KR102707311B1 - Paper coffin - Google Patents

Abstract

The present invention provides a paper funeral coffin for pursuing both sturdiness and convenience, and furthermore, by forming a handle portion on a cardboard-based outer shell of a paper coffin, thereby providing a paper coffin that is sturdy and convenient while being manufactured through a simple manufacturing process, comprising: a coffin body (10) for placing a corpse or remains; a lid member (20) for covering an upper opening of the coffin body (10) from an upper side of the coffin body; and a support member (30) for supporting the body from a lower side of the coffin body (10); It is composed of, and the main body (10) of the pipe is in the shape of a box with an open upper portion, and the left side (34) and the right side (35) of the support member (30) are formed alternately with a wide portion (342) and a narrow portion (352), and a moving handle (343, 343) is formed with a sheath on each of the wide portions (342, 352) of the left side (34) and the right side (35).

Description

Paper coffin

The present invention relates to a paper tube made of cardboard, and more specifically, to a paper tube that pursues both sturdiness and convenience.

In general, a coffin is a box-shaped object with an internal storage space for the body or remains during a funeral, and a lid is installed on top of the coffin body.

There are two main methods for handling the body or remains in a funeral: burial and cremation. In Confucian cultures that value etiquette, burial is traditionally used, in which the body is sealed in a coffin and buried underground. In recent years, as the population has increased and land for burial has become increasingly scarce, cremation is gradually becoming the preferred method.

However, since most coffins used for body disposal are made of solid wood, there is the disadvantage of waste of resources, and fuel consumption increases when cremated. In addition, because they are very heavy, they are difficult to move and inconvenient to store, and the high cost increases the economic burden on consumers.

Accordingly, recently, paper coffins made of paper material have been developed and used to solve many of the disadvantages that occur when using wooden coffins. Paper coffins are less expensive to manufacture, are light, and have good strength, making them easy to store and transport.

As a technology for manufacturing such paper coffins in an assembly manner, Korean Patent No. 10-1734750 entitled “Assembly-type corpse casket” is disclosed as the first prior art.

Referring to FIGS. 1 and 2, the above first prior art coffin (1) for burying a body is divided into a back plate (2), a bottom plate (3), a front plate (4), and a top plate (5) using paper-based cardboard, and then an adhesive piece (9) is formed on one end of the back plate (2), and left and right wing pieces (6, 7) are formed on the left and right ends of the back plate (2), bottom plate (3), front plate (4), and top plate (5) so as to be foldable.

A fixed piece (8) is formed to be foldable and extended on the left and right wing pieces (6, 7) of the upper surface plate (5), and a placement hole (15) is formed on the upper surface plate (5) to allow a corpse to be inserted.

Double-sided tape (12) is attached around the edge of the above-mentioned placement hole (15), and a detachable protective sheet (13) is adhered to the above-mentioned double-sided tape (12), and the back plate (2), the bottom plate (3), the front plate (4), and the top plate (5) are folded into a box shape, and then, when transporting and storing, the top plate (5) and the back plate (2) are covered tightly, and when placing a corpse, the top plate (5) and the back plate (2) are separated and folded into a box shape, and then the left and right wing pieces (6, 7) formed on the left and right sides of the back plate (2), the bottom plate (3), the front plate (4), and the top plate (5) are folded so as to cover each other, and then the left and right sides are sealed, and then the corpse is placed in the placement hole (15), and then the protective sheet (13) is removed, and then the lid (11) is positioned on the top plate (5) and then adhered to seal the placement hole (15).

Therefore, the coffin for the corpse is made of cardboard made of paper material, and can be assembled into a box shape and used only when the corpse is placed in a flat state, which can improve productivity.

However, the corpse placement coffin (1) of the first prior art is merely an assembly method of a general box, and in particular, since it has a two-piece structure of a main body and a lid, in order to be used as a coffin that must be particularly sturdy, auxiliary adhesive means such as adhesive paper, adhesive bands, or double-sided tape, and other additional fastening means are absolutely necessary.

