CN104139906B - There is the octagon packing box of through hole at center - Google Patents

Abstract

The invention discloses a regular octagon packing box with a through hole in the center. A regular octagonal packaging box is surrounded by four substructures of the same size and structure in turn. There are connecting partition walls between adjacent substructures, and a square through hole is formed in the center of the regular octagonal packaging box. Each substructure includes a closed space formed by four body panels, two upper flaps, two lower flaps, a box cover and a box bottom; the cross section of each substructure is a quadrilateral with only one right angle, and the opposite angle of the right angle It is an obtuse angle of 135 degrees, and the two right-angled sides are inset at the intersection to form a 90-degree "V"-shaped hole, and the 90-degree "V"-shaped holes of the four substructures are combined to form a square through hole. The present invention has four storage spaces with the same size, and can hold four kinds of food with different tastes at the same time, satisfying the appetite of consumers at one time. It adopts a paper forming structure to save raw materials to the greatest extent, which is in line with the concept of green environmental protection.

Description

Regular octagonal packaging box with a through hole in the center

technical field

The invention relates to a carton, in particular to a regular octagonal packaging box with a through hole in the center.

Background technique

At present, most of the packaging cartons on the market have the problems of single function and lack of structural changes. Especially for food packaging, most packaging cartons have a single function and can only hold one flavor of food, but consumers prefer "combined packaging" that can gather multiple flavors of food in one package. At the same time, the current structure and modeling of food packaging is not innovative enough. Most of the packaging cartons are square cartons. Consumers are prone to aesthetic fatigue and look forward to packaging boxes with novel and unique shapes.

Contents of the invention

Aiming at the problems existing in the background technology, the object of the present invention is to provide a regular octagonal packaging box with a through hole in the center. The storage space of the same size can hold four different flavors of food at the same time, satisfying the appetite of consumers at one time.

In order to achieve the above object, the technical scheme adopted in the present invention is:

The present invention consists of four first substructures, second substructures, third substructures and fourth substructures with the same size and structure to form a regular octagonal packaging box in turn, and there are connecting partitions between adjacent substructures. A square through hole is formed in the center of the side-shaped packing box.

The first substructure includes a first body panel of the first substructure, a second body panel of the first substructure, a third body panel of the first substructure, a fourth body panel of the first substructure, and a box cover of the first substructure , the bottom of the box of the first substructure, the first upper flap of the first substructure, the second upper flap of the first substructure, the first lower flap of the first substructure, the second lower flap of the first substructure, the first Tongue on the cover of the substructure box, tongue on the bottom of the first substructure box;

On the four sides of the box bottom of the first substructure and the four sides of the box cover of the first substructure, there are successively the first body panels of the first substructure vertically, the second body panels of the first substructure, and the third body panels of the first substructure. The body plate and the fourth body plate of the first substructure are connected by broken lines between adjacent body plates;

One side of the first upper rocker cover of the first substructure is connected to the upper side of the first body plate of the first substructure by a fold line, and one side of the first lower rocker cover of the first substructure is connected to the lower edge of the first body plate of the first substructure by a fold line, The remaining three sides of the first upper rocker cover of the first substructure and the remaining three sides of the first lower rocker cover of the first substructure are in a free state;

One side of the second upper rocker cover of the first substructure is connected to the upper side of the third body plate of the first substructure by a fold line, and one side of the second lower rocker cover of the first substructure is connected to the lower edge of the third body plate of the first substructure by a fold line. The remaining three edges of the second upper flap of the first substructure and the remaining three edges of the second lower flap of the first substructure are in a free state;

One side of the first substructure box cover is connected with the second body plate of the first substructure by a folding line, and there is a first substructure box cover tongue on the opposite side with the first substructure box cover, and the first substructure box cover After the tongue is bent, it can be inserted into the fourth body plate of the first substructure at the upper end;

