KR100503167B1 - Multipurpose adjustable single sheet container - Google Patents

Abstract

A multipurpose adjustable single sheet box used to load or ship items of various sizes and shapes. The single sheet box has an end cover that can be folded or cut according to the user's preferences to close the end of the box. Vertical tangent, multiple side panels allow the user to adjust the length and width of the box in various shapes. It is also provided. Both sides of the side panel are divided by vertical tangents, and the top and bottom boundaries of the side panels are divided by upper and lower horizontal tangents. The upper transverse tangent divides the plurality of upper covers from the side panels, and the lower transverse tangent divides the plurality of lower covers from the side panels. Both boundaries of the top cover and the bottom cover are divided by a vertical cut line, which cuts the vertical cut line so that the box can be closed by folding the top cover and the bottom cover into the inside of the box. The top cover and the bottom cover also include an X-shaped diagonal tangent, by folding the X-shaped diagonal tangent, the top and bottom lids are folded into the inside of the box so that the box can be closed.

Description

Multi-purpose adjustable single seat box {MULTIPURPOSE ADJUSTABLE SINGLE SHEET CONTAINER}

The present invention relates to a multi-purpose box, and more particularly to a single sheet box that can be adjusted for multi-purpose. The single sheet has a number of side panels with longitudinal tangents and top and bottom lids that can be folded or cut to close the box. Longitudinal tangents allow the folding of boxes of various sizes and shapes to accommodate the loading and shipping of various items.

In Hoffman's U.S. Patent 1,125,535, Youngger's U.S. Patent 3,032,253, Anderscou et al. An envelope is disclosed.

In addition, Montage et al., U.S. Patent 371,751 and Hawkinson's U.S. Patent 1,029,562, use two different types of carton blanks to fold along slots and tearable tangents to create boxes of various sizes. It shows that it can be made.

However, the above-mentioned prior art patent has a number of side panels for adjusting the length and width of the box, and a top and bottom cover which can be cut or folded when closing both ends of the box after making the box the desired size. It does not disclose or suggest about this invention which is made.

As mentioned above, the first object of the present invention is to provide a single sheet box which can be adjusted for multipurpose. The side panels of the boxes can be quickly folded along the vertical tangent, making it possible to create boxes of many different sizes. You can fold boxes of different lengths and widths to accommodate different sized objects.

It is a further object of the present invention to provide a box comprising an upper and a lower cover with a longitudinal cut line that can be cut so that the cover can be folded towards the inside of the box when closing both ends of the box.

Still another object of the present invention is to provide an upper and a lower cover including a fold line (hereinafter referred to as a diagonal tangent) in a diagonal direction of an X shape. Folding along the diagonal tangent allows the lid to be folded inwards, providing one of the methods of closing both ends of the box. The user of the box of the present invention can choose between folding the diagonal tangent of the cover or cutting the tear line of the cover when closing both ends of the box.

Another object of the present invention is to include an inverted T-shaped incision in the longitudinal cut line of the lid to prevent the cutting from continuing. The T-shaped incision prevents the cover from being cut to the longitudinal tangent of the side panels when cutting the longitudinal cut line of the lid so that the lid can be folded inward when closing the distal end of the box. The box includes a number of side panels, both ends of which are divided by longitudinal tangents. Both (up-down) ends of the side panels are divided by transverse tangents at the top and bottom. The upper transverse tangent divides the side panels from a plurality of top covers, and the lower transverse tangent divides the side panels from a plurality of bottom covers. In addition, both ends of the upper and lower lids are divided by longitudinal cut lines. By cutting the longitudinal tear line, the lid can be folded inward to close both ends of the box. The top and bottom lids also include an X-shaped diagonal tangent, which can be folded inside to provide one of the methods of closing both ends of the box.

Another object of the present invention is to further develop, by providing insight into the novel constructions, combinations, elements shown in the constituent parts of the invention which will be discussed hereinafter and, more particularly, the elements defined by the claims. It provides the basis for similar shapes to multipurpose boxes, blanks for boxes and adjustable single sheet boxes. Modified embodiments of the disclosed invention are possible, but are included within the claims, and the claims of the present invention are defined as excluding prior art.

