JP6936941B2 - Beverage container assembly kit - Google Patents

Description

The present invention relates to a beverage container assembly kit that can be used as a beverage container such as a teapot or a teapot.

A beverage container such as a teapot or a teapot for containing a beverage such as tea or black tea includes a main body formed so as to be able to store the beverage and a spout for pouring the beverage stored in the main body to the outside.

Such a beverage container (container) is routinely produced by any one of pottery, porcelain, glass, metal, etc. or a combination thereof (see, for example, Patent Documents 1 and 2). As a result, this type of beverage container (container) is repeatedly used by washing.

By the way, when a sample of tea, black tea or the like (for example, tasting) is provided at a store or the like, or when tea or black tea or the like is desired on the go, a temporary use of a beverage container may be required.

However, since the conventional beverage container is premised on repeated use by cleaning, it may be used in a place where cleaning or the like cannot be performed, or may be used temporarily (for example, as a disposable beverage container). Is not suitable for use).

Further, since the conventional beverage container is intended for use in a specific place (for example, home or work), it is not considered to be carried. That is, a conventional beverage container (container) is not only heavy but also very bulky and poorly portable because it is routinely manufactured by any one of pottery, porcelain, glass, metal, etc. or a combination thereof. There is a problem such as.

Japanese Unexamined Patent Publication No. 2003-339545 Japanese Unexamined Patent Publication No. 2003-117912

Therefore, it is an object of the present invention to provide a beverage container assembly kit which is excellent in portability and can be made into a beverage container suitable for temporary use.

The present invention includes a bottom, a wall erecting from the outer periphery of the bottom, and a lid extending from the upper end of the wall and facing the bottom, and the bottom, the wall and the lid form an internal space in which beverages can be stored. A foldable container forming sheet for forming a container including a spout capable of pouring the beverage stored in the main body to the outside, which is thick in one direction and waterproof in at least one direction. A sheet for forming a container is provided, and the sheet for forming a container is a planned bottom area to be the bottom, which is a planned bottom area defined in a polygonal shape when viewed from one direction by three or more sides, and a note to be a spout. The planned exit area, which is the planned exit area extending from at least one of the three or more sides defining the planned bottom area in the direction intersecting the side, and the planned wall area to be the wall. A plurality of planned wall areas extending from each of the three or more sides other than the extending side of the planned spout area in the direction intersecting the side, and adjacent to each other in the outer peripheral direction of the planned bottom area. The first connection area, which is connected to each of the planned wall areas and closes between the adjacent planned wall areas, and the planned spout area and the planned wall area, which are adjacent to each other in the outer peripheral direction of the bottom planned area, are connected to the adjacent spouts. Includes a second connection area that closes between the planned area and the planned wall area, and a plurality of planned lid areas that serve as lids and that extend from the tips of the plurality of planned wall areas. The first connection area extends beyond the boundary between the planned wall area and the planned lid area extending from the planned wall area and is connected to the planned cover area, and the container forming sheet is at least bottomed. It can be bent at the boundary between the planned area and the planned wall area, the boundary between the planned bottom area and the planned spout area, the boundary between the planned wall area and the planned cover area, and the boundary between the planned wall area and the first connection area. It is characterized by that.

As one aspect of the present invention, the container forming sheet is configured to be valley foldable at the boundary between the first connection region and the two planned wall regions connected to the first connection region, and the first connection region is formed. A pair of second virtual lines symmetrically arranged with respect to the first virtual line extending from the center of the bottom planned area and passing through the middle between adjacent wall planned areas, each of which is the first connecting area and the wall. A pair of second virtual lines passing through the center between the boundary with the planned area and the first virtual line may be configured to be mountain-foldable.

As another aspect of the present invention, the container forming sheet is configured to be mountain-foldable at the boundary between the first connection region and one of the two planned wall regions connected to the first connection region. On the other hand, it may be configured to be valley-foldable at the boundary between the first connection area and the other planned wall area of the two planned wall areas connected to the first connection area.

As another aspect of the present invention, a band-shaped member is further provided, and the band-shaped member can surround the bottom, wall, and lid of a container made from a container-forming sheet in a state where both ends in the longitudinal direction are overlapped with each other. It may be configured to form an annular shape.

According to the present invention, it is possible to obtain an excellent effect that a beverage container having excellent portability and suitable for temporary use can be obtained.

FIG. 1 is an overall perspective view of a state in which the beverage container assembly kit according to the first embodiment of the present invention is assembled. FIG. 2 is an overall perspective view of a state in which the beverage container assembly kit according to the first embodiment is assembled, in which the container and the band-shaped member are separated (a state in which the band-shaped member is removed from the container). FIG. 3 is a plan view of a container forming sheet of the beverage container assembly kit according to the first embodiment. FIG. 4 is a plan view of the strip-shaped member of the beverage container assembly kit according to the first embodiment. FIG. 5 is a perspective view during assembly of the container forming sheet of the beverage container assembly kit according to the first embodiment. FIG. 6 is a perspective view during assembly of the container forming sheet of the beverage container assembly kit according to the first embodiment. FIG. 7 is a perspective view during assembly of the container forming sheet of the beverage container assembly kit according to the first embodiment. FIG. 8 is an enlarged view of the VIII portion of FIG. 7. FIG. 9 is a perspective view during assembly of the container forming sheet of the beverage container assembly kit according to the first embodiment. FIG. 10 is a perspective view during assembly of the container forming sheet of the beverage container assembly kit according to the first embodiment. FIG. 11 is a perspective view of a container forming sheet of the beverage container assembly kit according to the first embodiment in an assembled state (a state in which the container is formed). FIG. 12 is an overall perspective view of a state in which the beverage container assembly kit according to the second embodiment of the present invention is assembled. FIG. 13 is an overall perspective view of a state in which the beverage container assembly kit according to the second embodiment is assembled, in which the container and the band-shaped member are separated (a state in which the band-shaped member is removed from the container). FIG. 14 is a plan view of a container forming sheet of the beverage container assembly kit according to the second embodiment. FIG. 15 is a plan view of the strip-shaped member of the beverage container assembly kit according to the second embodiment. FIG. 16 is a perspective view during assembly of the container forming sheet of the beverage container assembly kit according to the second embodiment. FIG. 17 is a perspective view during assembly of the container forming sheet of the beverage container assembly kit according to the second embodiment. FIG. 18 is a perspective view during assembly of the container forming sheet of the beverage container assembly kit according to the second embodiment. FIG. 19 is a perspective view of a container forming sheet of the beverage container assembly kit according to the second embodiment in an assembled state (a state in which the container is formed). FIG. 20 is a plan view of a container forming sheet of the beverage container assembly kit according to another embodiment of the present invention.

Hereinafter, the first embodiment of the present invention will be described with reference to the accompanying drawings.

As shown in FIGS. 1 and 2, the beverage container assembly kit 1 according to the present embodiment has a bottom 100a, a wall 100b that stands up from the outer periphery of the bottom 100a, and a lid that extends from the upper end of the wall 100b and faces the bottom 100a. A container 10 including a main body 100 including 100c and a bottom 100a, a wall 100b and a lid 100c forming an internal space capable of storing beverages, and a spout 101 capable of pouring beverages stored in the main body 100 to the outside is formed. A container forming sheet 2 for forming a container is provided. Further, the beverage container assembly kit 1 according to the present embodiment further includes a band-shaped member 3 which is annular in a state where both ends are overlapped.

The container forming sheet 2 is a foldable sheet, has a thickness in one direction, and is waterproof in at least one direction. In the present embodiment, the container forming sheet 2 is produced by cutting a so-called cup base paper.

