KR102760817B1 - A calendar that can be erected and that can be hung - Google Patents

Abstract

A calendar comprising: a cover portion, a content portion arranged on the front side of the cover portion and supported by the cover portion, in which date information is written; and an assembly portion connected to the rear side of the cover portion and supporting the cover portion by tilting the cover portion at a predetermined angle so that the content portion can be erected from any arbitrary floor surface, wherein the content portion is at least one, and when the assembly portion is of a first shape, the content portion extends from the cover portion in a rearward direction of the cover portion so that the content portion can be erected from any flat floor surface, and when the assembly portion is of a second shape, the content portion extends from the cover portion in a rearward direction of the cover portion by a smaller length than the first shape so as to be hung on a wall.

Description

{A CALENDAR THAT CAN BE ERECTED AND THAT CAN BE HUNG}

The present invention relates to a calendar having a standing function and a wall-hanging function, which can be used for multiple purposes, as it can be stood up on a flat floor or hung on a wall, depending on the assembly method.

Calendars are an essential item in our daily lives. In addition, in modern times, many diaries and other items include calendars as standard, and various small electronic devices such as smartphones include calendar functions as standard, so we can access calendars anytime, anywhere.

Accordingly, although the need for physical calendars is decreasing day by day, you can still easily come across physical calendars placed around your workplace, home, school, etc. First of all, once you place a physical calendar, you can check the date by just looking at the calendar without having to turn it on like an electronic device. Also, the size of a physical calendar is larger than the calendars included in various diaries and electronic devices, so it is easy to see at a glance and read. For these reasons, physical calendars are still placed in various places in our lives.

Also, in the past, physical calendars were something you had to pay for, but recently, that trend has decreased a lot. The reason is that various government offices and companies give them out for free here and there at the end or beginning of each year for promotional and sales purposes.

For this reason, in order to improve the consumption of physical calendars, a new type of calendar that is aesthetically and functionally different from the physical calendars currently in circulation is needed.

The present invention is intended to solve the above-described problems, and provides a calendar equipped with a standing function and a wall-hanging function, which can be used for multiple purposes, such as by being able to stand it up on a flat floor or hang it on a wall, depending on the assembly method.

A cover portion, a content portion arranged on the front side of the cover portion and supported by the cover portion, wherein date information is written thereon, and an assembly portion connected to the rear side of the cover portion and supporting the cover portion by tilting the cover portion at a predetermined angle so that the content portion can be erected from any arbitrary floor surface, wherein the content portion is at least one, and when the assembly portion is of a first shape, the content portion can be extended from the cover portion in a rearward direction from the cover portion so that the content portion can be erected from any flat floor surface, and when the assembly portion is of a second shape, the content portion can be extended from the cover portion in a rearward direction from the cover portion by a smaller length than the first shape so as to be hung on a wall surface.

In addition, the assembly part may have an assembly body part attached to the rear surface of the cover part, an assembly connection part extending from a corner of the assembly body part and connecting the assembly body part and the assembly extension part, and an assembly extension part formed by extending from a corner of the assembly connection part.

In addition, the assembly is inserted from the front to the rear to form a folding line,

The above assembly connection part can be moved in the front direction of the assembly body part by the folding line, and the assembly extension part can be moved in the front direction of the assembly connection part by the folding line.

In addition, the assembly connection part has a first assembly connection part connected to the left side of the assembly body part, a second assembly connection part connected to the right side of the assembly body part, a third assembly connection part connected to the upper side of the assembly body part, and a fourth assembly connection part connected to the lower side of the assembly body part, and the third assembly connection part can have a first hole formed in the upper end from the front to the rear through the front.

In addition, the assembly extension part may include a first assembly extension part located on the left side of the assembly body part, a second assembly extension part located on the right side of the assembly body part, a third assembly extension part located on the upper side of the assembly body part, and a fourth assembly extension part located on the lower side of the assembly body part.

