decorative expressions (coloring, embossing, etc.) to the binding paper 3, it is possible to further improve the appearance in the vicinity of the upper side of the desk calendar to a place that was impossible in the past.

  (2) Further, in the desk calendar, each of the mount 1 and the inner paper 2 and the binding paper 3 are bonded to each other in a binding region wrapped with the binding paper 3 on the collated upper side. It is preferable that Here, the spelling region refers to a region wrapped with the spelling paper 3 on the upper side where it is collated in each of the mount 1 and the middle paper 2.

  If it is such, the binding tools, such as the inner paper 2 including a scissors, are unnecessary, and the effort and expense for a process and attachment of a binding tool can be reduced. In addition, it is possible to eliminate the possibility of problems due to the use of the binding tool, such as a deviation between the binding tool mounting position and the printing position. Further, since the adhesive portion is covered with the binding paper 3, the binding structure (adhesive 4) portion is not exposed to the outside, and the appearance is further improved.

(3) Further, in any one of the desk calendars, each of the mount 1 and the inner paper 2 has an approximately same shape of an adhesive notch at one or a plurality of locations in the spelling region on the upper side where the sheets are collated. Having the portion 4H at substantially the same position between the sheets,
It is preferable that the adhesive sheets 4 are filled in the stacked adhesive notches 4H so that the sheets 1 and 2 of the backing paper 1 and the binding paper 3 are bonded to each other.

  If this is the case, the overlapping cross-section of each sheet is formed by the edges of the stacked notch portions, and each sheet is firmly superposed on the cross-sectional cross-section by passing the adhesive 4 over it. The Thereby, strong adhesion can be easily performed. At this time, as shown in FIG. 5, the adhesive 4 is slightly overfilled, so that the adhesive 4 enters between adjacent sheets, particularly between the middle sheet 2 and the binding sheet 3 of the lowermost sheet. For this reason, each of the front and back sides as shown in FIG. 2 is solidified in a slightly swollen state and is more reliably bonded. Further, by filling with the adhesive 4 made of hot melt resin, quick bonding by cooling and solidification is possible.

In addition, a suspension hole 7 is provided in the center of the bonded binding portion 3 in the width direction so as to penetrate the binding region from the front side to the back side, and the downward extension of the mount 1 is parallel to the lower side. A plurality of fold lines 5 are provided, and these fold lines 5 are folded back to constitute the leg portions 11 so that the table can be used. On the other hand, the lower extension portion of the mount 1 can be used without constituting the leg portions 11. , It is possible to be in a suspended use state suspended from the suspension hole 7 by folding or cutting to the back side at the fold line 5;
Alternatively, the cut line 6 and the fold line 5 are provided in the vicinity of the center of the mount 1 in the height direction in parallel, and the cut line 6 and the fold line 5 are folded back to constitute the leg portion 11 so that the desktop can be used. On the other hand, it is preferable that the bottom half of the mount 1 is cut off from the cut line 6 so that the suspended use state in which the mount 1 is cut off can be obtained.
(4) Further, in any one of the desk calendars described above, the binding paper 3 is formed as a horizontally long strip-shaped paper from the stomach wrapper portion 31 covering the surface of the uppermost middle paper 2 to the back packet portion 33 covering the back surface of the mount 1. Each of the backing sheet 1 and the intermediate sheet 2 has a substantially identical bonding notch portion 3H in the upper side of the binding region, and is overlapped with each other. When the adhesive 4 is excessively filled in the portion 3H, the adhesive 4 enters between the adjacent sheets and between the middle sheet 2 and the binding sheet 3 of the lowermost sheet, so that the belly of the binding sheet 3 The wrapping portion 31 and the back wrap portion 33 are solidified in a state where they bulge on the front and back sides, respectively, and extend parallel to the entire upper side to at least one of the abdominal wrap portion 31 or the back wrap portion 33 , respectively. the two embossing muscle but bent been embossed by way the front and back Preferably has 4. In the embodiment described later, the embossed muscle 34 is provided near the lower side of the abdominal wrap portion 31.

  In such a case, the embossing bar 34 can suppress bending, warping, and waviness in the width direction (in the direction along the upper side), and is not only good in appearance but also has a waist-like spell that does not break easily. It becomes a structure.

