Roll calendar forming device and method

Abstract

In the present invention, the problems associated with conventional methods—where replacing a single-character scroll calendar every month causes slight variations in the hook position, horizontal alignment, and centerline, leading to repeated tilting and misalignment; where the sheet height and horizontal alignment vary each month due to variations in hanging cord length, pole bending, and paper stretching, resulting in the inconvenience of monthly replacement, reduced actual usability, and uneven display quality; where the paper retains a tendency to curl when rolled up for storage, causing lifting, wavy, and wrinkled appearance during display; where the need for a separate top pole, bottom pole, hanging cord, and frame for each month typically leads to a rapid increase in the number of parts and assembly processes, raising the possibility of quality variations and defects, and consequently increasing costs while reducing usability for busy users and turning the calendar into one used only by special people; and where the difficulty in forming a gift module for presenting K-culture due to storage, preservation, and individual usability issues—are addressed. In order to improve, a springless hanging-mode type scroll drawing calendar forming module (100) and a springless roll-and-hanging-mode type scroll drawing calendar forming module (200) are configured, so that 13 display media containing lunar calendar information along with 13 drawings can be formed through a springless drawing calendar sheet part for one mode and a springless drawing calendar sheet part for two mode, and since there is no spring member, there is no elastic rebound or bouncing, so when magnetic dots are coupled, contact stability is 1.It can increase capacity by 5 to 2 times, and with a configuration of 13 drawing calendar sheets, monthly replacement and display are easy. During storage, it can be stored in rectangular unfolding storage boxes or roll storage boxes. By incorporating a spring-free hanging-mode scroll drawing calendar forming module, it allows for rectangular flatbed storage and surface contact support with the background backboard, enabling the display quality to be reproduced in a consistently identical state and improving display flatness by 80% compared to conventional methods. Furthermore, it offers the effects of low cost, low breakdown, and low noise through the spring-free design and adhesive head. Rather than simple flat magnetic coupling, it can be joined by dot attachment using the magnetic force formed between the One Mode head-type twin magnetic protrusion and the One Mode "U"-shaped head magnetic support, allowing it to be formed in a shape that surrounds and includes the One Mode spring-free drawing calendar sheet section. Consequently, the detachment of the springless drawing calendar sheet for One Mode due to external pressure from vibration and shock can be reduced by 40% or less compared to the conventional model, and the complete hybrid transformer-style 13-sheet scroll drawing calendar is 1.It can be formed 5 to 2 times faster, and by configuring a springless scroll and hanging-style scroll drawing calendar forming module, it is possible to simultaneously achieve the portability and storage convenience of scroll storage, which allows it to be rolled up like a scroll, and the display convenience of rectangular hanging-style display, thereby enabling the presentation of K-culture as a gift to foreign countries. Furthermore, the springless drawing calendar sheet for the two-mode is primarily dot-attached using the magnetic force formed between the head-type twin magnetic protrusion for the two-mode and the "U"-shaped head magnetic support for the two-mode, and the springless drawing calendar sheet for the two-mode is attached using the magnetic force formed between the bottom-type twin magnetic protrusion for the two-mode and the "U"-shaped bottom magnetic support for the two-mode The purpose is to provide a device and method for forming a scroll calendar that can improve display quality by 80% compared to the existing one by tidying up wrinkles and curling by attaching a second dot and joining them, and by forming a central pivot-shaped lower support section for two modes, which acts as a pivot to pull the rectangular silk fabric background section for two modes downwards to form a hanging finish characteristic of a scroll, thereby flattening the rectangular silk fabric background section for two modes and improving display quality by 1.5 to 2 times compared to the existing one, and by reducing the torque of twisting left and right, maintaining the vertical alignment of the rectangular silk fabric background section for two modes, and preserving the traditional scroll feel and aesthetic sense.

Description

Technology Field

[0001] The present invention is applicable to high-end interior and living (home decor) fields, hotel, resort, guesthouse, and traditional accommodation fields, corporate and public institution branding fields, exhibition, gallery, and pop-up store fields, premium segment of the calendar market, and K-culture promotion and gift fields. More specifically, it relates to a device and method for forming a scroll calendar that can convert and form a scroll by attaching 13 drawing calendars with a springless rectangular structure to each other using magnetic force. Background Technology

[0003] The single-character scroll calendars produced these days are wall calendars that reinterpret the traditional scroll method in a modern way, printing the calendar on a single sheet of thick paper and combining wooden rods or scroll rods at the top and bottom.

[0004] This is done in the form of a single-page scroll calendar, where calendars of monthly information printed on a single sheet of thick paper are hung up and taken out one by one.

[0005] However, when replacing the individual scroll calendars every month, the position of the hooks, the horizontal alignment, and the center line change slightly each time, causing repeated tilting and misalignment. Additionally, the height and horizontal alignment of the sheets vary each month due to variations in the length of the hanging cords, bending of the poles, and stretching of the paper. Consequently, replacing them every month becomes cumbersome, which reduces actual usability and results in uneven display quality.

[0006] In addition, in the case of individual scroll calendars, when stored or rolled up, the paper retains a tendency to curl, resulting in issues such as lifting, wrinkling, and creasing during display.

[0007] In addition, in the case of individual scroll calendars, since a top pole, bottom pole, hanging string, and framing are required for each month, the number of parts increases rapidly, the assembly process becomes more complex, and the possibility of quality variation and defects increases, which raises the cost. Furthermore, there are problems such as reduced usability for busy users and the calendar becoming one used only by special people, as well as difficulties in forming a gift module for presenting K-culture due to storage, preservation, and individual usability. Prior art literature

[0009] Korean Registered Patent Publication No. 10-1003772 The problem to be solved

[0010] To solve the above problems, the present invention enables the formation of 13 display media containing monthly calendar information along with 13 drawings through a springless drawing calendar sheet section for One mode and a springless drawing calendar sheet section for Two mode; since there are no spring members, there is no elastic rebound or bouncing, thereby increasing contact stability when magnetic dot coupling; the configuration of 13 drawing calendar sheets facilitates monthly replacement and display, and allows for storage in rectangular unfolding storage boxes and scroll storage boxes; and by configuring a springless hanging-width mode type scroll drawing calendar forming module, the display quality can always be reproduced in the same state through rectangular flat plate storage and surface contact support of the background backboard, and the completed hybrid transformer-type 13-sheet scroll drawing calendar can be formed quickly. By configuring a springless scroll-type and hanging-format type scroll drawing calendar forming module, it is possible to simultaneously achieve the portability and storage convenience of scroll storage, which allows it to be rolled up like a scroll, and the display convenience of rectangular hanging-format display, thereby enabling the presentation of K-culture to foreign countries as gifts. Additionally, the springless drawing calendar sheet for the two-mode can be attached by a first dot using the magnetic force formed between the head-type twin magnetic protrusion for the two-mode and the "U"-shaped head magnetic support for the two-mode, and the springless drawing calendar sheet for the two-mode can be attached by a second dot using the magnetic force formed between the bottom-type twin magnetic protrusion for the two-mode and the "U"-shaped bottom magnetic support for the two-mode. The purpose is to provide a device and method for forming a scroll calendar that can preserve the feel and aesthetic sense of a traditional scroll. means of solving the problem

[0012] To achieve the above objective, the scroll calendar forming device according to the present invention

[0013] 13 drawing calendars with a springless rectangular structure are attached dot-to-dot using magnetic force to form a scroll.

[0015] More specifically, the above-mentioned scroll calendar forming device is,

[0016] A springless hanging mode type scroll drawing calendar forming module (100) that is formed by a One mode of a hanging mode in which the rectangular structure is unfolded and hung as is, and converts into a scroll consisting of 13 drawing calendars having a springless rectangular structure, and

[0017] It is characterized by being composed of a springless scroll and hanging mode type scroll drawing calendar forming module (200) that is formed by converting from a rolled-up scroll mode to a hanging mode that is unfolded into a rectangular structure and hung, and converting from a structure rolled up like a scroll to a scroll consisting of 13 drawing calendars having a springless rectangular structure. Effects of the invention

[0019] As explained above, in the present invention

[0021] First, through the springless drawing calendar sheet section for One mode and the springless drawing calendar sheet section for Two mode, 13 display media containing monthly calendar information along with 13 drawings can be formed. Since there are no spring members, there is no elastic rebound or bouncing, so contact stability can be increased by 1.5 to 2 times compared to the conventional method when magnetic dots are combined. With the configuration of 13 drawing calendar sheets, monthly replacement and display are easy, and when storing, they can be stored in a rectangular unfolding storage box and a scroll storage box.

[0023] Second, by configuring a springless hanging-mode type scroll drawing calendar forming module, the display quality can be consistently reproduced through rectangular flat plate storage and surface contact support with the background backboard, and display flatness can be improved by 80% compared to conventional methods. Furthermore, the springless design and adhesive head provide the effects of low cost, low failure, and low noise. Rather than simple flat magnetic coupling, dot attachment can be achieved using the magnetic force formed between the head-type twin magnetic protrusion for One Mode and the "U"-shaped head magnetic support for One Mode. This allows the module to be formed in a shape that surrounds and includes the springless drawing calendar sheet for One Mode, thereby reducing the detachment of the springless drawing calendar sheet for One Mode due to external pressures such as vibration and shock by less than 40% compared to conventional methods. Finally, the complete hybrid transformer type A 13-page scroll drawing calendar can be formed 1.5 to 2 times faster than the existing one.