In addition, the first assembly extension may have a first gap formed at a position spaced apart from the left end in the right direction by a predetermined distance, the second assembly extension may have a second gap formed at a position spaced apart from the right end in the left direction by a predetermined distance, the third assembly extension may have a first protruding portion formed that protrudes upward from the upper end, the fourth assembly extension may have a second protruding portion formed that protrudes downward from the lower end, and a second hole may be formed from the front to the rear at a position spaced apart from the lower end in the upward direction by a predetermined distance.

In addition, the first assembly extension may have an acute angle formed between a lower edge and a right edge, and the second assembly extension may have an acute angle formed between a lower edge located on the left side of the second gap and a left edge of the second assembly extension.

Additionally, the second assembly extension portion may be formed such that a lower edge located on the right side of the second gap is higher than a lower edge located on the left side of the second gap.

In addition, the first shape may be a shape in which, when the assembly is unfolded, the first hole and the second protruding portion are combined, the second hole and the first protruding portion are combined, and the first gap and the second gap are combined.

In addition, the second shape may be a shape in which, when the assembly part is unfolded, the first assembly extension part and the second assembly extension part are moved to the front of the assembly body part, the first hole and the second protruding part are combined, and the second hole and the first protruding part are combined.

The calendar equipped with a standing function and a wall-hanging function according to the present invention can be used for multiple purposes as it can be stood up on a flat floor or hung on a wall depending on the assembly method.

Additionally, the embedded shape of the paper can be used for interior purposes as it has the same effect as a picture frame.

Additionally, the picture can be printed in three dimensions to enhance aesthetics.

However, the effects of the present invention are not limited to the effects described above, and effects not mentioned can be clearly understood by a person having ordinary skill in the art to which the present invention pertains from this specification and the attached drawings.

Figure 1 is a front view of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention.
Figure 2 is a left side view of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention.
Figure 3 is an exploded view of the assembly part of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention.
Figure 4 is a first shape example of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention.
Figure 5 is a second exemplary view of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention.
Figure 6 is an exploded view of an assembly part for explaining the erection function of a calendar equipped with an erection function and a wall-hanging function according to another embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings. However, the spirit of the present invention is not limited to the presented embodiments, and those skilled in the art who understand the spirit of the present invention will be able to easily propose other regressive inventions or other embodiments included within the scope of the spirit of the present invention by adding, changing, deleting, etc. other components within the scope of the same spirit, but this will also be considered to be included within the scope of the spirit of the present invention.

In addition, components having the same function within the same scope of the same idea shown in the drawings of each embodiment are described using the same reference numerals.

FIG. 1 is a front view of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention, and FIG. 2 is a left side view of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention.

Referring to FIGS. 1 and 2, a calendar having an erection function and a wall-mounting function according to one embodiment of the present invention may include a cover part (100), a content part (200) that is arranged on the front side of the cover part (100) and supported by the cover part (100) and in which date information is written, and an assembly part (300) that is connected to the rear side of the cover part (100) and supports the cover part (100) by tilting it at a predetermined angle so that the content part (200) can be erected from an arbitrary floor surface, and the content part (200) may further include a picture (P100).

The above cover part (100) can serve as a frame for the calendar.

Additionally, the cover part (100) may have a square shape.

For example, the cover portion (100) may have a rectangular shape with a vertical length that is 1.1 times larger than the horizontal length.

Additionally, the cover portion (100) may be made of a material thicker than the content portion (200).

For example, the cover part (100) may be a 2 mm thick hardboard.

However, without limitation thereto, the shape and material of the cover portion (100) can be modified in various ways at a level obvious to a person skilled in the art.

Additionally, the content portion (200) may be placed on the front side of the cover portion (100).

Additionally, an adhesive material may be applied to the surface between the front upper edge and the rear upper edge of the cover portion (100).

Due to this, an adhesive material is applied to the surface between the front upper edge and the rear upper edge of the cover portion (100) and the surface formed by overlapping the upper edges of the plurality of content portions (200), so that the cover portion (100) and the content portion (200) can be combined.

For example, the adhesive material may be a transparent material.