(5) Moreover, as a manufacturing method of the desk calendar of the present invention,
A collation process for collating together the backing sheet 1 and a plurality of printed intermediate sheets 2;
-The base 1 and the middle collated with the lower side portion (the portion corresponding to the backpack portion 33 after the spelling) of the horizontally long strip-like binding paper 3 arranged along the upper side of the backing paper 1 and the middle paper 2 after the collating process. Put paper 2
Next, the upper side portion of the strip-shaped binding paper 3 (the portion corresponding to the abdomen portion 31 after binding) is folded back onto the surface of the uppermost intermediate paper 2 to assemble the mount 1 and the plurality of intermediate papers 2. With that
It is possible to sequentially comprise a collapsible mount 1 and a binding step for spelling the upper side of the inner paper 2.

  Moreover, it is good also as what comprises the said process in one of the said desk calendars.

(6) As another method for producing a desktop calendar of the present invention,
A collation process for collating together the backing sheet 1 and a plurality of printed intermediate sheets 2;
A notch step of notching the inside of the binding area on the upper side of the backing sheet 1 and the middle sheet 2 after the collating process, and providing an adhesive notch 4H;
First, the base 1 and the bottom 1 of the horizontally long strip-like binding paper 3 arranged along the upper sides of the notch process (the portion corresponding to the backpack portion 33 after the binding) Place the inner paper 2
Next, the adhesive 4 is injected and filled in the adhesive notch hole constituted by the adhesive notch 4H overlapped,
Then, the upper side portion of the strip-like binding paper 3 (the portion corresponding to the abdomen portion 31 after binding) is folded back to the surface of the uppermost middle paper 2 to assemble the mount 1 and the plurality of middle papers 2. so,
It is possible to sequentially comprise a collapsible mount 1 and a binding step for spelling the upper side of the inner paper 2.

  Based on the collating step and the binding step of each of the manufacturing methods described above, the backing paper 1 and a plurality of middle papers 2 are mixed and collated, and further, these are bundled together to form the collated middle paper 2 into the backing paper. Therefore, there is no need to separately fix to the mount 1 to be 1. In particular, when the collating process is automatically collated by the collating machine, the production amount is dramatically improved as compared to the manual one-sheet backing process. Note that any one of the desk calendars may include the above steps.

  According to the present invention, the manufacturing process can be simplified and mechanical manufacturing can be performed by adopting the configuration as described above, so that the manufacturing efficiency can be improved, and the mount 1 portion can be displaced and fixed. Alternatively, it is possible to provide a good-looking desk calendar that does not easily come off or bend after fixing and does not expose the binding structure portion.

  Hereinafter, the configuration of the present invention will be described in detail together with specific examples shown in the drawings as examples. FIGS. 1 to 5 are table calendars according to the first embodiment of the present invention in which the lower extension of the mount 1 can be bent a plurality of times in the front and back directions to form legs, and among these, FIG. 4 is a table calendar of the first embodiment. Each manufacturing process is shown. 6 and 7 are table calendars according to the second embodiment of the present invention, in which two mounts 1 are stacked. FIGS. 8 and 9 show the present invention in which the mount 1 can be cut out and used for hanging. It is a desk calendar of Example 3 of.

(Desktop calendar of the present invention)
As shown in FIG. 1, the desk calendar of the present invention is a calendar with an upper spelling in which the upper sides of the inner paper 2 and the mount 1 are aligned and overlapped, and the upper sides are wrapped together with the binding paper 3. The mount 1 that can be self-supported by folding the part, the plurality of intermediate sheets 2 that are stacked so that the upper sides of the mount 1 and each sheet are aligned, and the upper sides of the stacked mount 1 and the plurality of intermediate sheets 2 are It is applied to the back surface of the mount 1 across the side surface from the surface of the uppermost middle paper 2, thereby providing the binding paper 3 with the upper side bound. Further, each of the mount 1 and the intermediate paper 2 and the binding paper 3 are bonded to each other in a binding region wrapped with the binding paper 3 on the collated upper side. Hereinafter, the configuration of each embodiment will be described in detail.