[0025] Third, by configuring a spring-free scroll and hanging-panel style scroll drawing calendar forming module, it is possible to simultaneously achieve the portability and storage convenience of scroll storage, which allows it to be rolled up like a scroll, and the display convenience of rectangular hanging-panel display, thereby enabling the presentation of K-culture to foreign countries as gifts; furthermore, the spring-free drawing calendar sheet for the two-mode is primarily dot-attached using the magnetic force formed between the head-type twin magnetic protrusion for the two-mode and the "U"-shaped head magnetic support for the two-mode, and the spring-free drawing calendar sheet for the two-mode is secondarily dot-attached using the magnetic force formed between the bottom-type twin magnetic protrusion for the two-mode and the "U"-shaped bottom magnetic support for the two-mode The purpose is to provide a hanging scroll calendar forming device and method that can improve display quality by 80% compared to the existing one by combining them to resolve wrinkles and curling, and by forming a central pivot-shaped lower support section for two modes, which acts as a pivot to pull the rectangular silk fabric background section for two modes downwards to form a hanging finish characteristic of a hanging scroll, thereby flattening the rectangular silk fabric background section for two modes to improve display quality by 1.5 to 2 times compared to the existing one, and by reducing the torque of twisting left and right, maintain the vertical alignment of the rectangular silk fabric background section for two modes, thereby preserving the traditional feel and aesthetic sense of a hanging scroll. Brief explanation of the drawing

[0027] FIG. 1 is a block diagram illustrating the components of a scroll calendar forming device (1) comprising a springless hanging mode type scroll drawing calendar forming module, a springless roll axis, and a hanging mode type scroll drawing calendar forming module according to the present invention. FIG. 2 is a configuration diagram illustrating the components of a scroll calendar forming device (1) comprising a springless hanging mode type scroll drawing calendar forming module, a springless roll axis, and a hanging mode type scroll drawing calendar forming module according to the present invention. FIG. 3 is a block diagram illustrating the components of a springless hanging-width mode type scroll drawing calendar forming module according to the present invention. FIG. 4 is an overall perspective view illustrating the components of a springless hanging-width mode type scroll drawing calendar forming module according to the present invention. FIG. 5 is an assembled perspective view illustrating the components of a springless hanging-width mode type scroll drawing calendar forming module according to the present invention. FIG. 6 is an embodiment illustrating that the head end of a drawing calendar sheet according to the present invention is formed as a springless structure bonded with a springless adhesive. FIG. 7 illustrates an embodiment showing the components of a "C"-shaped head cover for One mode according to the present invention, FIG. 8 is a block diagram illustrating the components of a background-type rectangular corrugated cardboard part for one mode according to the present invention. FIG. 9 is an exemplary illustration showing the components of a background-type rectangular corrugated cardboard part for one mode according to the present invention. FIG. 10 is a block diagram illustrating the components of a central pyramidal lower support member for One mode according to the present invention. FIG. 11 is an exemplary embodiment illustrating the components of a central pyramidal lower support member for a One mode according to the present invention. FIG. 12 is a block diagram illustrating the components of a springless, roll-up and hanging-width mode type scroll drawing calendar forming module according to the present invention. FIG. 13 is an exploded perspective view illustrating the components of a springless, roll-up and hanging-width mode type scroll drawing calendar forming module according to the present invention. FIG. 14 is an assembled perspective view illustrating the components of a springless, roll-up and hanging-width mode type scroll drawing calendar forming module according to the present invention. FIG. 15 is a block diagram illustrating the components of a head bar portion for two modes according to the present invention. FIG. 16 is an exemplary embodiment illustrating the components of a head bar portion for two modes according to the present invention. FIG. 17 is a block diagram illustrating the components of a head-type twin magnetic protrusion for two modes according to the present invention. FIG. 18 is a block diagram illustrating the components of a "C"-shaped head magnetic support for two modes according to the present invention. FIG. 19 is a block diagram illustrating the components of a central pyramidal lower branch portion for two modes according to the present invention. FIG. 20 is an embodiment illustrating the formation of a scroll consisting of 13 drawing calendars having a springless rectangular structure, formed by unfolding and hanging the rectangular structure as is, through a springless hanging mode type scroll drawing calendar forming module according to the present invention. FIG. 21 is an embodiment illustrating the taking out a background-type rectangular corrugated cardboard section for one mode from a rectangular unfolding storage box according to the present invention and unfolding it onto the bottom surface to form a rectangular structure. FIG. 22 is an embodiment illustrating taking out a spring-free drawing calendar sheet for One mode from a rectangular unfolding storage box according to the present invention and placing it on a rectangular corrugated cardboard background for One mode. FIG. 23 is an embodiment illustrating the mounting of an upper circular insertion hole of a springless drawing calendar sheet for one mode to fit a head-type twin magnetic protrusion for one mode according to the present invention. FIG. 24 is an embodiment illustrating that the One Mode spring-free drawing calendar sheet is fixed so as not to detach outward by attaching dots to the One Mode head-type twin magnetic protrusions through the One Mode "U"-shaped head magnetic support according to the present invention using magnetic force. FIG. 25 is an embodiment illustrating that when hung on a wall via a wall-hanging hook according to the present invention, a spring-free drawing calendar sheet for One mode is supported in surface contact with a rectangular corrugated cardboard background for One mode, thereby displaying it in a bounding mode. FIG. 26 is an embodiment illustrating the conversion and formation of a scroll consisting of 13 drawing calendars having a spring-free rectangular structure from a rolled-up structure through a spring-free scroll-and-hanging mode type scroll drawing calendar forming module according to the present invention, comprising a two-mode from a rolled-up scroll mode to a hanging mode in which the calendar is unfolded into a rectangular structure and hung. FIG. 27 is an embodiment illustrating the taking out a rectangular silk cloth portion of a Two Mode background type, which is rolled up like a scroll, from a storage box for a scroll according to the present invention, and spreading it out on the bottom surface to form a rectangular structure. FIG. 28 is an embodiment illustrating a two-mode springless drawing calendar sheet having a rectangular structure according to the present invention being placed on a two-mode background-type rectangular silk cloth. FIG. 29 is an embodiment illustrating the mounting of an upper circular insertion hole of a springless drawing calendar sheet for two modes to fit a head-type twin magnetic protrusion for two modes according to the present invention. FIG. 30 is an embodiment illustrating that the upper portion of the springless drawing calendar sheet for two modes is fixed so as not to detach outward by attaching a primary dot to the head-type twin magnetic protrusion for two modes through the "C"-shaped head magnetic support for two modes according to the present invention using magnetic force. FIG. 31 is an embodiment illustrating that when hung on a wall via a wall-hanging hook according to the present invention, a springless drawing calendar sheet for two modes is supported in surface contact with a rectangular silk fabric background for two modes, thereby displaying it in a hanging mode. FIG. 32 is an embodiment illustrating that a traditional scroll texture and a sense of luxury are imparted through the silk fabric of the background-type rectangular silk fabric part for two modes according to the present invention. FIG. 33 is a flowchart illustrating a method for forming a springless, roll-up and hanging-width mode scroll drawing calendar according to the present invention. FIG. 34 is a flowchart illustrating a specific process of converting and forming a scroll consisting of 13 drawing calendars having a springless rectangular structure, through a springless hanging mode type scroll drawing calendar forming module according to the present invention, wherein the scroll is formed into a one mode of a hanging mode in which the rectangular structure is unfolded and hung as is. FIG. 35 is a flowchart illustrating a specific process of converting and forming a scroll consisting of 13 drawing calendars having a spring-free rectangular structure from a rolled-up structure through a spring-free scroll-and-hanging mode type scroll drawing calendar forming module according to the present invention, consisting of two modes: a rolled-up scroll mode and a hanging mode in which the calendar is unfolded into a rectangular structure and hung. Specific details for implementing the invention

[0029] First, in relation to Korean Registered Patent Publication No. 10-1293942 ("Springless wall-mounted book calendar and method of manufacturing the same") and Korean Registered Patent Publication No. 10-2368930 ("Height-adjustable frame-type desk calendar using back panel cutting and paper magnets and method of manufacturing the same") filed and registered by the applicant, the present invention was made after years of research to improve the problem that the calendars are perceived only as simple calendars, resulting in poor display quality and difficulty in forming gift modules for presenting K-culture due to storage, preservation, and individual usability. The invention involves unfolding a structure rolled up like a scroll and attaching 13 drawing calendars with a springless rectangular structure to each other using magnetic force to convert them into a scroll calendar.

[0031] Next, the scroll calendar forming device according to the present invention is formed by combining a springless hanging mode type scroll drawing calendar forming module, which consists only of a hanging mode in which the rectangular structure is unfolded and hung, and a springless roll-up and hanging mode type scroll drawing calendar forming module, which consists of a hanging mode in which the rolled-up scroll is unfolded and hung.

[0032] That is, it refers to a combination of a springless hanging mode type scroll drawing calendar forming module consisting only of a hanging mode and a springless scroll and hanging mode type scroll drawing calendar forming module consisting of a scroll mode + hanging mode.

[0034] Next, the mod described in the present invention refers to a mode that is not converted by a mechanical device or program, but rather forms a rolled-up spiral into one shape of mode and forms a hanging width that is unfolded into a rectangular structure into another shape of mode.

[0036] Next, the "roll axis" described in the present invention refers to a method of storing a rod that serves as the center of the rolling process by rolling it up. Based on the Two-mode background-type rectangular silk cloth part, the Two-mode head bar part, the Two-mode head-type twin magnetic protrusion part, the Two-mode "U"-shaped head magnetic support part, and the Two-mode central weight-type lower paper rod part are rolled up like a scroll and stored inside a scroll storage box. At this time, to prevent the end of the Two-mode background-type rectangular silk cloth part rolled up like a scroll from unraveling, a band, string, or paper adhesive is formed and configured.

[0037] And, the hanging width described in the present invention refers to a spring-free drawing calendar sheet part for One Mode and a background-type rectangular corrugated cardboard part for One Mode, formed by storing them in their original rectangular structure, which are unfolded in their original rectangular structure and hung on a wall for display, or

[0038] Alternatively, it refers to hanging the surface of an unfolded drawing calendar, by unfolding a rectangular silk fabric background-type fabric for two modes formed by a roll, and then attaching a two-mode spring-free drawing calendar sheet with a rectangular structure to it using magnetic force to form a scroll, which is then hung on a wall for display.

[0040] Next, in the drawing calendar described in the present invention, the drawing includes all types of drawings, ink paintings, ink wash paintings, colored paintings, landscape paintings, flower and bird paintings, genre paintings, the Four Gentlemen, folk paintings, Western paintings, Japanese paintings, Buddhist paintings, portraits, and photographs of Korean celebrities.

[0042] Hereinafter, preferred embodiments according to the present invention will be described with reference to the accompanying drawings.

[0043] FIG. 1 is a block diagram illustrating the components of a scroll calendar forming device (1) comprising a springless hanging mode type scroll drawing calendar forming module, a springless type roll axis, and a hanging mode type scroll drawing calendar forming module according to the present invention, FIG. 2 is a configuration diagram illustrating the components of a scroll calendar forming device (1) comprising a springless hanging mode type scroll drawing calendar forming module, a springless type roll axis, and a hanging mode type scroll drawing calendar forming module according to the present invention, wherein 13 drawing calendars having a springless rectangular structure are attached by magnetic force to form a scroll.

[0045] More specifically, the above-mentioned scroll calendar forming device (1) is composed of a springless hanging mode type scroll drawing calendar forming module (100) and a springless roll-up and hanging mode type scroll drawing calendar forming module (200).

[0047] First, a springless hanging mode type scroll drawing calendar forming module (100) according to the present invention will be described.

[0048] The above springless hanging mode type scroll drawing calendar forming module (100) is composed of a one mode of hanging mode that is unfolded and hung as a rectangular structure, and serves to convert and form a scroll consisting of 13 drawing calendars having a springless rectangular structure.

[0049] Here, "hanging it unfolded in its rectangular structure" means that the 13-sheet non-spring drawing calendar sheet is not rolled up like a scroll, but is stored in a rectangular unfolded storage box in its rectangular structure, and then hung unfolded while being supported by surface contact with the background-type rectangular corrugated cardboard section that supports the rectangular structure.