One side at the bottom of the first substructure box is connected by a broken line with the bottom of the second body plate of the first substructure, and there is a tongue at the bottom of the first substructure box on the opposite side with the bottom of the first substructure box, and the bottom of the first substructure box After the tongue is bent, it can be inserted into the fourth body plate of the first substructure at the lower end;

The cross-section of the first substructure is a quadrilateral with only one right angle, which is located in the center of the regular octagonal packaging box, and the two right angle sides are concave at the intersection to form a 90-degree "V"-shaped hole in the first substructure. The opposite angle is an obtuse angle of 135 degrees; the first upper flap of the first substructure and the first lower flap of the first substructure are recessed near the middle of the regular octagonal packing box to form a first "V"-shaped notch of 90 degrees, the first A sub-structure box cover and a first sub-structure box bottom have indentations near the middle of the regular octagonal packaging box to form a 90-degree second "V"-shaped gap; the first sub-structure has a 90-degree "V"-shaped hole, the The two side lengths of the 90-degree first "V"-shaped notch and the 90-degree second "V"-shaped notch are the same.

The beneficial effects that the present invention has are:

After adopting the above scheme, the present invention forms a unique and novel packaging structure, because each complete structure contains four identical substructures, and partition walls are formed between the substructures. This partition wall structure can isolate various commodities. At the same time, for commodities with quantitative quotas, orderly arrangements can be made through this structure. The partition wall structure can be effectively protected, and because the partition wall structure can provide a certain amount of space, it can better display the goods and give the goods a space to "speak", thereby increasing the added value of the goods.

The present invention has four storage spaces with the same size, and can hold four kinds of food with different tastes at the same time, satisfying the appetite of consumers at one time. It adopts a paper forming structure to save raw materials to the greatest extent, which is in line with the concept of green environmental protection.

Description of drawings

Fig. 1 is a schematic diagram of a partial opening effect of the present invention.

Fig. 2 is a top view of section A-A of Fig. 1 .

Fig. 3 is a structure development diagram of the present invention.

In the figure: 1. First substructure, 2. Second substructure, 3. Third substructure, 4. Fourth substructure, 5. Square through hole, 6. Insert piece, 7. Jack;

11. The first body plate of the first substructure, 12. The second body plate of the first substructure, 13. The third body plate of the first substructure, 14. The fourth body plate of the first substructure, 15. The first substructure Box cover, 16, box bottom of the first substructure, 151, first upper flap of the first substructure, 152, second upper flap of the first substructure, 161, first lower flap of the first substructure, 162, The second lower rocking cover of the first substructure, 17, the first substructure box cover tongue, 18, the first substructure box bottom tongue;

21. The first body plate of the second substructure; 22. The second body plate of the second substructure; 23. The third body plate of the second substructure; 24. The fourth body plate of the second substructure; 25. The second substructure Box cover; 26, the bottom of the second substructure box, 251, the first upper flap of the second substructure, 252, the second upper flap of the second substructure, 261, the first lower flap of the second substructure, 262, The second lower rocking cover of the second substructure, 27, the second substructure box cover tongue, 28, the second substructure box bottom tongue;

31. The first body panel of the third substructure, 32. The second body panel of the third substructure, 33. The third body panel of the third substructure, 34. The fourth body panel of the third substructure, 35. The third substructure Box cover, 36, box bottom of the third substructure, 351, first upper flap of the third substructure, 352, second upper flap of the third substructure, 361, first lower flap of the third substructure, 362, The second lower rocking cover of the third substructure, 37, the third substructure box cover tongue, 38, the third substructure box bottom tongue;

41. The first body plate of the fourth substructure, 42. The second body plate of the fourth substructure, 43. The third body plate of the fourth substructure, 44. The fourth body plate of the fourth substructure, 45. The fourth substructure Box cover, 46, box bottom of the fourth substructure, 451, first upper flap of the fourth substructure, 452, second upper flap of the fourth substructure, fourth 461, first lower flap of the substructure, 462, The second lower rocking cover of the fourth substructure, 47, the fourth substructure box cover tongue, 48, the fourth substructure box bottom tongue;

51. The first substructure "V" shaped hole, 52. The second substructure "V" shaped hole, 53. The third substructure "V" shaped hole, 54. The fourth substructure "V" shaped hole lack.