Meanwhile, as a prior art related to an assembly-type paper tube, Korean Patent Publication No. 10-2020-0132284 entitled “Cafe lid and paper tube” is disclosed as a second prior art.

Referring to FIGS. 3 and 4, the above-described second conventional technology paper coffin (100) may further include a lower coffin (10) in which a corpse is placed, a coffin lid (30) covering the lower coffin (10), and a reinforcing member (50) installed on the upper end of the lower coffin (10). The lower coffin (10) has an internal storage space to accommodate a corpse and is structured to be open at the upper end.

In the above-mentioned second conventional technology, the lower tube (10) includes a flat corrugated cardboard made of paper material (hereinafter referred to as corrugated cardboard for the lower tube (12)), and can be formed by assembling the corrugated cardboard for the lower tube (12). The corrugated cardboard can mean a thick paper board with a structure in which a wave-shaped core is attached between the cardboard forming the outer surface.

As shown in Fig. 3, the corrugated cardboard (12) for the lower pipe is a flat plate-shaped corrugated cardboard, and has a bottom portion (14) forming the bottom of the lower pipe (10) on its surface, a front and rear portion (15) forming the front and rear, respectively, a pair of side portions (16) forming both sides, and an extension portion (17). In addition, a short bend line (18), a long bend line (19), and a cutting line (20) are formed on the surface of the corrugated cardboard (12) for the lower pipe so as to divide each component and allow easy folding therebetween.

The short bend line (18) and the long bend line (19) can be formed in a groove shape so that the thick-shaped lower corrugated cardboard (12) can be easily bent. The short bend line (18) and the long bend line (19) can be formed in a right-angled triangular groove shape, for example.

As the long bend line (19) and the short bend line (18) are continuously formed along the long axis and short axis directions on the lower pipe cardboard (12), the long bend line (19) and the short bend line (18) intersect each other. The point where the two short bend lines (18) and the two long bend lines (19) intersect and meet is called a peak (21).

The bottom part (14) is a part surrounded by two short bend lines (18) and two long bend lines (19), and forms the bottom surface of the lower pipe (10). The front and rear parts (15) are parts formed by extending from the bottom part (14) to the outside of the short bend lines (18), and are bent along the short bend lines (18) to form the front and rear surfaces of the lower pipe (10). The side parts (16) are parts formed by extending from the bottom part (14) to the outside of the long bend lines (19), and are bent along the long bend lines (19) to form both sides of the lower pipe (10).

In order for the front and rear parts (15) to be able to bend relative to the bottom part (14), a cutting line (20) is formed along the longitudinal bend line (19) from the top (21) to the longitudinal end of the lower pipe cardboard (12). That is, the longitudinal bend line (19) is cut from the top (21) where the short bend line (18) and the long bend line (19) intersect to the short end to form a cutting line (20). Accordingly, the lower pipe cardboard (12) is cut at the part where the cutting line (20) is formed, so that the front and rear parts (15) and the side parts (16) are separated from each other, thereby enabling bending without interference.

The front end of the side portion (16) along the longitudinal direction, that is, the outer portion of the single bend line (18), forms an extension portion (17). When the front and rear portions (15) and the side portion (16) are folded and erected at a contact point, the extension portion (17) can be folded toward the front and rear portion (15) and tightly attached to the front and rear portion (15). For example, the extension portion (17) can be attached to the outer surface of the front and rear portion (15) using an adhesive.

As the extension (17) is attached to the outer surface of the front and rear parts (15), the lower corrugated cardboard (12) is fixed with the front and rear parts (15) and the side parts (16) standing up with respect to the bottom part (14). Accordingly, the flat-shaped lower corrugated cardboard (12) is assembled into a square-shaped lower pipe (10). As the extension (17) is attached to the front and rear parts (15) of the lower pipe (10), the front and rear parts (15) of the lower pipe (10) can have greater strength.

The above-mentioned lower corrugated cardboard (12) may further include an upper portion (24) that extends outwardly along the edge of the side portion (16) and folds inwardly of the side portion (16), and an upper folding line (25) formed between the side portion (16) and the upper portion (24) so that the upper portion (24) can be folded.

