JP3244659U - desk calendar - Google Patents

Abstract

The present invention provides a desk calendar that can be easily manufactured and has good visibility.
SOLUTION: A desk calendar includes a calendar booklet part 10 in which a plurality of calendar pieces 11 are stacked and bound at one end, and a mount part 20 to which the calendar booklet part 10 is glued, and the mount part 20 is a calendar booklet part. 10 is adhered to, lower surface portions 22 and 23 that intersect with the front surface portion 21 at the front lower bending line L1 provided at the lower part of the front surface portion 21, and lower surface portions 22 and 23 provided at the rear ends of the lower surface portions 22 and 23. A back surface portion 24 that intersects with the lower surface portions 22 and 23 at the lower back folding line L3, and a glue margin portion that intersects with the back surface portion 24 at the upper back folding line provided at the upper end of the back surface portion 24. is joined to the back side of the front part 21.
[Selection diagram] Figure 1

Description

The present disclosure relates to desk calendars.

2. Description of the Related Art Conventionally, desk calendars in which calendar sheets are bound using a ring-shaped member have been known (see, for example, Patent Document 1). Furthermore, a desk calendar using a calendar booklet bound with glue without using a ring-shaped member has been disclosed (for example, see Patent Document 2).

Utility model registration No. 3210752 Design Registration No. 1486963

However, when a ring-shaped member is used as in Patent Document 1, the manufacturing process is complicated, and there is a risk that manufacturing will take time and manufacturing cost will increase. Further, in the desktop calendar disclosed in Patent Document 2, the surface on which the calendar paper is displayed is curved, resulting in poor visibility.

An object of the present disclosure is to provide a desk calendar that can be easily manufactured and has good visibility.

The present disclosure solves the above problems by the following solution means. Note that in order to facilitate understanding, the description will be given with reference numerals corresponding to the embodiments of the present disclosure, but the present disclosure is not limited thereto.

The first disclosure includes a calendar booklet part (10) in which a plurality of calendar pieces (11) are stacked and bound at one end, and a mount part (20) to which the calendar booklet part (10) is glued. A desk calendar (1), the mount part (20) has a front part (21) to which the calendar booklet part (10) is adhered, and a front lower part bent at the lower part of the front part (21). The lower surface portion (22, 23) intersects the front surface portion (21) at the line (L1), and the lower surface portion ( 22, 23), and a glue margin (25) that intersects with the back surface part (24) at the back upper bending line (L4) provided at the upper end of the back surface part (24). The desk calendar (1) is equipped with the following, and the glue margin (25) is joined to the back side of the front part (21).

A second disclosure provides a desk calendar (1) according to the first disclosure, in which two sides extending to the side of the front part (21) intersecting the front lower bending line (L1) are respectively defined as the front left side. (21L), the front right side (21R), and the two sides extending to the side of the back part (24) that intersect the back lower bending line (L3) are the back left side (24L) and the back right side (24R), respectively. and the front left side (21L), the front right side (21R), the back left side (24L), and the back right side (24R) all include linear ranges extending linearly; This is a desk calendar (1) featuring:

A third disclosure is that in the desktop calendar (1) according to the second disclosure, the lengths of the linear ranges of the front left side (21L) and the front right side (21R) are the same as the front left side (21L) and the front right side (21R). This desk calendar (1) is characterized in that the length is 50% or more of the length of the front right side (21R).

A fourth disclosure is that in the desk calendar (1) according to the second disclosure or the third disclosure, the length of the linear range of the back left side (24L) and the back right side (24R) is This desk calendar (1) is characterized in that the length is 50% or more of the length of the left side (24L) and the back right side (24R).

A fifth disclosure is that in the desk calendar (1) according to any one of the third disclosure to the fourth disclosure, the lengths of the back left side (24L) and the back right side (24R) are the same as the front left side. (21L) and the desk calendar (1) is longer than the length of the calendar booklet portion (10) extending along the front right side (21R).

A sixth disclosure is a desk calendar (1) according to any one of the first disclosure to the fifth disclosure, in which the back surface portion (24) is a piece of the calendar separated from the calendar booklet portion (10). (11) A desk calendar (1) characterized by having a notch (24a) that can hold the calendar.

According to the present disclosure, it is possible to provide a desk calendar that can be easily manufactured and has good visibility.

FIG. 1 is a perspective view of a desk calendar 1 according to the present disclosure, seen from the front side. FIG. 1 is a perspective view of the desk calendar 1 seen from the back side. FIG. 2 is a perspective view of the desk calendar 1 in a folded state seen from the front side. FIG. 3 is a developed view of the mount section 20. FIG.