The dotted line in the figure represents the inner polyline, and the dotted line represents the outer polyline.

detailed description

The present invention will be further described below in conjunction with drawings and embodiments.

As shown in Figures 1 and 3, the present invention consists of four first substructures 1, second substructures 2, third substructures 3 and fourth substructures 4 of the same size and structure to form a regular octagonal packaging box in turn There are connecting partition walls between adjacent substructures, and a square through hole 5 is formed in the center of the regular octagonal packaging box.

The first substructure 1 includes a first body panel 11 of the first substructure, a second body panel 12 of the first substructure, a third body panel 13 of the first substructure, a fourth body panel 14 of the first substructure, and a fourth body panel 14 of the first substructure. One substructure box cover 15, the first substructure box bottom 16, the first upper swing cover 151 of the first substructure, the second upper swing cover 152 of the first substructure, the first lower swing cover 161 of the first substructure, the first The second lower rocker cover 162 of the substructure, the box cover tongue 17 of the first substructure, and the box bottom tongue 18 of the first substructure.

On the four sides of the first substructure box bottom 16 and the four sides of the first substructure box cover 15, there are successively vertical first substructure first body plates 11, the first substructure second body plates 12, the first The third body panel 13 of the substructure and the fourth body panel 14 of the first substructure are connected by broken lines between adjacent body panels.

One side of the first upper swing cover 151 of the first substructure is connected to the upper side of the first body panel 11 of the first substructure by a fold line, and one side of the first lower swing cover 161 of the first substructure is connected to the lower side of the first body panel 11 of the first substructure. The remaining three sides of the first upper flap 151 of the first substructure and the remaining three sides of the first lower flap 161 of the first substructure are in a free state because they are connected by broken lines.

One side of the second upper rocker cover 152 of the first substructure is connected with the upper edge of the third body plate 13 of the first substructure by a fold line, and one side of the second lower rocker cover 162 of the first substructure is connected with the lower edge of the third body plate 13 of the first substructure. The remaining three sides of the second upper swing cover 152 of the first substructure and the remaining three sides of the second lower swing cover 162 of the first substructure are in a free state because they are connected by fold lines.

One side of the first substructure lid 15 is connected with the second body plate 12 of the first substructure by a broken line, and there is a first substructure lid tongue 17 on the opposite side with the first substructure lid 15, the first The substructure lid tongue 17 can be inserted into the fourth body plate 14 of the first substructure at the upper end after being bent.

One side at the bottom of the first substructure box 16 is connected with the second body plate 12 of the first substructure by a broken line, and there is a tongue 18 at the bottom of the first substructure box on the opposite side with the bottom of the first substructure box 16. After the tongue 18 at the bottom of the box of the substructure is bent, it can be inserted into the fourth body plate 14 of the first substructure at the lower end.

The cross section of the first substructure 1 is a quadrilateral with only one right angle, which is located in the center of the regular octagonal packaging box, and the two right angle sides are concave at the intersection to form a 90-degree "V"-shaped hole 51 in the first substructure. , the opposite angle of the right angle is an obtuse angle of 135 degrees; the first upper flap 151 of the first substructure and the first lower flap 161 of the first substructure are recessed near the middle of the regular octagonal packing box to form a first "V" of 90 degrees Type gap, the first substructure box cover 15 and the first substructure box bottom 16 have indentations near the middle of the regular octagonal packaging box to form a 90-degree second "V"-shaped gap; the first substructure 90-degree "V" ”-shaped hole 51, the two sides of the 90-degree first “V”-shaped notch and the 90-degree second “V”-shaped notch have the same length.