The present invention is a multi-purpose adjustable single sheet box that can load or ship items of various sizes and shapes, and that can be folded into various square and rectangular shapes,

A plurality of side panels parallel to one another and of the same size, both boundaries being divided by longitudinal tangents, having an upper transverse tangent as an upper boundary and a lower transverse tangent as a lower boundary;

A plurality of top covers having the same size as each other, divided by the upper transverse tangent from the above-described side panel, both boundaries being divided by the longitudinal cut lines, and including an X-shaped diagonal tangent; And

A plurality of lower covers having the same size as each other, divided by a lower transverse tangent from the above-described side panel, divided by a longitudinal cut line, and including a plurality of X-shaped diagonal tangents,

By cutting the vertical perforations of the top and bottom lids, the top and bottom lids can be folded inwards to close both ends of the box, and the diagonal tangents of the top and bottom lids are folded to close the top and bottom lids. A multipurpose adjustable single sheet box is provided which can be folded inward to close both ends of the box and can close both ends of the box in this alternative way.

Hereinafter, the present invention will be described with reference to the drawings.

1 is indicated by reference numeral 10 in a front view of a multi-purpose adjustable single sheet box. The adjustable single sheet box 10 can be made in a variety of sizes to store and ship large or small items. The box 10 may also be made of cardboard, other grades of storage paper, boxes, and other packaging box materials.

In FIG. 1, the box 10 includes a first side panel 12, a second side panel 14, a third side panel 16, a fourth side panel 18, a fifth side panel 20, and a sixth side panel 22. ), A seventh side panel 24 and an eighth side panel 26. The side panels are all the same size, parallel to each other and separated by a plurality of longitudinal tangents 28. In addition, the fourth and eighth side panels 18 and 26 include additional tangents 30, and the additional tangents 30 divide each panel into two in the longitudinal direction. The second and sixth side panels 14 and 22 may also include additional tangents 30, although not shown in the figures. This additional tangent property can be seen in FIG. 3. Each side panel has a height (H) and a width (W).

At the upper end of each side panel there is an upper transverse tangent 32 and at the lower end there is a lower transverse tangent 34. The upper transverse tangent 32 defines the upper region of the side panels 12, 14, 16, 18, 20, 22, 24, 26 with the first top cover 36, the second top cover 38, and the third top cover 40. ), The fourth top cover 42, the fifth top cover 44, the sixth top cover 46, the seventh top cover 48 and the eighth top cover 50 is divided. The top covers are all the same size and parallel to each other.

Lower transverse tangent 34 defines the lower region of the side panels 12, 14, 16, 18, 20, 22, 24, 26 with the first lower cover 52, the second lower cover 54, and the third lower cover 56. ), The fourth lower cover 58, the fifth lower cover 60, the sixth lower cover 62, the seventh lower cover 64 and the eighth lower cover (66). The bottom covers are all the same size and parallel to each other.

The upper and lower lids are each separated by a longitudinal cut line 68. The tear line 68 is used to close both ends of the box 10 by folding or tearing the cover. An additional tear line 68 is also used to extend to the additional tangent 30 when the additional tangent 30 is used to make another type of box. The upper and lower lids also include an X-shaped diagonal tangent 70, which is used to fold each area of the lid. The first side panel 12 is divided by the adhesive panel 72 and the longitudinal tangent 28. The adhesive panel 72 is folded and attached to a portion of the rear side of the eighth side panel 26 indicated by the arrow 74.

In the drawings of the present invention, a box having eight side panels and an upper and lower cover is disclosed, but the adjustable single sheet box 10 includes four side panels and an upper and lower cover to form a square box. It may be provided, or six side panels and upper and lower lids may be provided to form another rectangular box. In addition, additional vertical tangents (30) and perforations (68) are added to the side panels so that they can be folded into various types of boxes (10) for loading or shipping different sized items, giving users more choice. It can also provide

1a, the top cover 36, 38 can be viewed in more detail. The longitudinal cut line 68 present between the two top covers shown in detail in this figure can be cut using various cutting tools or hands. At the bottom of the cut line 68, there is an inverted T-shaped cutout 78, which serves to prevent the longitudinal tangent 28 from being cut by a knife or the like.

2 is a perspective view of the box 10 folded into a square shape. In the example, one side of the box consists of the first and second side panels 12, 14 and the opposite side consists of the fifth and sixth side panels 20, 22. The fourth and fifth side panels 16 and 18 face the seventh and eighth side panels 24 and 26 arranged oppositely. That is, the box 10 has a length of 2W corresponding to twice the width W of each side panel. It also has a width equal to 2W, twice the width of each side panel. However, the height H shown in FIG. 1 remains the same. In this figure it can be clearly seen that the length and width of the box 10 can be adjusted to store articles of various sizes and shapes while being suitable for loading and shipping.