Hereinafter, the best mode for carrying out the present disclosure will be described with reference to the drawings and the like.

(Embodiment)
FIG. 1 is a perspective view of a desk calendar 1 according to the present disclosure, viewed from the front side. FIG. 2 is a perspective view of the desk calendar 1 viewed from the back side. FIG. 3 is a perspective view of the desk calendar 1 in a folded state seen from the front side. FIG. 4 is a developed view of the mount section 20. As shown in FIG. Note that each figure is a diagram schematically shown, and the size and shape of each part are appropriately exaggerated or omitted for easy understanding. Further, in the following description, specific numerical values, shapes, materials, etc. are shown, but these can be changed as appropriate. In addition, as shown in FIG. 1, the vertical direction is the vertical direction when the desktop calendar 1 is placed on a horizontal surface, and the side where the calendar pieces 11 are visible is the front side (front side), and the opposite side is the rear side (front side). The following explanation will be given as to the back side).

The desktop calendar 1 of this embodiment includes a calendar booklet section 10 and a mount section 20. The calendar booklet section 10 is constructed by stacking a plurality of calendar pieces 11 and binding them with top glue 12. In this embodiment, the calendar booklet portion 10 and the calendar pieces 11 have a horizontally long rectangular shape. Here, the top glue 12 is applied to one end (in this embodiment, the upper end) of a plurality of calendar pieces 11 stacked one on top of the other. By rolling up the unnecessary calendar pieces 11, the top glue 12 can be easily cut off, and the calendar pieces 11 can be removed one by one from the calendar booklet part 10. The calendar piece 11 can be formed from, for example, 46/110 to 135 kg matte paper.

The mount section 20 has the calendar booklet section 10 adhered thereto, and is configured to allow the desktop calendar 1 to be placed in a state where the calendar pieces 11 are easily viewed. The mount portion 20 can be formed of coated card paper (HL-F, New Pigeon, etc.) having a basis weight of about 400 to 450 g/m ² , for example. The mount section 20 includes a front surface section 21 , lower surface sections 22 and 23 , a back surface section 24 , and a glue margin section 25 .

The front part 21 is a surface on which the calendar booklet part 10 is superimposed and bonded. A front left side 21L and a front right side 21R extend on the sides of the front part 21 that intersect with the front lower bending line L1. The lower front folding line L1 is formed as a folding line configured to be easily folded by embossing, and becomes a mountain fold in the developed view of FIG. 4. The calendar booklet portion 10 is overlapped and adhered onto the booklet area 21a provided with hatching in FIG. The calendar booklet portion 10 and the booklet area 21a may be adhered, for example, in a linear manner along the front upper side 21T, in dots at multiple locations, or over the entire surface. good.

Here, it is desirable that the upper side 10T of the booklet of the calendar booklet section 10 and the upper front side 21T of the front section 21 are aligned. Further, it is desirable that the booklet left side 10L of the calendar booklet section 10 and the front left side 21L of the front section 21 are aligned. Further, it is desirable that the booklet right side 10R of the calendar booklet section 10 and the front right side 21R of the front section 21 are aligned. By aligning the positions of these three sides (top side, left side, right side), it becomes possible to easily manufacture the desk calendar 1. That is, by aligning the positions of the three sides (top side, left side, and bottom side), the calendar booklet section 10 can be accurately and efficiently placed in a predetermined position on the mount section 20 using a pasting machine used for bookbinding. It becomes possible to paste them together. Here, "aligning the positions" is not limited to perfectly matching the positions, but allows for slight positional deviations caused by pasting with a pasting machine. The permissible amount of positional deviation on each side can be, for example, 2 mm or less, and more preferably 1 mm or less.

Furthermore, in this embodiment, the length of the calendar booklet section 10 in the vertical direction is made shorter than the length of the front surface section 21 in the vertical direction, thereby exposing a margin below the front surface section 21 . In this margin, the name of the company distributing the desktop calendar 1, the product name, etc. can be printed.

The lower surface portions 22 and 23 intersect with the front surface portion 21 at a front lower bending line L1 provided at the lower portion of the front surface portion 21. In this embodiment, the lower surface part 22 and the lower surface part 23 are substantially the same plane when in use, but in the folded state before use (see FIG. 3), they are bent at the center bending line L2 and form two different surfaces. It is configured. The center folding line L2 is formed as a folding line that is easy to fold by embossing, and in the folded state (Fig. 3), it becomes a mountain fold in the exploded view of Fig. 4, but when used, it is in the unfolded state ( (unfolded state) or valley folded in the developed view of FIG. This center bending line L2 extends to the center in the longitudinal direction of the mount section 20 in the unfolded state (see FIG. 4). Therefore, in the folded state before use (see FIG. 3), the front upper side 21T and the adhesive upper side 25T are aligned with each other when folded along the center folding line L2. In use, the lower surface parts 22 and 23 are installed substantially parallel to the installation surface. Note that the lower surface portion 22 and the lower surface portion 23 are assumed to be approximately on the same plane when in use, but the lower surface portion 22 and the lower surface portion 23 are designed so that the lower surface portion 22 and the lower surface portion 23 are convex upward with the center bending line L2 as the apex. They may be used in a crossed manner.

