Bottled protection box

Abstract

The utility model discloses a bottled protection box, which relates to the technical field of packaging, and comprises an inner folding part and an outer folding part, the inner folding part comprises an inner folding plate, a left sealing assembly and a right sealing assembly, and the outer folding part comprises an outer folding plate, a left supporting assembly and a right supporting assembly. The inner folding plate is folded to form a square cylinder structure used for containing a product bottle, the product bottle is arranged in the square cylinder structure, the two ends of the square cylinder structure formed by folding the inner folding plate are sealed through the left sealing assembly and the right sealing assembly respectively, then the outer folding plate is folded to form a hexagonal cylinder structure, and the hexagonal cylinder structure wraps the square cylinder structure formed by folding the inner folding plate. The left supporting assembly and the right supporting assembly are used for supporting the two ends of the hexagonal cylinder structure formed by folding the outer folding plates correspondingly, and assembling of the bottled protection box is completed. The anti-vibration buffering device has anti-vibration and buffering effects on the product bottles, can prevent the product bottles from being mechanically damaged in the transportation, storage, loading and unloading processes, and is compact in size.

Description

Technical Field

[0001] The utility model relates to the technical field of packaging, in particular to a bottle protection box. Background Art

[0002] With the rapid development of online shopping and logistics, people's requirements for product protection during transportation are constantly increasing, which has led to an increasing demand for protective product packaging.

[0003] When shipping fragile items like glass bottles in bulk, wooden or plastic crates are often used for protection. However, using wooden or plastic crates for smaller shipments or single shipments can increase shipping costs and take up space.

[0004] It can be seen that how to provide a packaging structure suitable for protecting a single product bottle is a problem that needs to be solved urgently. Utility Model Content

[0005] The purpose of the utility model is to provide a bottle protection box to solve the problems existing in the above-mentioned related technologies. It has shockproof and cushioning effects on product bottles, can prevent product bottles from being mechanically damaged during transportation, storage and loading and unloading, and is compact in size, easy to stack, saving space and shipping costs.

[0006] To achieve the above purpose, the present invention provides the following solutions:

[0007] The utility model provides a bottle protection box, comprising an inner folding portion and an outer folding portion, the inner folding portion comprising an inner folding plate, a left closing component and a right closing component, the inner folding plate being a square plate, and being provided with a first folding line on the inner folding plate, the first folding line extending in the direction of the upper side of the inner folding plate, three first folding lines being provided, and the three first folding lines being arranged side by side on the inner folding plate so that the inner folding plate can be folded to form a square tube structure for accommodating product bottles; the left closing component and the right closing component are foldably connected to the left side and the right side of the inner folding plate respectively, and the left closing component and the right closing component can both be folded toward the inner side of the inner folding plate to close the two ends of the square tube structure formed by the folding of the inner folding plate;

[0008] The outer folding portion includes an outer folding plate, a left support assembly and a right support assembly, the outer folding plate is a square plate, the upper side of the outer folding plate is folded and connected to the lower side of the inner folding plate, and a second folding line is provided on the outer folding plate, the second folding line extends along the direction of the upper side of the outer folding plate, and there are six second folding lines, and the six second folding lines are arranged side by side on the outer folding plate so that the outer folding plate can be folded to form a hexagonal tube structure and wrap the square tube structure formed by the folding of the inner folding plate; the left support assembly and the right support assembly are folded and connected to the left side and right side of the outer folding plate respectively, and the left support assembly and the right support assembly can both fold toward the inner side of the outer folding plate to support the two ends of the hexagonal tube structure formed by the folding of the outer folding plate.