2A is a top view of the box 10. In this figure it can be seen that the length and width of the box is formed in a square shape.

2B is a perspective view of the box 10. In this figure it can be seen that the four longitudinal cut lines 68 have already been cut to close the upper part of the box, and the top covers separated from each other by the cut are folded. In this example a cut line 68 between the second and third top covers 38 and 40 and a cut line 68 between the fourth and fifth top covers 42 and 44 were cut out. It can be seen that the fourth and fifth top covers 42 and 44 are folded inward to cover a partial region of the upper part of the box 10. Similarly, a cut line 68 between the sixth and seventh top covers 46, 48 and a cut line 68 between the eighth and first top covers 50, 36 were cut out. The bottom of the box 10 is already closed by cutting the selected longitudinal cut line 68 and folding the bottom cover in.

FIG. 2C is a perspective view showing the folded box 10 according to FIG. 2B. In this figure, the seventh and eighth top covers 48, 50 are folded inward, and the first and second top covers 36, 38 and the fifth and sixth top covers 44, 46 cover them thereon. Folded to show that the top of the box 10 is closing.

2D is a perspective view showing that the box 10 is closed by folding the X-shaped diagonal tangent 70 of the upper and lower lids instead of cutting the longitudinal tear line 68. In this example, the upper lids 40 and 42 are folded inward by folding the X-shaped diagonal tangents 70 of the third and fourth upper lids 40 and 42 one by one. Similarly, it can be seen that the X-shaped diagonal tangents 70 of the seventh and eighth upper covers 48 and 50 are folded one by one to fold the upper covers 48 and 50 into the inside of the box 10. The bottom portion of the box 10 is already closed by folding the bottom cover in the same way.

FIG. 2E is a perspective view of the box 10 folded in the same manner as FIG. 2D. In this figure, the seventh and eighth top covers 48, 50 are folded along the diagonal tangent, and the first and second top covers 36, 38 and the fifth and sixth top covers 44, 46 are folded over. It shows the top of the box 10 is closed completely.

3 is a perspective view of the box 10 folded into a rectangular shape. In this example, one side of the box consists of half of the first and second side panels (12, 14) and the eighth side panel (26), and the opposite side of the fifth and sixth side panels (20, 22) and the fourth side. It consists of half of panel 18. The other side of the box consists of half of the third side panel 16 and the fourth side panel 18, and the other side is made up of the half of the seventh side panel 24 and the eighth side panel 26. That is, one side of the box 10 is twice the width of each side panel W. It is as long as W, and another side is half the width of each side panel, W. It is as wide as W. As described above, the height H shown in FIG. 1 remains the same.

FIG. 3A is a top view of the box 10 shown in FIG. 3. It shows that the length and width of the box is rectangular.

3B is a perspective view of the box 10. In this figure it can be seen that the four longitudinal cut lines 68 have already been cut out to close the upper part of the box, and the top covers separated from each other by folding. In this example, a cut line 68 dividing the cut line 68 between the second and third top covers 38 and 40 and the fourth cover 42 is cut out. It can be seen that the half of the third top cover 40 and the fourth top cover 42 are folded inward to close a portion of the top of the box 10. Similarly, a cut line 68 between the sixth and seventh top covers 46 and 48 and a cut line 68 dividing the eighth top cover 50 were cut out. The bottom portion of the box 10 is already closed by folding the bottom cover in the same way.

3C is a perspective view of the box 10 folded in the manner of FIG. 3B. In this figure, the halves of the seventh top cover 48 and the eighth top cover 50 are folded inwards, and the first, second top covers 36, 38 and the half of the eighth top cover 50, the fifth and sixth. It can be seen that the halves of the first top cover 44, 46 and the fourth top cover 42 are folded over to completely close the top of the box 10. In this example, in order to close the box 10, a longitudinal cut line 68 is used to divide the fourth and eighth upper covers 42 and 50 and the fourth and eighth lower covers 58 and 66 into two parts. The diagonal tangent 70 of the X-shape was not used.

