Wine packaging box structure with box opening experience feeling and sales exhibition function
By designing a wine packaging box with a flip-connected structure, the problems of complex structure and single display methods in the existing technology are solved, and a good unboxing experience and diversified display are achieved, which enhances consumers' consumption desire.
Patent Information
- Application Number
- CN202422582575.0
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-10-24
- Publication Date
- 2025-08-26
- Estimated Expiration
- 2034-10-24
AI Technical Summary
The existing wine packaging box has a complex structure, a single display method, a poor unboxing experience, and a reduced consumer desire to consume.
A wine packaging box with a flip connection structure is designed, including an outer box, an inner storage holder and a flip connection structure. The inner storage can be displayed 90° outward through the flip connection structure to form a fitting groove to achieve separate or stacked display.
It improves the unboxing experience, enhances the display effect, and enhances consumers' desire to consume.
Smart Images
Figure CN223267364U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to the technical field of packaging, and in particular to a wine packaging box structure with a box-opening experience and a sales exhibition function. Background Art
[0002] China Authorization Announcement No. CN215456868U, with an authorization announcement date of January 11, 2022, discloses a display cabinet produced based on carton production, which includes a cabinet body, wherein the cabinet body includes four vertical panels and a plurality of accommodating boxes, each of the vertical panels and the accommodating boxes are formed by cutting and folding cartons, each of the vertical panels is arranged vertically, the vertical panels are rectangular panels, and the two vertical edges of the vertical panels are bent 90° to form an adhesive plate, the adhesive plate is arranged toward the side of the vertical panel away from the central axis of the cabinet body, the adhesive plate forms a back panel with a cross-section similar to a "∏" shape, each of the vertical panels surrounds and forms a circle, each of the adhesive plates is arranged on the side of the vertical panel away from the cabinet body axis, each of the accommodating boxes is embedded between the vertical panels and the adhesive plate, the back of each of the accommodating boxes is connected to the vertical panel, the side of each of the accommodating boxes is connected to the adhesive plate, and each of the accommodating boxes is evenly distributed in the vertical direction. This application has the effect of low production cost. The existing technology has the following defects: complex structure, relatively simple display mode, and weak unpacking experience, which reduces consumers' consumption desire. In view of this situation, improvement is urgently needed. Utility Model Content
[0003] Based on this, the purpose of the utility model is to provide a wine packaging box structure with an unboxing experience and exhibition function, which can be displayed individually or stacked, and the unboxing experience is good, which directly enhances consumers' consumption desire.
[0004] The utility model provides a wine packaging box structure with a sense of opening experience and a display and sales function, comprising an outer box cut and formed from a corrugated cardboard, a first storage inner tray, a second storage inner tray, a first inner tray storage seat, a second inner tray storage seat, a first flip connection structure, and a second flip connection structure;
[0005] The outer box is configured as a hollow structure with two opposite sides in the length direction, and the bottoms of the first flip connection structure and the second flip connection structure are respectively arranged side by side and are fitted and fixed to the inner cavity of the outer box;
[0006] The bottom of the first inner support receiving seat is fixedly fitted with the upper surface of the first flip connection structure, and the bottom of the second inner support receiving seat is fixedly fitted with the upper surface of the second flip connection structure;
[0007] The first inner support is correspondingly embedded in the first inner support receiving seat, and the second inner support is correspondingly embedded in the second inner support receiving seat;
[0008] The first storage inner support and the second storage inner support are both formed with an engaging groove matching the contour of the wine bottle;
[0009] When in a normal packaging state, the first storage inner tray and the second storage inner tray are arranged opposite to each other and stored in the outer box;
[0010] When in the display state, the first inner support receiving seat is folded outward 90° with the first flip connection structure as a connection support, and one side of the first inner support with the fitting groove is displayed outward;
[0011] After the second inner support receiving seat is folded outward by 90 degrees with the second flip connection structure as the connection support, one side of the second receiving inner support belt fitting groove is exposed outward.
[0012] Preferably, the outer box includes a first folding surface A, a second folding surface A, a third folding surface A, a fourth folding surface A, and a fifth folding surface A, which are sequentially connected; a first side folding surface A and a second side folding surface A, respectively formed on opposite sides of the second folding surface A in the width direction; a third side folding surface A and a fourth side folding surface A, respectively formed on opposite sides of the third folding surface A in the length direction; a fifth side folding surface A and a sixth side folding surface A, respectively formed on opposite sides of the fourth folding surface A in the width direction; and a seventh side folding surface A and an eighth side folding surface A, respectively formed on opposite sides of the fifth folding surface A in the length direction.