[0009] Preferably, the left closure assembly includes a left side panel, a left flap and a left cover plate;

[0010] The left side panel is a square panel, and a third fold line is provided on the left side panel, and the third fold line extends along the left side edge of the left side panel. There are three third fold lines, and the three third fold lines are arranged side by side on the left side panel so that the left side panel can be folded to form a square tube structure; a first socket is provided on the left side panel, and the first socket extends along the upper side edge of the left side panel, and the first socket is located between the right side edge of the left side panel and the third fold line on the right;

[0011] The left side panels are provided with two pieces, wherein the right side of one of the left side panels is folded and connected to the left side of the inner folding panel located between the upper side of the inner folding panel and the upper first folding line, and the right side of the other left side panel is folded and connected to the left side of the inner folding panel located between the middle first folding line and the lower first folding line;

[0012] The right side of the left flap is folded and connected to the left side of the inner folding plate between the first fold line and the lower side of the inner folding plate, and the left side of the left flap is folded and connected to a first inserting tongue, which can be inserted into the first sockets on the two left panels;

[0013] The right side edge of the left cover plate is folded and connected to the left side edge of the inner folding plate between the upper first folding line and the middle first folding line, and a second tongue is folded and connected to the left side edge of the left cover plate. A second socket is provided at the position where the inner folding plate is connected to the left flap, and the second tongue can be inserted into the second socket.

[0014] Preferably, a first snap-in is further provided on the left side panel, the first snap-in is a semicircular opening, and the first snap-in is located between the third fold line on the left and the third fold line in the middle; when the inner folding plate is folded to form a square tube structure, and the two left side panels are folded to form a square tube structure, the first snap-in on the two left side panels are spliced ​​together to form a circular opening for snapping with the end of the product bottle.

[0015] Preferably, a third tongue is provided at the position where the inner folding plate is connected to the left flap, and a third socket is provided at the position where the left cover plate is connected to the second tongue, and the third tongue can be plugged into the third socket.

[0016] Preferably, the right closure assembly includes a right side panel, a right flap and a right cover plate;

[0017] The right side panel is a square panel, and a fourth fold line is provided on the right side panel, the fourth fold line extending along the left side of the right side panel, and three fourth fold lines are provided, and the three fourth fold lines are arranged side by side on the right side panel so that the right side panel can be folded to form a square tube structure; a fourth socket is provided on the right side panel, the fourth socket extending along the upper side of the right side panel, and the fourth socket is located between the left side of the right side panel and the fourth fold line on the left;

[0018] The right side panels are provided with two pieces, wherein the left side of one of the right side panels is folded and connected to the right side of the inner folding panel located between the upper side of the inner folding panel and the upper first folding line, and the left side of the other right side panel is folded and connected to the right side of the inner folding panel located between the middle first folding line and the lower first folding line;

[0019] The left side of the right flap is folded and connected to the right side of the inner folding plate between the first fold line and the lower side of the inner folding plate, and the right side of the right flap is folded and connected to a fourth tongue, which can be inserted into the fourth sockets on the two right side panels;

[0020] The left side of the right cover plate is folded and connected to the right side of the inner folding plate between the first folding line at the top and the first folding line at the middle, and a fifth tongue is folded and connected to the right side of the right cover plate. A fifth socket is provided at the position where the inner folding plate is connected to the right flap, and the fifth tongue can be inserted into the fifth socket.

[0021] Preferably, the right side plate is further provided with a second clamping hole, the second clamping hole is a semicircular hole, and the second clamping hole is located between the right fourth fold line and the middle fourth fold line; when the inner folding plate is folded to form a square tube structure, and the two right side plates are both folded to form a square tube structure, the second clamping holes on the two right side plates are combined to form a circular hole for clamping the product bottle end.

[0022] Preferably, the inner folding plate is provided with a sixth plug at the position connected with the right flap, the right cover plate is provided with a sixth socket at the position connected with the fifth plug, and the sixth plug can be inserted into the sixth socket.

[0023] Preferably, the left support assembly comprises a left support plate, the left support plate is a strip-shaped plate, the right side edge of the left support plate is foldably connected with the left side edge of the outer folding plate, the left support plate is provided with a fifth fold line extending along the direction of the left side edge of the left support plate, the fifth fold line is provided with two fifth fold lines arranged side by side on the left support plate, so that the left support plate can be folded to form a triangular tube structure, and the left support plate is provided with a rhombic hollow structure, when the outer folding plate is folded to form a hexagonal tube structure, the left support plate can be folded to form a triangular tube structure and form a ring-shaped support.