The upper folding line (25) can be formed in a groove shape so that the upper part (24) can be completely folded and contacted with the side part (16).

The upper part (24) is folded inwardly toward the side part (16) to form the side of the lower pipe (10) together with the side part (16). By attaching the upper part (24) to the upper part of the side part (16), the thickness of the upper part of the side of the lower pipe (10) can be increased, thereby increasing the strength.

However, the paper tube (100) of the above-mentioned second prior art does not deviate significantly from the assembly method of a general box, but is more sturdy by adding a reinforcing material (50) and a string (45), but since it is a two-piece structure of a lower tube (10) and a lid (30), there is a limit to its sturdiness, and additional fastening means such as a reinforcing material (50) and a string (45) are absolutely necessary.

On the other hand, as a limitation of the first and second prior arts, a coffin bar is required when transporting a coffin. To solve this limitation, a third prior art is disclosed, Korean Patent No. 10-2241274 entitled “Eco-friendly funeral paper coffin and its manufacturing method.”

Referring to FIGS. 5 and 6, the above-described third prior art method for manufacturing a funeral paper tube includes: a cardboard panel manufacturing step of bonding multiple sheets of cardboard (1) with an adhesive to manufacture a cardboard panel (2); a handle strap insertion step of inserting multiple handle straps (30a) into cardboard panels (2) formed as left and right panels (30, 30') among the cardboard panels (2); a fixing rod insertion step of inserting a fixing rod (30b) into an end of the handle strap (30a); a left and right panel cardboard panel manufacturing step of attaching cardboard (1) to the inner surface of the left and right panels (30, 30') on the fixing rod (30b) side to flatten it; a paper panel manufacturing step of bonding Korean paper (3) with an adhesive to the surface of the cardboard panel (2) to manufacture a paper panel (5); a cutting step of cutting the paper panel into paper tube components; It is formed by including a paper tube forming step of bonding the front plate (10), the rear plate (20), the left and right side plates (30, 30') and the bottom plate (40) with an adhesive, excluding the cover plate (50), to form a paper tube.

However, both the first and second prior arts have no handle at all and thus require a separate connection bar, and the third prior art has a handle, but attaches a handle ring made of a separate material through complex steps in several steps, which complicates the manufacturing process and also has the problem that safety cannot be assured.

Patent Document 1: Republic of Korea Patent Publication No. 10-1734750 (Title: Prefabricated corpse coffin) Patent Document 2: Republic of Korea Patent Publication No. 10-2020-0132284 (Title: Coffin lid and paper coffin) Patent Document 3: Republic of Korea Patent No. 10-2241274 (Title: Eco-friendly funeral paper coffin and its manufacturing method)

The present invention is intended to solve the above problems, and its purpose is to provide a paper tube that pursues both sturdiness and convenience, and furthermore, to provide a paper tube that is sturdy and convenient while being manufactured through a simple manufacturing process by forming a handle portion on the outer shell of the paper tube made of cardboard.

The above objects and other additional objects will be apparent to those skilled in the art without departing from the technical spirit of the present invention by the appended claims.