In addition, since the adhesive material is applied only to the surface formed by overlapping the upper edges of the plurality of content portions (200) and the surface between the upper front edge and the upper rear edge of the cover portion (100), the rear surface of the cover portion (100) and the front surface of the content portion (200) that are visually exposed can be clean.

Additionally, a QR code may be written on the front of the cover portion (100).

For example, the QR code may contain the address information of an Internet site where a video explaining the picture (P100) by the artist of the picture (P100) has been uploaded.

For example, the QR code may contain the address information of an Internet site where the commercial information of the image (P100) including the exhibition schedule information, exhibition schedule plan, exhibition hall location, and sales location information and information of the image (P100) is posted.

Due to this, information about the above picture (P100) can be easily obtained and the above picture (P100) can be deeply appreciated.

Additionally, the accessibility of the above figure (P100) can be improved.

However, without limitation, the information embedded in the QR code can be modified in various ways at a level that is obvious to a person skilled in the art.

The above content portion (200) may have a square shape.

For example, it is preferable that the content portion (200) has the same shape as the cover portion (100), but this is not limited to this, and the shape of the content portion (200) can be modified in various ways at a level that is obvious to a person skilled in the art.

Additionally, the above content section (200) may be paper of a material on which the above picture (P100) can be easily printed.

For example, the paper of the above content section (200) may be imported paper including Arte, Bannuovo, and Filaret, which have a rough surface feel on the paper itself.

For example, the paper of the above content section (200) may be printing paper.

Due to this, the natural texture of the above picture (P100) can be expressed.

However, without limitation thereto, the material of the above content portion (200) can be modified in various ways at a level that is obvious to a person skilled in the art.

Additionally, there may be at least one content section (200).

For example, the number of the above contents (200) may be 13.

Specifically, the above content section (200) may be 13 days from December 2021 to December 2022.

However, without limitation thereto, the number of the above contents (200) can be varied in various ways at a level that is obvious to a person skilled in the art.

In addition, the content section (200) may be placed on the front of the cover section (100) so that the date information and the picture (P100) may be written thereon.

For example, the above picture (P100) may be positioned at the center of the front of the above content section (200).

For example, the date information may be positioned closer to the lower edge of the content section (200) than the picture (P100).

Due to this, the date information can be written at a predetermined distance from the picture (P100) to improve the visibility of the picture (P100).

However, without limitation thereto, the location of the above date information can be varied in various ways at a level that is obvious to a person skilled in the art.

In addition, the content section (200) may be positioned in a recessed portion (S100) formed from the front to the rear to make the picture (P100) stand out more.

For example, the lower surface of the above-mentioned insertion portion (S100) may have a square shape.

For example, the angle formed by the side surface of the above-mentioned insertion portion (S100) and the lower surface may be an obtuse angle.

Due to this, the above-mentioned insertion portion (S100) can give a feeling like a frame of a picture frame, thereby improving the visibility of the picture (P100) placed in the above-mentioned insertion portion (S100).

However, without limitation thereto, the shape of the above-mentioned insertion portion (S100) can be obviously modified by a person skilled in the art.

Additionally, the above picture (P100) can be printed so as to protrude from the back of the content section toward the front to express a three-dimensional texture.

For example, the above picture (P100) may be a digital print.

Here, digital prints are a type of reproduction print that is made by taking high-resolution photographs of original paintings with the consent of the artist and then digitally framing them, and they are a new form of art work that is contributing to the popularization of art works. It allows you to own the works of famous domestic artists more cheaply and easily, and it can create an opportunity for artists to increase their income and gain public recognition, and for buyers to own art works at a low price.

Due to this, the above calendar can be used as an interior decoration item.

However, without limitation thereto, the above drawing (P100) can be modified in various ways at a level obvious to a person skilled in the art.

Additionally, an adhesive material may be applied to the surface formed by overlapping the upper edges of the plurality of content sections (200).

Due to this, an adhesive material is applied to the surface between the front upper edge and the rear upper edge of the cover portion (100) and the surface formed by overlapping the upper edges of the plurality of content portions (200), so that the cover portion (100) and the content portion (200) can be combined.