[0024] Preferably, the right support assembly comprises a right support plate, the right support plate is a strip-shaped plate, the left side edge of the right support plate is foldably connected with the right side edge of the outer folding plate, the right support plate is provided with a sixth fold line extending along the direction of the left side edge of the right support plate, the sixth fold line is provided with two sixth fold lines arranged side by side on the right support plate, so that the right support plate can be folded to form a triangular tube structure, and the right support plate is provided with a rhombic hollow structure, when the outer folding plate is folded to form a hexagonal tube structure, the right support plate can be folded to form a triangular tube structure and form a ring-shaped support.

[0025] Preferably, the lower side edge of the outer folding plate is provided with a seventh plug, the outer folding plate is provided with a seventh socket near the second fold line of the upper side edge, and the seventh plug can be inserted into the seventh socket; the outer folding plate is provided with an eighth plug near the position of the seventh socket, the outer folding plate and the seventh plug are provided with an eighth socket, and the eighth plug can be inserted into the eighth socket.

[0026] The utility model discloses relative to relevant technical obtain following technical effect:

[0027] The bottle protection box provided by the present invention includes an inner folding part and an outer folding part. The inner folding part includes an inner folding plate, a left closing component and a right closing component. The outer folding part includes an outer folding plate, a left supporting component and a right supporting component. When in use, the inner folding plate is folded to form a square tube structure for accommodating product bottles, and the product bottles are loaded therein. The two ends of the square tube structure formed by the folding of the inner folding plate are respectively closed by the left closing component and the right closing component. Then, the outer folding plate is folded to form a hexagonal tube structure and wraps the square tube structure formed by the folding of the inner folding plate. The two ends of the hexagonal tube structure formed by the folding of the outer folding plate are respectively supported by the left supporting component and the right supporting component to complete the assembly of the bottle protection box.

[0028] The bottle protection box provided by the utility model has a double-layer folding design of the inner and outer layers, which has shock-proof and cushioning effects on the product bottles, and can prevent the product bottles from being mechanically damaged during transportation, storage and loading and unloading. It is compact in size and easy to stack, saving space and shipping costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] In order to more clearly illustrate the technical solutions in the embodiments of the present invention or related technologies, the following briefly introduces the drawings required for use in the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0030] Figure 1 A schematic diagram of the assembled bottle protection box provided by an embodiment of the present invention;

[0031] Figure 2 This is a schematic diagram of a partially unfolded state of a bottle protection box provided by an embodiment of the present utility model;

[0032] Figure 3 This is a second schematic diagram of a partially unfolded state of the bottle protection box provided by an embodiment of the present utility model;

[0033] Figure 4 The third schematic diagram of a partially unfolded bottle protection box provided by an embodiment of the present invention;

[0034] Figure 5 This is a schematic diagram of the fully unfolded state of the bottle protection box provided by an embodiment of the utility model.

[0035] In the figure: 100-bottle protection box, 1-inner folding part, 101-inner folding plate, 1011-first fold line, 1012-second socket, 1013-third plug tongue, 1014-fifth socket, 1015-sixth plug tongue, 1016-ninth plug tongue, 1017-ninth socket, 102-left side plate, 1021-third fold line, 1022-first socket, 1023-first semicircular plate, 103-left flap, 1031-first plug tongue, 104-left cover plate, 1041-second plug tongue, 1042-third socket, 105-right Side panel, 1051-fourth fold line, 1052-fourth socket, 1053-second semicircular plate, 106-right flap, 1061-fourth tongue, 107-right cover plate, 1071-fifth tongue, 1072-sixth socket, 2-outer folding portion, 201-outer folding plate, 2011-second fold line, 2012-seventh tongue, 2013-seventh socket, 2014-eighth tongue, 2015-eighth socket, 202-left support plate, 2021-fifth fold line, 203-right support plate, 2031-sixth fold line, 3-connecting plate. DETAILED DESCRIPTION

[0036] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the embodiments described are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0037] The purpose of the utility model is to provide a bottle protection box to solve the problems existing in the related art. It has shockproof and cushioning effects on product bottles, can prevent product bottles from being mechanically damaged during transportation, storage and loading and unloading, and is compact in size, easy to stack, saving space and shipping costs.