  In the desk calendar of Example 1, a single mount 1 is extended downward from the middle paper 2 (the left figure in FIG. 3), and this extension is bent into a box shape in the front and back direction, and the lower side of the extension is The leg portion 11 is configured by being inserted into the insertion port 12a above the mount 1 as the insertion piece 12b (upper right figure in FIG. 3). In the state of the upper right view of FIG. Further, a suspension hole 7 is provided at the center in the width direction below the binding portion 3 and the extension portion of the mount 1, and the lower extension portion of the mount 1 is folded to the back side without constituting the leg portion 11. In the state, it becomes a ceiling hanging calendar.

(Mount 1)
The mount 1 is a shape-maintaining sheet that is substantially the same width as the intermediate paper 2 and is thicker than the intermediate paper 2. By folding back a part, it can stand on the installation surface such as a desktop. Although only one sheet is used in the first embodiment, it may be composed of a plurality of two or more sheets as in the second embodiment. Moreover, the folding line 5, the cut line 6, and the suspension hole 7 are formed as needed.

  In the first embodiment, the lower portion of the mount 1 is extended, and four fold lines 5 parallel to the lower side of the extended portion are provided (the left diagram in FIG. 3). In addition, a partial arc-shaped cut is provided above the extension of the mount 1, and this cut is used as the insertion port 12a when the leg 11 is constructed.

(Leg 11 and insertion structure 12)
In the self-supporting state, the base 1 is formed with legs 11 by the insertion structure 12. The insertion structure 12 is comprised from the insertion piece 12b inserted in the insertion port a and the insertion port 12a.

(Medium 2)
The inner paper 2 is composed of a plurality of sheets having the same shape on which a calendar surface is printed. Each sheet that is overlapped and collated in the calendar display order is connected downward from the binding sheet 3 and the lower end of each sheet is opened. The intermediate paper 2 is substantially the same width as the backing paper 1 and is thinner than the backing paper 1. The mount 1 and the plurality of middle sheets 2 are collated so that the upper sides are aligned.

  The intermediate paper 2 is provided with a cut line 6 that crosses the vicinity of the lower side of the binding area covered with the binding paper 3 in the width direction.

(Spelling paper 3)
The binding paper 3 is formed by folding back a horizontally long and narrow strip of paper along the width direction of the upper end. The horizontally long strip-shaped paper extends from the belly wrap portion 31 covering the surface of the uppermost middle paper 2 to the top wrap portion 32 covering the upper side surface of the collated paper group, and the back wrap portion 33 covering the back surface of the mount 1. Wrapped over.

(Abdominal wrap portion 31, top wrap portion 32, back wrap portion 33)
In the spelled state in which the upper side is bound, the binding paper 3 is a stomach wrap part 31 that covers the surface of the uppermost middle paper 2, a top cover part 32 that covers the upper side of the collated paper group, and the back surface of the mount 1. It is comprised from the backpack part 33 which covers. The contact portions that come into contact with these portions and the inner paper 2 or the mount 1 are bonded by an adhesive 4.

(Embossed muscle 34)
At least one of the abdominal wrap portion 31 and the back wrap portion 33 has embossed muscles 34 extending in the lateral width direction along the upper side. In the embodiment, in the vicinity of the lower side of the abdominal wrap portion 31, there are embossed muscles 34 embossed one by one to the front side and the back side. The embossing line 34 can suppress warping or bending in the width direction, or the occurrence of waves, and is a design point.

(Spelling area)
The spelling area refers to an area wrapped with the spelling paper 3 on the upper side of the sheet 1 of the mount 1 and the middle paper 2. In the spelling region, an adhesive notch 4H is provided penetrating from the front side to the back side, and the adhesive 4 is filled from the front side to the back side (FIG. 2). An adhesive 4 is filled in an excessive amount between the abdominal wrap portion 31 and the back wrap portion 33 of the binding paper 3 and the collating paper (the uppermost middle paper 2 and the mount 1). Slightly bulging on each side.

(Adhesive cutout 4H)
Each sheet of the backing sheet 1 and the middle sheet 2 has a notch portion 4H for bonding substantially the same shape between the sheets at one or a plurality of positions in the binding region on the upper side where the sheets are collated. Have. In the first embodiment, a large number of circular holes are provided at equal intervals in the spelling region in the process shown in the upper middle diagram of FIG.