For example, the adhesive material may be a transparent material.

In addition, since the adhesive material is applied only to the surface between the front upper edge and the rear upper edge of the cover portion (100) and the surface where the upper edges of the plurality of content portions (200) overlap, the rear surface of the cover portion (100) and the front surface of the content portion (200) that are visually exposed can be clean.

Due to this, the visibility of the picture (P100) and the date information written on the front of the content section (200) can be improved.

In addition, since the adhesive material is applied only to the surface formed by overlapping the upper edges of the plurality of content portions (200) with the surface between the front upper edge and the rear upper edge of the cover portion (100), when the content portion (200) is cut, the content portion (200) can be easily cut.

FIG. 3 is a development diagram of an assembly part (300) of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention.

Referring to FIGS. 1 to 3, the assembly part (300) may include an assembly body part (310) attached to the rear surface of the cover part (100), an assembly connection part (320) extending from a corner of the assembly body part (310) and connecting the assembly body part (310) and the assembly extension part (330), and an assembly extension part (330) formed by extending from a corner of the assembly connection part (320).

The appearance of the above assembly (300) in the unfolded state may be arrow-shaped.

Additionally, the assembly part (300) may be made of paper material.

For example, the assembly part (300) may be a cardboard box such as a delivery box.

Additionally, the assembly part (300) may have a first shape and a second shape.

For example, the first shape may be a shape that extends from the cover part (100) toward the rear of the cover part (100) so that the content part (200) can be erected from any flat floor surface.

Specifically, referring to FIG. 2, the first shape may be a shape similar to a trapezoid when the calendar is viewed from the left.

In addition, the second shape may be a shape that extends from the cover part (100) toward the rear of the cover part (100) with a length smaller than that of the first shape so that the content part (200) can be hung on the wall.

For example, referring to FIG. 5 described later, the second shape may be a rectangular shape when the calendar is viewed from the left.

However, without limitation thereto, the shape and material of the assembly part (300) can be modified in various ways at a level obvious to a person skilled in the art.

In addition, the assembly part (300) is positioned on the rear side of the cover part (100), so that a part of the rear side of the assembly part (300) can be attached to the rear side of the cover part (100).

Additionally, the assembly part (300) may be folded from the front to the rear to form a folding line.

In addition, the folding line may include a first folding line (L100) formed at a corner where the assembly connection part (320) and the assembly body part (310) are connected, and a second folding line (L200) formed at a corner where the assembly connection part (320) and the assembly extension part (330) are connected.

Due to this, the assembly connection part (320) can be moved in the front direction of the assembly body part (310) by the folding line.

In addition, the assembly extension part (330) can be moved in the front direction of the assembly connection part (320) by the folding line.

For example, when assembling the assembly part (300), the assembly connection part (320) may become a side that surrounds the assembly body part (310) and form a predetermined space within the assembly part (300).

In addition, the area of the assembly connection part (320) is determined according to the distance between the first folding line (L100) and the second folding line (L200), and a predetermined space within the assembly part (300) can be expanded or narrowed according to the area.

For example, when assembling the assembly part (300), the assembly extension part (330) may serve as an upper surface covering the assembly body part (310) and the assembly connection part (320), thereby forming a predetermined space within the assembly part (300).

For example, the above-mentioned space may be a space where a part of the assembly extension part (330) is stored.

For example, the above-described space may correspond to a distance (D200) by which the calendar can be spaced from a wall when the calendar is installed on a wall.

Due to this, the calendar protrudes from the wall surface to enhance the three-dimensional effect, and the picture (P100) can be made to stand out, and the calendar can be protected from factors that may contaminate the calendar on the wall surface, such as a humid environment on the wall surface.

However, without limitation thereto, the effect caused by the above-mentioned predetermined space can be varied in various ways at a level obvious to a person skilled in the art.

The above assembly body part (310) may have a square shape.

For example, the assembly body part (310) may have a square shape.

For example, the assembly body part (310) may be smaller in size than the cover part (100) and the contents part (200).