[0038] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, the present invention is further described in detail below with reference to the accompanying drawings and specific implementation methods.

[0039] like Figures 1-5As shown, this embodiment provides a bottle protection box 100, including an inner folding part 1 and an outer folding part 2, the inner folding part 1 includes an inner folding plate 101, a left closing component and a right closing component, the inner folding plate 101 is a square plate, and a first fold line 1011 is provided on the inner folding plate 101, the first fold line 1011 extends along the direction of the upper side of the inner folding plate 101, there are three first fold lines 1011, and the three first fold lines 1011 are arranged side by side on the inner folding plate 101 so that the inner folding plate 101 can be folded to form a square tube structure for accommodating product bottles; the left closing component and the right closing component are folded and connected to the left side and the right side of the inner folding plate 101 respectively, and the left closing component and the right closing component can both be folded toward the inner side of the inner folding plate 101 to close the two ends of the square tube structure formed by the folding of the inner folding plate 101.

[0040] In this embodiment, the outer folding portion 2 includes an outer folding plate 201, a left support assembly and a right support assembly. The outer folding plate 201 is a square plate. The upper side of the outer folding plate 201 is folded and connected to the lower side of the inner folding plate 101, and a second fold line 2011 is provided on the outer folding plate 201. The second fold line 2011 extends along the direction of the upper side of the outer folding plate 201. There are six second fold lines 2011, and the six second fold lines 2011 are arranged side by side on the outer folding plate 201 so that the outer folding plate 201 can be folded to form a hexagonal tube structure and wrap the square tube structure formed by folding the inner folding plate 101; the left support assembly and the right support assembly are folded and connected to the left side and right side of the outer folding plate 201 respectively, and the left support assembly and the right support assembly can both fold toward the inner side of the outer folding plate 201 to support the two ends of the hexagonal tube structure formed by folding the outer folding plate 201.

[0041] During use, the inner folding plate 101 is folded to form a square cylindrical structure for accommodating product bottles, and the product bottles are placed therein. The two ends of the square cylindrical structure formed by the folding inner folding plate 101 are respectively closed by the left closing component and the right closing component. Then, the outer folding plate 201 is folded to form a hexagonal cylindrical structure, and the square cylindrical structure formed by the folding inner folding plate 101 is wrapped. The two ends of the hexagonal cylindrical structure formed by the folding outer folding plate 201 are respectively supported by the left supporting component and the right supporting component to complete the assembly of the bottle protection box 100.

[0042] It should be noted that, in the description of the upper side, lower side, left side and right side of the inner folding plate 101, the orientation or position relationship indicated is based on the attached Figure 5 The orientation or positional relationship shown in the figure is only for the convenience of describing the present invention and simplifying the description, and does not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operate in a specific orientation. Therefore, it should not be understood as a limitation on the present invention.

[0043] In this embodiment, the left closure assembly includes a left side panel 102 , a left flap 103 and a left cover panel 104 .

[0044] Among them, the left side panel 102 is a square panel, and a third fold line 1021 is provided on the left side panel 102, and the third fold line 1021 extends along the direction of the left side edge of the left side panel 102. There are three third fold lines 1021, and the three third fold lines 1021 are arranged side by side on the left side panel 102 so that the left side panel 102 can be folded to form a square tube structure; a first socket 1022 is provided on the left side panel 102, and the first socket 1022 extends along the direction of the upper side edge of the left side panel 102, and the first socket 1022 is located between the right side edge of the left side panel 102 and the third fold line 1021 on the right.

[0045] Furthermore, the left side panels 102 are provided with two pieces, wherein the right side edge of one left side panel 102 is folded and connected to the left side edge of the inner folding panel 101 between the upper side edge of the inner folding panel 101 and the upper first fold line 1011, and the right side edge of the other left side panel 102 is folded and connected to the left side edge of the inner folding panel 101 between the middle first fold line 1011 and the lower first fold line 1011.