According to one aspect of the present invention for solving the above problem, a paper funeral coffin comprises a coffin body (10) for placing a corpse or remains; a lid member (20) for covering an upper opening of the coffin body (10) from the upper side of the coffin body; and a support member (30) for supporting the body from the lower side of the coffin body (10); and the coffin body (10) is in the shape of a box with an open top, with a front part (12), a rear part (13), a left side part (14), and a right side part (15) extending from each of the four sides of a rectangular bottom part (11). The above-mentioned support member (30) is composed of a rectangular bottom part (31), a front part (32) forming a surface in front of the bottom part, a rear part (33) forming a surface in the rear of the bottom part and opposing the front part, a left side part (34) forming a surface on the left side of the bottom part, and a right side part (35) forming a surface on the right side of the bottom part and opposing the left side part, and in the unfolded shape, the support member is formed such that the front part (32), the rear part (33), the left side part (34), and the right side part (35) are extended to each of the four sides of the rectangular bottom part (31), and the left side part (34) and the right side part (35) are erected at right angles based on the boundary of the bottom part (31), and the front part (32) and the rear part (33) are erected at right angles while being connected to the left side part (34) and the right side part (35), respectively. The left side (34) and the right side (35) of the support member (30) are alternately formed with wide sections (342) and narrow sections, so that the cross sections (344, 354) of the left side (34) and the right side (35) are not straight but have a rough shape. A moving handle (343, 353) is formed in the wide portion (342, 352) of each of the left side (34) and right side (35) in the shape of a 'C' or 'ㄷ' so that when the main body (10) of the coffin is placed on the support member (30) during insertion, the tongue of the moving handle (343, 353) is folded and protrudes outward, thereby forming a groove for the moving handle.

Preferably, the pipe body (10) is composed of a rectangular bottom portion (11), a front portion (12) forming a surface in front of the bottom portion, a rear portion (13) forming a surface in the rear of the bottom portion and opposing the front portion, a left side portion (14) forming a surface on the left side of the bottom portion, and a right side portion (15) forming a surface on the right side of the bottom portion and opposing the left side portion, and in the expanded shape, the pipe body is cut from cardboard so that the front portion (12), the rear portion (13), the left side portion (14), and the right side portion (15) are extended to each of the four sides of the rectangular bottom portion (11), and the left side portion (14) and the right side portion (15) are erected at a right angle based on the boundary of the bottom portion (11), and, on the other hand, wing portions are formed at both ends of the left side portion (14) and the right side portion (15), so that they are perpendicularly directed inward. By folding and forming, the front part (12) and the rear part (13) are also erected at a right angle while being connected to the left side part (14) and the right side part (15), and while the wing parts (121, 121') at both ends of the front part (12) are folded inward, the wing parts (121, 121') at both ends of the front part (12) are inserted into the slit (142) of the left side part (14) and the slit (152) of the right side part (15) at the same time as the left side part (14) and the right side part (15) are erected, and then the insertion piece (143) formed inside the wing part (141) of the left side part (14) is bent so that it is inserted into the slit (122) formed at the boundary between the front part (12) and the left wing part (121), and the insertion piece (143) formed inside the wing part (151) of the right side part (15) is inserted into the slit (122) formed at the boundary between the front part (12) and the left wing part (121). It is characterized by being double-fastened by bending the insertion piece (153) so that it is inserted into a slit (122') formed at the boundary between the front part (12) and the right wing part (121').

Also preferably, the support member (30) is set up at a right angle with the left side (34) and the right side (35) based on the boundary of the bottom part (31), and the left and right wing parts (341, 351) of both ends of the left side (34) and the right side (35) are folded at a right angle so that they face inward, and the front part (32) is also set up at a right angle while being connected to the left side (34) and the right side (35), and the front part (32) is composed of an outer part (321), a connecting part (322), and an inner part (323) from the boundary with the bottom part (31), and each boundary part is formed, and the front part (32) is set up vertically, the connecting part (322) is folded horizontally, and the inner part (323) is folded vertically again, and the outer part (321), the connecting part (322), and The inner part (323) is folded so as to wrap around the wing part (341) of the left side part (34) and the wing part (351) of the right side part (35), and the front part (32) is fixed to the left side part (34) and the right side part (35) so as to be erected at a right angle to the bottom surface (31), and the insertion projection (324) formed at the end of the front part (32) is fixed to the slit (311) formed at the corresponding position when assembling the bottom part (31), thereby preventing loosening.

According to the paper tube according to the present invention, a paper tube is provided that pursues both sturdiness and convenience, and furthermore, by forming a handle portion on the outer shell of the paper tube made of cardboard, a paper tube that is sturdy and convenient while being manufactured through a simple manufacturing process is provided.

Meanwhile, additional features and advantages of the present invention will become more apparent through the following description.