  Each adhesion notch part structure is formed by overlapping each notch part 4H for adhesion. Each adhesive notch hole structure is filled with the adhesive 4, so that each sheet of the mount 1 and the intermediate paper 2 and the binding paper 3 are firmly bonded to each other. That is, the overlapping cross-section of each sheet is formed by the edge of each of the stacked notch portions, and the adhesive 4 is passed over here, so that each sheet is firmly polymerized and bonded in the overlapping cross-section. Thereby, strong adhesion can be easily performed.

  At this time, as shown in FIG. 5, the adhesive 4 is slightly overfilled, so that the adhesive 4 enters between adjacent sheets, particularly between the middle sheet 2 and the binding sheet 3 of the lowermost sheet. For this reason, each of the front and back sides as shown in FIG. 2 is solidified in a slightly swollen state and is more reliably bonded. Further, by filling with the adhesive 4 made of hot melt resin, quick bonding by cooling and solidification is possible.

(Desktop calendar manufacturing method)
The desk calendar of the present invention is manufactured by a manufacturing method including the following steps in order (FIG. 4).
A) Collating process for collating the backing sheet 1 and a plurality of printed middle sheets 2 together (from the upper left figure to the upper middle figure in FIG. 4),
(B) A notch process (the middle diagram in FIG. 4) for notching the inside of the binding area on the upper side of the backing sheet 1 and the middle sheet 2 after the collating process and providing an adhesive notch 4H;
C-1) First, it was collated with the lower side portion (the portion corresponding to the backpack portion 33 after the spelling) of the horizontally long strip-like binding paper 3 arranged along the upper sides of the backing paper 1 and the middle paper 2 after the notch process. A first binding step for placing the mount 1 and the intermediate paper 2 (the upper right diagram in FIG. 4);
C-2) Next, a second binding step of injecting and filling the adhesive 4 by the adhesive filler 4C into the adhesive notch hole constituted by the adhesive notch 4H overlapped with each other (bottom of FIG. 4). Right)
C) The upper side portion of the strip-shaped binding paper 3 (the portion corresponding to the abdomen portion 31 after binding) is folded back to the surface of the uppermost intermediate paper 2 to detach the mount 1 and the plurality of intermediate papers 2 By the third spelling process (from the lower right diagram in FIG. 4 to the lower middle diagram in FIG. 4),
A series of spelling steps for spelling the upper side of collated mount 1 and intermediate paper 2.

  Among the above, at least a) the collating step, c-1) the first binding step, and c-3) the third binding step in order, thereby producing the desk calendar according to the present invention having excellent manufacturing efficiency. Is achieved.

  Here, the folding line 5 forming step and the cut line 6 forming step on the mount 1 are performed in order to put the mount 1 into a suspended state or to form the legs 11 on the mount 1. Before or after, or c) 3) performed after the third binding step. The insertion port 12a and the insertion piece 12b of the insertion structure 12 are formed by these folding line 5 formation process and the cut line 6 formation process.

  The fold line 5 forming step is performed by a stamping device (not shown) for forming the fold line 5, and the cut line 6 forming step is cut into a broken line by a sewing ruler cutter 6C as shown in the upper middle diagram of FIG. Is done.

  In addition, C-1) A cutting line 6 forming step for enabling cutting of the collated inner paper 2 is performed before the first binding step. For example, as shown in the upper middle diagram of FIG. 4, the process for forming the cut line 6 of the inner paper 2 is after the collating process for mixing and collating the base 1 and the inner paper 2, and collating the binding paper 3. This is performed before the first binding step to be inserted into the back surface of the back mount 13. At this time, the sewing ruler cutter 6C may cut at a depth corresponding to the total thickness of the stacked intermediate sheets 2 and may not cut up to the mount 1. By such a cutting line 6 forming step, a sewing rule that is the cutting line 6 is formed only on the middle paper 2 as shown in FIG.

  In addition, as required, C-3) After the third binding step, a suspension hole 7 for forming a suspension hole 7 for ceiling use on the binding paper 3m after the binding and the mount 1 and the inner paper 2 inside the binding paper 3m. A forming process is performed (lower middle to lower left in FIG. 4). The suspending hole 7 forming step is performed by a perforating cutter 7C as shown in the lower middle diagram of FIG.