[0046] In this embodiment, the right side of the left flap 103 is folded and connected to the left side of the inner folding plate 101 between the lower first fold line 1011 and the lower side of the inner folding plate 101. The left side of the left flap 103 is folded and connected to a first inserting tongue 1031. The first inserting tongue 1031 can be inserted into the first sockets 1022 on the two left side panels 102.

[0047] In this embodiment, the right side of the left cover plate 104 is folded and connected to the left side of the inner folding plate 101 between the upper first fold line 1011 and the middle first fold line 1011, and a second tongue 1041 is folded and connected to the left side of the left cover plate 104. A second socket 1012 is provided at the position where the inner folding plate 101 is connected to the left flap 103, and the second tongue 1041 can be inserted into the second socket 1012.

[0048] When folding the left closed component, first fold the two left side panels 102 inward to form two smaller square tube structures. When the inner folding panel 101 is folded to form a larger square tube structure, the two smaller square tube structures can be pieced together and close the left end opening of the larger square tube structure. Then, fold the left flap 103 inward and insert the first tongue 1031 into the first socket 1022. Then, fold the left cover panel 104 inward and insert the second tongue 1041 into the second socket 1012 to complete the folding of the left closed component. The folding of the right closed component is done in the same way.

[0049] In this embodiment, a first snap-in is further provided on the left side panel 102. The first snap-in is a semicircular opening, and the first snap-in is located between the third fold line 1021 on the left and the third fold line 1021 in the middle; when the inner folding panel 101 is folded to form a square tube structure, and the two left side panels 102 are folded to form a square tube structure, the first snap-in on the two left side panels 102 are spliced ​​together to form a circular opening for snapping with the end of the product bottle, thereby increasing the stability of the product bottle and reducing shaking; specifically, the first snap-in in this embodiment is a structure formed by folding the first semicircular panel 1023 cut by the semicircular cutting line on the left side panel 102 inward.

[0050] In this embodiment, a third tongue 1013 is provided at the position where the inner folding plate 101 is connected to the left flap 103, and a third socket 1042 is provided at the position where the left cover plate 104 is connected to the second tongue 1041. The third tongue 1013 can be inserted into the third socket 1042, so that the left cover plate 104 can more firmly close the left end opening of the square tube structure formed by folding the inner folding plate 101; specifically, in this embodiment, the third tongue 1013 is a structure formed by cutting at the position where the inner folding plate 101 is connected to the left flap 103.

[0051] In this embodiment, the right closure assembly includes a right side panel 105 , a right flap 106 and a right cover panel 107 .

[0052] Among them, the right side panel 105 is a square panel, and a fourth fold line 1051 is provided on the right side panel 105, which extends along the direction of the left side of the right side panel 105. There are three fourth fold lines 1051, and the three fourth fold lines 1051 are arranged side by side on the right side panel 105 so that the right side panel 105 can be folded to form a square tube structure; a fourth socket 1052 is provided on the right side panel 105, which extends along the direction of the upper side of the right side panel 105, and the fourth socket 1052 is located between the left side of the right side panel 105 and the fourth fold line 1051 on the left.

[0053] Furthermore, the right side panels 105 are provided with two pieces, wherein the left side edge of one right side panel 105 is folded and connected to the right side edge of the inner folding panel 101 between the upper side edge of the inner folding panel 101 and the upper first fold line 1011, and the left side edge of the other right side panel 105 is folded and connected to the right side edge of the inner folding panel 101 between the middle first fold line 1011 and the lower first fold line 1011.

[0054] In this embodiment, the left side of the right flap 106 is folded and connected to the right side of the inner folding plate 101 between the lower first fold line 1011 and the lower side of the inner folding plate 101, and the right side of the right flap 106 is folded and connected to a fourth tongue 1061, which can be inserted into the fourth socket 1052 on the two right side panels 105.