As shown in FIG. 3, the container forming sheet 2 has a planned bottom area 20 which is the bottom 100a of the container 10 (main body 100), a planned pouring port area 21 which is a pouring port 101 of the container 10, and a container 10 (main body 100). ), The planned wall area 22 to be the wall 100b, and the planned lid area 23 to be the lid 100c of the container 10 (main body 100) are included. In the container forming sheet 2 according to the present embodiment, a plurality of planned wall regions 22 are arranged around the outer circumference of the planned bottom region 20 at intervals in the outer peripheral direction. Further, in the container forming sheet 2 according to the present embodiment, the planned spout area 21 is arranged between the planned wall areas 22 which are arranged at intervals in the circumferential direction. Along with this, the container forming sheet 2 has a first connection area 24 connected to each of the wall planned areas 22 adjacent to each other in the outer peripheral direction of the bottom planned area 20, and a spout planned area 21 and a wall adjacent to each other in the outer peripheral direction. It further includes a second connection area 25 connected to the planned area 22.

The planned bottom region 20 is defined by three or more sides 200 in a polygonal shape when viewed from one direction. In the present embodiment, the planned bottom region 20 has a regular polygonal shape when viewed from one direction. More specifically, the contour of the planned bottom region 20 according to the present embodiment includes linear sides 200, each of which includes eight sides 200 set to the same length. The eight sides 200 are continuous to form eight corners (not numbered). The angles of the eight corners (angles between adjacent sides 200: internal angles) are the same. As a result, the planned bottom area 20 according to the present embodiment is a regular octagon when viewed from one direction.

The planned spout area 21 extends from at least one side 200 of the plurality of sides 200 included in the contour of the planned bottom area 20 in a direction intersecting the side 200. More specifically, the planned spout area 21 has a proximal end and a distal end in a direction orthogonal to one direction, and the proximal end is connected to one side 200 over the entire length. The planned spout area 21 is a square area 210 having a first end in a direction orthogonal to one direction and a second end on the opposite side of the first end, and the first end is relative to one side 200. Includes a square region 210 connected over the entire length. The first end of the square region 210 is set to have the same length as one side 200. In the present embodiment, the second end of the square region 210 is set longer than the first end. As a result, the square region 210 according to the present embodiment is set to a trapezoidal region whose width narrows toward the planned bottom region 20.

In the present embodiment, the planned spout area 21 is reduced to have a first end connected to the second end of the square area 210 in a direction orthogonal to one direction and a second end opposite to the first end. Region 211 further includes a reduced region 211 that tapers from one end to the second end. In the present embodiment, the reduced region 211 is formed in a triangular shape, and one side of the three sides included in the contour of the reduced region 211 constitutes the first end and faces the one side 200. The vertices make up the second end. Along with this, the second end (vertex) of the reduced area 211 becomes the tip of the planned spout area 21.

The planned wall area 22 extends from each of the side 200 other than the extending side 200 of the planned spouting area 21 among the plurality of sides 200 included in the contour of the planned bottom area 20 in a direction intersecting the side 200. do. In the present embodiment, as the planned bottom area 20 is formed into a regular octagon, the planned wall area 22 extends from each of the seven sides 200 of the eight sides 200. That is, in the container forming sheet 2, the plurality of planned wall regions 22 extend radially from the planned bottom region 20 at intervals in the outer peripheral direction of the planned bottom region 20.

More specifically, in the present embodiment, each planned wall region 22 extends from the linear side 200 included in the contour of the planned bottom region 20 in a direction orthogonal to the side 200.

In the present embodiment, the contour of the planned wall area 22 includes four linear sides 220a, 220b, 220c. That is, the contour of the planned wall region 22 is the first side 220a that coincides with the side 200 included in the contour of the planned bottom region 20, and the first side 220a at a predetermined distance from the first side 220a. A pair of third sides 220c connecting the parallel second side 220b and the first side 220a and the second side 220b, and including a pair of third sides 220c parallel to each other. The pair of third sides 220c are set to have the same length. In the present embodiment, the angle of the third side 220c with respect to each of the first side 220a and the second side 220b is set to be a right angle. Further, the third side 220c is set longer than the first side 220a and the second side 220b. As a result, the planned wall area 22 according to the present embodiment is formed in a rectangular shape when viewed from one direction. The distance between the first side 220a and the second side 220b determines the depth of the internal space of the container 10. In the present embodiment, the distance between the first side 220a and the second side 220b coincides with the distance between the first end and the second end of the square area 210 of the planned spouting area 21.

As a result, the third sides 220c of the planned wall areas 22 adjacent to each other around the outer circumference of the planned bottom area 20 are connected to each other on the side of the planned bottom area 20, and the distance between the third sides 220c of the adjacent planned wall areas 22. Is expanding toward the outside.

The planned lid area 23 extends from the second side 220b, which is the tip of each of the plurality of planned wall areas 22. That is, in the container forming sheet 2, the plurality of planned lid regions 23 are spaced apart in the outer peripheral direction of the planned bottom region 20 and extend radially around the planned bottom region 20.

More specifically, each contour of the plurality of planned lid regions 23 includes four linear sides 230a, 230b, 230c. That is, the contour of the planned lid region 23 has a predetermined distance from the fourth side 230a that coincides with the second side 220b included in the contour of the planned wall region 22 and the fourth side 230a, and the fourth side. It includes a fifth side 230b parallel to the 230a, a pair of sixth sides 230c connecting the fourth side 230a and the fifth side 230b, and a pair of sixth sides 230c parallel to each other. The pair of sixth sides 230c are set to have the same length.

In the present embodiment, the angle of the sixth side 230c with respect to each of the fourth side 230a and the fifth side 230b is set to be a right angle. As a result, the planned lid area 23 according to the present embodiment is formed in a quadrangular shape when viewed from one direction. The sixth side 230c of the planned lid area 23 is continuous in series with the third side 220c included in the contour of the planned wall area 22. That is, on the assumption that the total length of the fourth side 230a of the planned lid area 23 is connected to the total length of the second side 220b of the planned wall area 22, the pair of sixth sides 230c included in the contour of the planned lid area 23 The spacing and the spacing of the pair of third sides 220c included in the contour of the planned wall area 22 are set to be the same.

The distance between the fourth side 230a and the fifth side 230b coincides with or substantially coincides with the shortest distance from the side 200 included in the contour of the planned bottom area 20 to the center of the planned bottom area 20.

The first connection area 24 is connected to each of the adjacent wall planned areas 22 in the outer peripheral direction of the bottom planned area 20, and closes between the adjacent wall planned areas 22 in the outer peripheral direction. As described above, since the distance between the third sides 220c of the adjacent wall planned areas 22 is widened, the first connection area 24 that closes between the adjacent wall planned areas 22 is outward from the bottom planned area 20 side. It is expanding toward.

The first contiguous zone 24 is bendable along at least two virtual lines 241 extending from the center of the planned bottom zone 20. In the present embodiment, the first connection area 24 is the first virtual line 240 (virtual line) that passes through the center of the planned bottom area 20 and the vertices of the corners formed by the sides 200 included in the contour of the planned bottom area 20. It is divided into two areas by the first virtual line 240, and each of the two areas divided by the first virtual line 240 can be folded in two.

That is, in the first connection area 24, the areas partitioned by the first virtual line 240 passing through the center of the planned bottom area 20 and the vertices of the corners formed by the sides 200 included in the contour of the planned bottom area 20 are adjacent to each other. A second virtual line 241 extending outward through a connection point between the third sides 220c of the planned wall area 22 (the vertices of the corners formed by the sides 200 included in the contour of the bottom planned area 20). It can be bent along the second virtual line 241 that bisects each of the two regions in the outer peripheral direction. In the present embodiment, the first connection region 24 can also be bent along the first virtual line 240.