4 is a perspective view of the box 10 folded into another rectangular shape. In this example, one side of the box consists of the first and second side panels (12, 14) and the eighth side panel (26), and the opposite sides of the fourth, fifth and sixth side panels (18, 20, 22). Is made of. The third side panel 16 and the seventh side panel 24 face the other sides of the box 10. That is, the box 10 has a length of 3W and a width of W, which is three times the width W of each side panel.

FIG. 4A is a top view of the box 10 of FIG. 4, and it can be seen that it is molded into a box having a length and width of a rectangular shape.

4B is a perspective view of the box 10. In the figure it can be seen that four perforations 68 have been cut to close the top of the box, resulting in the top cover being able to be folded. In this example, the cut line 68 between the second and third top covers 38, 40 and the cut line 68 between the third and fourth top covers 40, 42 were cut off. The third top cover 40 is folded inward to close a portion of the top of the box 10. Similarly, the cut line 68 between the sixth and seventh top covers 46, 48 and the cut line 68 between the seventh and eighth top covers 48, 50 are cut off. The bottom portion of the box 10 is already closed by cutting the selected longitudinal cut line 68 and folding the bottom cover inward.

4C is a perspective view of the box 10 folded in the same manner as FIG. 4B. In this figure, the seventh top cover is folded inward, with the first, second and eighth top covers 36, 38, 50 and the fourth, fifth and sixth top covers 42, 44, 46 covered thereon. , You can see that the top of the box 10 is completely closed.

4D is a perspective view illustrating folding the X-shaped diagonal tangent 70 of the upper and lower lids to form the box 10 instead of cutting the longitudinal tear line 68. In this example, while folding the X-shaped diagonal 70 of the second top cover 38, the X-shaped diagonal 70 of the third top cover 40 is folded and overlapped on the second top cover 38. Similarly, while folding the X-shaped diagonal tangent 70 of the eighth upper cover 50, the X-shaped diagonal tangent 70 of the seventh upper cover 48 is folded to overlap the eighth upper cover 50. The bottom part of the box 10 is folded in the same way and already closed.

4E is a perspective view of the box 10 made by the same method as FIG. 4D. By folding in the manner described above, the first, second and eighth top covers 36, 38, 50 are folded inwards, and the fourth, fifth and sixth top covers 42, 44, 46 are folded over therein, The box 10 is completely closed.

5 is a perspective view of the box 10 folded into a smaller rectangular shape. In this example, one side of the box consists of the first and eighth side panels (12, 26) and the opposite side consists of the fifth and sixth side panels (20, 22). In this example, to reduce the length and width of the box 10, the third side panel 16 is folded over the second side panel 14, and the fourth side panel 18 is folded over it. That is, a box 10 having a width of 2W, which is twice the width of each side panel W, is made.

FIG. 5A is a view of the box 10 from above, where a box having a smaller rectangular shape and length can be seen.

5B is a perspective view of the box 10. It can be seen in this figure that four longitudinal cut lines 68 have been cut, resulting in the top cover being folded. In this example, the cut line 68 between the first and second top covers 36 and 38 and the cut line 68 between the second and third top covers 38 and 40 have been cut out. Also cut off line 68 between the fourth and fifth top lids 42, 44. The second, third and fourth top covers 38, 40, 42 fold together to close a portion of the top of the box 10. Similarly, the cut line 68 between the sixth and seventh top covers 46, 48 and the cut line 68 between the seventh and eighth top covers 48, 50 are cut off. The bottom portion of the box 10 is already closed by cutting the selected longitudinal cut line 68 and folding the bottom cover inward.

5c shows a perspective view of the box 10 made by the method according to FIG. 5b. In this figure, the seventh top cover 48 is folded inward, and the first and eighth top covers 36 and 50 and the fifth and sixth top covers 44 and 46 are folded so as to cover the top of the box ( 10) Closed the top part completely.

5D is a perspective view of the box 10 made by folding the diagonal tangents 70 of the upper and lower lids instead of cutting the longitudinal tear line 68. In this figure, while folding the X-shaped diagonal tangent 70 of the first upper lid 36, the X-shaped diagonal tangent 70 of the second, third and fourth upper lids 38, 40, 42 is folded on it. Similarly, while folding the X-shaped diagonal tangent 70 of the eighth upper cover 50, the X-shaped diagonal tangent 70 of the seventh upper cover 48 is folded on it. The bottom part of the box 10 is a state in which the bottom cover is folded in the same manner and closed in advance.