[0055] In this embodiment, the left side of the right cover plate 107 is folded and connected to the right side of the inner folding plate 101 between the upper first fold line 1011 and the middle first fold line 1011, and a fifth tongue 1071 is folded and connected to the right side of the right cover plate 107. A fifth socket 1014 is provided at the position where the inner folding plate 101 is connected to the right flap 106, and the fifth tongue 1071 can be inserted into the fifth socket 1014.

[0056] In this embodiment, a second bayonet is further provided on the right side panel 105, and the second bayonet is a semicircular opening, and the second bayonet is located between the fourth fold line 1051 on the right and the fourth fold line 1051 in the middle; when the inner folding plate 101 is folded to form a square tube structure, and the two right side panels 105 are folded to form a square tube structure, the second bayonet on the two right side panels 105 are spliced ​​together to form a circular opening for clamping with the end of the product bottle, thereby increasing the stability of the product bottle and reducing shaking; specifically, the second bayonet in this embodiment is a structure formed by folding the second semicircular plate 1053 cut by the semicircular cutting line on the right side panel 105 inward.

[0057] In this embodiment, a sixth tongue 1015 is provided at the position where the inner folding plate 101 is connected to the right flap 106, and a sixth socket 1072 is provided at the position where the right cover plate 107 is connected to the fifth tongue 1071. The sixth tongue 1015 can be inserted into the sixth socket 1072; specifically, in this embodiment, the sixth tongue 1015 is a structure formed by cutting at the position where the inner folding plate 101 is connected to the right flap 106.

[0058] In this embodiment, the left support assembly includes a left support plate 202, which is a strip plate. The right side of the left support plate 202 is folded and connected to the left side of the outer folding plate 201, and a fifth fold line 2021 is provided on the left support plate 202. The fifth fold line 2021 extends along the direction of the left side of the left support plate 202. There are two fifth fold lines 2021, and the two fifth fold lines 2021 are arranged side by side on the left support plate 202 so that the left support plate 202 can be folded to form a triangular tube structure, and a diamond hollow structure is provided on the left support plate 202. When the outer folding plate 201 is folded to form a hexagonal tube structure, the left support plate 202 can be folded to form a triangular tube structure and form a ring-shaped support.

[0059] In this embodiment, the right support assembly includes a right support plate 203, which is a strip plate. The left side of the right support plate 203 is folded and connected to the right side of the outer folding plate 201, and a sixth fold line 2031 is provided on the right support plate 203. The sixth fold line 2031 extends in the direction of the left side of the right support plate 203. There are two sixth fold lines 2031, and the two sixth fold lines 2031 are arranged side by side on the right support plate 203 so that the right support plate 203 can be folded to form a triangular tube structure, and a diamond hollow structure is provided on the right support plate 203. When the outer folding plate 201 is folded to form a hexagonal tube structure, the right support plate 203 can be folded to form a triangular tube structure and form a ring-shaped support.

[0060] In this embodiment, a seventh tongue 2012 is provided on the lower side of the outer folding plate 201, and a seventh socket 2013 is provided on the outer folding plate 201 near the second fold line 2011 of the upper side. The seventh tongue 2012 can be inserted into the seventh socket 2013. An eighth tongue 2014 is provided on the outer folding plate 201 near the seventh socket 2013. An eighth socket 2015 is provided between the outer folding plate 201 and the seventh tongue 2012. The eighth tongue 2014 can be inserted into the eighth socket 2015. Specifically, in this embodiment, the eighth tongue 2014 is formed by cutting the outer folding plate 201 near the seventh socket 2013.

[0061] It should be noted that, in order to ensure that the position of the hexagonal tube structure formed by folding the outer folding plate 201 matches the position of the square tube structure formed by folding the inner folding plate 101, the outer folding plate 201 and the inner folding plate 101 in this embodiment are folded and connected by a strip-shaped connecting plate 3; further, since the inner folding plate 101 and the outer folding plate 201 need to be folded one after another, in order to facilitate the shaping of the square tube structure formed by folding the inner folding plate 101 in advance, in this embodiment, a ninth tongue 1016 is further provided on the upper side of the inner folding plate 101, and a ninth socket 1017 is provided between the inner folding plate 101 and the connecting plate 3, and the ninth tongue 1016 can be plugged into the ninth socket 1017.