The first connection area 24 extends beyond the boundary between the connected planned wall area 22 and the planned lid area 23 extending from the planned wall area 22 and is connected to the planned lid area 23. In the present embodiment, the first connection region 24 extends to the center of the sixth side 230c of the planned lid region 23 on both sides. Further, the outer edge of the first connection area 24 is an extension line (not shown) of the boundary (second side 220b, fourth side 230a) between the planned wall area 22 and the planned lid area 23, and the first virtual line 240. A pair of inclined sides extending linearly from the intersection of the above to the center of the sixth side 230c of the planned lid area 23 on both sides are included. That is, the outer edge of the first connection region 24 has a V shape.

The second connection area 25 is connected to the adjacent planned spout area 21 and the planned wall area 22 in the outer peripheral direction of the planned bottom area 20, and closes between the adjacent planned spout area 21 and the planned wall area 22. There is.

In the present embodiment, the second connection area 25 is half the area of the first connection area 24. Specifically, the outer edge of the second connection area 25 is from the planned wall area 22 adjacent to the planned spout area 21 at intervals from the second end of the square area 210 of the planned spout area 21. It extends linearly to the center of the sixth side 230c of the extended lid planned area 23. Along with this, the second connection area 25 is symmetrical to the area partitioned by the first virtual line 240 of the first connection area 24 connected to the connected wall planned area 22 of the second connection area 25. It is an area.

The second connection area 25 is a connection point between the third side 220c of the adjacent wall planned area 22 and the hypotenuse of the spout planned area 21 (the apex of the corner formed by the sides 200 included in the contour of the bottom planned area 20). It is a third virtual line 250 extending outward through the third virtual line 250, and can be bent along the third virtual line 250 that bisects the second connection region 25 in the outer peripheral direction.

The container forming sheet 2 has a boundary between the planned bottom area 20 and the planned wall area 22, a boundary between the planned bottom area 20 and the planned spout area 21, a boundary between the planned wall area 22 and the planned lid area 23, and a wall. It can be bent along the boundary between the planned area 22 and the first connection area 24. In the present embodiment, the container forming sheet 2 has a boundary between the planned lid area 23 and the first connecting area 24, a boundary between the planned lid area 23 and the second connecting area 25, and a planned spouting port area 21 and the second connecting area. It can also be bent at a position corresponding to the boundary with 25, the boundary between the planned wall area 22 and the second connection area 25, the first virtual line 240, the second virtual line 241 and the third virtual line 250.

That is, the container forming sheet 2 has a boundary between the planned bottom area 20 and the planned wall area 22, a boundary between the planned bottom area 20 and the planned spout area 21, a boundary between the planned wall area 22 and the planned lid area 23, and a wall. Bending ruled lines L are provided at each of the boundaries between the planned area 22 and the first connection area 24. In the present embodiment, the container forming sheet 2 has a boundary between the planned lid area 23 and the first connecting area 24, a boundary between the planned lid area 23 and the second connecting area 25, and a planned spouting port area 21 and the second connecting area. Bending ruled lines L are also provided at the boundary with 25 and the boundary between the planned wall area 22 and the second connection area 25. Further, the container forming sheet 2 also has a bent ruled line L at a position corresponding to the first virtual line 240, the second virtual line 241 and the third virtual line 250.

These bent ruled lines L are formed, for example, by press molding or half-cutting on the container forming sheet 2. As a result, the bent ruled line L is partially thinner than the peripheral thickness.

As shown in FIGS. 1 and 2, the strip-shaped member 3 surrounds the bottom 100a, the wall 100b, and the lid 100c of the container 10 made from the container-forming sheet 2 in a state where both ends in the longitudinal direction are overlapped with each other. It is configured to be a possible ring. In the present embodiment, as shown in FIG. 4, the strip-shaped member 3 has notches 30 at both ends in the longitudinal direction. Each of the notches 30 at both ends extends in a direction orthogonal to the longitudinal direction of the strip-shaped member 3. The notch 30 at one end and the notch 30 at the other end extend in opposite directions with the outer edge of the strip-shaped member 3 as a starting point. By engaging (fitting) the notches 30 at both ends, the strip-shaped member 3 becomes an annular shape capable of surrounding the container 10 with both ends overlapping.

The beverage container assembly kit 1 according to the present embodiment is as described above. Next, a method of assembling the beverage container assembly kit 1 according to the present embodiment will be described.

As shown in FIG. 5, the container forming sheet 2 is bent at the boundary (folding ruled line L) between the planned bottom area 20 and the planned wall area 22, and the boundary (bending) between the planned bottom area 20 and the planned spout area 21. It is folded along the ruled line L). At the same time, the container forming sheet 2 is valley-folded at the boundary (folding ruled line L) between the planned wall area 22 and the first connection area 24, and mountain-folded at the first virtual line 240 (folding ruled line L). Be made. Further, the container forming sheet 2 is valley-folded at the boundary (folding ruled line L) between the planned wall area 22 and the second connection area 25, and mountain-folded at the third virtual line 250 (folding ruled line L). NS.

As a result, as shown in FIG. 6, the plurality of planned wall areas 22 and the planned spout areas 21 stand up against the planned bottom area 20, and each first connection area 24 is folded in half by the first virtual line 240. It protrudes outward in the state of being in a standing position. Further, when the second connection area 25 is folded in half by the third virtual line 250, the second connection area 25 also protrudes outward.

Then, as shown in FIGS. 7 and 8, the first connection area 24 folded in half by the first virtual line 240 is expanded and the second virtual line 241 (folded) on both sides of the first virtual line 240. Each of the ruled lines L) is folded into a mountain. That is, with respect to each of the planned wall areas 22 on both sides of the first connection area 24, the first connection area 24 (two areas with the first virtual line 240 as a boundary, each of which is the second) is expanded. Two areas folded in half by the virtual line 241 (folded ruled line L) are overlapped. In this state, the third side 220c of the planned wall area 22 adjacent to each other in the circumferential direction and the first virtual line 240 overlap. Further, as shown in FIG. 9, the second connection area 25 folded in half by the third virtual line 250 is a planned wall area along the boundary (bending ruled line L) between the planned wall area 22 and the second connection area 25. Defeated on the 22nd side.

In this state, the container forming sheet 2 is bent at the boundary (bending ruled line L) between the planned wall area 22 and the planned lid area 23, as shown in FIG. That is, each of the plurality of planned lid areas 23 is tilted at the boundary (folded ruled line L) with the planned wall area 22 and faces the planned bottom area 20. Here, the plurality of planned lid areas 23 are sequentially tilted in the outer peripheral direction from the planned lid area 23 connected to one of the planned wall areas 22 adjacent to the planned spout area 21. Is done. In the present embodiment, since the container forming sheet 2 is bendable, it can be bent at the boundary (folding ruled line L) between the planned wall area 22 and the planned lid area 23 to form the first connection area 24 and the second connection. The region 25 is also bent following the inclination of the planned lid region 23. Then, the plurality of planned lid areas 23 are tilted in sequence, so that the planned lid areas 23 partially overlap each other and prevent each other from rising.

In this state, the container forming sheet 2 becomes the container 10 as shown in FIG. That is, the planned spout area 21 is tilted forward from the planned wall area 22 and forms the spout 101. Therefore, hot water and tea leaves, black tea leaves, or the like can be poured from the spout 101, and a beverage such as tea or black tea can be poured from the spout 101 when it is ready to drink.