[0013] When in the forming state, the first folding surface A, the second folding surface A, the third folding surface A, the fourth folding surface A, and the fifth folding surface A are folded 90° in sequence, the first folding surface A is fixed to the inner side surface of the fifth folding surface A, the seventh side folding surface A and the eighth side folding surface A are folded toward each other until they are in contact with the fifth folding surface A, the fifth side folding surface A and the sixth side folding surface A are folded toward each other until they are in contact with the fourth folding surface A, the third side folding surface A and the fourth side folding surface A are folded toward each other until they are in contact with the third folding surface A, and the first side folding surface A and the second side folding surface A are folded toward each other until they are in contact with the second folding surface A.
[0014] Preferably, the second folding surface A is provided with a first handle folding surface, and the fourth folding surface A is provided with a second handle folding surface.
[0015] Preferably, the first storage inner support and the second storage inner support each include a first folding surface B, a second folding surface B, a third folding surface B, a fourth folding surface B, a fifth folding surface B, a sixth folding surface B, and a seventh folding surface B that are sequentially connected, and a first triangular side folding surface B and a second triangular side folding surface B that are respectively formed on opposite sides of the width direction of the fourth folding surface B, first fitting surfaces are formed at both sides of the waist of the first triangular side folding surface B, second fitting surfaces are formed at both sides of the waist of the second triangular side folding surface B, a first through hole that matches the outer contour of the wine bottle is cut across between the first folding surface B and the second folding surface B, a second through hole that matches the outer contour of the wine bottle is cut across between the sixth folding surface B and the seventh folding surface B, and a third through hole that matches the outer contour of the wine bottle is cut across the fourth folding surface B;
[0016] When in the forming state, the first folding surface B and the second folding surface B are in contact with each other, the sixth folding surface B and the seventh folding surface B are in contact with each other, the fifth folding surface B and the third folding surface B are folded until the sixth folding surface B and the second folding surface B are in contact with each other, the first triangular side folding surface B and the second triangular side folding surface B are both folded upward by 90°, the two second bonding surfaces are respectively bonded and fixed to the fifth folding surface B and the third folding surface B, and the two first bonding surfaces are respectively bonded and fixed to the fifth folding surface B and the third folding surface B; the first through hole, the third through hole, and the second through hole form an interlocking groove.
[0017] Preferably, the first inner support storage seat and the second inner support storage seat each include a first folding surface C, a second folding surface C, a third folding surface C, a fourth folding surface C that are sequentially connected, a first triangular side folding surface C and a second triangular side folding surface C formed on opposite sides of the first folding surface C in the width direction, a third triangular side folding surface C and a fourth triangular side folding surface C formed on opposite sides of the second folding surface C in the width direction, and a first side folding surface C and a second side folding surface C formed on opposite sides of the third folding surface C in the width direction;
[0018] When in the forming state, the first folding surface C is in contact with the second folding surface C, the fourth folding surface C is in contact with the third folding surface C, the second triangular side folding surface C is in contact with the fourth triangular side folding surface C and both are folded upward 90°, the first triangular side folding surface C and the third triangular side folding surface C are in contact with each other and both are folded upward 90°, the second side folding surface C is folded along the diagonal bending line and then folded toward the second triangular side folding surface C and the fourth triangular side folding surface C, the second triangular side folding surface C and the fourth triangular side folding surface C are both stored inside the second side folding surface C, the first side folding surface C is folded along the diagonal bending line and then folded toward the first triangular side folding surface C and the third triangular side folding surface C, the first triangular side folding surface C and the third triangular side folding surface C are both stored inside the first side folding surface C to form a triangular inner support storage seat.
[0019] Preferably, an outward-turned folding surface is cut at the connection between the fourth folding surface C and the third folding surface C.