[0062] In summary, the bottle protection box 100 provided in this embodiment has the advantages of simple structure, easy use, low cost, easy stacking, space saving, simple and beautiful appearance, etc. It can effectively protect single product bottles during transportation and is suitable for promotion and application.

[0063] The present invention uses specific examples to illustrate the principles and implementation methods of the present invention. The above examples are only intended to help understand the method and core concept of the present invention. At the same time, those skilled in the art will find that the specific implementation methods and application scopes may vary based on the concept of the present invention. In summary, the contents of this specification should not be construed as limiting the present invention.

Claims

1. A bottle protection box, characterized by: The container comprises an inner folding portion and an outer folding portion, wherein the inner folding portion comprises an inner folding plate, a left closing component and a right closing component, wherein the inner folding plate is a square plate and is provided with a first folding line, wherein the first folding line extends in the direction of the upper side of the inner folding plate, and three first folding lines are provided, and the three first folding lines are arranged side by side on the inner folding plate so that the inner folding plate can be folded to form a square tube structure for accommodating product bottles; the left closing component and the right closing component are foldably connected to the left side and the right side of the inner folding plate respectively, and both the left closing component and the right closing component can be folded toward the inner side of the inner folding plate to close the two ends of the square tube structure formed by folding the inner folding plate; The outer folding portion includes an outer folding plate, a left support assembly and a right support assembly, the outer folding plate is a square plate, the upper side of the outer folding plate is folded and connected to the lower side of the inner folding plate, and a second folding line is provided on the outer folding plate, the second folding line extends along the direction of the upper side of the outer folding plate, and there are six second folding lines, and the six second folding lines are arranged side by side on the outer folding plate so that the outer folding plate can be folded to form a hexagonal tube structure and wrap the square tube structure formed by the folding of the inner folding plate; the left support assembly and the right support assembly are folded and connected to the left side and right side of the outer folding plate respectively, and the left support assembly and the right support assembly can both fold toward the inner side of the outer folding plate to support the two ends of the hexagonal tube structure formed by the folding of the outer folding plate.

2. The bottle protection box according to claim 1, characterized in that: The left closure assembly includes a left side panel, a left flap, and a left cover plate; The left side panel is a square panel, and a third fold line is provided on the left side panel, and the third fold line extends along the left side edge of the left side panel. There are three third fold lines, and the three third fold lines are arranged side by side on the left side panel so that the left side panel can be folded to form a square tube structure; a first socket is provided on the left side panel, and the first socket extends along the upper side edge of the left side panel, and the first socket is located between the right side edge of the left side panel and the third fold line on the right; The left side panels are provided with two pieces, wherein the right side of one of the left side panels is folded and connected to the left side of the inner folding panel located between the upper side of the inner folding panel and the upper first folding line, and the right side of the other left side panel is folded and connected to the left side of the inner folding panel located between the middle first folding line and the lower first folding line; The right side of the left flap is folded and connected to the left side of the inner folding plate between the first fold line and the lower side of the inner folding plate, and the left side of the left flap is folded and connected to a first inserting tongue, which can be inserted into the first sockets on the two left panels; The right side edge of the left cover plate is folded and connected to the left side edge of the inner folding plate between the upper first folding line and the middle first folding line, and a second tongue is folded and connected to the left side edge of the left cover plate. A second socket is provided at the position where the inner folding plate is connected to the left flap, and the second tongue can be inserted into the second socket.

3. The bottle protection box according to claim 2, characterized in that: The left side panel is also provided with a first snap-in opening, which is a semicircular opening and is located between the third fold line on the left and the third fold line in the middle; when the inner folding plate is folded to form a square tube structure, and the two left side panels are folded to form a square tube structure, the first snap-in openings on the two left side panels are spliced ​​together to form a circular opening for snapping with the end of the product bottle.