Then, even if the plurality of planned wall regions 22 (walls 100b) that stand up due to the presence of hot water and the temperature of hot water try to expand, in the container 10 formed by the container forming sheet 2 according to the present embodiment, the first Since the one connection area 24 and the second connection area 25 extend to the planned lid area 23, the expansion of the planned wall area 22 (wall 100b) is prevented.

Specifically, since the first connection area 24 and the second connection area 25 extend to the planned lid area 23, they can be bent at the boundary (bending ruled line L) between the planned wall area 22 and the planned lid area 23. The portion of the first connection area 24 and the second connection area 25 connected to the planned lid area 23 is also bent in the same manner as the planned lid area 23.

As a result, the portion of the first connection area 24 connected to the planned lid area 23 extends in a direction different from the area overlapping the planned wall area 22 of the first connection area 24, while the planned lid area 23 of the second connection area 25 Since the portion connected to the second connection area 25 extends in a direction different from the area overlapping the planned wall area 22 of the second connection area 25, the first connection area 24 and the second connection area 25 are prevented from being expanded.

In the present embodiment, as shown in FIGS. 1 and 2, the notches 30 at both ends of the strip-shaped member 3 in the longitudinal direction are fitted together. As a result, the strip-shaped member 3 becomes annular. The end portion (overlapping end portion) of the annular band-shaped member 3 is arranged on the upper side, and then the container 10 is fitted into the annular band-shaped member 3. As a result, the band-shaped member 3 surrounds the container 10 and reliably prevents the plurality of planned lid areas 23 from rising. Further, since the end portions of the overlapping strip-shaped members 3 are located on the upper side, they are used as handles.

As described above, the beverage container assembly kit 1 according to the present embodiment includes the bottom 100a, the wall 100b rising from the outer periphery of the bottom 100a, and the lid 100c extending from the upper end of the wall 100b and facing the bottom 100a. Bending to form a container 10 including a main body 100 in which the bottom 100a, the wall 100b and the lid 100c form an internal space capable of storing the beverage, and a spout 101 capable of pouring the beverage stored in the main body 100 to the outside. A possible container-forming sheet 2 comprising a container-forming sheet 2 having a thickness in one direction and waterproofness in at least one direction, and the container-forming sheet 2 has a bottom planned region 20 having a bottom 100a. The planned bottom area 20 defined in a polygonal shape when viewed from one direction by three or more sides 200, and the planned spout area 21 that becomes the spout 101, which defines the planned bottom area 20. A planned spout area 21 extending from at least one side 200 of the two or more sides 200 in a direction intersecting the side 200, and a planned wall area 22 serving as a wall 100b, which are three or more sides 200. A plurality of planned wall areas 22 extending in a direction intersecting the side 200 from each of the side 200 other than the extending side 200 of the planned spout area 21 and adjacent to each other in the outer peripheral direction of the bottom planned area 20. The first connection area 24 which is connected to each of the planned wall areas 22 and closes between the adjacent planned wall areas 22, and the planned spout area 21 and the planned wall area 22 which are adjacent to each other in the outer peripheral direction of the bottom planned area 20 are connected. A second connection area 25 that closes between the adjacent spout planned area 21 and the wall planned area 22, and a plurality of lid planned areas 23 that form the lid 100c, extending from the tips of the plurality of wall planned areas 22. The first connection area 24 includes the plurality of planned lid areas 23, and the first connection area 24 extends beyond the boundary between the connected wall planned area 22 and the planned lid area 23 extending from the wall planned area 22. The container forming sheet 2 is connected to the area 23, and at least the boundary between the planned bottom area 20 and the planned wall area 22, the boundary between the planned bottom area 20 and the planned spout area 21, the planned wall area 22 and the planned cover area 22 It can be bent at the boundary with 23 and the boundary between the planned wall area 22 and the first connection area 24.

According to the above configuration, the container forming sheet 2 is provided with the boundary between the planned bottom area 20 and the planned wall area 22, the boundary between the planned bottom area 20 and the planned spout area 21, the planned wall area 22 and the planned lid area 23. By bending at the boundary of the wall and the boundary between the planned wall area 22 and the first connection area 24, the container 10 is assumed. That is, the planned bottom area 20 becomes the bottom 100a, and the plurality of planned wall areas 22 integrally form an annular wall 100b that stands up from the bottom 100a. At the same time, the planned spout area 21 becomes the spout 101 tilted forward following the standing of the planned wall area 22, and the planned lid area 23 becomes the lid 100c. Then, since the first connection area 24 extends beyond the boundary between the connected planned wall area 22 and the planned lid area 23 extending from the planned wall area 22, and is connected to the planned lid area 23. When hot water or the like is added, the container forming sheet 2 is prevented from being inadvertently expanded in the state of becoming the container 10.

Therefore, in the beverage container assembly kit 1 having the above configuration, the container 10 can be in the state of one sheet (container forming sheet 2) until it is used, so that it is excellent in portability and can be easily discarded even after use. can do. Further, when used (when the container 10 is used), it is safe to prevent leakage of hot water or the like.

In the present embodiment, the container forming sheet 2 is configured to be valley-foldable at the boundary between the first connection region 24 and the two planned wall regions 22 connected to the first connection region 24, and is configured to be valley-foldable. Reference numeral 24 denotes a pair of second virtual lines 241 arranged symmetrically with respect to the first virtual line 240 extending from the center of the planned bottom area 20 and passing through the middle between the adjacent wall planned areas 22. Is configured to be mountain-foldable by a pair of second virtual lines 241 passing through the center between the boundary between the first connection area 24 and the planned wall area 22 and the first virtual line 240.

In this way, since the first connection area 24 can be expanded in a state of overlapping the planned wall areas 22 on both sides, the strength of the boundary between the adjacent planned wall areas 22 (wall 100b) can be ensured. ..

The beverage container assembly kit 1 according to the present embodiment further includes a strip-shaped member 3, and the strip-shaped member 3 is a bottom of a container 10 manufactured from a container-forming sheet 2 in a state where both ends in the longitudinal direction are overlapped with each other. It is configured to form an annular shape that can surround the 100a, the wall 100b, and the lid 100c.

In this way, the strip-shaped member 3 can be extended until it is used, so that the strip-shaped member 3 is excellent in portability. Further, when the container forming sheet 2 is in the container 10, the annular band-shaped member 3 not only prevents the lid 100c from opening, but is also used as a handle when carrying the container 10 (when pouring a beverage, etc.). can do.

Next, the second embodiment of the present invention will be described with reference to the accompanying drawings. In the description of the present embodiment, the same or equivalent configurations as those described in the first embodiment will be described with the same names and the same reference numerals.

As shown in FIGS. 12 and 13, the beverage container assembly kit 1 according to the present embodiment has a bottom 100a, a wall 100b that stands up from the outer periphery of the bottom 100a, and a lid that extends from the upper end of the wall 100b and faces the bottom 100a. A container 10 including a main body 100 including 100c and a bottom 100a, a wall 100b and a lid 100c forming an internal space capable of storing beverages, and a spout 101 capable of pouring beverages stored in the main body 100 to the outside is formed. A container forming sheet 2 for forming a container is provided. Further, the beverage container assembly kit 1 according to the present embodiment also further includes a band-shaped member 3 which is annular in a state where both ends are overlapped.

The container forming sheet 2 is a foldable sheet, has a thickness in one direction, and is waterproof in at least one direction. In the present embodiment, the container forming sheet 2 is produced by cutting a so-called cup base paper.