Due to this, when the calendar is viewed from the front, the assembled assembly (300) can be covered by the content section (200) and the cover section (100), so that the aesthetics can be improved.

However, without being limited thereto, the shape of the assembly body part (310) can be modified in various ways at a level that is obvious to a person skilled in the art.

Additionally, the assembly body part (310) may be positioned on the rear side of the cover part (100).

For example, the assembly body part (310) may be positioned closer to the lower end of the cover part (100) than the upper end of the cover part (100).

For example, the distance from the lower end of the assembly body part (310) to the lower end of the cover part (100) may be 1 cm.

Due to this, when the assembly part (300) is in the first shape, the center of gravity of the assembly part (300) is formed low, so that the calendar can be well supported.

However, without being limited thereto, the position of the assembly body part (310) can be varied in various ways at a level that is obvious to a person skilled in the art.

Additionally, the assembly body part (310) can be attached to the rear surface of the cover part (100) by an adhesive material.

The above assembly connection part (320) can extend from a corner of the assembly body part (310) and connect the assembly body part (310) and the assembly extension part (330).

In addition, the assembly connection part (320) may be provided with a first assembly connection part (321) connected to the left side of the assembly body part (310), a second assembly connection part (322) connected to the right side of the assembly body part (310), a third assembly connection part (323) connected to the upper side of the assembly body part (310), and a fourth assembly connection part (324) connected to the lower side of the assembly body part (310).

Additionally, the first assembly connection part (321) may have a square shape.

For example, the first assembly connection part (321) may have a rectangular shape.

For example, the horizontal length of the first assembly connecting portion (321) may be the same as the edge length of the assembly body portion (310).

Additionally, the horizontal and vertical lengths of the first assembly connection part (321) to the fourth assembly connection part (324) may be equal to each other.

Here, the width and height are defined as the longer side of the rectangle as width and the shorter side as height.

However, without being limited thereto, the shapes of the first assembly connection part (321) to the fourth assembly connection part (324) can be modified in various ways at a level that is obvious to a person skilled in the art.

In addition, the third assembly connection part (323) may have a first hole (H100) formed by penetrating from the front to the rear at the upper end.

For example, the first hole (H100) may be rectangular.

For example, the first hole (H100) may be formed in the center of the upper end of the third assembly connection part (323).

For example, the width x height dimensions of the first hole (H100) may be 40 mm x 5 mm.

Additionally, the vertical dimension (mm) of the first hole (H100) may be larger than the thickness (mm) of the material of the assembly (300).

However, without limitation thereto, the shape of the first hole (H100) can be modified in various ways at a level that is obvious to a person skilled in the art.

The above assembly extension part (330) can be formed by extending from a corner of the above assembly connection part (320).

In addition, the assembly extension part (330) may be provided with a first assembly extension part (331) located on the left side of the assembly body part (310), a second assembly extension part (332) located on the right side of the assembly body part (310), a third assembly extension part (333) located on the upper side of the assembly body part (310), and a fourth assembly extension part (334) located on the lower side of the assembly body part (310).

The above first assembly extension part (331) may have an overall shape similar to a trapezoid.

In addition, the first assembly extension part (331) may have a first gap (C100) formed at a position spaced apart from the left end in the right direction by a predetermined distance.

For example, the angle formed between the lower edge and the right edge of the first assembly extension (331) may be acute.

Accordingly, when assembling the assembly part (300), the first assembly extension part (331) can be easily inserted into a predetermined space formed by the assembly body part (310) and the assembly connection part (320).

Additionally, the angle can determine the inclination of the calendar according to the size of the angle within an acute angle range.

For example, as the angle decreases, the calendar can be tilted more from the front to the rear of the content section (200).

Accordingly, according to the drawing (P100) described in the content section (200), the first assembly extension part (331) can adjust the angle formed by the lower edge and the right edge to adjust the inclination of the calendar to the most suitable inclination for viewing the drawing (P100).

In addition, the angle formed by the upper edge located on the right side of the first gap (C100) and the right edge of the first assembly extension (331) may be an acute angle.