  The desk calendar of the second embodiment has two stacked mounts 1 called a first mount 1A and a second mount 1B (FIG. 6). The first and second mounts 1A and 1B are thinner than the single mount 1 as in the first embodiment. Thus, by stacking a plurality of mounts 1 on the back side of the intermediate paper 2 and collating them, the thickness difference between the thick mount 1 and the intermediate paper 2 can be made minute, and the thick mount 1 It is possible to prevent troubles in taking in the paper when the machine collates with the middle paper 2. Specifically, it is preferable to increase the number of mounts 1 so that the thickness of each mount 1 is less than or equal to twice that of the intermediate sheet 2. By adjusting the thickness and the number of sheets, it is possible to perform reliable mechanical manufacturing with few collation errors.

  The first mount 1A and the second mount 1B, which are the mount 1 of the second embodiment, have the same shape. Each mount 1 has a minute extension part downward, and a fold line 5 crosses a boundary part with the extension part. Of the two overlapping mounts 1, the first mount 1 </ b> A on the front side is provided with a cut and fold line 5 that can be an insertion piece 12 b, and the second mount 1 </ b> B on the back side is a cut that can be an insertion slot 1 a Is provided. As shown in FIG. 7, the insertion structure 12 according to the second embodiment constitutes the leg portion 11 by bending the insertion piece 12b of the first mount 1A and inserting it into the insertion port 12a. Other configurations not specifically mentioned are the same as those in the first embodiment.

  In the desk calendar of the third embodiment, a cutting line 6 is provided near the center of the mount 1 in the height direction, and the lower half of the mount 1 is cut from the cutting line 6 as needed when hanging and used. It is supposed to be possible.

  Further, in the third embodiment, the insertion structure 12 is formed by combining the insertion piece 12b provided by cutting and folding line 5 in the upper portion of the mount 1 and the insertion piece 12b formed from the lower side of the mount 1. . Other configurations not specifically mentioned are the same as those in the first embodiment.

  In addition, the desk calendar and the manufacturing method thereof according to the present invention are not limited to the above-described embodiments, and various modifications, alternatives, and extraction of elements can be made without departing from the spirit of the present invention.

  The desktop calendar of the present invention can be used as a dual-purpose type that can be used as a ceiling calendar, or can be permanently used as a so-called Katanuki desktop calendar or memo pad cut out in an arbitrary shape.

It is an isometric view explanatory drawing which shows the desk calendar of Example 1 of this invention. FIG. 2 is a partial enlarged cross-sectional view in side view showing only the upper binding portion in the AA cross section of the desk calendar of Example 1 shown in FIG. 1. It is explanatory drawing explaining the state when using the desk calendar of Example 1 for desk use or for hanging. It is explanatory drawing which shows each manufacturing process of the manufacturing method of the desk calendar of Example 1. FIG. FIG. 5 is a partial enlarged cross-sectional view in side view showing only a portion of the collating paper in a state immediately after filling with the adhesive 4 in the BB cross section shown in FIG. 4. FIG. 6 is a perspective external view of a desk calendar according to the second embodiment. It is explanatory drawing explaining the state when using the desk calendar of Example 2 for desk use. 6 is a perspective external view of a desktop calendar according to Embodiment 3. FIG. It is explanatory drawing explaining the state when using the desk calendar of Example 3 for desk use or for hanging.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Mount 11 Leg part 12 Insertion structure 12a Insert 12b Insert piece 1A 1st mount 1B 2nd mount 2 Middle paper 3 Binding paper 31 Abdominal wrap part 32 Top wrap part 33 Back wrap part 34 Stamping bar 4 Adhesive 4C Adhesive Agent Filler 4H Adhesive Notch 5 Folding Line 6 Cut Line 6C Sewing Ruler Cutter 7 Hanging Hole 7C Hole Cutter

Claims (6)