As shown in FIG. 14, the container forming sheet 2 has a planned bottom area 20 which is the bottom 100a of the container 10 (main body 100), a planned pouring port area 21 which is a pouring port 101 of the container 10, and a container 10 (main body 100). ), The planned wall area 22 to be the wall 100b, and the planned lid area 23 to be the lid 100c of the container 10 (main body 100) are included. In the container forming sheet 2 according to the present embodiment, a plurality of planned wall regions 22 are arranged around the outer circumference of the planned bottom region 20 at intervals in the outer peripheral direction. Further, in the container forming sheet 2 according to the present embodiment, the planned spout area 21 is arranged between the planned wall areas 22 which are arranged at intervals in the circumferential direction. Along with this, the container forming sheet 2 has a first connection area 24 connected to each of the wall planned areas 22 adjacent to each other in the outer peripheral direction of the bottom planned area 20, and a spout planned area 21 and a wall adjacent to each other in the outer peripheral direction. It further includes a second connection area 25 connected to the planned area 22.

The planned bottom region 20 is defined by three or more sides 200 in a polygonal shape when viewed from one direction. In the present embodiment, the planned bottom region 20 has a regular polygonal shape when viewed from one direction. More specifically, the contour of the planned bottom region 20 according to the present embodiment includes linear sides 200, each of which includes twelve sides 200 having the same length. The twelve sides 200 are continuous to form twelve corners. The angles of the twelve corners (angles between adjacent sides 200: internal angles) are the same. As a result, the planned bottom area 20 according to the present embodiment is a regular dodecagon when viewed from one direction.

The planned spout area 21 extends from at least one side 200 of the plurality of sides 200 included in the contour of the planned bottom area 20 in a direction intersecting the side 200. More specifically, the planned spout area 21 has a proximal end and a distal end in a direction orthogonal to one direction, and the proximal end is connected to one side 200 over the entire length. The planned spout area 21 is a square area 210 having a first end in a direction orthogonal to one direction and a second end on the opposite side of the first end, and the first end is relative to one side 200. Includes a square region 210 connected over the entire length. The first end of the square region 210 is set to have the same length as one side 200. In the present embodiment, the second end of the square region 210 is set longer than the first end. As a result, the square region 210 according to the present embodiment is set to a trapezoidal region whose width narrows toward the planned bottom region 20.

In the present embodiment, the planned spout area 21 is an expansion having a first end connected to the second end of the square area 210 in a direction orthogonal to one direction and a second end opposite to the first end. The region 212 further includes an enlarged region 212 that expands from the first end toward the second end. In the present embodiment, the second end of the enlarged region 212 is formed by being recessed toward the square region 210 at the central portion. In the present embodiment, a tongue piece (not numbered) is extended in the central portion of the second end of the enlarged region 212.

The planned wall area 22 is formed from each of the extending side 200 of the planned spout area 21 among the plurality of sides 200 included in the contour of the planned bottom area 20 and the sides 200 other than the sides 200 on both sides of the side 200. It extends in the direction intersecting the side 200. In the present embodiment, as the planned bottom area 20 is formed into a regular dodecagon, the planned wall area 22 extends from each of the nine sides 200 of the twelve sides 200. That is, in the container forming sheet 2, the plurality of planned wall regions 22 extend radially from the planned bottom region 20 at intervals in the outer peripheral direction of the planned bottom region 20.

More specifically, in the present embodiment, each planned wall region 22 extends from the linear side 200 included in the contour of the planned bottom region 20 in a direction inclined with respect to the side 200.

In the present embodiment, the contour of the planned wall area 22 includes four linear sides 220a, 220b, 220c. That is, the contour of the planned wall region 22 is the first side 220a that coincides with the side 200 included in the contour of the planned bottom region 20, and the first side 220a at a predetermined distance from the first side 220a. A pair of third sides 220c connecting the parallel second side 220b and the first side 220a and the second side 220b, extending in a direction intersecting the first side 220a and the second side 220b and parallel to each other. Includes a pair of third sides 220c. The pair of third sides 220c are set to have substantially the same length.

In the present embodiment, the third side 220c is inclined with respect to each of the first side 220a and the second side 220b. Further, the third side 220c is set longer than the first side 220a and the second side 220b. As a result, the planned wall area 22 according to the present embodiment is formed into a substantially parallelogram when viewed from one direction. The distance between the first side 220a and the second side 220b determines the depth of the internal space of the container 10. In the present embodiment, the distance between the first side 220a and the second side 220b coincides with the distance between the first end and the second end of the square area 210 of the planned spouting area 21.

As a result, the third sides 220c of the planned wall areas 22 adjacent to each other around the outer circumference of the planned bottom area 20 are connected to each other on the side of the planned bottom area 20, and the distance between the third sides 220c of the adjacent planned wall areas 22. Is expanding toward the outside.

The planned lid area 23 extends from the second side 220b, which is the tip of each of the plurality of planned wall areas 22. That is, in the container forming sheet 2, the plurality of planned lid regions 23 are spaced apart in the outer peripheral direction of the planned bottom region 20 and extend radially around the planned bottom region 20.

More specifically, each contour of the plurality of planned lid regions 23 includes four linear sides 230a, 230b, 230c. That is, the contour of the planned lid region 23 has a predetermined distance from the fourth side 230a that coincides with the second side 220b included in the contour of the planned wall region 22 and the fourth side 230a, and the fourth side. It includes a fifth side 230b parallel to the 230a, a pair of sixth sides 230c connecting the fourth side 230a and the fifth side 230b, and a pair of sixth sides 230c parallel to each other. The pair of sixth sides 230c are set to have substantially the same length.

In the present embodiment, the sixth side 230c extends in a direction intersecting each of the fourth side 230a and the fifth side 230b. As a result, the planned lid region 23 according to the present embodiment is formed in a trapezoidal shape when viewed from one direction.

In the present embodiment, the sixth side 230c of one of the pair of sixth sides 230c of the planned lid area 23 is the third side of one of the pair of third sides 220c included in the contour of the planned wall area 22. Continuing in series with 220c, the other sixth side 230c of the pair of sixth sides 230c of the planned lid area 23 is of the pair of third sides 220c included in the contour of the planned wall area 22. It is non-serially continuous with respect to the other third side 220c.

That is, the second side 220b included in the contour of the wall planned area 22 of one of the sixth side 230c of the pair of sixth side 230c included in the contour of the planned lid area 23 (included in the contour of the planned lid area 23). The angle with respect to the fourth side 230a) is the second side 220b (planned lid) included in the contour of the planned wall area 22 of the other sixth side 230c of the pair of the pair of sixth sides 230c included in the contour of the planned lid area 23. It is set larger than the angle with respect to the fourth side 230a) included in the contour of the region 23.

The distance between the fourth side 230a and the fifth side 230b coincides with or substantially coincides with the shortest distance from the side 200 included in the contour of the planned bottom area 20 to the center of the planned bottom area 20.

The first connection area 24 is connected to each of the adjacent wall planned areas 22 in the outer peripheral direction of the bottom planned area 20, and closes between the adjacent wall planned areas 22 in the outer peripheral direction. As described above, since the distance between the third sides 220c of the adjacent wall planned areas 22 is widened, the first connection area 24 that closes between the adjacent wall planned areas 22 is outward from the bottom planned area 20 side. It is expanding toward.