For example, the preferred angle formed between the upper edge located on the right side of the first gap (C100) and the right edge of the first assembly extension (331) may be 45 degrees.

Due to this, the weight of the first assembly extension part (331) can be reduced while the center of gravity can be placed at an appropriate position.

However, it is not limited to this and can be modified in various ways at a level that is obvious to ordinary technicians.

The above second assembly extension part (332) may have an overall shape similar to a trapezoid.

In addition, the second assembly extension part (332) may have a second gap (C200) formed at a position spaced apart from the right end in the left direction by a predetermined distance.

For example, the second assembly extension (332) may have an acute angle formed between the upper edge and the left edge.

For example, the preferred angle between the upper edge and the left edge of the second assembly extension (332) may be 45 degrees.

For example, it may be preferable that the angle formed by the upper edge and the left edge of the second assembly extension (332) is formed at the same angle as the angle formed by the upper edge located on the right side of the first gap (C100) and the right edge of the first assembly extension (331).

Due to this, the weight of the second assembly extension part (332) can be reduced while the center of gravity can be placed at an appropriate position.

However, it is not limited to this and can be modified in various ways at a level that is obvious to ordinary technicians.

In addition, the second assembly extension (332) may have an acute angle formed between the lower edge and the left edge located on the left side of the second gap (C200).

Accordingly, when assembling the assembly part (300), the second assembly extension part (332) can be easily inserted into a predetermined space formed by the assembly body part (310) and the assembly connection part (320).

For example, it may be desirable that the angle formed by the lower edge and the left edge located on the left side of the second gap (C200) and the angle formed by the lower edge and the right edge of the first assembly extension (331) be formed at the same angle.

Additionally, the angle can determine the inclination of the calendar according to the size of the angle within an acute angle range.

For example, as the angle decreases, the calendar can be tilted more from the front to the rear of the content section (200).

Accordingly, by adjusting the angle formed by the lower edge located on the left side of the second gap (C200) and the left edge of the second assembly extension (332) according to the drawing (P100) described in the content section (200), the inclination of the calendar can be adjusted to the most suitable inclination for viewing the drawing (P100).

In addition, the second assembly extension part (332) may be formed so that the lower edge located on the right side of the second gap (C200) is higher than the lower edge located on the left side of the second gap.

Due to this, when the calendar is erected from any flat floor surface, the lower edge located on the right side of the second gap (C200) is spaced apart from any flat floor surface by a predetermined distance, so that the first gap (C100) and the second gap (C200) can be easily joined.

The above third assembly extension part (333) may have a trapezoidal shape.

In addition, the third assembly extension part (333) may be formed with a first protruding part (S210) that protrudes upward from the upper end.

For example, the first protruding portion (S210) may have a rectangular shape.

For example, a folding line may be formed in the first protruding portion (S210) by being recessed from the front to the rear.

For example, the folding line may further include a third folding line (L300) formed at an edge where the third assembly extension (333) and the first protruding portion (S210) are connected, and a fourth folding line (L400) formed at a predetermined distance in the upper direction from the third folding line (L300).

The above fourth assembly extension part (334) may have a square shape.

For example, the fourth assembly extension part (334) may have a square shape.

For example, the fourth assembly extension part (334) may have the same size as the assembly body part (310).

In addition, the fourth assembly extension part (334) may be formed with a second protruding portion (S220) protruding downward from the lower end, and a second hole (H200) may be formed by penetrating from the front to the rear at a position spaced upward from the lower end.

For example, the second hole (H200) may be rectangular.

For example, the predetermined distance from the lower end of the fourth assembly extension (334) in the upper direction of the second hole (H200) may be the vertical distance from the lower edge to the upper edge of the third assembly extension (333).

For example, the second hole (H200) can be formed to correspond in size to the first protruding portion (S210).

Due to this, the second hole (H200) can be inserted into the first protruding portion (S210).

However, without limitation thereto, the second hole (H200) can be modified in various ways at a level obvious to a person skilled in the art.