[0050] That is, the 13-sheet springless drawing calendar sheet part and the background-type rectangular corrugated cardboard part, which are components of the present invention, are not rolled up like a scroll but are stored inside a rectangular unfolded storage box in their original rectangular structure.

[0051] Then, placing the background-type rectangular corrugated cardboard section in the rectangular unfolding storage box as is, and positioning the 13-sheet springless drawing calendar sheet section on top of the background-type rectangular corrugated cardboard section, attaching the dots using the magnetic force formed between the head-type twin magnetic protrusion section for One mode and the "U"-shaped head magnetic support section for One mode, and then unfolding the rectangular structure as is and hanging it on the wall. At this time, the center-weight-type bottom pin section for One mode acts as a center-weight and creates a scroll-like effect.

[0052] In a rectangular unfolding storage box, while maintaining a rectangular structure, the One mode scroll-type module body, the One mode spring-free drawing calendar sheet part, the One mode head-type twin magnetic protrusion part, the One mode "U"-shaped head magnetic support part, the One mode background-type rectangular corrugated cardboard part, and the One mode center-weight-type bottom seal part are stored.

[0053] As shown in FIG. 3, the above springless hanging mode type scroll drawing calendar forming module (100) is composed of a one-mode scroll-type module body (110), a one-mode springless drawing calendar sheet part (120), a one-mode head-type twin magnetic protrusion part (130), a one-mode "U"-shaped head magnetic support part (140), a one-mode background-type rectangular corrugated cardboard part (150), and a one-mode center-weight-type lower seal part (160).

[0054] Here, One mode refers to a mode consisting only of a hanging mode in which the rectangular structure is unfolded and hung up.

[0056] First, a scroll-type module body (110) for one mode according to the present invention will be described.

[0057] The above One mode scroll-type module body (110) is formed in a rectangular structure and serves to protect and support each device from external pressure.

[0058] As illustrated in FIGS. 4 and 5, a springless drawing calendar sheet section for One mode is formed in a rectangular structure extending from the top through the middle to the bottom, and a head-type twin magnetic projection section for One mode is formed on one side of the upper head section of the One mode background-type rectangular corrugated cardboard section to which the One mode springless drawing calendar sheet section for One mode can be detachably attached, and a "C"-shaped head magnetic support section for One mode is formed in alignment with the head-type twin magnetic projection section for One mode, and a background-type rectangular corrugated cardboard section for One mode is formed on the bottom surface of the head-type twin magnetic projection section for One mode, the "C"-shaped head magnetic support section for One mode, and the springless drawing calendar sheet section for One mode, and the One mode background-type rectangular corrugated cardboard section of the One mode background-type rectangular corrugated cardboard section A central pivot-shaped lower support section for One mode is formed and configured on one side of the bottom.

[0059] Additionally, a wall-mounting hook is formed on one side of the magnetic support of the "U"-shaped head for One mode.

[0061] Second, a springless drawing calendar sheet part (120) for one mode according to the present invention will be described.

[0062] The above-mentioned springless drawing calendar sheet section (120) for One mode consists of 13 sheets of display media containing monthly calendar information along with 13 drawings, and is formed as a springless structure with the head end bonded with a springless adhesive, and is not wound like a scroll but is stored in a rectangular unfolded state, and then is supported in surface contact with the One mode background-type rectangular corrugated cardboard section and performs the role of being displayed in a folded-out mode.

[0063] This consists of a sheet selected from Hanji, canvas paper, or art paper, and a display medium containing lunar calendar information along with 13 drawings is formed in 13 sheets.

[0064] In the present invention, a drawing is formed in the central part of the sheet, and calendar information (=calendar) is formed on one side of the bottom of the drawing, thereby forming a drawing calendar sheet (121).

[0065] In addition, on one side of the upper part of the drawing calendar sheet, an upper circular insertion hole (122) is formed in a 2-channel (=2) structure at the part that contacts the head-type twin magnetic protrusion for One mode.

[0066] Here, the reason the upper circular insertion hole is formed as a 2-channel (=2) structure is to form them in pairs so that they are positioned at the center of gravity and center (center) position, even if the head-type twin magnetic protrusion for One mode is configured as a 4-channel (=4) structure.

[0068] And, as shown in FIG. 6, the head end (123) of the drawing calendar sheet is formed and configured as a springless one bonded with a springless adhesive.

[0070] In other words, adhesive is applied only to the head end of the springless drawing calendar sheet section for One Mode using an adhesive applicator.

[0071] Here, the adhesive applicator is configured as a brush-type automatic machine structure or a manual brush method.

[0072] Then, in order to apply adhesive only to the head end of the springless drawing calendar sheet section for One mode, multiple drawing calendar sheet inner sheets are laminated and then strongly pressed by an upper and lower presser to form the shape so that only the head end of the drawing calendar sheet inner sheet protrudes.

[0073] Here, the upper and lower press supports multiple drawing calendar sheet inner sheets on the upper and lower press panel in the upper and lower press panel from the upper and lower directions, preventing the adhesive applied through the head end of the drawing calendar sheet inner sheet from flowing into the interior of the drawing calendar sheet inner sheet.

[0074] Then, with only the head end of the drawing calendar sheet inner page protruding, adhesive is applied only to the head end of the drawing calendar sheet inner page using an adhesive applicator.

[0075] Then, the adhesive is applied once and dried at room temperature for 3 to 6 hours, and then applied a second time and dried at room temperature for 3 to 6 hours.

[0076] The reason for applying adhesive only to the head end of the drawing calendar sheet insert is to combine the drawing calendar sheet inserts, which are laminated in a layered structure, into one at the head end, and at the same time, to prevent the problem of the inserts sticking together and causing a dent when unfolded with the head end as the adhesive flows between the calendar sheets, and to allow the drawing calendar to be unfolded and displayed externally with a connected feel without a disconnected feeling based on the spring-free upper and lower separator.

[0077] The above adhesive is characterized by having high viscosity so that it does not flow, does not harden even at room temperature, maintains a moist state, retains a slight viscosity like silicone after drying, and has a white color.

[0079] That is, the user takes out the springless drawing calendar sheet for One mode from the rectangular unfolding storage box in its original rectangular structure and places it on the upper surface of the One mode background-type rectangular corrugated cardboard part to align it.

[0080] Next, it is positioned by hooking it onto the head-type twin magnetic protrusion for One mode, and then attached by the magnetic force formed between the head-type twin magnetic protrusion for One mode and the "U"-shaped head magnetic support for One mode, thereby joining.

[0081] Next, when replacing the wall, release the magnetic connection between the head-type twin magnetic protrusion for One mode and the "U"-shaped head magnetic support for One mode, replace it with the desired wall sheet, and reconnect it.

[0083] Through this spring-free drawing calendar sheet for One mode, 13 display media containing monthly calendar information along with 13 drawings can be formed. Since there is no spring member, there is no elastic rebound or bouncing, so contact stability can be increased by 1.5 to 2 times compared to conventional methods when magnetic dot coupling is used. With the configuration of 13 drawing calendar sheets, monthly replacement and display are easy, and when storing, they can be stored in a rectangular unfolded storage box in a flat stacked manner.

[0085] Third, a head-type twin magnetic protrusion (130) for one mode according to the present invention will be described.

[0086] The above One Mode head-type twin magnetic protrusion (130) is located on one side of the upper head portion of the One Mode background-type rectangular corrugated cardboard portion, and through a twin-structured protrusion formed by a pair of circular magnets on the left and right sides of the upper head portion, it guides the head portion of the One Mode spring-free drawing calendar sheet in a dot shape to position it correctly, and then attaches it to the dot using the force of the One Mode "U"-shaped head magnetic support and the magnet, thereby serving to fix the One Mode spring-free drawing calendar sheet so that it does not detach to the outside.

[0087] As shown in FIG. 5, this consists of a left-type magnetic protrusion (131) for One mode and a right-type magnetic protrusion (132) for One mode.

[0088] Here, the left-type magnetic protrusions (131) for One mode are configured as 1 channel (=1), 2 channels (=2), and 3 channels (=3) depending on the purpose and shape of use.

[0089] Also, the light-type magnetic protrusions (132) for One mode are configured in 1 channel (=1), 2 channels (=2), and 3 channels (=3) depending on the purpose and shape of use.

[0090] In the present invention, each is formed and configured with 2 channels (= 2 pieces).

[0092] The above-mentioned left-type magnetic protrusion (131) for One mode forms a dot-shaped protrusion on one side of the left when looking at the upper head portion of the One mode background-type rectangular corrugated cardboard portion in a plan view, guides the head portion of the One mode spring-free drawing calendar sheet portion to the left dot-shaped protrusion to position it correctly, and then attaches the dot to the One mode "U"-shaped head magnetic support portion using magnetic force, thereby serving to fix the One mode spring-free drawing calendar sheet portion so that it does not detach to the outside.

[0093] This consists of a first reference point left-type magnetic protrusion (131a) located inside a background-type rectangular corrugated cardboard part for One mode to form a reference point (+ pole), and a first dot point left-type magnetic protrusion (131b) that is fixed by magnetic contact with the first reference point left-type magnetic protrusion as a (-) pole and forms a dot-shaped (+) pole at the part that contacts the "U"-shaped head magnetic support part for One mode.

[0095] The above One Mode light-type magnetic protrusion (132) forms a dot-shaped protrusion on one side of the light when looking at the upper head portion of the One Mode background-type rectangular corrugated cardboard portion in a plan view, guides the head portion of the One Mode spring-free drawing calendar sheet portion to the right dot-shaped protrusion to position it correctly, and then attaches the dot to the One Mode "U"-shaped head magnetic support portion using magnetic force, thereby serving to fix the One Mode spring-free drawing calendar sheet portion so that it does not detach to the outside.

[0096] This consists of a 2a reference point light-type magnetic protrusion (132a) located inside a background-type rectangular corrugated cardboard part for One mode to form a reference point (-pole), and a 2b dot point light-type magnetic protrusion (132b) that is fixed by magnetic contact with the 2a reference point light-type magnetic protrusion as a (+) pole and forms a dot-shaped (-) pole at the part that contacts the "U"-shaped head magnetic support part for One mode.

[0098] That is, the upper circular insertion hole of the One Mode spring-free drawing calendar sheet is hooked onto the One Mode head-type twin magnetic protrusion part, which consists of a left-type magnetic protrusion and a right-type magnetic protrusion, and positioned correctly.

[0099] Next, the "U"-shaped head magnetic support for One mode is placed over the head-type twin magnetic protrusion for One mode, and with a clicking sound, the dots are attached by magnetic force and combined.