The first connection area 24 extends beyond the boundary between the connected planned wall area 22 and the planned lid area 23 extending from the planned wall area 22 and is connected to the planned lid area 23. In the present embodiment, the first connection region 24 extends to the tip of the sixth side 230c of the planned lid region 23 on both sides (the intersection of the fifth side 230b and the sixth side 230c). That is, the first connection region 24 according to the present embodiment closes between the planned lid regions 23 on both sides.

The second connection area 25 is connected to the adjacent planned spout area 21 and the planned wall area 22 in the outer peripheral direction of the planned bottom area 20, and closes between the adjacent planned spout area 21 and the planned wall area 22. There is.

In the present embodiment, the second connection area 25 is a side 200 included in the contour of the planned bottom area 20, and is a first area extending from the sides 200 on both sides of the extending side 200 of the planned spout area 21. 251 includes a first region 251 and a second region 252 that closes between the first region 251 and an adjacent region.

In the present embodiment, the second connection area 25 on one side of both sides of the planned spout area 21 is arranged on one side of the first area 251 and both sides in the outer peripheral direction of the planned bottom area 20. The second connection region 25, which includes the second region 252 and is on the other side of both sides of the planned spout area 21, is a pair of the first region 251 and a pair arranged on both sides in the outer peripheral direction of the planned bottom region 20. Includes a second region 252.

The first region 251 is the first extension region 251a extending from the side 200 included in the contour of the planned bottom region 20, and is the first extension region 251a having the same shape and size as the planned wall region 22. And a second extension region 251b extending from the first extension region 251a, including a second extension region 251b having the same shape and size as the planned lid region 23.

The first extension area 251a of the second connection area 25 on both sides of the planned spout area 21 is the planned wall area 22 and the planned lid area 23 around the planned bottom area 20 with reference to the center of the planned bottom area 20. It is arranged so as to be rotationally symmetric with.

In the present embodiment, the first region 251 of the second connection region 25 on one side of both sides of the planned spout region 21 is connected to the scheduled spout region 21. Along with this, in the second connection area 25 on one side of both sides of the planned spout area 21, the second area 252 closes between the first area 251 and the planned spout area 21.

On the other hand, in the second connection area 25 on the other side of both sides of the planned spout area 21, the second area 252 of one of the pair of second areas 252 is planned to be at least the first area 251 and the wall. It closes between the area 22 and the area 22. In the present embodiment, one of the second regions 252 of the pair of second regions 252 closes between the first region 251 and the planned wall region 22 and between the first region 251 and the planned lid region 23. The other second region 252 of the pair of second regions 252 closes between the first region 251 and the planned spout region 21.

In the present embodiment, each second region 252 is formed in the same shape as the first connection region 24, and is formed with a plurality of first connection regions 24 around the planned bottom region 20 with reference to the center of the planned bottom region 20. Arranged rotationally symmetric.

In the present embodiment, the container forming sheet 2 has a boundary between the planned bottom area 20 and the planned wall area 22, a boundary between the planned bottom area 20 and the planned spout area 21, and the planned wall area 22 and the planned lid area 23. It can be bent at the boundary, the boundary between the planned wall area 22 and the first connection area 24, and the boundary between the planned lid area 23 and the first connection area 24. Further, the container forming sheet 2 has a boundary between the planned spouting area 21 and the second connecting area 25 (first area 251 and the second area 252), and the planned wall area 22 and the second connecting area 25 (second area 252). ), The boundary between the planned lid area 23 and the second connection area 25 (second area 252), the boundary between the first area 251 and the second area 252, and the planned wall area 22 in the first area 251. It can also be bent along the boundary between the region and the region corresponding to the planned lid region 23.

That is, the container forming sheet 2 has a boundary between the planned bottom area 20 and the planned wall area 22, a boundary between the planned bottom area 20 and the planned spout area 21, a boundary between the planned wall area 22 and the planned lid area 23, and a wall. A folding ruled line L is provided at each of the boundary between the planned area 22 and the first connection area 24 and the boundary between the planned lid area 23 and the first connection area 24. Further, the container forming sheet 2 has a boundary between the planned spouting area 21 and the second connecting area 25 (first area 251 and the second area 252), and the planned wall area 22 and the second connecting area 25 (second area 252). ), The boundary between the planned lid area 23 and the second connection area 25 (second area 252), the boundary between the first area 251 and the second area 252, and the planned wall area 22 in the first area 251. Bending ruled lines L are also provided at each of the boundaries between the region and the region corresponding to the planned lid region 23.

These bent ruled lines L are formed, for example, by press molding or half-cutting on the container forming sheet 2. As a result, the bent ruled line L is partially thinner than the peripheral thickness.

As shown in FIGS. 12 and 13, the strip-shaped member 3 surrounds the bottom 100a, the wall 100b, and the lid 100c of the container 10 made from the container-forming sheet 2 in a state where both ends in the longitudinal direction are overlapped with each other. It is configured to be a possible ring. In the present embodiment, as shown in FIG. 15, the strip-shaped member 3 has notches 30 at both ends in the longitudinal direction. Each of the notches 30 at both ends extends in a direction orthogonal to the longitudinal direction of the strip-shaped member 3. The notch 30 at one end and the notch 30 at the other end extend in opposite directions with the outer edge of the strip-shaped member 3 as a starting point. By engaging (fitting) the notches 30 at both ends, the strip-shaped member 3 becomes an annular shape capable of surrounding the container 10 with both ends overlapping.

The beverage container assembly kit 1 according to the present embodiment is as described above. Next, a method of assembling the beverage container assembly kit 1 according to the present embodiment will be described.

As shown in FIGS. 16 and 17, the container forming sheet 2 is bent at the boundary (bending ruled line L) between the planned bottom area 20 and the planned wall area 22, and the planned spout area 21 and the planned bottom area 20 are formed. It is folded at the boundary (folding ruled line L). At the same time, the container forming sheet 2 has a valley at the boundary (bending ruled line L) between the planned wall area 22 and the first connection area 24 of the planned wall areas 22 adjacent to each other in the outer peripheral direction of the planned bottom area 20. It is folded and folded at the boundary (folding ruled line L) between the other planned wall area 22 and the first connection area 24 of the adjacent planned wall areas 22 in the outer peripheral direction.

Further, the container forming sheet 2 is valley-folded at the boundary (bending ruled line L) between the first region 251 and the second region 252 of one of the second connection regions 25, and the second connection region 25 (bending ruled line L) is folded. It is folded in a mountain at the boundary (bending ruled line L) between the second area 252) and the planned wall area 22. Further, the container forming sheet 2 is mountain-folded at the boundary (bending ruled line L) between the first region 251 and the second region 252 of the other second connection region 25, and the other second connection region 25 ( A valley fold is made at the boundary (bending ruled line L) between the second region 252) and the planned wall region 22.

As a result, the plurality of planned wall areas 22 and the planned spout area 21 stand up against the planned bottom area 20. In this state, the first connection area 24 overlaps with each of the adjacent wall planned areas 22 in the outer peripheral direction, and the second area 252 of the second connection area 25 becomes the adjacent wall planned area 22 and the first area 251. Overlap.

Then, as shown in FIG. 18, the container forming sheet 2 is bent inward at the boundary (bending ruled line L) between the planned wall area 22 and the planned lid area 23 in the outer peripheral direction of the planned bottom area 20, and is second. The connection area 25 is bent inward at the boundary (folding ruled line L) between the area corresponding to the planned wall area 22 and the area corresponding to the planned lid area 23.

Along with this, the container forming sheet 2 has a valley at the boundary (bending ruled line L) between one of the planned lid areas 23 adjacent to each other in the outer peripheral direction of the planned bottom area 20 and the first connection area 24. It is folded and folded at the boundary (folding ruled line L) between the other planned lid area 23 and the first connection area 24 of the planned lid areas 23 adjacent to each other in the outer peripheral direction of the planned bottom area 20.