Additionally, the second protruding portion (S220) may have a curved end.

For example, the second protruding portion (S220) can be formed to correspond to the size of the first hole (H100).

Due to this, the second protruding portion (S220) can be introduced into the first hole (H100).

Additionally, the second protruding portion (S220) may be penetrated from the front to the rear to form a third hole (H300).

For example, the third hole (H300) can be used to hang the calendar on a wall.

However, without limitation thereto, the second protruding portion (S220) and the third hole (H300) can be variously modified at a level obvious to a person skilled in the art.

FIG. 4 is a first shape example diagram of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention, and FIG. 5 is a second shape example diagram of a calendar having a standing function and a wall-hanging function according to one embodiment of the present invention.

Referring to FIGS. 1 to 5, when the assembly (300) is in the first shape, the content portion may extend from the cover portion (100) toward the rear of the cover portion (100) so that it can be erected from any flat floor surface, and when the assembly (300) is in the second shape, the content portion (200) may extend from the cover portion (100) toward the rear of the cover portion (100) with a length smaller than that of the first shape so that it can be hung on a wall surface.

The above first shape may be a shape in which, when the assembly part (300) is unfolded, the first hole (H100) and the second protruding portion (S220) are combined, the second hole (H200) and the first protruding portion (S210) are combined, and the first gap (C100) and the second gap (C200) are combined.

In addition, the second shape may be a shape in which, when the assembly part (300) is unfolded, the first assembly extension part (331) and the second assembly extension part (332) are moved to the front of the assembly body part (310), the first hole (H100) and the second protruding part (S220) are combined, and the second hole (H200) and the first protruding part (S210) are combined.

For example, when the assembly part (300) is the first shape, the content part can be extended from the cover part (100) in the rearward direction of the cover part (100) by a first distance (D100) so that it can be erected from any flat floor surface.

For example, when the assembly part (300) is the second shape, the content part (200) can be extended from the cover part (100) in the rearward direction of the cover part (100) by a second distance (D200) so as to be hung on the wall.

For example, the first distance (D100) may be greater than the second distance (D200).

For example, the second distance (D200) may be a distance corresponding to the vertical length of the second assembly connection part (322).

Due to this, the calendar can be erected from any flat floor surface according to the first shape or the second shape, or can be hung on a wall.

Below, a detailed description of another embodiment of a calendar having a standing function and a wall-mounting function may be omitted to the extent that it overlaps with the contents described above in one embodiment.

FIG. 6 is a development diagram of an assembly part (300) for explaining the erection function of a calendar equipped with an erection function and a wall-hanging function according to another embodiment of the present invention.

Referring to FIG. 6, a calendar having a standing function and a wall-mounting function according to another embodiment of the present invention can change the inclination of the calendar when standing up according to the combination of a gap additionally formed in the assembly part (300).

The first assembly extension part (331) may have a first gap formed at a position spaced apart from the left end in the right direction by a predetermined distance.

In addition, the first assembly extension part (331) may be formed with a 3-1 gap (C310) at a position spaced apart from the first gap (C100) in the right direction by a predetermined distance, and a 3-2 gap (C320) at a position spaced apart from the 3-1 gap (C310) in the right direction by a predetermined distance.

In addition, the second assembly extension part (332) may have a second gap (C200) formed at a position spaced apart from the right end in the left direction by a predetermined distance.

In addition, the second assembly extension part (332) may be formed with a 4-1 gap (C410) at a position spaced apart from the second gap (C200) in the left direction by a predetermined distance, and a 4-2 gap (C420) at a position spaced apart from the 4-1 gap (C410) in the left direction by a predetermined distance.

In addition, the first shape may be a shape in which the first gap (C100) and the second gap (C200) are combined, or the 3-1 gap (C310) and the 4-1 gap (C410) are combined, or the 3-2 gap (C320) and the 4-2 gap (C420) are combined.