Figure 1 is a flow chart showing the assembly state of a corpse placement coffin of the first prior art.
Figure 2 is a perspective view showing the corpse placement coffin of the first prior art technology separated.
Figure 3 is a schematic exploded perspective view of a paper tube according to the second prior art.
Figure 4 is a schematic drawing showing the lower part of a paper tube according to the second prior art.
Figure 5 is a perspective view of the cover plate of the paper tube for funeral service according to the third prior art in an open state.
Figure 6 is a drawing according to the manufacturing process of the funeral paper tube of the third prior art.
Figure 7 is a perspective view of a paper tube according to an optimal embodiment of the present invention.
Fig. 8 is a side view of a paper tube according to an optimal embodiment of the present invention.
Figure 9 is a front and back view of a paper tube according to an optimal embodiment of the present invention.
Fig. 10 is a plan view of a paper tube according to an optimal embodiment of the present invention.
Fig. 11 is an exploded perspective view of a paper tube according to an optimal embodiment of the present invention.
Fig. 12 is an exploded view of a paper tube body according to an optimal embodiment of the present invention.
Figures 13a to 13h are drawings showing the assembly sequence of a paper tube body according to an optimal embodiment of the present invention.
Fig. 14 is a development view of a paper tube lid member according to an optimal embodiment of the present invention.
FIGS. 15a to 15f are drawings showing the assembly sequence of a paper tube lid member according to an optimal embodiment of the present invention.
Fig. 16 is an actual isometric photograph of a paper tube according to a modified example of the optimal embodiment of the present invention.

The present invention will be described with reference to the attached drawings for preferred embodiments.

FIG. 7 is a perspective view of a paper tube according to an optimal embodiment of the present invention, FIG. 8 is a side view of a paper tube according to an optimal embodiment of the present invention, FIG. 9 is a front and rear view of a paper tube according to an optimal embodiment of the present invention, FIG. 10 is a plan view of a paper tube according to an optimal embodiment of the present invention, and FIG. 11 is an exploded perspective view of a paper tube according to an optimal embodiment of the present invention.

FIG. 12 is an exploded view of a paper tube body according to an optimal embodiment of the present invention, FIGS. 13a to 13h are drawings showing an assembly sequence of a paper tube body according to an optimal embodiment of the present invention, FIG. 14 is an exploded view of a paper tube lid member according to an optimal embodiment of the present invention, and FIGS. 15a to 15f are drawings showing an assembly sequence of a paper tube lid member according to an optimal embodiment of the present invention.

However, the embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below, but are provided to more completely explain to those skilled in the art.

Hereinafter, the paper tube according to the present invention will be described in detail with reference to the attached drawings.

(Example)

First, the paper coffin according to the present invention, as shown in FIGS. 7 to 11, is a paper funeral coffin made of paper cardboard, and is composed of a coffin body (10) for placing a corpse or remains, a lid member (20) for covering an upper opening of the coffin body (10) from the upper side of the coffin body, and a support member (30) for supporting the body from the lower side of the coffin body (10).

As shown in Fig. 11, the above-described main body (10) is a box-shaped body with an open top, and is composed of a rectangular bottom portion (11), a front portion (12) forming a surface in front of the bottom portion, a rear portion (13) forming a surface in the rear of the bottom portion and facing the front portion, a left side portion (14) forming a surface on the left side of the bottom portion, and a right side portion (15) forming a surface on the right side of the bottom portion and facing the left side portion.

Continuing, with reference to FIGS. 11, 12, and 13a to 13h, the assembly method of the pipe body (10) will be described.

First, as shown in FIG. 12 and FIG. 13a, which are development views of the above-described main body (10), the front side (12), the rear side (13), the left side (14), and the right side (15) are formed by extending from each of the four sides of the rectangular bottom part (11), which is preferably made of high-strength steel-mixed cardboard with a water-repellent coating. Preferably, since the bottom part and the other sides have a considerable thickness, a sheath is formed at each boundary part, or further, the cross-section can be chamfered into a triangular shape or pressed to form the boundary part thin.