A mount (1) that can be self-supported by folding the extension part downward, a plurality of intermediate sheets (2) that are stacked so that the top sides of the mount (1) and each sheet are aligned, and a stacked mount (1 ) And a plurality of intermediate sheets (2), and a binding sheet (3) that extends from the top surface of the intermediate sheet (2) to the back surface of the mount (1).
Each sheet of the backing sheet (1) and the middle sheet (2) has an adhesive notch ( 4H ) having substantially the same shape in the upper side side of the binding region at substantially the same position, and each of the stacked adhesive notches. Spelling in which each sheet of the mount (1) and the inner paper (2) and the binding paper (3) are wrapped with the binding paper (3) by filling the part ( 4H ) with the adhesive (4). Glued together in the area,
And the suspension hole (7) which penetrates a binding area | region from the front side to a back side is provided in the width direction center of the said bonded binding part (3),
A plurality of fold lines (5) parallel to the lower side are provided in the downward extension of the mount (1), and the fold lines (5) are folded to form the leg portions (11) for desktop use. while it is possible to state, the downward extensions of the base sheet (1) without configuring legs (11), by folding continuously be the back side in the folding line (5), by the hanging hole (7) ceiling combined desk calendar can be the ceiling was hanging use state. A mount (1) that can be self-supported by folding the extension part downward, a plurality of intermediate sheets (2) that are stacked so that the top sides of the mount (1) and each sheet are aligned, and a stacked mount (1 ) And a plurality of intermediate sheets (2), and a binding sheet (3) that extends from the top surface of the intermediate sheet (2) to the back surface of the mount (1).
Each of the backing paper (1) and the middle paper (2) has the adhesive notch (4H) having substantially the same shape in the upper side of the binding region at substantially the same position, and the respective adhesive notches stacked. Spelling in which each sheet of the backing paper (1) and the inner paper (2) and the binding paper (3) are wrapped with the binding paper (3) by filling the adhesive (4) in the portion (4H). Glued together in the area,
And the suspension hole (7) which penetrates a binding area | region from the front side to a back side is provided in the width direction center of the said bonded binding part (3),
A cut line (6) and a fold line (5) are provided in parallel in the vicinity of the center of the mount (1) in the height direction, and the cut line (6) and the fold line (5) are folded to constitute the leg portion (11). In this way, the desktop can be used, while the bottom half of the mount (1) can be cut from the cut line (6) to allow the ceiling (1) to be suspended. Desktop calendar for hanging. The binding paper (3) is a folded back of a horizontally long strip of paper from the belly wrap part (31) covering the surface of the uppermost middle paper (2) to the back wrap part (33) covering the back surface of the mount (1). Consists of
Each sheet of the backing sheet (1) and the middle sheet (2) has an adhesive notch ( 4H ) having substantially the same shape in the upper side side of the binding region at substantially the same position, and each of the stacked adhesive notches. Since the adhesive (4) is excessively filled in the portion ( 4H ), the adhesive (4) is provided between adjacent sheets and between the middle sheet (2) and the binding paper (3) on the lowermost sheet. Entered, solidified in a state in which the belly wrap portion (31) and the back wrap portion (33) of the binding paper (3) bulge on the front and back, respectively,
In addition, at least one of the abdominal wrap portion (31) and the back wrap portion (33) extends in parallel along the entire upper side, each of which is bent by being embossed in one direction to the front side and the back side. The desk calendar combined with a ceiling suspension according to claim 1 or 2, wherein said desk calendar has embossed lines (34). The stacked two mounts (1) are ceiling calendars that are combined with a plurality of intermediate sheets (2) by a binding sheet (3), and each mount (1) has a downward extension. The fold line (5) crosses the boundary with this extension,
The desk calendar combined with the ceiling according to claim 1, 2, or 3, wherein the legs (11) can be formed by folding the extension of the two mounts (1) along the fold line (5). A mount (1) that can be self-supported by folding the extension part downward, a plurality of intermediate sheets (2) that are stacked so that the top sides of the mount (1) and each sheet are aligned, and a stacked mount (1 ) And a plurality of intermediate sheets (2), and a binding sheet (3) that extends from the top surface of the intermediate sheet (2) to the back surface of the mount (1).
Each of the backing paper (1) and the middle paper (2) has the adhesive notch (4H) having substantially the same shape in the upper side of the binding region at substantially the same position, and the respective adhesive notches stacked. Spelling in which each sheet of the backing paper (1) and the inner paper (2) and the binding paper (3) are wrapped with the binding paper (3) by filling the adhesive (4) in the portion (4H). Glued together in the area,