4. The bottle protection box according to claim 2, characterized in that: A third plug tongue is provided at the position where the inner folding plate is connected to the left flap, and a third socket is provided at the position where the left cover plate is connected to the second plug tongue, and the third plug tongue can be plugged into the third socket.

5. The bottle protection box according to claim 1, characterized in that: The right closure assembly includes a right side panel, a right flap, and a right cover plate; The right side panel is a square panel, and a fourth fold line is provided on the right side panel, the fourth fold line extending along the left side of the right side panel, and three fourth fold lines are provided, and the three fourth fold lines are arranged side by side on the right side panel so that the right side panel can be folded to form a square tube structure; a fourth socket is provided on the right side panel, the fourth socket extending along the upper side of the right side panel, and the fourth socket is located between the left side of the right side panel and the fourth fold line on the left; The right side panels are provided with two pieces, wherein the left side of one of the right side panels is folded and connected to the right side of the inner folding panel located between the upper side of the inner folding panel and the upper first folding line, and the left side of the other right side panel is folded and connected to the right side of the inner folding panel located between the middle first folding line and the lower first folding line; The left side of the right flap is folded and connected to the right side of the inner folding plate between the first fold line and the lower side of the inner folding plate, and the right side of the right flap is folded and connected to a fourth tongue, which can be inserted into the fourth sockets on the two right side panels; The left side of the right cover plate is folded and connected to the right side of the inner folding plate between the first folding line at the top and the first folding line at the middle, and a fifth tongue is folded and connected to the right side of the right cover plate. A fifth socket is provided at the position where the inner folding plate is connected to the right flap, and the fifth tongue can be inserted into the fifth socket.

6. The bottle protection box according to claim 5, characterized in that: The right side panel is also provided with a second snap-in opening, which is a semicircular opening and is located between the fourth fold line on the right and the fourth fold line in the middle; when the inner folding plate is folded to form a square tube structure, and the two right side panels are folded to form a square tube structure, the second snap-in openings on the two right side panels are spliced ​​together to form a circular opening for snapping with the end of the product bottle.

7. The bottle protection box according to claim 5, characterized in that: A sixth plug tongue is provided at the position where the inner folding plate is connected to the right flap, and a sixth socket is provided at the position where the right cover plate is connected to the fifth plug tongue, and the sixth plug tongue can be plugged into the sixth socket.

8. The bottle protection box according to claim 1, characterized in that: The left support assembly includes a left support plate, which is a strip plate. The right side of the left support plate is folded and connected to the left side of the outer folding plate, and a fifth fold line is provided on the left support plate, and the fifth fold line extends along the direction of the left side of the left support plate. There are two fifth fold lines, and the two fifth fold lines are arranged side by side on the left support plate so that the left support plate can be folded to form a triangular tube structure, and a diamond hollow structure is provided on the left support plate. When the outer folding plate is folded to form a hexagonal tube structure, the left support plate can be folded to form a triangular tube structure and form a ring-shaped support.

9. The bottle protection box according to claim 1, characterized in that: The right support assembly includes a right support plate, which is a strip plate. The left side of the right support plate is folded and connected to the right side of the outer folding plate, and a sixth fold line is provided on the right support plate, which extends along the direction of the left side of the right support plate. There are two sixth fold lines, and the two sixth fold lines are arranged side by side on the right support plate so that the right support plate can be folded to form a triangular tube structure, and a diamond hollow structure is provided on the right support plate. When the outer folding plate is folded to form a hexagonal tube structure, the right support plate can be folded to form a triangular tube structure and form a ring-shaped support.

10. The bottle protection box according to claim 1, characterized in that: A seventh plug tongue is provided on the lower side of the outer folding plate, and a seventh socket is provided on the outer folding plate at the second folding line near the upper side, and the seventh plug tongue can be inserted into the seventh socket; an eighth plug tongue is provided on the outer folding plate at a position close to the seventh socket, and an eighth socket is provided between the outer folding plate and the seventh plug tongue, and the eighth plug tongue can be inserted into the eighth socket.

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