The back surface portion 24 intersects with the lower surface portions 22 and 23 at a lower back surface bending line L3 provided at the rear end of the lower surface portions 22 and 23. The lower back folding line L3 is formed as a folding line configured to be easily folded by embossing, and becomes a mountain fold in the developed view of FIG. 4. The back surface portion 24 is provided with a notch 24a provided near the upper back bending line L4 and a notch 24b provided near the lower back bending line L3, spaced apart in the vertical direction. It is possible to hold the calendar piece 11 separated from the calendar booklet part 10 by making the approximately semicircular pieces of the notch part 24a and the notch part 24b protrude toward the back side. In addition, since both the notch part 24a and the notch part 24b are close to the bending line, a fastening part that partially connects the notches is provided to prevent them from opening inadvertently. The number of fasteners to be provided can be set as appropriate, but in this embodiment, since the angle at which the lower back folding line L3 is bent is larger than that of the upper back folding line L4, the number of the notches 24b is larger than that of the notch 24a. They tend to open more easily. Therefore, the cut portion 24a has one fastening portion, and the cut portion 24b has two fastening portions. In addition, since the cut portion 24a and the cut portion 24b are likely to be opened inadvertently if they are close to the folding line, they are arranged at a distance of several mm (for example, 3 mm) from the upper back folding line L4 and the lower back folding line L3, respectively. This is desirable. In addition, in FIG. 2, the notch part 24a and the notch part 24b are shown in a state in which the respective fastening parts are cut and slightly opened so that the configuration during use can be seen.

A back left side 24L and a back right side 24R extend on the sides of the back portion 24 that intersect with the back lower bending line L3. The lengths of the back left side 24L and the back right side 24R need to be long enough to sandwich the calendar piece 11 between the notch 24a and the notch 24b. More specifically, the lengths of the back left side 24L and the back right side 24R are such that the calendar piece 11 can be sandwiched between the notch 24a and the notch 24b, and the notch 24a and the notch 24b are connected to the back side, respectively. It needs to be long enough to be placed at an appropriate distance from the upper folding line L4 and the lower back folding line L3. Thereby, the calendar piece 11 can be held on the back surface part 24 using the notch part 24a, which will be described later.

The glue allowance portion 25 intersects with the back surface portion 24 at a back surface upper bending line L4 provided at the upper end of the back surface portion 24. The upper back folding line L4 is a perforation so that it can be folded more easily and reliably than other folding lines. The upper back folding line L4 becomes a valley fold in the developed view of FIG. The glue margin portion 25 is adhered to the back surface of the front surface portion 21 with the glue margin upper side 25T of the glue margin portion 25 aligned with the front surface upper side 21T.

Since the adhesive portion 25 provided at the upper part of the back surface portion 24 is adhered to the back surface of the front surface portion 21, when in use (see FIGS. 1 and 2), the front surface portion 21 and the lower surface portions 22, 23 are bonded to each other. The back part 24 forms a substantially triangular shape, and can be stably placed on a desk or the like. In addition, since the glue margin 25 is provided and the back surface 24 intersects with the glue margin 25 at the upper back folding line L4, the front surface 21 and the back surface 24 are not curved. Can maintain a flat surface. That is, the front left side 21L, the front right side 21R, the back left side 24L, and the back right side 24R all include linear ranges that extend linearly. Therefore, the display on the calendar booklet section 10 disposed on the front section 21 is not distorted, and visibility can be improved. Furthermore, the visibility of the separated calender pieces 11 held on the back surface portion 24 can be similarly improved.

Here, "a linear range that extends in a straight line" refers to a range (line segment) that partially extends in a straight line, rather than being linear over the entire length of each side. pointing. Furthermore, "straight line" does not mean a "straight line" in a mathematical definition. In mathematical definition, a "straight line" is a straight line that extends infinitely without any ends, and a finite straight line that has both ends is called a "line segment." However, for example, if the left side of the front surface has a line segment, the essential meaning becomes difficult to understand. It shows the properties of a line segment (a part of each side).