[0101] Through this configuration, by forming a twin connection compared to a single connection, horizontal rotational moment is suppressed, left and right tilting is suppressed, and upper sagging is dispersed. Above all, the springless drawing calendar sheet for One Mode can be maintained in the correct position even during shaking during exhibition. Since it is a dot connection, attachment and detachment are quick, and the risk of sheet damage (tearing) can be reduced to 40% or less compared to conventional perforations and clips.

[0103] Fourth, a "U"-shaped head magnetic support part (140) for one mode according to the present invention will be described.

[0104] The above "U"-shaped head magnetic support part (140) for One mode is formed in a "U" shape along the same line as the head-type twin magnetic protrusion part for One mode, and attaches to the head-type twin magnetic protrusion part for One mode by magnetic force, thereby serving to fix the springless drawing calendar sheet part for One mode so that it does not detach to the outside.

[0105] As shown in FIGS. 5 and 7, this consists of a "U" shaped head cover (141) for One mode and a magnetic dot contact part (142) for One mode.

[0107] The above "C"-shaped head cover part (141) for the One mode is integrally formed on one side of the head of the One mode background-type rectangular corrugated cardboard part and is formed in a "C" shape, serving to form a cover structure in a "C" shape together with the One mode magnetic dot contact part.

[0108] Here, the "ㄷ" shape refers to the shape of the top part of the head of the rectangular corrugated cardboard background section for One mode when viewed from the side.

[0109] This is formed integrally on one side of the top of the head of the rectangular corrugated cardboard background part for One mode, and is formed in a hinge type that is covered and then unfolded.

[0110] In addition, based on the thickness of the springless portion at the head end of the springless drawing calendar sheet for One mode, the height of the "U"-shaped contact portion is also formed to be 1.1 to 1.2 times higher.

[0111] The reason is to cover the springless section at the head end of the springless drawing calendar sheet for One Mode, protect it from external pressure, and prevent it from detaching from the outside.

[0113] The magnetic dot contact portion (142) for the above One mode is formed at the bottom edge of the covering ceiling of the One mode "U"-shaped head covering portion, and performs the function of magnetically attaching to the One mode head-type twin magnetic protrusion portion in a dot shape.

[0114] This consists of a left magnetic dot section (142a) for One mode and a right magnetic dot section (142b) for One mode.

[0116] The above-mentioned left magnetic dot portion (142a) for One mode is formed on the left side of the bottom edge of the cover ceiling of the "U"-shaped head cover portion for One mode, and performs the function of magnetic attachment by forming a (-) pole in the shape of a dot with the head-type twin magnetic protrusion portion for One mode.

[0117] Here, forming a (-) pole in a dot shape with the head-type twin magnetic protrusion for One mode refers to the formation of a (-) pole by magnetically attaching the 1b dot point of the left-type magnetic protrusion, which forms the (+) pole, to the (-) pole in a dot shape.

[0119] The above One Mode light magnetic dot part (142b) is formed on the light side of the bottom portion of the cover ceiling of the One Mode "U"-shaped head cover part, and performs the function of magnetic attachment by forming a (+) pole in the shape of a dot with the One Mode head-type twin magnetic protrusion part.

[0120] Here, forming a (+) pole in a dot shape with the head-type twin magnetic protrusion for One mode refers to the formation of a (-) pole by magnetically attaching the 2b dot point light-type magnetic protrusion of the light-type magnetic protrusion to form a (+) pole in a dot shape.

[0122] Through this configuration, a "C"-shaped covering structure can be formed with the magnetic dot contact part for One Mode and the "C"-shaped head covering part for One Mode, rather than a simple flat magnet connection, so that the springless drawing calendar sheet part for One Mode can be enclosed and included. As a result, the detachment of the springless drawing calendar sheet part for One Mode due to external pressure from vibration and shock can be reduced to 40% or less compared to the conventional method, and by attaching dots using the magnetic force of the "C"-shaped head magnetic support part for One Mode, the completed hybrid transformer-type 13-sheet scroll drawing calendar can be formed 1.5 to 2 times faster than the conventional method.

[0124] Fifth, a background-type rectangular corrugated cardboard section (150) for one mode according to the present invention will be described.

[0125] The above-mentioned rectangular corrugated cardboard section (150) for the One mode background is positioned on the lower surface of the One mode springless drawing calendar sheet section and performs the role of a background backboard while being supported by surface contact.

[0126] Here, the role of the background backboard refers to suppressing sagging, wrinkling, and creasing of the springless drawing calendar sheet for One mode during exhibition through the role of the background backboard while being supported by surface contact, and stably maintaining the rectangular screen width.

[0127] As shown in FIG. 8, this consists of a rectangular corrugated cardboard body (151) for One mode, a surface friction control layer (152) for One mode, an alignment mark / reference line (153) for One mode, and a corner protection part (154) for One mode.

[0128] Additionally, a head-type twin magnetic protrusion for One mode is formed on the upper head portion, and a "U"-shaped head magnetic support for One mode is integrally formed at the upper end in alignment with the head-type twin magnetic protrusion for One mode, and a central weight-shaped lower support portion for One mode is integrally formed at the lower bottom end.

[0129] Depending on the purpose of use and form, the "U"-shaped head magnetic support for One mode and the weight-shaped lower support for One mode are configured to be detachable or integrated.

[0131] [Rectangular corrugated cardboard body for One mode (151)]

[0133] The above rectangular corrugated cardboard body (151) for the One mode is formed in a rectangular structure and serves to protect and support each device from external pressure.

[0134] As illustrated in FIG. 9, a corrugated cardboard core for One mode consisting of 2t to 10t is formed, and a surface paper liner for One mode selected from a kraft liner, a white liner, and an acid-free liner is formed on the corrugated cardboard core for One mode, a surface friction control layer for One mode is formed on the upper surface where a spring-free drawing calendar sheet for One mode contacts, an alignment mark / reference line for One mode is formed on the surface friction control layer for One mode, and a corner protection part for One mode is formed on one side of the corner.

[0136] [Surface friction control layer for One mode (152)]

[0138] The above-mentioned surface friction control layer (152) for the One mode is located on the upper surface of the rectangular corrugated cardboard body for the One mode and serves to form a surface friction control layer.

[0139] This consists of a primer layer that stabilizes the coating by pressing down fiber lifting on the surface of the corrugated cardboard, a friction control base layer that forms a flexible and abrasion-resistant layer based on a water-based binder, a fine particle friction control layer that sets frictional force with silica, calcium carbonate, and rubber microparticles, and a top coat layer that provides anti-blocking, moisture resistance, and stain resistance.

[0141] More specifically, the surface friction control layer for the one mode is composed of a non-adhesive, high-friction fine silica mat coating type composition for anti-slip, non-adhesion, and low-scratch properties.

[0142] The above non-adhesive, high-friction fine silica mat coating composition comprises 28-38 wt% of an aqueous polyurethane binder (dispersion) and 8-15 wt% of an acrylic binder (flexibility and adhesion aid), and

[0143] It consists of 12~22 wt% of silica matting agent (amorphous SiO₂, 3~10 μm), 10~18 wt% of calcium carbonate (CaCO₃, 1~5 μm), 1~4 wt% of wax emulsion (PE and PTFE wax, blocking reduction), 0.3~1.5 wt% of dispersant, and 20~35 wt% of water (viscosity and coating properties control).

[0145] Among these compositions, silica creates fine protrusions on the surface to increase static friction, wax reduces surface stickiness to lower adhesion, and the coating film is flexible, allowing it to smoothly absorb the fine roughness of the corrugated cardboard.

[0147] By configuring the surface friction control layer for the above-mentioned One mode, the phenomenon of the springless drawing calendar sheet for the One mode sliding and the moon position shifting is suppressed, and at the same time, the phenomenon of the surface of the springless drawing calendar sheet for the One mode being scratched or sticking is reduced, and the static friction coefficient (μs) can be tuned so that it is held appropriately in a surface contact support state but can be easily replaced by hand.

[0149] [Alignment mark / reference line section for One mode (153)]

[0151] The above alignment mark / reference line section (153) for One mode serves to form an upper reference line, a central vertical line, and left and right references when placing the One mode springless drawing calendar sheet section on the One mode rectangular corrugated cardboard main body.

[0152] As a result, users can form a complete hybrid transformer-style 13-panel scroll drawing calendar 1.5 to 2 times faster than before.

[0154] [Corner protection part for One mode (154)]

[0156] The above-mentioned corner protection part (154) for the One mode is located on one side of the corner of the rectangular corrugated cardboard body for the One mode and serves to protect the corner by means of a corner cap or lamination reinforcement.

[0157] This is configured to prevent the corners of the corrugated cardboard from being pressed or torn during stacking and transport of rectangular unfolded storage boxes, and to reduce the transmission of bending or lifting of the corners to the sheet during display.

[0159] That is, the rectangular corrugated cardboard background part for One mode, taken out of the rectangular unfolding storage box, is placed on the floor and table, and the springless drawing calendar sheet part for One mode is placed on top of it and aligned in surface contact. Then, the dots are attached and combined using the magnetic force formed between the head-type twin magnetic protrusion part for One mode and the "U"-shaped head magnetic support part for One mode, and then the rectangular structure is unfolded and hung on the wall.

[0161] Through this configuration, the advantages of a structure without a warp mode can be maximized to increase the flat display quality by 1.5 to 2 times compared to the existing one, and the Korean calendar sheet of the springless drawing calendar sheet for One mode is induced to appear optically flat, thereby improving the display sensation for the user by 80%, and even when the springless drawing calendar sheet for One mode is stacked and stored in a rectangular unfolding storage box, the rectangular corrugated cardboard part of the One mode background supports it together, thereby reducing the corner deformation of the springless drawing calendar sheet for One mode to 40% or less compared to the existing one.

[0163] Sixth, the central pyramidal lower branch portion (160) for the One mode according to the present invention will be described.

[0164] The above-mentioned central weight-shaped lower seal portion (160) for the One mode is located on one side of the lower part of the One mode background-type rectangular corrugated cardboard portion and acts as a central weight to pull the One mode background-type rectangular corrugated cardboard portion downward, thereby forming a hanging finish characteristic of a scroll.

[0165] This pulls the rectangular corrugated cardboard background section for One mode downward to straighten sagging in a consistent direction, reduce lateral shaking, and create the characteristic drooping finish of a hanging scroll, thereby enhancing visual completeness.

[0166] Additionally, it is formed and configured as an integrated or detachable unit on one side of the bottom of the rectangular corrugated cardboard section for One mode backgrounds.

[0167] As shown in FIG. 10, the above One mode center-shaped lower branch part (160) is composed of a One mode branch body (161), a corrugated cardboard part joining part (162), a One mode center-shaped lower branch (163), a center-shaped core part (164), and left and right end caps (165).

[0169] The above One mode main body (161) is formed in a horizontal rod shape and serves to protect and support each device from external pressure.