When the first upper rocker cover 151 of the first substructure is turned down to 90 degrees and the first lower rocker cover 161 of the first substructure is turned up to 90 degrees, the gap of the first upper rocker cover 151 of the first substructure and the first substructure The notch of the first lower rocker cover 161 is stuck on both sides of the 90-degree "V" shaped hole 51 of the first substructure, the first upper rocker cover 151 of the first substructure and the first lower rocker cover 161 of the first substructure are covered on the first The upper and lower surfaces of the right-angled quadrilateral of the substructure 1, when the second upper flap 152 of the first substructure is turned down to 90 degrees and when the second lower flap 162 of the first substructure is turned up to 90 degrees, the first substructure The second upper rocker cover 152 and the second lower rocker cover 162 of the first substructure cover the upper and lower surfaces of the right-angled quadrilateral of the first substructure 1, the first upper rocker cover 151 of the first substructure and the second upper rocker of the first substructure The covers 152 overlap each other, and when the first substructure lid 15 is turned down to 90 degrees, the notch of the first substructure lid 15 is stuck on both sides of the 90-degree "V"-shaped hole 51 of the first substructure, and the first substructure The box cover tongue 17 is inserted into the fourth body plate 14 of the first substructure at the upper end; when the box bottom 15 of the first substructure is turned up to 90 degrees, the notch of the box bottom 16 of the first substructure is stuck in the 90 degree "V" of the first substructure. On both sides of the "shaped hole 51, the tongue 18 at the bottom of the box of the first substructure is inserted in the fourth body plate 14 of the first substructure at the lower end.

Since the structures of the second substructure 2 , the third substructure 3 and the fourth substructure 4 are completely the same as those of the first substructure 1 , they will not be described one by one. When the box covers of the four substructures and the box bottoms of the four substructures are rotated 90 degrees and inserted into the respective fourth body panels through their respective tongues, a package with a regular octagonal outer ring and a square through hole in the center is formed. box.

The structure forming process of the present invention is as follows:

As shown in Fig. 1, Fig. 2 and Fig. 3, the first body panel 11 of the first substructure and the second body panel 12 of the first substructure are folded inward at 90 degrees to form a right angle, and on the side of the right angle according to the set inner folding line and outer The first substructure "V"-shaped hole 51 is formed after the folding line is folded, and the second body panel 22 of the second substructure is folded outward by 180 degrees to overlap with the second body panel 12 of the first substructure to form the first substructure 1 and the connecting partition between the second substructure 2, then the first body plate 21 of the second substructure is folded in 90 degrees, and after forming a right angle with the second body plate 22 of the second substructure, press the set After the inner fold line and the outer fold line are folded, the second substructure "V"-shaped hole 52 is formed, and the fourth body panel 24 of the second substructure and the third body panel 23 of the second substructure are wound around the first body panel 21 of the second substructure. Inwardly folded, the third body plate 23 of the second substructure approaches the intersection line of the second body plate 22 of the second substructure and the second body plate 12 of the first substructure, and the fourth body plate 24 of the second substructure is connected to the second body plate 24 of the second substructure. The third body plate 23 of the substructure forms 135 degrees, that is, the degree of an interior angle of the octagon, and the third body plate 13 of the first substructure and the fourth body plate 14 of the first substructure are wound around the third body plate 23 of the second substructure Fold inward, make the fourth body panel 14 of the first substructure close to the open edge of the first body panel 11 of the first substructure, the third body panel 13 of the first substructure forms 135 degrees with the fourth body panel 14 of the first substructure At this time, the first upper flap 251 of the second substructure and the second upper flap 252 of the second substructure are turned down to 90 degrees, the cover 25 of the second substructure is turned down by 90 degrees, and the second substructure The structure box cover tongue 27 is inserted in the fourth body plate 24 of the second substructure of the upper end, the first lower rocking cover 261 of the second substructure and the second lower rocking cover 262 of the second substructure are turned up to 90 degrees, and the second The substructure box bottom 26 is turned up 90 degrees and the second substructure box bottom tongue 28 is inserted into the fourth body plate 24 of the second substructure at the lower end, and the first upper rocker cover 151 of the first substructure and the first substructure The second upper rocker cover 152 is turned down to 90 degrees, the first substructure cover 15 is turned down 90 degrees and the first substructure cover tongue 17 is inserted into the fourth body plate 14 of the first substructure at the upper end, Turn up the first lower shake cover 161 of the first substructure and the second lower shake cover 162 of the first substructure to 90 degrees, fold up the first substructure box bottom 16 by 90 degrees and place the first substructure box bottom The tongue 18 is inserted into the fourth body plate 14 of the first substructure at the lower end, and the molding process of the second substructure 2 and the first substructure 1 are completed respectively.