[0020] Preferably, the first flip connection structure and the second flip connection structure each include a first folding surface D and a second folding surface D that are connected to each other, a first triangular side folding surface D and a second triangular side folding surface D formed on opposite sides of the first folding surface D in the width direction, a third triangular side folding surface D formed on one side of the waist of the first triangular side folding surface D, a fourth triangular side folding surface D formed on one side of the waist of the second triangular side folding surface D, a third fitting surface formed on one side of the bottom edge of the third triangular side folding surface D, and a fourth fitting surface formed on one side of the bottom edge of the fourth triangular side folding surface D;
[0021] When in the forming state, the first triangular side folding surface D and the second triangular side folding surface D are in contact with the first folding surface D, and the fourth bonding surface and the third bonding surface are both bonded and fixed to the second folding surface D.
[0022] The beneficial effects of the present invention are as follows: when in a normal packaging state, the first inner storage tray and the second inner storage tray are arranged opposite to each other and stored in the outer box; when in a display state, the first inner tray storage seat is folded outward 90° with the first flip connection structure as a connection support, and the side of the first inner storage tray with the fitting groove is displayed outward; after the second inner tray storage seat is folded outward 90° with the second flip connection structure as a connection support, the side of the second inner storage tray with the fitting groove is displayed outward. The operation is simple and quick, so that consumers have a good unpacking experience, and the boxes can be displayed individually or stacked for display, which directly enhances consumers' consumption desire. BRIEF DESCRIPTION OF THE DRAWINGS
[0023] Figure 1 This is a three-dimensional view of the utility model in a formed display state.
[0024] Figure 2 This is a three-dimensional view of the utility model in a formed and closed state.
[0025] Figure 3 This is a schematic diagram of the utility model in an exploded state.
[0026] Figure 4 This is a schematic diagram of the outer box in a flat unfolded state.
[0027] Figure 5 It is a schematic diagram of the first storage inner tray or the second storage inner tray in a planar unfolded state.
[0028] Figure 6 It is a schematic diagram of the first inner support storage seat or the second inner support storage seat in a planar unfolded state.
[0029] Figure 7 It is a schematic diagram of the first flip connection structure or the second flip connection structure in a planar unfolded state.
[0030] Figure 8 This is a schematic diagram of the utility model in a stacked display state.
[0031] The accompanying drawings are marked as follows: outer box 10, first storage inner support 11, fitting groove 12, second storage inner support 15, first inner support storage seat 13, second inner support storage seat 14, first flip connection structure 16, second flip connection structure 17, wine bottle 19, first folding surface A20, second folding surface A22, first side folding surface A23, second side folding surface A26, third side folding surface A24, fourth side folding surface A27, third folding surface A25, fourth folding surface A29, fifth side folding surface A28, second handle folding surface 30, sixth side folding surface A31, fifth folding surface A32, seventh side folding surface A33, eighth side folding surface A34, first folding surface B35, second folding surface B36, third folding surface B38, fourth folding surface B39, first through hole 37, third through hole 40, first triangular side fold surface B41, second triangular side fold surface B42, fifth fold surface B43, sixth fold surface B44, seventh fold surface B45, second through hole 46, first fitting surface 47, second fitting surface 48, first fold surface C49, second fold surface C50, third fold surface C51, fourth fold surface C52, first triangular side fold surface C53, third triangular side fold surface C54, first side fold surface C55, second triangular side fold surface C56, fourth triangular side fold surface C57, second side fold surface C58, outward fold surface 59, first fold surface D61, second fold surface D60, first triangular side fold surface D62, third triangular side fold surface D63, third fitting surface 64, second triangular side fold surface D65, fourth triangular side fold surface D66, fourth fitting surface 67. DETAILED DESCRIPTION
[0032] In order to further understand the features, technical means, and specific objectives and functions achieved by the present invention, the present invention is described in further detail below in conjunction with specific implementation methods and accompanying drawings.
[0033] In this utility model, unless otherwise specified or limited, the terms "installed," "connected," "connect," "fixed," etc. should be understood in a broad sense. For example, they can refer to fixed connection, detachable connection, or integral connection; they can refer to mechanical connection or electrical connection; they can refer to direct connection or indirect connection through an intermediate medium; they can refer to internal communication between two components. For those skilled in the art, the specific meanings of the above terms in this utility model can be understood according to the specific circumstances.
[0034] Please refer to Figure 1-8 As shown, the utility model provides a wine packaging box structure with a box-opening experience and a sales exhibition function, comprising an outer box 10, a first storage inner tray 11, a second storage inner tray 15, a first inner tray storage seat 13, a second inner tray storage seat 14, a first flip connection structure 16, and a second flip connection structure 17, which are respectively cut and formed from a corrugated cardboard; the outer box 10, the first storage inner tray 11, the second storage inner tray 15, the first inner tray storage seat 13, the second inner tray storage seat 14, the first flip connection structure 16, and the second flip connection structure 17 are all paper molding structures, which conforms to the concept of environmental protection and is easy to mold.