[0170] As illustrated in FIG. 11, a corrugated cardboard part coupling part is formed on one side of the upper portion to be combined with a background-type rectangular corrugated cardboard part for One mode, a central pyramidal lower rod for One mode is formed on one side of the lower portion of the corrugated cardboard part coupling part, a central pyramidal core part is formed in the internal receiving space of the central pyramidal lower rod for One mode, and left and right end caps are formed on the left and right end portions of the central pyramidal lower rod for One mode.

[0172] The above corrugated cardboard part joining part (162) is located on one side of the upper part of the One mode paper rod body and performs the function of being integrally joined with the One mode background-type rectangular corrugated cardboard part.

[0173] This is configured by selecting one of the following: a pocket insertion type part that forms a rod insertion pocket at the bottom of a rectangular corrugated cardboard background part for One mode and inserts a central weight-shaped bottom rod for One mode; a clamp type part that grips and joins the bottom of a rectangular corrugated cardboard background part for One mode with U-shaped and L-shaped clips; and a slide rail type part that creates a rail groove at the bottom of a rectangular corrugated cardboard background part for One mode and allows the rod to slide and join.

[0175] The above-mentioned central pyramidal lower rod (163) for the One mode is located on one side of the lower part of the corrugated cardboard joint and is formed in a rod shape having a horizontal length direction, serving to form a hanging finish characteristic of a scroll.

[0176] This is made by selecting one of wood, aluminum, stainless steel, ABS resin, or PC resin.

[0178] The above-mentioned central prism-shaped core part (164) is inserted into the internal receiving space of the central prism-shaped lower branch for One mode, and acts as a central prism to perform the function of pulling the One mode background-shaped rectangular corrugated cardboard part downward.

[0180] The above left and right end caps (165) are positioned at both ends of the central pyramidal lower bar for One mode and serve to finish it in a cap shape.

[0181] This prevents the central pyramidal core part formed in the internal receiving space of the central pyramidal lower base for One mode from escaping to the outside.

[0183] That is, a central pivot-shaped bottom pin is formed on one side of the bottom of the rectangular corrugated cardboard background section for One mode, and by acting as a pivot, the rectangular corrugated cardboard background section for One mode is pulled downward to form a hanging finish characteristic of a scroll, thereby flattening the rectangular corrugated cardboard background section for One mode and improving the display quality by 1.5 to 2 times compared to the existing one, and reducing the torque of twisting left and right, the vertical alignment of the rectangular corrugated cardboard background section for One mode is maintained, and the traditional scroll feel and aesthetic sense can be preserved.

[0185] Thus, by configuring a springless hanging-mode type scroll drawing calendar forming module consisting of a scroll-type module body for One Mode, a springless drawing calendar sheet part for One Mode, a head-type twin magnetic protrusion part for One Mode, a "U"-shaped head magnetic support part for One Mode, a background-type rectangular corrugated cardboard part for One Mode, and a weight-shaped bottom seal part for One Mode, the problems associated with conventional general scrolls and roll-type calendars—which are designed for rolling and therefore retain slight curling even after unfolding, resulting in uneven screens, lifting in specific areas, and susceptibility to wrinkles and ripples during long-term display—are improved. By utilizing rectangular flatbed storage and surface contact support of the background backboard, the display quality can be consistently reproduced, display flatness can be improved by 80% compared to existing methods, and low cost is achieved through the springless design and adhesive head. It can provide low failure and low noise effects, and can be combined by attaching dots using the magnetic force formed between the head-type twin magnetic protrusion for One mode and the "U"-shaped head magnetic support for One mode, rather than a simple flat magnetic connection, so that it can be formed in a form that surrounds and includes the spring-free drawing calendar sheet for One mode, and as a result, the detachment of the spring-free drawing calendar sheet for One mode due to external pressure of vibration and shock can be reduced to 40% or less compared to the conventional method, and the completed hybrid transformer-type 13-sheet scroll drawing calendar can be formed 1.5 to 2 times faster than the conventional method.

[0187] Next, a springless, roll-up and hanging-width mode type scroll drawing calendar forming module (200) according to the present invention will be described.

[0188] The above-mentioned spring-free scroll and hanging mode type scroll drawing calendar forming module (200) is composed of two modes that convert from a rolled-up scroll mode to a hanging mode that unfolds into a rectangular structure and hangs, and plays the role of converting and forming a scroll by attaching 13 drawing calendars having a rectangular structure to the structure rolled up like a scroll using magnetic force.

[0189] Here, the rolled-up structure refers to the 'scroll mode,' which describes a rectangular silk fabric background for Two mode being stored in a scroll storage box while rolled up like a scroll, and then taken out and unfolded from the rolled-up structure into a rectangular structure.

[0190] And, the hanging mode refers to forming a scroll by attaching a springless drawing calendar sheet part for the Two mode, which has a rectangular structure, to a background-type rectangular silk cloth part for the Two mode while it is unfolded into a rectangular structure using magnetic force.

[0191] That is, only the background-type silk fabric part, which is a component of the present invention, is rolled up like a scroll and stored inside a scroll storage box while maintaining its rolled shape with a rubber band or paper adhesive.

[0192] Then, the Two-mode background-type rectangular silk fabric, which is rolled up like a scroll stored inside a scroll storage box, is unfolded into a rectangular structure. After placing the Two-mode spring-free drawing calendar sheet, which has a rectangular structure, on top of the Two-mode background-type rectangular silk fabric, dots are attached using the magnetic force formed between the Two-mode head-type twin magnetic protrusions and the Two-mode "U"-shaped head magnetic support, and then attached using the magnetic force formed between the Two-mode bottom-type twin magnetic protrusions and the Two-mode "U"-shaped bottom magnetic support to combine them. Finally, the rectangular structure is unfolded as is and hung on the wall. At this time, the Two-mode central weight-type bottom pin acts as a central weight and creates the appearance of a hanging scroll.

[0193] Rolled up like a scroll, only the rectangular silk background-type fabric for Two Mode is stored, while the remaining components—the scroll-type module body for Two Mode, the spring-free drawing calendar sheet for Two Mode, the head-type twin magnetic protrusion for Two Mode, and the "U"-shaped head magnetic support for Two Mode—are unfolded to form a rectangular structure.

[0194] Furthermore, in the case of the rectangular silk fabric background for Two mode, even if it is stored rolled up like a scroll, if unfolded while maintaining its rectangular structure, it restores its rectangular shape due to the inherent flexibility of the silk material.

[0195] In addition, the springless drawing calendar sheet for Two mode has a rectangular structure; it is placed on the rectangular silk background fabric for Two mode, unfolded into its rectangular shape, and hung on the wall.

[0197] As shown in FIG. 12, the above springless scroll-type and hanging-width-type scroll drawing calendar forming module (200) is composed of a two-mode scroll-type module body (210), a two-mode springless drawing calendar sheet part (220), a two-mode head bar part (230), a two-mode head-type twin magnetic protrusion part (240), a two-mode "U"-shaped head magnetic support part (250), a two-mode background-type rectangular silk cloth part (260), and a two-mode center-weight-type lower seal part (270).

[0198] Here, Two mode refers to being formed in two modes that convert from the arc mode to the hanging width mode.

[0200] First, a two-mode scroll-type module body (210) according to the present invention will be described.

[0201] The above-mentioned two-mode scroll-type module body (210) is formed in a rectangular structure and serves to protect and support each device from external pressure.

[0202] As illustrated in FIG. 13 and 14, a springless drawing calendar sheet section for Two Mode is formed in a rectangular structure extending from the top through the middle to the bottom, a Two Mode head bar section is formed on one side of the upper head section of the Two Mode background-type rectangular silk cloth section, a Two Mode head-type twin magnetic projection section is formed below the Two Mode head bar section so that the Two Mode springless drawing calendar sheet section can be detachably attached to the Two Mode head bar section, a Two Mode "U"-shaped head magnetic support section is formed in alignment with the Two Mode head-type twin magnetic projection section, and the Two Mode head-type twin magnetic projection section, the Two Mode "U"-shaped head magnetic support section, and the Two Mode A rectangular silk fabric section with a background type for Two mode is formed on the bottom surface of a springless drawing calendar sheet section, and a central weight-shaped bottom seal section for Two mode is formed on one side of the bottom of the rectangular silk fabric section with a background type for Two mode.

[0203] Additionally, a wall-hanging loop is formed on one side of the upper part of the Two Mode head bar.

[0205] Second, a springless drawing calendar sheet part (220) for two modes according to the present invention will be described.

[0206] The above-mentioned springless drawing calendar sheet section (220) for two modes consists of 13 sheets of display media containing lunar calendar information along with 13 drawings, and is formed as a springless structure with the head end bonded with a springless adhesive, and is stored in a rolled-up state like a scroll, then unfolded into a rectangular structure, and is supported in surface contact with the rectangular silk fabric section for two modes backgrounds, thereby performing the role of being displayed in a scroll mode.

[0207] This consists of a sheet selected from Hanji, canvas paper, or art paper, and a display medium containing lunar calendar information along with 13 drawings is formed as 13 sheets.

[0208] That is, only one drawing is formed on the main first page, and up to the next 12 pages, a display medium containing lunar calendar information is formed with 12 drawings, and a total of 13 pages are formed.

[0209] In the present invention, a drawing is formed in the central part of the sheet, and calendar information (=calendar) is formed on one side of the bottom of the drawing, thereby forming a drawing calendar sheet (221).

[0210] In addition, an upper circular insertion hole (222) is formed in a 2-channel (=2) structure at the part that contacts the head-type twin magnetic protrusion for Two mode on one side of the upper part of the drawing calendar sheet, and a lower circular insertion hole (223) is formed in a 2-channel (=2) structure at the part that contacts the lower twin magnetic protrusion for Two mode on one side of the lower part of the drawing calendar sheet.

[0211] Here, the reason the upper circular insertion hole and the lower circular insertion hole are each formed as a 2-channel (=2) structure is that the head-type twin magnetic protrusion for two modes and the lower twin magnetic protrusion for two modes are each formed as a 4-channel (=4) structure, but are formed in pairs so that they are positioned at the center of gravity and center (center) position.

[0213] And, the head end (224) of the drawing calendar sheet is formed and configured as a springless one bonded with a springless adhesive.

[0215] In other words, adhesive is applied only to the head end of the springless drawing calendar sheet section for two modes using an adhesive applicator.

[0216] Here, the adhesive applicator is configured as a brush-type automatic machine structure or a manual brush method.

[0217] Then, in order to apply adhesive only to the head end of the springless drawing calendar sheet section for two modes, multiple drawing calendar sheet inner sheets are laminated and then strongly pressed by an upper and lower presser to form the shape so that only the head end of the drawing calendar sheet inner sheet protrudes.