Continue to fold the fourth body panel 44 of the fourth substructure and the third body panel 43 of the fourth substructure inwardly around the fourth body panel 14 of the first substructure, so that the third body panel 43 of the fourth substructure is close to the fourth substructure The intersection line of the second body plate 42 and the second body plate 32 of the third substructure, the fourth body plate 44 of the fourth substructure forms 135 degrees with the third body plate 43 of the fourth substructure, and the third body of the third substructure The board 33 and the fourth body panel 34 of the third substructure are folded inwardly around the third body panel 43 of the fourth substructure, so that a 135 is formed between the third body panel 33 of the third substructure and the fourth body panel 34 of the third substructure. degree obtuse angle, fold the first body panel 31 of the third substructure inwardly based on the fourth body panel 34 of the third substructure, so that the first body panel 31 of the third substructure overlaps with the first body panel 21 of the second substructure , to form the connection partition between the second substructure 2 and the third substructure 3, insert the insertion piece 6 into the socket 7 correspondingly, so that the octagonal box body is connected and fixed, and then the second body plate 32 of the third substructure Fold inward at 90 degrees, form a right angle with the first body panel 31 of the third substructure, and form the third substructure "V"-shaped hole 53 after folding on the right-angle side according to the set inner fold line and outer fold line. The second body panel 42 of the structure is folded outward by 180 degrees to overlap with the second body panel 32 of the third substructure to form a connecting partition between the third substructure 3 and the fourth substructure 4, and then the first body panel of the fourth substructure 41 is folded in 90 degrees, forming a right angle with the second body plate 42 of the fourth substructure, and forming the fourth substructure "V" shaped hole 54 after folding on the right angle side according to the set inner fold line and outer fold line. The open side of the first body plate 41 of the substructure is close to the intersection line of the fourth body plate 14 of the first substructure and the fourth body plate 44 of the fourth substructure, so that the first body plate 41 of the fourth substructure and the second body plate of the first substructure The integrated panels 11 overlap to form the connecting partition between the first substructure 1 and the fourth substructure 4. At this time, the first upper flap 451 of the fourth substructure and the second upper flap 452 of the fourth substructure are turned down to 90 degrees, the fourth substructure cover 45 is folded down 90 degrees and the fourth substructure cover tongue 47 is inserted into the fourth body plate 44 of the fourth substructure at the upper end, and the fourth substructure is first shaken The cover 461 and the second lower rocking cover 462 of the fourth substructure are turned up to 90 degrees, the box bottom 46 of the fourth substructure is turned up 90 degrees, and the box bottom tongue 48 of the fourth substructure is inserted into the lower end of the fourth substructure. In the four-body plate 44, the first upper flap 351 of the third substructure and the second upper flap 352 of the third substructure are turned down to 90 degrees, and the third substructure lid 35 is turned down 90 degrees and The third substructure box cover tongue 37 is inserted into the fourth body plate 34 of the third substructure at the upper end, and the first lower flap 361 of the third substructure and the second lower flap 362 of the third substructure are turned up to 90 degrees, The third substructure box bottom 36 is turned up 90 degrees and the third substructure box bottom tongue 38 is inserted in the fourth body plate 34 of the third substructure at the lower end, then the fourth substructure 4 and the third substructure are respectively completed. Forming process of Structure 3.