FIG. 5e is a perspective view of the box 10 made by the method according to FIG. 5d. In this figure, the seventh top cover 48 is folded under the sixth top cover 46 along the diagonal tangent, folding the first and eighth top covers 36, 50 inwards, and the fifth and sixth on them. By folding the top cover 44, 46, the upper part of the box 10 is completely closed.

6 is a perspective view of a box 10 squeezed into a smaller square shape. In this example, one side of the box consists of the first side panel 12 and the opposite side consists of the fifth side panel 20. In this example, the fourth side panel 18 is overlaid on the third side panel 16 which is superimposed over the second side panel 14. The eighth side panel 26 is likewise overlaid onto the seventh side panel 24 which is stacked against the sixth side panel 22. By folding the side panels against each other in this manner, the length and width of the box 10 can be reduced with certainty. That is, the box 10 has a width and length as much as W.

FIG. 6A is a top view of the box 10, where a square box having a smaller width and length is made.

6B is a perspective view of the box 10. It can be seen in this figure that four longitudinal cut lines 68 have been cut, resulting in the top cover being folded. In this example, the cut line 68 between the first and second top covers 36 and 38 and the cut line 68 between the second and third top covers 38 and 40 have been cut out. Also cut off line 68 between the fourth and fifth top lids 42, 44. The second, third and fourth top covers 38, 40, 42 fold together to close a portion of the top of the box 10. Similarly, a cut line 68 between the fifth and sixth top covers 44 and 46 and a cut line 68 between the sixth and seventh top covers 46 and 48 are cut out. Also cuts the tear line 68 between the eighth and first top cover 50, 36. The bottom portion of the box 10 is already closed by cutting off the selected longitudinal cut line and folding the bottom cover.

6c shows a perspective view of the box 10 folded in the manner according to FIG. 6b. In the figure, the sixth, seventh and eighth top covers 46, 48 and 50 are folded inwards, and the first and fifth top covers 36 and 44 are covered in turn to close the box 10 completely. do.

According to the present invention, the box 10 disclosed in the drawings can be folded through various methods of folding the side panels and various methods of folding or cutting the upper and lower lids, and various vertical lengths within the scope of the present invention. It is also possible to create additional shaped boxes by adding tangents, horizontal tangents, vertical cutouts, and X-shaped diagonal tangents.

In the present invention, the present invention has been shown, described, described, and applied in detail with reference to preferred embodiments, and it is well known to those skilled in the art that the form or design may be changed without departing from the scope of the present invention. It is true.

The inventor's versatile, single sheet box can be folded quickly by including multiple longitudinal and transverse tangents, top and bottom covers, X-shaped diagonal tangents, longitudinal cutouts, inverted T-shaped cutouts, and boxes of various sizes and shapes. It is possible to make with. This makes it easy to make a box that fits your needs, regardless of the size and shape of the item that will be stored in the box. In addition, the shape and size of the box can be changed according to the size and shape of the article, thereby reducing the amount of filler used to store the article and filling the remaining space, and ultimately contribute to environmental issues. In addition, by providing a box suitable for the size of the article, it is possible to prevent waste of shipping space or loading space.

 The accompanying drawings show an implementation process according to a preferred embodiment of the present invention, based on basic principles.

1 is a front view of a single sheet box having eight side panels divided by fold lines (hereinafter referred to as vertical tangents) formed in the longitudinal direction. The upper and lower fold lines are formed at both ends of the side panels, and the side panels are divided from the upper and lower covers by the horizontal lines.

FIG. 1A is a front view of two top covers, showing that a cut line formed in the longitudinal direction (hereinafter referred to as a vertical cut line) is located between the two covers.

Figure 2 is a perspective view of a box with two side panels forming each side of the box and having a cross section folded in a square shape.

Figure 2a is a view of the top of the box of Figure 2 can be seen that the eight side panels form a square.

Figure 2b is a perspective view showing a state of cutting the vertical cut line between the upper cover to close the upper part of the box and folded the cover portion into the inside of the box. The bottom of the box is already closed by cutting off the vertical line of the lower cover.

Fig. 2c is a perspective view of the box folded by the method according to Fig. 2b, with the top cover all folded and the top of the box closed.

FIG. 2D is a perspective view showing a folding line (hereinafter referred to as a diagonal tangent) in the X shape of the top cover to fold the cover area. The folded cover can be easily folded inwards to close the top of the box. The bottom of the box is already closed with the bottom cover folded.