[0218] Here, the upper and lower press supports multiple drawing calendar sheet inner sheets on the upper and lower press panel in the upper and lower press panel from the upper and lower directions, preventing the adhesive applied through the head end of the drawing calendar sheet inner sheet from flowing into the interior of the drawing calendar sheet inner sheet.

[0219] Then, with only the head end of the drawing calendar sheet inner page protruding, adhesive is applied only to the head end of the drawing calendar sheet inner page using an adhesive applicator.

[0220] Then, the adhesive is applied once and dried at room temperature for 3 to 6 hours, and then applied a second time and dried at room temperature for 3 to 6 hours.

[0221] The reason for applying adhesive only to the head end of the drawing calendar sheet insert is to combine the drawing calendar sheet inserts, which are laminated in a layered structure, into one at the head end, and at the same time, to prevent the problem of the inserts sticking together and causing a dent when unfolded with the head end as the adhesive flows between the calendar sheets, and to allow the drawing calendar to be unfolded and displayed externally with a connected feel without a disconnected feeling based on the spring-free upper and lower separator.

[0222] The above adhesive is characterized by having high viscosity so that it does not flow, does not harden even at room temperature, maintains a moist state, retains a slight viscosity like silicone after drying, and has a white color.

[0224] That is, as shown in FIG. 28, the user takes out the springless drawing calendar sheet for Two mode in its rectangular structure and places it on the upper surface of the rectangular silk fabric background for Two mode to align it.

[0225] Next, as shown in FIG. 29, the two-mode head-type twin magnetic protrusion is positioned by hooking it, and then the two-mode head-type twin magnetic protrusion is attached and combined by the magnetic force formed between the two-mode head-type twin magnetic protrusion and the two-mode "U"-shaped head magnetic support.

[0226] Next, when replacing the wall, release the magnetic connection between the head-type twin magnetic protrusion for Two mode and the "U"-shaped head magnetic support for Two mode, replace it with the desired wall sheet, and reconnect it.

[0228] Through this configuration, the springless drawing calendar sheet for two modes is attached by first dot attachment using the magnetic force formed between the head-type twin magnetic protrusion for two modes and the "U"-shaped head magnetic support for two modes, making attachment and forming a scroll calendar easy, and allowing attachment and detachment when changing months to be done 1.5 to 2 times faster than before, and allowing it to be fixed in the same position at all times, thereby improving reproducibility by 80% compared to before.

[0230] Third, the head bar part (230) for two modes according to the present invention will be described.

[0231] The head bar part (230) for the two mode is located on one side of the upper head part of the background-type rectangular silk cloth part for the two mode and is formed as a bar structure having a horizontal length direction, serving to support the background-type rectangular silk cloth part for the two mode and the "U"-shaped head magnetic support part for the two mode in an upward direction.

[0232] As shown in FIG. 15, this consists of a head bar body (231), a silk cloth upper connecting part (232), and a wall hanging hook part (233).

[0234] The head bar body (231) is formed in a horizontal rod shape and serves to protect and support each device from external pressure.

[0235] As illustrated in FIG. 16, this is configured such that a silk fabric upper connecting part is formed on one side of the bottom edge, and a wall-hanging hook part is formed on one side of the top edge.

[0236] In addition, the head bar body is made of one of the following: paper, wood, aluminum, stainless steel, ABS resin, or PC resin.

[0238] The upper connecting part (232) of the silk fabric is located on one side of the bottom end of the head bar body and serves to be integrally connected to the background-type rectangular silk fabric part for two modes.

[0239] This is bonded with adhesive or double-sided tape to form a single integrated unit.

[0241] The above wall-hanging loop portion (233) is located on one side of the upper part of the head rod body and serves to form a loop for hanging on the wall.

[0243] Through this configuration, the top of the rectangular silk fabric background for the Two mode is supported in a straight line in the shape of a bar, so the top boundary of the rectangular silk fabric background for the Two mode becomes clearer, which can improve the finish of the top of the scroll by 80% compared to the existing one, and the wall mounting point is stabilized, so shaking and tilting during exhibition can be reduced to 40% or less compared to the existing one.

[0245] Fourth, a head-type twin magnetic protrusion (240) for two modes according to the present invention will be described.

[0246] The above-mentioned two-mode head-type twin magnetic protrusion (240) is located on one side of the upper head portion of the two-mode background-type rectangular silk fabric portion, and is formed as a twin-structured protrusion in which a pair of circular magnets are formed on the left and right sides of the upper head portion, respectively, to guide the head portion of the two-mode spring-free drawing calendar sheet portion in a dot shape and position it correctly, and then attach the dot first using the force of the two-mode "U"-shaped head magnetic support portion and the magnet, thereby serving to fix the two-mode spring-free drawing calendar sheet portion so that it does not detach to the outside.

[0247] As shown in FIG. 17, this consists of a 2a left-type magnetic protrusion (241) and a 2b right-type magnetic protrusion (242).

[0249] The above 2a left-type magnetic protrusion (241) forms a dot-shaped protrusion on one side of the left when looking at the upper head portion of the Two mode background-type rectangular silk fabric portion in a plan view, guides the upper head portion of the Two mode spring-free drawing calendar sheet portion to the left dot-shaped protrusion to position it correctly, and then attaches the dot first by the magnetic force of the Two mode "U"-shaped head magnetic support portion, thereby serving to fix the Two mode spring-free drawing calendar sheet portion so that it does not detach to the outside.

[0250] As illustrated in FIG. 14, this consists of a third-a reference point left-type magnetic protrusion (241a) located inside a background-type rectangular silk fabric part for two modes to form a reference point (+ pole), and a third-b dot point left-type magnetic protrusion (241b) that is fixed by magnetic contact with the third-a reference point left-type magnetic protrusion as a (-) pole and forms a dot-shaped (+) pole in the part that contacts the "C"-shaped head magnetic support part for two modes.

[0252] The above 2b light-type magnetic protrusion (242) forms a dot-shaped protrusion on one side of the light when looking at the upper head portion of the Two mode background-type rectangular silk cloth portion in a plan view, guides the head portion of the Two mode spring-free drawing calendar sheet portion to the right dot-shaped protrusion to position it correctly, and then attaches the dot first by the force of the magnetic force of the Two mode "U"-shaped head magnetic support portion, thereby serving to fix the Two mode spring-free drawing calendar sheet portion so that it does not detach to the outside.

[0253] As illustrated in FIG. 14, this consists of a 4a reference point light-type magnetic protrusion (242a) that is positioned inside a background-type rectangular silk fabric part for two modes to form a reference point (-pole), and a 4b dot point light-type magnetic protrusion (242b) that is fixed by magnetic contact with the 4a reference point light-type magnetic protrusion as a (+) pole and forms a dot-shaped (-) pole in the part that contacts the "C"-shaped head magnetic support part for two modes.

[0255] That is, the upper circular insertion hole of the springless drawing calendar sheet for the two mode is hooked onto the head-type twin magnetic protrusion part for the two mode, which consists of the 2a left-type magnetic protrusion and the 2b right-type magnetic protrusion, and positioned correctly.

[0256] Next, the "U"-shaped head magnetic support for the Two mode is placed over the Two mode head-type twin magnetic protrusion, and with a clicking sound, the dots are attached by magnetic force and combined.

[0258] Through this configuration, by forming a twin connection compared to a single connection, horizontal rotational moment is suppressed, lateral tilting is suppressed, and upper sagging is dispersed. Above all, the springless drawing calendar sheet for two modes can be maintained in the correct position even during shaking during display. Since it is a dot connection, attachment and detachment are quick, and the risk of sheet damage (tearing) can be reduced to 40% or less compared to conventional perforations and clips.

[0260] Fifth, a "U" shaped head magnetic support (250) for two modes according to the present invention will be described.

[0261] The above "U"-shaped head magnetic support part (250) for the Two mode is formed in a "U" shape along the same line as the head-type twin magnetic protrusion part for the Two mode, and attaches the first dot to the head-type twin magnetic protrusion part for the Two mode by magnetic force, thereby serving to fix the upper part of the springless drawing calendar sheet part for the Two mode so that it does not detach to the outside.

[0262] As shown in FIG. 18, this consists of a "U" shaped head cover (251) for two modes and a magnetic dot head contact part (252) for two modes.

[0264] The above "U"-shaped head cover part (251) for the Two mode is integrally formed on one side of the upper part of the head of the Two mode background-type rectangular silk cloth part and is formed in a "U" shape, serving to form a cover structure in a "U" shape together with the magnetic dot head contact part for the Two mode.

[0265] Here, the "ㄷ" shape refers to the shape of the top part of the head of the rectangular silk fabric background for Two mode when viewed from the side.

[0266] This is formed integrally on one side of the top of the head of the Two Mode background-type rectangular silk cloth part, and is formed in a hinge-type manner that covers and unfolds.

[0267] In addition, based on the thickness of the springless portion at the head end of the springless drawing calendar sheet for two modes, the height of the "U"-shaped contact portion is also formed to be 1.1 to 1.2 times higher.

[0268] The reason is to cover the springless section at the head end of the springless drawing calendar sheet for Two Mode, protect it from external pressure, and prevent it from detaching from the outside.

[0270] The magnetic dot head contact portion (252) for the two mode is formed at the bottom edge of the covering ceiling of the "U"-shaped head covering portion for the two mode, and performs the function of magnetically attaching to the two mode head-type twin magnetic protrusion portion in a dot shape.

[0271] As shown in FIG. 14, this consists of a left magnetic head dot section (252a) for two modes and a right magnetic head dot section (252b) for two modes.

[0273] The above-mentioned left magnetic head dot portion (252a) for two modes is formed on the left side of the bottom edge of the cover ceiling of the "U"-shaped head cover portion for two modes, and performs the function of magnetic attachment by forming a (-) pole in the shape of a dot with the head-type twin magnetic protrusion portion for two modes.

[0274] Here, forming a (-) pole in a dot shape with the head-type twin magnetic protrusion for two modes refers to the formation of a (-) pole by magnetically attaching the 3b dot-point left-type magnetic protrusion of the 2a left-type magnetic protrusion that forms a (+) pole in a dot shape.

[0276] The above Two Mode light magnetic dot part (252b) is formed on the light side of the bottom portion of the cover ceiling of the Two Mode "U"-shaped head cover part, and performs the function of magnetic attachment by forming a (+) pole in the shape of a dot with the Two Mode head-type twin magnetic protrusion part.

[0277] Here, forming a (+) pole in a dot shape with the head-type twin magnetic protrusion for two modes refers to the formation of a (-) pole by magnetically attaching the 4b dot-point light-type magnetic protrusion of the 2b light-type magnetic protrusion, which forms the (-) pole, to the (+) pole in a dot shape.