Here, the inclination of the calendar when the 3-1st gap (C310) and the 4-1st gap (C410) are combined may be tilted further backward than when the first gap (C100) and the second gap (C200) are combined, and the inclination of the calendar when the 3-2nd gap (C320) and the 4-2nd gap (C420) are combined may be tilted further backward than when the 3-1st gap (C310) and the 4-1st gap (C410) are combined.

Due to this, the inclination of the calendar can be adjusted according to the engagement of the gap formed in the assembly part (300).

However, the number of gaps added is not limited to the other embodiments and can be varied in various ways at a level obvious to those skilled in the art.

In order to more clearly express the technical idea of the present invention, the attached drawings briefly express or omit components that are not related to or have little to do with the technical idea of the present invention.

Although the configuration and features of the present invention have been described above based on embodiments according to the present invention, the present invention is not limited thereto, and it will be apparent to those skilled in the art that various changes or modifications can be made within the spirit and scope of the present invention, and therefore it is made clear that such changes or modifications fall within the scope of the appended patent claims.

100 : Cover 200 : Content
300 : Assembly section

Claims (10)

cover part;
A content section, which is placed on the front of the cover section and supported by the cover section, and in which date information is written; and
An assembly part is included that is connected to the rear of the cover part and supports the cover part by tilting it at a predetermined angle so that the contents part can be erected from an arbitrary floor surface;
The above content section has at least one or more,
When the above assembly part is the first shape, the content part extends from the cover part in the rearward direction of the cover part so that it can be erected from any flat floor surface,
When the above assembly part is of the second shape, the content part extends from the cover part in the rearward direction of the cover part with a length smaller than that of the first shape so that it can be hung on the wall surface,
The above assembly part has an assembly body part attached to the rear of the cover part, an assembly connection part extending from a corner of the assembly body part and connecting the assembly body part and the assembly extension part, and an assembly extension part formed by extending from a corner of the assembly connection part.
The above assembly is inserted from the front to the rear to form a folding line,
The above assembly connection part can be moved in the front direction of the assembly body part by the above folding line,
The above assembly extension part can be moved in the front direction of the above assembly connection part by the above folding line,
The above assembly connection part has a first assembly connection part connected to the left side of the assembly body part, a second assembly connection part connected to the right side of the assembly body part, a third assembly connection part connected to the upper side of the assembly body part, and a fourth assembly connection part connected to the lower side of the assembly body part.
A calendar characterized in that the third assembly connection part has a first hole formed by penetrating from the front to the rear at the upper end.
delete delete delete In the first paragraph,
A calendar characterized in that the assembly extension part comprises a first assembly extension part located on the left side of the assembly body part, a second assembly extension part located on the right side of the assembly body part, a third assembly extension part located on the upper side of the assembly body part, and a fourth assembly extension part located on the lower side of the assembly body part.
In paragraph 5,
The first assembly extension part has a first gap formed at a position spaced apart from the left end in the right direction by a predetermined distance,
The second assembly extension part has a second gap formed at a position spaced a predetermined distance from the right end in the left direction,
The third assembly extension part is formed with a first protruding portion that protrudes upward from the upper end,
A calendar characterized in that the fourth assembly extension portion has a second protruding portion formed that protrudes downward from the lower end, and a second hole formed by penetrating from the front to the rear at a position spaced a predetermined distance upward from the lower end.
In Article 6,
The angle formed by the lower edge and the right edge of the above first assembly extension is acute,
A calendar characterized in that the angle formed by the lower edge located on the left side of the second gap and the left edge of the second assembly extension is an acute angle.
In Article 7,
A calendar characterized in that the second assembly extension portion is formed such that a lower edge located on the right side of the second gap is higher than a lower edge located on the left side of the second gap.
In Article 8,
A calendar characterized in that the first shape is a shape in which, when the assembly is unfolded, the first hole and the second protruding portion are combined, the second hole and the first protruding portion are combined, and the first gap and the second gap are combined.
In Article 9,
A calendar characterized in that the second shape is a shape in which, when the assembly part is unfolded, the first assembly extension part and the second assembly extension part are moved to the front of the assembly body part, the first hole and the second protruding part are combined, and the second hole and the first protruding part are combined.

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