Continuing, as shown in Fig. 13b, the left side (14) and the right side (15) are set up at a right angle based on the boundary of the bottom part (11), and wing parts (141) and (151) are formed at each end of the left side (14) and the right side (15), respectively, and these are folded at a right angle again so that they face inward.

Meanwhile, as shown in FIG. 12 and FIG. 13a, which are development views of the main body (10) of the pipe, the front part (12) and the rear part (13) are also connected to the bottom part (11) by a sheath or a thin boundary part as described above, and subsequently, as shown in FIG. 13c, the front part (12) is also erected at a right angle while being connected to the left side part (14) and the right side part (15). For example, while the wing parts (121, 121') at both ends of the front part (12) are also folded inward, the wing parts (121, 121') at both ends of the front part (12) are inserted into the slit (142) of the left side part (14) and the slit (152) of the right side part (15) at the same time as the left side part (14) and the right side part (15) are erected.

As seen in FIG. 13d, the above fastening alone is sufficient to maintain a fastened state, but in the present invention, double fastening is performed for a more secure fastening, as seen in FIG. 13e, by bending the insertion piece (143) formed inside the wing part (141) of the left side part (14), and as seen in FIG. 13f, by inserting it into the slit (122) formed at the boundary between the front part (12) and the wing part (121), and in the same way, the insertion piece (143) of the right side part (15) is inserted into the right slit (122') formed at the boundary between the front part (12) and the right wing part (121').

Lastly, as seen in Fig. 13g, a strong fastening method that double-fastens the front part (12) with the left side part (14) and the right side part (15) is also performed for the rear part (13), as seen in Fig. 13h, so that each side part is firmly fastened.

Now, referring to FIGS. 11, 14, and 15a to 15f, the assembly method of the support member (30) will be described.

First, as shown in FIG. 14 and FIG. 15a, which are development views of the support member (30), the front side (32), the rear side (33), the left side (34), and the right side (35) are formed by extending from each of the four sides of the rectangular bottom part (31), which is preferably made of high-strength steel-mixed cardboard with a water-repellent coating. Also preferably, since the bottom part and the other side parts have a considerable thickness, a sheath is formed at each boundary part, or further, the cross-section can be chamfered into a triangular shape or pressed to form the boundary part thin.

Continuing, as shown in Fig. 15b, the left side (34) and the right side (35) are set up at a right angle based on the boundary of the bottom part (31), and wing parts (341) and (351) are formed at each end of the left side (34) and the right side (35), respectively, and these are folded at a right angle again so that they face inward.

Meanwhile, as seen in FIG. 14 and FIG. 15a, which are development views of the support member (30), the front part (32) and the rear part (33) are also connected to the bottom part (31) as described above by a sheath or a thin boundary part, and as seen in FIG. 15c, the front part (32) is also erected at a right angle while being connected to the left side part (34) and the right side part (35). For example, the front part (32) is formed of an outer part (321), a connecting part (322), and an inner part (323) from the boundary with the bottom part (31), and each boundary part is formed. First, as shown in FIG. 15c, the front part (32) is vertically erected, the connecting part (322) is folded horizontally, and then the inner part (323) is folded vertically, but the outer part (321), the connecting part (322), and the inner part (323) are folded so that they surround the wing part (341) of the left side part (34) and the wing part (351) of the right side part (35) (see FIG. 15d).

Thus, as seen in Fig. 15e, the front part (32) is finally erected perpendicular to the bottom surface (31) while being connected to the left side part (34) and the right side part (35), and the insertion projection (324) formed at the end of the front part (32) is connected to the slit (311) formed at the corresponding position when assembling the bottom part (31), thereby preventing loosening.

In addition, as seen in Fig. 15f, the rear part (33) is also connected to the left side part (34) and the right side part (35) so as to be erected perpendicular to the bottom surface (31), thereby completing the assembly of the support member (30).