[0279] Through this configuration, a "C"-shaped covering structure can be formed with the "C"-shaped head covering part for two modes and the magnetic dot head contact part for two modes, rather than a simple flat magnet connection, so that the upper part of the springless drawing calendar sheet part for two modes can be enclosed and included. As a result, the detachment of the springless drawing calendar sheet part for two modes due to external pressure from vibration and shock can be reduced to 40% or less compared to the conventional method, and by attaching dots with the magnetic force of the "C"-shaped head magnetic support part for two modes, the completed springless roll-up and hanging-width mode scroll drawing calendar can be formed 1.5 to 2 times faster than the conventional method.

[0281] Sixth, a background-type rectangular silk fabric part (260) for two modes according to the present invention will be described.

[0282] The above Two mode background-type rectangular silk fabric (260) is a soft background with a curl storage function, and in the curl mode, it is rolled up like a scroll, and in the spread mode, it is unfolded into a rectangular structure to serve as a backboard for the background.

[0283] This is formed to recover into a rectangular shape when in a folded mode due to the inherent spreading property of the silk fabric.

[0284] The above-mentioned rectangular silk fabric background for Two Mode consists of a silk fabric body, a rectangular shape-maintaining reinforcement part, an upper head pocket part, and a lower pocket part.

[0285] In addition, the rectangular silk fabric background for two modes according to the present invention is formed by selecting one of rayon, modal, Tencel, or Cupro in addition to silk fabric.

[0287] The above-mentioned rayon is a regenerated fiber made from threads extracted from wood pulp, and as the name implies, it has characteristics such as a luster similar to silk, a soft touch, natural cooling sensation, breathability, moisture absorption, and antistatic properties.

[0289] The above Modal is made from beechwood extract and has the characteristics of being softer than rayon and having less shrinkage after washing.

[0291] The above Tencel is made of eucalyptus wood and has the characteristics of a silky luster and excellent drape.

[0293] The above Cupro is made from the short hairs (linters) of cotton seeds and has characteristics closest to the feel of silk among artificial fibers.

[0295] With this configuration, the scroll can be stored, providing excellent portability and storage capabilities. Additionally, by using silk fabric to impart the texture and luxury of a traditional scroll, the product quality can be improved by 80% compared to the existing product. Furthermore, by using the magnetic force formed between the head-type twin magnetic protrusion for two modes and the "U"-shaped head magnetic support for two modes to attach and combine the spring-free drawing calendar sheet for two modes, the display quality can be improved by 80% compared to the existing product.

[0297] Seventh, the central pyramidal lower branch portion (270) for two modes according to the present invention will be described.

[0298] The above Two Mode central weight-shaped lower seal (270) is located on one side of the lower part of the Two Mode background-type rectangular silk fabric and acts as a central weight to pull the Two Mode background-type rectangular silk fabric downward, thereby forming a hanging finish characteristic of a hanging scroll.

[0299] This pulls the rectangular silk fabric background for Two mode downwards to align sagging in a consistent direction, reduce lateral swaying, and create the characteristic drooping finish of a hanging scroll, thereby enhancing visual perfection.

[0300] Additionally, it is formed and configured as an integrated or detachable unit on one side of the bottom of the rectangular silk fabric background for Two mode.

[0301] As shown in FIG. 19, the above Two mode center-shaped lower branch part (270) is composed of a Two mode branch body (271), a silk fabric part connecting part (272), a Two mode center-shaped lower branch (273), a Two mode center-shaped core part (274), and a Two mode center-shaped left and right end caps (275).

[0303] The above Two Mode main body (271) is formed in a horizontal rod shape and serves to protect and support each device from external pressure.

[0304] This is configured such that a connecting part for a silk fabric part is formed on one side of the upper portion and combined with a rectangular silk fabric part for a Two mode background, a central pyramidal lower support rod for a Two mode is formed on one side of the lower portion of the connecting part for the silk fabric part, a central pyramidal core part for a Two mode is formed in the internal receiving space of the central pyramidal lower support rod for a Two mode, and left and right central pyramidal end caps for a Two mode are formed at the left and right ends of the central pyramidal lower support rod for a Two mode.

[0306] The above-mentioned connecting part (272) for the silk fabric part is located on one side of the upper part of the Two mode main body and performs the function of being integrally connected to the Two mode background-type rectangular silk fabric part.

[0307] This is configured by selecting one of the following: a pocket insertion type part that forms a rod insertion pocket at the bottom of a rectangular silk fabric background part for two mode and inserts a central weight-shaped bottom rod for two mode; a clamp type part that grips and joins the bottom of a rectangular silk fabric background part for two mode with U-shaped and L-shaped clips; and a slide rail type part that creates a rail groove at the bottom of a rectangular silk fabric background part for two mode and allows the rod to slide and join.

[0309] The above Two Mode central pyramidal lower rod (273) is located on one side of the lower part of the silk fabric joint and is formed in a rod shape having a horizontal length direction, serving to form a hanging finish characteristic of a hanging scroll.

[0310] This is made by selecting one of wood, aluminum, stainless steel, ABS resin, or PC resin.

[0312] The above Two Mode central weight-shaped core part (274) is inserted into the internal receiving space of the Two Mode central weight-shaped lower branch and acts as a central weight to pull the Two Mode background-shaped rectangular silk fabric part downward.

[0314] The above-mentioned two-mode center-shaped left and right end caps (275) are positioned at both ends of the two-mode center-shaped lower bar and serve to finish them in a cap shape.

[0315] This prevents the Two-mode central pyramidal core part formed in the internal receiving space of the Two-mode central pyramidal lower base from escaping to the outside.

[0317] That is, a central pivot-shaped bottom support section for the Two mode is formed on one side of the bottom of the Two mode background-type rectangular silk fabric section, and by acting as a pivot, the Two mode background-type rectangular silk fabric section is pulled downward to form the characteristic drooping finish of a hanging scroll, thereby flattening the Two mode background-type rectangular silk fabric section and improving the display quality by 1.5 to 2 times compared to the existing one. It also reduces the torque of twisting left and right, maintains the vertical alignment of the Two mode background-type rectangular silk fabric section, and preserves the traditional feel and aesthetic of a hanging scroll.

[0319] Thus, by configuring a springless scroll-type and hanging-format scroll-type drawing calendar forming module consisting of a two-mode scroll-type module body, a two-mode springless drawing calendar sheet part, a two-mode head bar part, a two-mode head-type twin magnetic protrusion part, a two-mode "U"-shaped head magnetic support part, a two-mode background-type rectangular silk fabric part, and a two-mode weight-type bottom seal part, it is possible to simultaneously achieve the portability and storage convenience of scroll storage, which allows it to be rolled up like a scroll, and the displayability of a rectangular hanging-format display, thereby enabling the presentation of K-culture as a gift to foreigners, and the two-mode head-type twin magnetic protrusion part and the two-mode "U"-shaped head By using the magnetic force formed between the magnetic support parts to attach and combine the springless drawing calendar sheet part for the two mode, the display quality can be improved by 80% compared to the existing method. Additionally, by forming the central pivot-shaped bottom support part for the two mode, it acts as a pivot to pull the rectangular silk fabric part for the two mode background downwards, thereby creating the characteristic drooping finish of a hanging scroll. This allows the rectangular silk fabric part for the two mode background to be flattened, thereby increasing the display quality by 1.5 to 2 times compared to the existing method. Furthermore, by reducing the torque of twisting to the left and right, the vertical alignment of the rectangular silk fabric part for the two mode background is maintained, and the traditional feel and aesthetic of the hanging scroll can be preserved.

[0321] In addition, in the springless scroll-type and hanging-width-type scroll-type drawing calendar forming module (200) according to the present invention, which comprises a two-mode scroll-type module body (210), a two-mode springless drawing calendar sheet part (220), a two-mode head bar part (230), a two-mode head-type twin magnetic protrusion part (240), a two-mode "U"-shaped head magnetic support part (250), a two-mode background-type rectangular silk cloth part (260), and a two-mode center-weight-type lower seal part (270), the two-mode springless drawing calendar sheet part (220) can be formed by rolling it up through a cardboard tube and packaging it separately as a gift for foreigners.

[0323] Hereinafter, a method for forming a springless, roll-up and hanging-width type scroll drawing calendar according to the present invention will be described in detail.

[0325] FIG. 33 is a flowchart illustrating a method for forming a springless, roll-up and hanging-width type scroll drawing calendar according to the present invention.

[0327] First, as shown in FIG. 20, a springless hanging mode type scroll drawing calendar forming module is formed into a One mode of hanging mode that unfolds and hangs the rectangular structure as is, and is converted into a scroll consisting of 13 drawing calendars having a springless rectangular structure (S10).

[0328] FIG. 34 is a flowchart illustrating a specific process of converting and forming a scroll consisting of 13 drawing calendars having a springless rectangular structure into a hanging mode that is unfolded and hung as is, through a springless hanging mode type scroll drawing calendar forming module according to the present invention.

[0329] That is, as shown in FIG. 21, a rectangular corrugated cardboard section for the One mode background is taken out of a rectangular unfolding storage box and spread out on the bottom surface to form a rectangular structure (S11).

[0330] Here, the above-mentioned rectangular corrugated cardboard background for One mode is

[0331] It comprises a rectangular corrugated body for One Mode formed in a rectangular structure to protect and support each device from external pressure, a surface friction control layer for One Mode located on the upper surface of the rectangular corrugated body for One Mode to form a surface friction control layer, an alignment mark / reference line for One Mode that forms an upper reference line, a center vertical line, and left and right references when a springless drawing calendar sheet for One Mode is placed on the rectangular corrugated body for One Mode, and a corner protection part for One Mode located on one side of the corner of the rectangular corrugated body for One Mode to protect the corner with a corner cap or lamination reinforcement.

[0332] The above-mentioned surface friction control layer for One mode

[0333] It consists of 28~38 wt% water-based polyurethane binder (dispersion), 8~15 wt% acrylic binder (flexibility and adhesion aid), 12~22 wt% silica matting agent (amorphous SiO₂, 3~10 μm), 10~18 wt% calcium carbonate (CaCO₃, 1~5 μm), 1~4 wt% wax emulsion (PE and PTFE wax, blocking reduction), 0.3~1.5 wt% dispersant, and 20~35 wt% water (viscosity and coverage control).

[0335] Next, as shown in FIG. 22, a springless drawing calendar sheet for One mode is taken out of a rectangular unfolding storage box and placed on a rectangular corrugated cardboard background for One mode (S12). Here, the springless drawing calendar sheet for One mode consists of 13 sheets of a display medium containing lunar calendar information along with 13 drawings, and the head end is formed as a springless one with the head end bonded with a springless adhesive.

[0336] Next, a rectangular corrugated cardboard section for the One mode background is supported in surface contact with the One mode springless drawing calendar sheet section and performs the role of a background backboard (S13).

[0337] Next, as shown in FIG. 23, the upper circular insertion hole of the springless drawing calendar sheet for One mode is fitted to the head-type twin magnetic protrusion for One mode (S14).