Further, the boundary between the first region 251 and the second region 252 of one second connection region 25 is folded in a valley, and the boundary between one second connection region 25 (second region 252) and the planned lid region 23 is formed. Fold it in the mountains. Further, the boundary between the first region 251 and the second region 252 of the other second connection region 25 is folded in a mountain fold, and the boundary between the other second connection region 25 (second region 252) and the planned lid region 23 is formed. Fold it in a valley.

As a result, the plurality of planned lid areas 23 face each other with respect to the planned bottom area 20, and the first connection area 24 overlaps with each of the adjacent wall planned areas 22 in the outer peripheral direction.

Here, the plurality of planned lid areas 23 are sequentially tilted in the outer peripheral direction from the planned lid area 23 connected to one of the two planned wall areas 22 adjacent to each other, thereby causing a plurality of planned lid areas 23. The planned lid area 23 overlaps with the first connection area 24 in a windmill shape. In the present embodiment, since the container forming sheet 2 is bendable, it can be bent at the boundary (folding ruled line L) between the planned wall area 22 and the planned lid area 23 to form the first connection area 24 and the second connection. The region 25 is also bent following the inclination (bending) of the planned lid region 23. Then, the plurality of planned lid areas 23 are tilted in sequence, so that the planned lid areas 23 partially overlap each other and prevent each other from rising.

In this state, the container forming sheet 2 becomes the container 10 as shown in FIG. That is, the planned spout area 21 is tilted forward from the planned wall area 22 and forms the spout 101. Therefore, hot water and tea leaves, black tea leaves, or the like can be poured from the spout 101, and a beverage such as tea or black tea can be poured from the spout 101 when it is ready to drink.

Then, even if the plurality of planned wall regions 22 (walls 100b) that stand up due to the presence of hot water and the temperature of hot water try to expand, in the container 10 formed by the container forming sheet 2 according to the present embodiment, the first Since the one connection area 24 and the second connection area 25 extend to the planned lid area 23, the expansion of the planned wall area 22 (wall 100b) is prevented.

Specifically, since the first connection area 24 and the second connection area 25 extend to the planned lid area 23, the first connection area 24 and the second connection area 25 can be bent at the boundary (bending ruled line L) between the planned wall area 22 and the planned lid area 23. The portion of the first connection area 24 and the second connection area 25 connected to the planned lid area 23 is also bent in the same manner as the planned lid area 23.

As a result, the portion of the first connection area 24 connected to the planned lid area 23 extends in a direction different from the area overlapping the planned wall area 22 of the first connection area 24, while the planned lid area 23 of the second connection area 25 Since the portion connected to the second connection area 25 extends in a direction different from the area overlapping the planned wall area 22 of the second connection area 25, it is prevented that the first connection area 24 and the second connection area 25 are expanded.

In the present embodiment, the notches 30 at both ends of the strip-shaped member 3 in the longitudinal direction are fitted together. As a result, the strip-shaped member 3 becomes annular. The end portion (overlapping end portion) of the annular band-shaped member 3 is arranged on the upper side, and then the container 10 is fitted into the annular band-shaped member 3. As a result, the band-shaped member 3 surrounds the container 10 and reliably prevents the plurality of planned lid areas 23 from rising. Further, since the end portions of the overlapping strip-shaped members 3 are located on the upper side, they are used as handles.

As described above, the beverage container assembly kit 1 according to the present embodiment includes the bottom 100a, the wall 100b rising from the outer periphery of the bottom 100a, and the lid 100c extending from the upper end of the wall 100b and facing the bottom 100a. Bending to form a container 10 including a main body 100 in which the bottom 100a, the wall 100b and the lid 100c form an internal space capable of storing the beverage, and a spout 101 capable of pouring the beverage stored in the main body 100 to the outside. A possible container-forming sheet 2 comprising a container-forming sheet 2 having a thickness in one direction and waterproofness in at least one direction, and the container-forming sheet 2 has a bottom planned region 20 having a bottom 100a. The planned bottom area 20 defined in a polygonal shape when viewed from one direction by three or more sides 200, and the planned spout area 21 that becomes the spout 101, which defines the planned bottom area 20. A planned spout area 21 extending from at least one side 200 of the two or more sides 200 in a direction intersecting the side 200, and a planned wall area 22 serving as a wall 100b, which are three or more sides 200. A plurality of planned wall areas 22 extending in a direction intersecting the side 200 from each of the side 200 other than the extending side 200 of the planned spout area 21 and adjacent to each other in the outer peripheral direction of the bottom planned area 20. The first connection area 24 which is connected to each of the planned wall areas 22 and closes between the adjacent planned wall areas 22, and the planned spout area 21 and the planned wall area 22 which are adjacent to each other in the outer peripheral direction of the bottom planned area 20 are connected. A second connection area 25 that closes between the adjacent spout planned area 21 and the wall planned area 22, and a plurality of lid planned areas 23 that form the lid 100c, extending from the tips of the plurality of wall planned areas 22. The first connection area 24 includes the plurality of planned lid areas 23, and the first connection area 24 extends beyond the boundary between the connected wall planned area 22 and the planned lid area 23 extending from the wall planned area 22. Connected to the area 23, the container forming sheet 2 includes the boundary between the planned bottom area 20 and the planned wall area 22, the boundary between the planned bottom area 20 and the planned spout area 21, the planned wall area 22 and the planned lid area 23. It is bendable at the boundary of the wall and the boundary between the planned wall area 22 and the first connection area 24.

According to the above configuration, the container forming sheet 2 is provided with the boundary between the planned bottom area 20 and the planned wall area 22, the boundary between the planned bottom area 20 and the planned lid area 23, and the planned wall area 22 and the wall 100b connection area. By bending along the boundary, the container 10 is assumed. That is, the planned bottom area 20 becomes the bottom 100a, and the plurality of planned wall areas 22 integrally form an annular wall 100b that stands up from the bottom 100a. At the same time, the planned spout area 21 becomes the spout 101 tilted forward following the standing of the planned wall area 22, and the planned lid area 23 becomes the lid 100c. Then, since the first connection area 24 extends beyond the boundary between the connected planned wall area 22 and the planned lid area 23 extending from the planned wall area 22, and is connected to the planned lid area 23. When hot water or the like is added, the container forming sheet 2 is prevented from being inadvertently expanded in the state of becoming the container 10.

Therefore, in the beverage container assembly kit 1 having the above configuration, the container 10 can be in the state of one sheet (container forming sheet 2) until it is used, so that it is excellent in portability and can be easily discarded even after use. can do. Further, when used (when the container 10 is used), it is safe to prevent leakage of hot water or the like.

In the present embodiment, the container forming sheet 2 can be folded at the boundary between the first connection area 24 and one of the two planned wall areas 22 connected to the first connection area 24. On the other hand, it is made valley foldable at the boundary between the first connection area 24 and the other planned wall area 22 of the two planned wall areas 22 connected to the first connection area 24, and the first connection area is formed. The 24 is configured to be mountain-foldable so as to extend outward from the center of the planned bottom area 20 and pass through the middle between adjacent wall planned areas 22.

In this way, the first connection region 24 can be overlapped with the planned wall regions 22 on both sides, so that the strength of the boundary between the adjacent planned wall regions 22 (wall 100b) can be ensured. Further, since the plurality of lids 100c (planned lid area 23) are arranged in a windmill shape in the state of being the container 10, the design is excellent.