FIG. 2e is a perspective view of the box folded in the manner according to FIG. 2d, with the top cover all folded and the top of the box closed;

3 is a perspective view of a box folded in a rectangular shape, in which two side panels and half side panels (that is, 2.5 side panels) constitute one side of the box and an opposite side thereof, and the other two sides of the box It consists of one side panel and half side panels (ie 1.5 side panels).

Figure 3a is a top view of the box of Figure 3 can be seen that the eight side panels are making a rectangular shape.

Figure 3b is a perspective view showing a state of cutting the vertical cut line between the upper cover to close the upper part of the box and folded the cover portion into the inside of the box. The bottom of the box is already closed by cutting off the vertical line of the lower cover.

3c is a perspective view of the box folded in the manner according to FIG. 3b, with the top cover folded and the top of the box closed;

4 is a perspective view of another box folded in a rectangular shape, in which three side panels constitute one side of the box and an opposite side thereof, and the other two sides of the box consist of one side panel.

Figure 4a is a top view of the box of Figure 4 can be seen that the eight side panels are making a rectangular shape.

Figure 4b is a perspective view showing a state of cutting the vertical cut line between the upper cover to close the upper portion of the box and folded the cover portion into the inside of the box. The bottom of the box is already closed by cutting off the vertical line of the lower cover.

Fig. 4c is a perspective view of the box folded in the manner according to Fig. 4b, with all of the top cover folded and the top of the box closed.

Figure 4d is a perspective view showing a process of closing the box by folding the top cover formed with a fold line (hereinafter referred to as a diagonal tangential) in the X-shape (diagonal direction) to easily fold the cover area. The bottom of the box is already closed with the bottom cover folded.

4E is a perspective view of the box folded in the manner according to FIG. 4D, with the top cover folded and the top of the box closed.

Fig. 5 is a perspective view of a box folded into another rectangular shape in which two side panels form two opposite sides of the box, and the two side panels overlap on one adjacent side panel to form a smaller rectangular box. Folded

FIG. 5A is a view of the box of FIG. 5 from above, showing that six side panels form a rectangular shape.

Figure 5b is a perspective view showing a state of cutting the vertical cut line between the upper cover in order to close the upper portion of the box and folded the cover portion into the inside of the box. The bottom of the box is already closed by cutting off the vertical line of the lower cover.

Fig. 5c is a perspective view of the box folded by the method according to Fig. 5b, with all of the top cover folded and the top of the box closed.

5D is a perspective view showing a process of closing the box by folding the upper cover in which a folding line (hereinafter referred to as a diagonal tangent) is formed in an X-shape (diagonal direction) so that the cover area can be easily folded. The bottom of the box is already closed with the bottom cover folded.

Fig. 5E is a perspective view of the box folded in the manner according to Fig. 5D, with all of the top cover folded and the top of the box closed.

Figure 6 is a perspective view of a box folded into a smaller square, with two pairs of side panels superimposed on one adjacent side panel.

FIG. 6A is a top view of the box of FIG. 6, and it can be seen that the four side panels form a square shape.

Figure 6b is a perspective view showing a state of cutting the vertical cut line between the upper cover in order to close the upper portion of the box and folded the cover portion into the inside of the box. The bottom of the box is already closed by cutting off the vertical line of the lower cover.

FIG. 6C is a perspective view of the box folded in the manner according to FIG. 6B with the top cover folded and the top of the box closed; FIG.

Claims (22)