In addition, it is desirable that the "linear range extending linearly" has a length of 50% or more of the entire length of the side to which the linear range belongs, and the length of the entire length of the side to which the linear range belongs. More preferably, the length is 80% or more of the length. Specifically, the length of the linear range of the front left side 21L and the front right side 21R is preferably 50% or more of the length of the front left side 21L and the front right side 21R, and More preferably, the length is 80% or more of the length of 21R. Similarly, the length of the linear range of the back left side 24L and the back right side 24R is preferably 50% or more of the length of the back left side 24L and the back right side 24R. More preferably, the length is 80% or more of the length.

Further, since the mount portion 20 is formed of paper or the like, it is assumed that some "undulation" or "warpage" will occur. Therefore, if the above-mentioned linear range is strictly judged, it is assumed that it will be erroneously judged that it hardly exists, but in this specification, the range judged as "linear" should be judged as a wider range. The reason why the front left side 21L, the front right side 21R, the back left side 24L, and the back right side 24R are required to be straight is to improve the visibility of the calendar piece 11. To this end, the linear range that can be considered as the above-mentioned linear range can be defined as a range in which the radius of curvature is 1 m or more, for example.

The desktop calendar 1 having the above configuration can be manufactured by using the pasting machine as described above, since it is possible to paste the calendar booklet part 10 to a predetermined position of the mount part 20 accurately and efficiently. It can be done easily. Moreover, since the front part 21 and the back part 24 are configured to be flat, visibility of the calendar pieces 11 can be improved.

(Deformed form)
Various modifications and changes are possible without being limited to the embodiments described above, and these are also within the scope of the present disclosure.

(1) In the embodiment, the calendar booklet section 10 (calendar piece 11) and the mount section 20 are both made of paper. The present invention is not limited to this, and a portion may be made of other materials such as resin or metal, for example.

(2) In the embodiment, the calendar booklet section 10 has been described with reference to an example in which it has a horizontally long rectangular shape. However, the present invention is not limited to this, and the calendar booklet portion may have a vertically long rectangular shape, for example.

(3) In the embodiment, the calendar booklet section 10 has been described using an example in which it is bound with top glue 12, but the binding specifications of the calendar booklet section may be any form that can be applied to a pasting machine. Not limited to glue. For example, the calendar booklet portion may be configured by perfect binding, zigzag binding, saddle stitching, sewing machine binding, or the like.

Note that the embodiments and modifications can be used in combination as appropriate, but detailed description will be omitted. Furthermore, the present disclosure is not limited to the embodiments described above.

1 Desk calendar 10 Calendar booklet part 10L Booklet left side 10R Booklet right side 10T Booklet top side 11 Calendar piece 12 Top glue 20 Mounting part 21 Front part 21L Front left side 21R Front right side 21T Front top side 21a Booklet area 22 Bottom part 23 Bottom part 24 Back part 24L Back left side 24R Back right side 24a, 24b Notch part 25 Glue allowance 25T Glue allowance upper side L1 Lower front folding line L2 Center folding line L3 Lower back folding line L4 Upper back folding line

Claims (6)

A calendar booklet section made of multiple calendar pieces stacked together and bound at one end;
a mount portion to which the calendar booklet portion is adhered;
A desk calendar comprising:
The mount portion is
a front portion to which the calendar booklet portion is adhered;
a lower surface portion that intersects with the front surface portion at a front lower bending line provided at a lower portion of the front surface portion;
a rear surface portion that intersects with the lower surface portion at a rear lower bending line provided at the rear end of the lower surface portion;
a glue margin that intersects with the back surface portion at a back upper bending line provided at the upper end of the back surface portion;
Equipped with
The glue allowance part is joined to the back side of the front part,
Desk calendar. The desk calendar according to claim 1,
Two sides extending to the side of the front part that intersect with the front lower bending line are respectively defined as the front left side and the front right side,
Two sides extending to the side of the back surface that intersect with the lower back folding line are respectively defined as the left side of the back surface and the right side of the back surface,
The front left side, the front right side, the back left side, and the back right side all include a linear range extending linearly;
A desk calendar featuring The desktop calendar according to claim 2,
The length of the linear range of the front left side and the front right side is 50% or more of the length of the front left side and the front right side,
A desk calendar featuring The desk calendar according to claim 3,
The length of the linear range of the left side of the back surface and the right side of the back surface is 50% or more of the length of the left side of the back surface and the right side of the back surface;
A desk calendar featuring The desk calendar according to claim 3,
The lengths of the back left side and the back right side are longer than the length of the calendar booklet portion extending along the front left side and the front right side;
A desk calendar featuring The desk calendar according to claim 5,
The back portion has a notch portion that can hold the calendar piece separated from the calendar booklet portion;
A desk calendar featuring

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