The beverage container assembly kit 1 according to the present embodiment further includes a strip-shaped member 3, and the strip-shaped member 3 is a bottom of a container 10 manufactured from a container-forming sheet 2 in a state where both ends in the longitudinal direction are overlapped with each other. It is configured to form an annular shape that can surround the 100a, the wall 100b, and the lid 100c.

In this way, the strip-shaped member 3 can be extended until it is used, so that the strip-shaped member 3 is excellent in portability. Further, when the container forming sheet 2 is in the container 10, the annular band-shaped member 3 not only prevents the lid 100c from opening, but is also used as a handle when carrying the container 10 (when pouring a beverage, etc.). can do.

It should be noted that the present invention is not limited to each of the above embodiments, and it goes without saying that modifications can be made as appropriate without departing from the gist of the present invention.

In the first embodiment, the planned bottom region 20 is formed into a regular octagon when viewed from one direction, and in the second embodiment, the planned bottom region 20 is formed into a regular dodecagon when viewed from one direction. Not limited to. The planned bottom region 20 may have a polygonal shape when viewed from one direction.

In the first embodiment, the container forming sheet 2 is configured to be bendable at the boundary (folding ruled line L) between the second connection area 25 and the planned wall area 22 and the third virtual line 250 (folding ruled line L). In the second embodiment, the container forming sheet 2 is configured to be bendable at the boundary (folding ruled line L) between the second connection area 25 and the planned wall area 22, but the present invention is not limited to this. For example, the container forming sheet 2 does not have to be bent at the boundary between the second connection area 25 and the planned wall area 22 or at the third virtual line 250. That is, the second connection region 25 may be formed so as to pull up the planned spout area 21 and take a desired forward leaning posture in a state where the adjacent planned wall area 22 stands upright.

In each of the above embodiments, the planned spout area 21 extends from one side 200 included in the contour of the planned bottom area 20, but is not limited thereto. For example, the planned spout area 21 is two or more sides 200 included in the contour of the planned bottom area 20, and may extend from each of the sides 200 that are continuous with each other. In this case, it goes without saying that the planned spouting area 21 extending from each side 200 is continuous with each other in the outer peripheral direction.

In each of the above embodiments, the beverage container assembly kit 1 includes, but is not limited to, the strip-shaped member 3. For example, the beverage container assembly kit 1 may include only the container forming sheet 2. Needless to say, considering the portability of the container 10 after assembly, it is preferable to include the band-shaped member 3 as in the above embodiment.

In the first embodiment, the planned spout area 21 includes the reduced area 211, and in the second embodiment, the planned spout area 21 includes the expanded area 212, but the present invention is not limited thereto. For example, the planned spout area 21 may include only the square area 210. Further, the planned spout area 21 may have a shape in which the center of the second end portion of the square region 210 is recessed (provided with a notch portion). In short, the tip of the planned spout area 21 may be formed so that the height of the tip of the spout 101 to be formed is a desired height.

In the first embodiment, the reduced region 211 of the planned spout region 21 is formed in a triangular shape, but the present invention is not limited to this. The reduction region 211 may be trapezoidal.

In the first embodiment, the first connection region 24 extends beyond the boundary between the planned wall region 22 and the planned lid region 23 to an intermediate position on the sixth side 230c of the planned lid region 23, but is not limited thereto. .. For example, as shown in FIG. 20, the first connection region 24 crosses the boundary between the planned wall area 22 and the planned lid area 23, and ends the sixth side 230c of the planned lid area 23 (fifth side 230b and sixth side). It may extend to the intersection with 230c).

1 ... Beverage container assembly kit, 2 ... Container forming sheet, 3 ... Band-shaped member, 10 ... Container, 20 ... Bottom planned area, 21 ... Scheduled spout area, 22 ... Planned wall area, 23 ... Scheduled lid area, 24 ... First connection area, 25 ... second connection area, 30 ... notch, 100 ... body, 100a ... bottom, 100b ... wall, 100c ... lid, 101 ... spout, 200 ... side, 210 ... square area, 211 ... reduction area , 212 ... Enlarged area, 220a ... First side, 220b ... Second side, 220c ... Third side, 230a ... Fourth side, 230b ... Fifth side, 230c ... Sixth side, 240 ... First virtual line, 241 ... Second virtual line, 250 ... Third virtual line, 251 ... First area, 251a ... First extension area, 251b ... Second extension area, 252 ... Second area, L ... Bending ruled line

Claims (4)

A main body and a main body including a bottom, a wall rising from the outer periphery of the bottom, a lid extending from the upper end of the wall and facing the bottom, and the bottom, the wall and the lid forming an internal space capable of storing beverages, and the main body. A foldable container-forming sheet for forming a container including a spout capable of pouring the beverage to the outside, which is thick in one direction and waterproof in at least one direction. With
The container forming sheet is
The planned bottom area that becomes the bottom, and the planned bottom area defined in a polygonal shape when viewed from one direction by three or more sides.
A planned spout area that serves as a spout and extends from at least one side of three or more sides defining the planned bottom area in a direction intersecting the side, and a planned spout area.
A plurality of planned wall areas to be walls , extending from each of the three or more sides defining the planned bottom area other than the extending side of the planned spout area, extending in a direction intersecting the side. Wall planned area and
The first connection area, which is connected to each of the adjacent wall planned areas in the outer peripheral direction of the bottom planned area and closes between the adjacent wall planned areas,
A second connection area that is connected to the adjacent spout planned area and the wall planned area in the outer peripheral direction of the bottom planned area and blocks the space between the adjacent spout planned area and the wall planned area.
A plurality of planned lid areas to be lids, including a plurality of planned lid areas extending from the tips of the plurality of planned wall areas , which do not extend from the planned spout area.
The first connection area extends beyond the boundary between the connected wall planned area and the planned lid area extending from the planned wall area and is connected to the planned lid area.
The container forming sheet has at least the boundary between the planned bottom area and the planned wall area, the boundary between the planned bottom area and the planned spout area, the boundary between the planned wall area and the planned lid area, and the first connection with the planned wall area. It can der bent at the boundary between the area,
The boundary between the planned wall area and the planned lid area is formed by bending the boundary between the planned bottom area and the planned spout area while the lid of the container is closed. Note beverage container assembly kit according to claim pourable der Rukoto a beverage to the outside from the outlet of the container. The container forming sheet is configured to be valley foldable at the boundary between the first connection area and the two planned wall areas connected to the first connection area.
The first contiguous zone is a pair of second virtual lines symmetrically arranged with respect to the first virtual line extending from the center of the planned bottom area and passing through the middle between adjacent wall planned areas. The beverage container assembly kit according to claim 1, which is configured to be mountain-foldable by a pair of second virtual lines passing through the center between the boundary between the first connection area and the planned wall area and the first virtual line. The container-forming sheet is configured to be mountain-foldable at the boundary between the first connection area and one of the two planned wall areas connected to the first connection area, while the first connection area. The beverage container assembly kit according to claim 1, which is configured to be valley-foldable at the boundary between the two planned wall areas connected to the first connection area and the other planned wall area. Further equipped with a band-shaped member,
The strip-shaped member has notches extending in the direction orthogonal to the longitudinal direction at both ends in the longitudinal direction.
Of the belt-shaped member, in a state where combined biting cut the at both ends in the longitudinal direction, the bottom of the container to be fabricated from the container forming sheet, wall, and is configured to be capped surrounding possible cyclic,
The end than notches, beverage container assembly kit according to any one of the handle and name Ru claims 1 to 3 when carrying the container of the belt-shaped member.

Images