So far, after completing all the folding steps, a regular octagonal packaging box with a through hole in the center of the present invention has been formed.

Claims (1)

1. A regular octagonal packaging box with a through hole in the center, characterized in that it consists of four first substructures (1), second substructures (2), third substructures (3) and fourth substructures of the same size and structure. The four substructures (4) enclose a regular octagonal packaging box in turn, and there are connecting partitions between adjacent substructures, and a square through hole (5) is formed in the center of the regular octagonal packaging box; The first substructure (1) includes a first body plate (11) of the first substructure, a second body plate (12) of the first substructure, a third body plate (13) of the first substructure, and a first substructure body plate (13). Structure the fourth body plate (14), the first substructure lid (15), the first substructure box bottom (16), the first upper shake cover (151) of the first substructure, the second upper shake of the first substructure Cover (152), the first lower swing cover of the first substructure (161), the second lower swing cover of the first substructure (162), the first substructure box cover tongue (17), the first substructure box bottom insert tongue (18); The four sides of the first substructure box bottom (16) and the four sides of the first substructure box cover (15) have successively vertical first substructure first body plates (11), and the first substructure second The body board (12), the third body board (13) of the first substructure and the fourth body board (14) of the first substructure are connected by broken lines between adjacent body boards; One side of the first upper rocker cover (151) of the first substructure is connected with the upper side of the first body plate (11) of the first substructure by a fold line, and one side of the first lower rocker cover (161) of the first substructure is connected with the first body panel (11) of the first substructure. The lower side of the first body plate (11) is connected by a fold line, and the remaining three sides of the first upper rocker cover (151) of the first substructure and the remaining three sides of the first lower rocker cover (161) of the first substructure are in a free state; One side of the second upper rocking cover (152) of the first substructure is connected with the upper edge of the third body plate (13) of the first substructure by a fold line, and one side of the second lower rocking cover (162) of the first substructure is connected with the first substructure. The lower edge of the third body plate (13) is connected by a fold line, and the remaining three edges of the second upper rocker cover (152) of the first substructure and the remaining three edges of the second lower rocker cover (162) of the first substructure are in a free state; One side of the first substructure box cover (15) is connected with the first substructure second body plate (12) by a folding line, and there is a first substructure box cover on the opposite side with the first substructure box cover (15) on one side Tongue (17), the first substructure lid tongue (17) can be inserted into the fourth body plate (14) of the first substructure at the upper end after being bent; One side of the bottom of the first substructure box (16) is connected with the lower edge of the second body plate (12) of the first substructure by a broken line, and there is a bottom of the first substructure box relative to the opposite side at the bottom of the first substructure box (16). The tongue (18), the tongue (18) at the bottom of the box of the first substructure can be bent and inserted into the fourth body plate (14) of the first substructure at the lower end; The cross-section of the first substructure (1) is a quadrilateral with only one right angle, which is located in the center of the regular octagonal packing box, and the two right angle sides are concave at the intersection to form a 90-degree "V"-shaped hole in the first substructure Missing (51), the opposite angle of the right angle is an obtuse angle of 135 degrees; the first substructure, the first upper flap (151) and the first substructure, the first lower flap (161) have indentations near the regular octagonal packing box A 90-degree first "V"-shaped gap is formed, and the first sub-structure box cover (15) and the first sub-structure box bottom (16) are recessed near the middle of the regular octagonal packaging box to form a 90-degree second "V" shape Notch: the first substructure 90-degree "V"-shaped hole (51), the 90-degree first "V"-shaped notch and the 90-degree second "V"-shaped notch have the same two side lengths.