And the suspension hole (7) which penetrates a binding area | region from the front side to a back side is provided in the width direction center of the said bonded binding part (3),
A plurality of fold lines (5) parallel to the lower side are provided in the downward extension of the mount (1), and the fold lines (5) are folded to form the leg portions (11) for desktop use. On the other hand, it is possible to suspend the ceiling (1) by extending the lower extension portion of the mount (1) to the back side at the fold line (5) without forming the leg portion (11). A method of manufacturing a desktop calendar that can be suspended and used in a suspended state,
A collating process for automatically collating a mixture of the mount (1) and a plurality of printed intermediate papers (2) with a collating machine;
A notch step of notching the inside of the binding area on the upper side of the backing sheet (1) and the inner sheet (2) after the collating process, and providing an adhesive notch ( 4H );
Mount the collated mount (1) and the inner sheet (2) on the lower side of the horizontally long strip-shaped binding sheet (3) arranged along the upper side of the mount (1) and the inner sheet (2) after the notch process. The adhesive notch ( 4H ) placed and overlaid is filled with an excessive amount of adhesive (4), and the upper side of the strip-shaped binding paper (3) is placed on the surface of the uppermost middle paper (2). By folding back and putting together the mount (1) and the plurality of intermediate sheets (2), the collated mount (1) and intermediate sheets (2) are not fixed to the mount (1) separately. 2) A spelling process in which the upper sides are bundled together to be solidified;
A suspension hole (7) forming step for forming a suspension hole (7) for ceiling use by passing through the bound binding paper (3) and the mount (1) and the inner paper (2) inside thereof in order. Equipped,
Moreover, the manufacturing method of the desk calendar combined with a ceiling which comprises the fold line (5) formation process which forms a fold line (5) to the base_sheet | mounting_paper (1) before or after a collation process or after a spelling process. A mount (1) that can be self-supported by folding the extension part downward, a plurality of intermediate sheets (2) that are stacked so that the top sides of the mount (1) and each sheet are aligned, and a stacked mount (1 ) And a plurality of intermediate sheets (2), and a binding sheet (3) that extends from the top surface of the intermediate sheet (2) to the back surface of the mount (1).
Each of the backing paper (1) and the middle paper (2) has the adhesive notch (4H) having substantially the same shape in the upper side of the binding region at substantially the same position, and the respective adhesive notches stacked. Spelling in which each sheet of the backing paper (1) and the inner paper (2) and the binding paper (3) are wrapped with the binding paper (3) by filling the adhesive (4) in the portion (4H). Glued together in the area,
And the suspension hole (7) which penetrates a binding area | region from the front side to a back side is provided in the width direction center of the said bonded binding part (3),
A cut line (6) and a fold line (5) are provided in parallel in the vicinity of the center of the mount (1) in the height direction, and the cut line (6) and the fold line (5) are folded to constitute the leg portion (11). In this way, the desktop can be used, while the bottom half of the mount (1) can be cut from the cut line (6) to allow the ceiling (1) to be suspended. A method of manufacturing a desktop calendar for hanging,
A collating process for automatically collating a mixture of the mount (1) and a plurality of printed intermediate papers (2) with a collating machine;
A notch step of notching the inside of the binding region on the upper side of the backing sheet (1) and the inner sheet (2) after the collating step, and providing an adhesive notch (4H);
Mount the collated mount (1) and the inner sheet (2) on the lower side of the horizontally long strip-shaped binding sheet (3) arranged along the upper side of the mount (1) and the inner sheet (2) after the notch process. An adhesive (4) is excessively filled in the adhesive notches (4H) placed and stacked, and the upper side portion of the strip-shaped binding paper (3) is placed on the surface of the uppermost middle paper (2). By folding back and putting together the mount (1) and the plurality of intermediate sheets (2), the collated mount (1) and intermediate sheets (2) are not fixed to the mount (1) separately. 2) A spelling process in which the upper sides are bundled together to be solidified;
A suspension hole (7) forming step for forming a suspension hole (7) for ceiling use by passing through the bound binding paper (3) and the mount (1) and the inner paper (2) inside thereof in order. Equipped,
In addition, a fold line (5) forming step for forming a fold line (5) on the mount (1) either before or after the collating process or after the spelling process is provided.
Furthermore, the manufacturing method of the desk calendar combined with a ceiling which comprises the cut line (6) formation process which forms the cut line (6) to the base_sheet | mounting_paper (1) before and after a collation process or after a spelling process.

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