[0338] Next, as shown in FIG. 24, the One Mode head-type twin magnetic protrusion and the One Mode head-type magnetic protrusion are attached by magnetic force through the One Mode "C"-shaped head magnetic support, thereby fixing the One Mode spring-free drawing calendar sheet so that it does not detach to the outside (S15).

[0339] Next, the central pivot-shaped lower pin section for One mode acts as a pivot to pull the background-shaped rectangular corrugated cardboard section for One mode downward, forming a hanging finish characteristic of a scroll (S16).

[0340] Next, as shown in FIG. 25, when hung on the wall via a wall-hanging hook, the springless drawing calendar sheet for One mode is supported in surface contact with the rectangular corrugated cardboard background for One mode, and is displayed in a wide-width mode (S17).

[0342] Next, as shown in FIG. 26, through a springless scroll and hanging mode type scroll drawing calendar forming module, the structure is formed into a two-mode from a rolled-up scroll mode to a hanging mode that is unfolded into a rectangular structure and hung, thereby converting the structure rolled up like a scroll into a scroll consisting of 13 drawing calendars having a springless rectangular structure (S20).

[0343] FIG. 35 is a flowchart illustrating a specific process of converting a rolled-up structure into a scroll-like structure consisting of 13 drawing calendars having a springless rectangular structure, through a springless roll-up and hanging-width mode forming module according to the present invention, by forming a two-mode structure of a rolled-up roll-up mode and a hanging-width mode that is unfolded into a rectangular structure and hung.

[0344] That is, as shown in FIG. 27, a rectangular silk fabric portion for a Two mode background, which is rolled up like a scroll, is taken out of a storage box for scrolls and spread out on the bottom surface to form a rectangular structure (S21).

[0345] Next, as shown in FIG. 28, a springless drawing calendar sheet for two modes having a rectangular structure is placed on a rectangular silk fabric background for two modes (S22). Here, the springless drawing calendar sheet for two modes consists of 13 sheets of display media containing lunar calendar information along with 13 drawings, and the head end is formed as a springless one with the head end bonded with a springless adhesive.

[0346] Next, a rectangular silk fabric background for two modes is supported in surface contact with a springless drawing calendar sheet for two modes and performs the role of a background backboard (S23).

[0347] Next, the head bar for the two mode is formed as a bar structure having a horizontal length direction, and supports the background-type rectangular silk cloth for the two mode in an upward direction (S24).

[0348] Next, as shown in FIG. 29, the upper circular insertion hole of the springless drawing calendar sheet for the two mode is fitted to the head-type twin magnetic protrusion for the two mode (S25).

[0349] Next, as shown in FIG. 30, the upper portion of the springless drawing calendar sheet for two modes is fixed so that it does not detach outward by attaching the first dot to the head-type twin magnetic protrusion for two modes through the magnetic support portion for two modes using the magnetic force (S26).

[0350] Next, the central pivot-shaped lower branch of the Two mode acts as a pivot to pull the background-shaped rectangular silk fabric of the Two mode downwards, forming a hanging finish characteristic of a hanging scroll (S27).

[0351] Next, as shown in FIG. 31, when hung on the wall via a wall-hanging hook, the springless drawing calendar sheet for Two mode is supported in surface contact with the rectangular silk fabric background for Two mode, and is displayed in a hanging mode (S28).

[0352] As shown in FIG. 32, by using the silk fabric of the background-type rectangular silk fabric part for the Two mode, the traditional scroll texture and sense of luxury can be imparted, thereby improving the marketability by 80% compared to the existing product. Additionally, by attaching and combining the Two mode spring-free drawing calendar sheet part using the magnetic force formed between the Two mode head-type twin magnetic protrusion part and the Two mode "U"-shaped head magnetic support part, the display quality can be improved by 80% compared to the existing product. Explanation of the symbols

[0354] 1 : Scroll calendar forming device 100 : Springless hanging mode type scroll drawing calendar forming module 110 : One mode scroll-type module main body 120 : One mode springless drawing calendar sheet part 130 : One mode head-type twin magnetic protrusion part 140 : One mode "U"-shaped head magnetic support part 150 : One mode background-type rectangular corrugated cardboard part 160 : One mode weight-type bottom seal part 200 : Springless roll-and-hang mode type scroll drawing calendar forming module 210 : Two mode scroll-type module main body 220 : Two mode springless drawing calendar sheet part 230 : Head bar part 240 for Two Mode : Head-type twin magnetic protrusion part 250 for Two Mode : "U"-shaped head magnetic support part 260 for Two Mode : Background-type rectangular silk fabric part 270 for Two Mode : Pyramid-shaped bottom seal part for Two Mode

Claims

Claim 1 It comprises a scroll calendar forming device that forms a scroll by attaching 13 drawing calendars having a springless rectangular structure by magnetic force, and the scroll calendar forming device comprises a One mode of a hanging mode in which the rectangular structure is unfolded and hung as is, a springless hanging mode type scroll drawing calendar forming module (100) that forms a scroll by converting 13 drawing calendars having a springless rectangular structure, and a Two mode that converts from a rolled-up scroll mode to a hanging mode in which the rectangular structure is unfolded and hung, thereby forming a scroll by attaching 13 drawing calendars having a rectangular structure by magnetic force. A scroll calendar forming device comprising a springless scroll-type and hanging-style scroll drawing calendar forming module (200), wherein the springless scroll-type and hanging-style scroll drawing calendar forming module (200) is formed in a rectangular structure and includes a two-mode scroll-type module body (210) that protects and supports each device from external pressure, and a display medium comprising 13 sheets containing lunar calendar information along with 13 drawings, wherein the head end is formed as a springless structure bonded with a springless adhesive, and is stored in a rolled-up state like a scroll, unfolds into a rectangular structure, is supported in surface contact with a two-mode background-type rectangular silk cloth, and performs the role of being displayed in hanging-style mode. A springless drawing calendar sheet part (220) for two modes, a head bar part (230) for two modes located on one side of the upper head part of the background-type rectangular silk cloth part for two modes and formed as a rod structure having a horizontal length direction to support the background-type rectangular silk cloth part for two modes in an upward direction, and a twin-structured protrusion located on one side of the upper head part of the background-type rectangular silk cloth part for two modes, with a pair of circular magnets formed respectively on the left and right sides of the upper head part.A two-mode head-type twin magnetic protrusion (240) that guides the head portion of the two-mode spring-free drawing calendar sheet into a dot shape, positions it correctly, and then attaches the dot first using the magnetic force of the two-mode "U"-shaped head magnetic support, thereby fixing the two-mode spring-free drawing calendar sheet so that it does not detach to the outside; a two-mode "U"-shaped head magnetic support (250) that is formed in a "U" shape on the same line as the two-mode head-type twin magnetic protrusion, and attaches the dot first using the magnetic force of the two-mode head-type twin magnetic protrusion to fix the upper portion of the two-mode spring-free drawing calendar sheet so that it does not detach to the outside; and a soft having a winding storage function A scroll calendar forming device characterized by comprising: a two-mode background-type rectangular silk fabric part (260) that serves as a background, which is rolled up like a scroll in the roll-up mode and unfolded into a rectangular structure in the hanging mode to perform the role of a backboard for the background; and a two-mode pivot-type bottom seal part (270) located on one side of the bottom of the two-mode background-type rectangular silk fabric part, which acts as a pivot to pull the two-mode background-type rectangular silk fabric part downward to form a hanging finish characteristic of a scroll. Claim 2 delete Claim 3 delete Claim 4 delete Claim 5 delete Claim 6 delete Claim 7 delete Claim 8 delete Claim 9 delete Claim 10 delete Claim 11 delete Claim 12 In claim 1, the Two Mode central pyramidal lower support member (270) is formed in a horizontal rod shape and comprises a Two Mode support member body (271) that protects and supports each device from external pressure, a silk fabric part coupling member (272) located on one side of the upper part of the Two Mode support member body and performing the function of integrally combining with the Two Mode background-type rectangular silk fabric part, a Two Mode central pyramidal lower support member (273) located on one side of the lower part of the silk fabric part and formed in a rod shape having a horizontal length direction to form a hanging finish characteristic of a scroll, and a Two Mode central pyramidal member that is inserted into the internal receiving space of the Two Mode central pyramidal lower support member and acts as a central pyramid to pull the Two Mode background-type rectangular silk fabric part downward. A hanging calendar forming device characterized by being composed of a core part (274) and two-mode central pyramidal left and right end caps (275) positioned at both ends of the two-mode central pyramidal lower bar and finished in a cap shape. Claim 13 A springless type comprising: a step (S10) of converting and forming a scroll consisting of 13 drawing calendars having a springless rectangular structure by forming a One mode of a hanging mode in which the rectangular structure is unfolded and hung as is through a springless hanging mode type scroll drawing calendar forming module; and a step (S20) of converting and forming a scroll consisting of 13 drawing calendars having a springless rectangular structure from a rolled-up structure by forming a Two mode of a hanging mode in which the rolled-up structure is unfolded and hung in a rectangular structure through a springless scroll / hanging mode type scroll drawing calendar forming module. In a method for forming a scroll-type and hanging-type scroll drawing calendar, the above step (S20) comprises: a step (S21) of taking out a two-mode background-type rectangular silk cloth, which is rolled up like a scroll, from a scroll storage box and spreading it out on the bottom surface to form a rectangular structure; a step (S22) of placing a two-mode spring-free drawing calendar sheet having a rectangular structure on the two-mode background-type rectangular silk cloth; a step (S23) of the two-mode background-type rectangular silk cloth performing the role of a background backboard while being supported in surface contact with the two-mode spring-free drawing calendar sheet; and a step in which a two-mode head bar is formed in a rod structure having a horizontal length direction, so that the two-mode background-type rectangular silk cloth is positioned upward A supporting step (S24), a step (S25) of mounting the upper circular insertion hole of the two-mode springless drawing calendar sheet part to fit the two-mode head-type twin magnetic protrusion, and a step (S26) of fixing the upper part of the two-mode springless drawing calendar sheet part so that it does not detach outward by attaching the dot first to the two-mode head-type twin magnetic protrusion part through the two-mode "U"-shaped head magnetic support part using magnetic force (S26).A method for forming a springless scroll-type and hanging-width-type scroll drawing calendar, characterized by comprising: a step (S27) in which a central weight-shaped lower support portion for two modes acts as a central weight to pull a background-type rectangular silk fabric portion for two modes downwards to form a hanging finish characteristic of a scroll; and a step (S28) in which, when hung on a wall via a wall-hanging loop, a springless drawing calendar sheet portion for two modes is supported in surface contact with the background-type rectangular silk fabric portion for two modes, thereby displaying it in a hanging-width mode. Claim 14 delete Claim 15 delete

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