Additionally, the left side (34) and the right side (35) of the support member (30) are formed alternately with a wide portion (342) and a narrow portion (354) rather than a rectangular shape (i.e., the cross-sections (344) and (354) of the left side (34) and the right side (35) are not straight but have an uneven shape), and a moving handle (343, 353) is formed in the wide portions (342, 352) of the left side (34) and the right side (35) in a 'C' or 'ㄷ' shaped sheath, so that the 'C' or 'ㄷ' shaped tongue is folded outward.

Meanwhile, in the case of the cover member (20), it may be the same as the cover of the prior art, but preferably, it is made to have the same shape and structure as the support member (30) of the present invention, so that it is symmetrical from top to bottom and looks good, and furthermore, it is possible to unify the support member (30) and the cover member (20) in one process, so that it has an advantage in the manufacturing process and is also advantageous in terms of recycling and supply issues. Therefore, according to the optimal embodiment of the present invention, the shape and assembly method of the cover member (20) are the same as those in the cases of FIGS. 14 to 15f described above.

More specifically, for example, on the left side (34) of the support member (30), three wide sections (342) are arranged, and each of the wide sections has a groove for a moving handle (342), and on the right side (35), three wide sections (352) are arranged at corresponding positions, and each of the wide sections has a groove for a moving handle (352), so that when the coffin body (10) is placed on the support member (30) during insertion, the tongue of the moving handle (343) is folded in advance to protrude outward, and then the coffin body is placed on the support member, and the upper part of the coffin body is covered with a cover. After the insertion, the paper coffin of the present invention can be transported using the moving handle, which is more convenient and does not necessarily require a separate coffin bar.

(variant example)

Fig. 16 is an actual isometric photograph of a paper tube according to a modified example of the optimal embodiment of the present invention.

As shown in the modified example of Fig. 16, it is more preferable to prevent hand damage by processing the left and right cut surfaces (344') of the support member (30) into a wave pattern using a wave knife when punching cardboard.

Above, according to the paper coffin of the present invention, by using eco-friendly cardboard made of 100% recycled paper, funeral costs and logging are reduced, and energy and carbon emissions are reduced during incineration, thereby protecting the bereaved family and the environment of the earth, and it is inexpensive, so it can save more than 50% of the cost compared to a wooden coffin, and the paper coffin of the present invention is light at about 5 kg, making it easy to transport, and while taking advantage of the characteristics of a paper coffin that can be incinerated faster than a wooden coffin, thereby saving energy and carbon emissions and shortening the cremation time, furthermore, the paper coffin of the present invention uses high-strength, strong composite cardboard, so it is sufficiently strong even when weighing more than 100 kg, and when using cardboard with a water-repellent coating, it can even secure water resistance.

In particular, since the support member has a movable handle formed on both sides, it is convenient because a separate joint bar is not used, and the cardboard cut surface is formed into a round shape by processing with a wave knife to prevent hand cuts. Of course, it is recommended to use gloves for additional safety.

That is, although the present invention has been described above according to one embodiment of the present invention, it is obvious that changes and modifications made by a person having ordinary skill in the technical field to which the present invention pertains within a scope that does not depart from the technical idea of the present invention also belong to the present invention.

10: Body of the tube
11 : Bottom
12 : Front
13 : Rear
14: Left side
15: Right side
20: Lid part
21: Cover
22 : Front
23 : Rear
24: Left side
25: Right side
30 : Supporting member
31 : Bottom
32 : Front
33 : Rear
34: Left side
35: Right side
121,121': Wings
122,122': Slit
141,151: Wings
142,152: Slit
143,153: Insert
311: Slit
321: Outer part
322: Connection
323: inner side
324: Insertion protrusion
341,351: Insert wing
342,352: Wide area
343,353: Moving Handle
344,354: Cross section

Claims (3)