delete delete delete delete delete delete delete delete delete delete A multi-purpose adjustable single sheet box capable of loading or shipping items of various sizes and shapes, which can be folded into various square and rectangular shapes, the box being A plurality of side panels that are parallel to each other, have the same size, both borders are divided by longitudinal tangents, have an upper transverse tangent to the upper boundary, and a lower transverse tangent to the lower boundary, wherein the side panels are the first side panel, the second side panel. Including side panel, third side panel, fourth side panel, fifth side panel, sixth side panel, seventh side panel and eighth side panel, A plurality of top covers having the same size as each other, divided by an upper transverse tangent from the side panel, both boundaries being divided by a longitudinal cutoff line, and comprising an X-shaped diagonal tangent, wherein the top cover is the first top cover, the second A top cover, a third top cover, a fourth top cover, a fifth top cover, a sixth top cover, a seventh top cover, and a seventh top cover,  A plurality of bottom covers having the same size as each other, divided by a lower transverse tangent from the side panel, both boundaries being divided by a longitudinal cutoff line, the bottom cover comprising a first diagonal cover, a second lower cover, a second Including the lower cover, the third lower cover, the fourth lower cover, the fifth lower cover, the sixth lower cover, the seventh lower cover, and the eighth lower cover, Versatilely adjustable, characterized in that the upper and lower lids of the upper and lower lids are folded so that the upper and lower lids are folded inward to close both ends of the box to close both ends of the box. Single sheet box. 12. The method of claim 11, further comprising a vertical tangent that divides the fourth and eighth side panels, wherein the additional vertical tangent adds an option for folding when folding the box into various square and rectangular shapes. A multi-purpose adjustable single sheet box, characterized in that. 13. The apparatus of claim 12, further comprising a longitudinal cut line dividing the fourth and eighth top covers and the fourth and eighth bottom covers, wherein the additional longitudinal cut lines fold the box into various square and rectangular shapes. Multipurpose adjustable single sheet box characterized by adding a choice of folding methods. 12. The method of claim 11, further comprising a vertical tangent that divides the second and sixth side panels, wherein the additional vertical tangent adds an option for folding when folding the box into various square and rectangular shapes. A multi-purpose adjustable single sheet box, characterized in that. 15. The apparatus of claim 14, further comprising a longitudinal cut line that divides the second and sixth top covers and the second and sixth bottom covers, wherein the added longitudinal cut lines fold the box into various square and rectangular shapes. Multipurpose adjustable single sheet box characterized by adding a choice of folding methods. 12. The multipurpose adjustable single sheet box according to claim 11, further comprising an adhesive panel attached to one boundary of the first side panel, wherein the adhesive panel is attached to the rear side of the eighth side panel. A multi-purpose adjustable single sheet box capable of loading or shipping items of various sizes and shapes, and foldable into various square and rectangular shapes, wherein A plurality of side panels that are parallel to each other, have the same size, both borders are divided by longitudinal tangents, have an upper transverse tangent to the upper boundary, and a lower transverse tangent to the lower boundary, wherein the side panels are the first side panel, the second side panel. Side panel, third side panel, fourth side panel, fifth side panel, sixth side panel, seventh side panel and eighth side panel, A plurality of top covers having the same size as each other and divided by an upper transverse tangent from the side panel, and both borders are divided by longitudinal perforations, wherein the top cover is the first top cover, the second top cover, the third top cover, and the fourth A top cover, a fifth top cover, a sixth top cover, a seventh top cover, and a seventh top cover,  A plurality of lower covers having the same size as each other, divided by lower transverse tangents from the side panels, and both borders divided by longitudinal perforations, wherein the lower covers are the first lower cover, the second lower cover, the third lower cover, and the fourth Including a bottom cover, a fifth bottom cover, a sixth bottom cover, a seventh bottom cover, and an eighth bottom cover, A multipurpose adjustable single sheet box, characterized in that the upper perforation and the lower perforation of the lower cover are cut off so that the upper cover and the lower cover can be folded inward to close both ends of the box to close both ends of the box. . 18. The method of claim 17, further comprising a vertical tangent that divides the fourth and eighth side panels, wherein the additional vertical tangent adds an option for folding when folding the box into various square and rectangular shapes. A multi-purpose adjustable single sheet box, characterized in that. 19. The apparatus of claim 18, further comprising a longitudinal cut line dividing the fourth and eighth top covers and the fourth and eighth bottom covers, wherein the additional longitudinal cut lines fold the box into various square and rectangular shapes. Multipurpose adjustable single sheet box characterized by adding a choice of folding methods. 18. The method of claim 17, further comprising a vertical tangent that divides the second and sixth side panels, wherein the additional vertical tangent adds an option for folding when the box is folded into various square and rectangular shapes. A multi-purpose adjustable single sheet box, characterized in that. 21. The apparatus of claim 20, further comprising a longitudinal cut line that divides the second and sixth top covers and the second and sixth bottom covers, wherein the additional longitudinal cut lines fold the box into various square and rectangular shapes. Multipurpose adjustable single sheet box characterized by adding a choice of folding methods. 18. The multipurpose adjustable single sheet box according to claim 17, further comprising an adhesive panel attached to one boundary of the first side panel, wherein the adhesive panel is attached to the rear side of the eighth side panel.