As a paper funeral coffin,
The coffin body (10) in which the body or remains are placed;
A lid member (20) covering the upper opening of the pipe body (10) on the upper side of the pipe body; and
A support member (30) that supports the main body (10) at the lower side of the above-mentioned main body;
It consists of,
The above-mentioned body (10) of the pipe is in the shape of a box with an open top, with a front part (12), a rear part (13), a left side part (14), and a right side part (15) extending from each of the four sides of the rectangular bottom part (11).
The above support member (30) is composed of a rectangular bottom part (31), a front part (32) forming a surface in front of the bottom part, a rear part (33) forming a surface in the rear of the bottom part and facing the front part, a left side part (34) forming a surface on the left side of the bottom part, and a right side part (35) forming a surface on the right side of the bottom part and facing the left side part.
The above-mentioned support member, in the developed shape, is formed by extending the front part (32), the rear part (33), the left side part (34) and the right side part (35) to each of the four sides of the rectangular bottom part (31).
The left side (34) and the right side (35) are erected at right angles based on the boundary of the above bottom part (31), and the front side (32) and the rear side (33) are erected at right angles while being connected to the left side (34) and the right side (35), respectively.
The left side (34) and the right side (35) of the support member (30) are alternately formed with wide sections (342) and narrow sections, so that the cross sections (344, 354) of the left side (34) and the right side (35) are not straight but have a rough shape.
A paper funeral coffin characterized in that a moving handle (343, 353) is formed in a 'C' or 'ㄷ' shaped sheath on each of the wide sections (342, 352) of the left side (34) and right side (35) so that when the coffin body (10) is placed on the support member (30) during insertion, the tongue of the moving handle (343, 353) is folded and protrudes outward, thereby forming a groove for the moving handle. In the first paragraph,
The above-mentioned pipe body (10) is composed of a rectangular bottom part (11), a front part (12) forming a surface in front of the bottom part, a rear part (13) forming a surface in the rear of the bottom part and facing the front part, a left side part (14) forming a surface on the left side of the bottom part, and a right side part (15) forming a surface on the right side of the bottom part and facing the left side part.
The above-mentioned main body of the pipe, in the expanded shape, is cut from cardboard so that the front part (12), the rear part (13), the left side part (14) and the right side part (15) are extended to each of the four sides of the rectangular bottom part (11).
The left side (14) and the right side (15) are set at right angles based on the boundary of the above bottom part (11), and wing parts are formed at each end of the left side (14) and the right side (15), and these are folded at right angles to face inward again.
The front part (12) and the rear part (13) are also connected to the left side part (14) and the right side part (15) and are erected at a right angle, but the wing parts (121, 121') at both ends of the front part (12) are folded inward, and at the same time as the left side part (14) and the right side part (15) are erected, the wing parts (121, 121') at both ends of the front part (12) are inserted into the slit (142) of the left side part (14) and the slit (152) of the right side part (15), respectively.
A paper funeral coffin characterized in that the insertion piece (143) formed inside the wing part (141) of the left side (14) is bent so as to be inserted into the slit (122) formed at the boundary between the front part (12) and the left wing part (121), and the insertion piece (153) formed inside the wing part (151) of the right side (15) is bent so as to be inserted into the slit (122') formed at the boundary between the front part (12) and the right wing part (121'), thereby allowing doubly fastening. In the first paragraph,
The above support member (30) is set up at a right angle with the left side (34) and the right side (35) based on the boundary of the bottom part (31), and the left and right wing parts (341, 351) of both ends of the left side (34) and the right side (35) are folded at a right angle so that they face inward.
The front part (32) is also erected at a right angle while being connected to the left side part (34) and the right side part (35), and the front part (32) is formed of an outer part (321), a connecting part (322), and an inner part (323) from the boundary with the bottom part (31), and each boundary part is formed, and the front part (322) is erected vertically, the connecting part (322) is folded horizontally, and the inner part (323) is folded vertically again, and the outer part (321), the connecting part (322), and the inner part (323) are folded while wrapping the wing part (341) of the left side part (34) and the wing part (351) of the right side part (35).
A paper funeral coffin characterized in that the front part (32) is erected perpendicular to the bottom surface (31) while being connected to the left side part (34) and the right side part (35), and the insertion projection (324) formed at the end of the front part (32) is connected to the slit (311) formed at the corresponding position when assembling the bottom part (31), thereby preventing loosening.

Images