[0035] The outer box 10 is configured as a hollow structure with two opposite sides in the longitudinal direction, and the bottoms of the first flip connection structure 16 and the second flip connection structure 17 are respectively arranged side by side and fixed to the inner cavity of the outer box 10;
[0036] The bottom of the first inner support receiving seat 13 is fixedly attached to the upper surface of the first flip connection structure 16 , and the bottom of the second inner support receiving seat 14 is fixedly attached to the upper surface of the second flip connection structure 17 ;
[0037] The first inner tray 11 is correspondingly mounted in the first inner tray receiving seat 13, and the second inner tray 15 is correspondingly mounted in the second inner tray receiving seat 14; both the first inner tray 11 and the second inner tray 15 are formed with a mounting groove 12 that matches the contour of the wine bottle 19;
[0038] When in the normal packaging state, the first inner tray 11 and the second inner tray 15 are arranged opposite to each other and are stored in the outer box 10; when in the display state, the first inner tray storage seat 13 is folded outward 90° with the first flip connection structure 16 as the connection support, and the side of the first inner tray 11 with the fitting groove 12 is displayed outward; the second inner tray storage seat 14 is folded outward 90° with the second flip connection structure 17 as the connection support, and the side of the second inner tray 15 with the fitting groove 12 is displayed outward. This embodiment is simple and fast to operate, and the unpacking method is relatively special, which increases the fun of the entire packaging and provides consumers with a good unpacking experience. It can be displayed individually or stacked for display. Moreover, when stacked and placed in combination, the overall display effect has a good visual effect, thereby bringing more convenience and highlights to the promotion and sales of the brand, and directly enhancing consumers' consumption desire.
[0039] Preferably, the outer box 10 includes a first folding surface A20, a second folding surface A22, a third folding surface A25, a fourth folding surface A29, a fifth folding surface A32, which are sequentially connected, a first side folding surface A23 and a second side folding surface A26 respectively formed on opposite sides of the second folding surface A22 in the width direction, a third side folding surface A24 and a fourth side folding surface A27 respectively formed on opposite sides of the third folding surface A25 in the length direction, a fifth side folding surface A28 and a sixth side folding surface A31 respectively formed on opposite sides of the fourth folding surface A29 in the width direction, and a seventh side folding surface A33 and an eighth side folding surface A34 respectively formed on opposite sides of the fifth folding surface A32 in the length direction.
[0040] When in the forming state, the first folding surface A20, the second folding surface A22, the third folding surface A25, the fourth folding surface A29, and the fifth folding surface A32 are folded 90° in sequence, the first folding surface A20 is fitted and fixed to the inner side of the fifth folding surface A32, the seventh side folding surface A33 and the eighth side folding surface A34 are folded toward each other until they are in contact with the fifth folding surface A32, the fifth side folding surface A28 and the sixth side folding surface A31 are folded toward each other until they are in contact with the fourth folding surface A29, the third side folding surface A24 and the fourth side folding surface A27 are folded toward each other until they are in contact with the third folding surface A25, and the first side folding surface A23 and the second side folding surface A26 are folded toward each other until they are in contact with the second folding surface A22.
[0041] Preferably, the second folding surface A22 is provided with a first handle folding surface 21, and the fourth folding surface A29 is provided with a second handle folding surface 30. By providing the first handle folding surface 21 and the second handle folding surface 30, it is convenient for people to carry and is conducive to transportation.
[0042] Preferably, the first storage inner support 11 and the second storage inner support 15 include a first folding surface B35, a second folding surface B36, a third folding surface B38, a fourth folding surface B39, a fifth folding surface B43, a sixth folding surface B44, and a seventh folding surface B45, which are sequentially connected, and a first triangular side folding surface B41 and a second triangular side folding surface B42 formed on opposite sides of the width direction of the fourth folding surface B39, respectively. The first triangular side folding surface B41 is formed with a first fitting surface 47 at both sides of the waist, and the second triangular side folding surface B42 is formed with a second fitting surface 48 at both sides of the waist. A first through hole 37 matching the outer contour of the wine bottle is cut across the first folding surface B35 and the second folding surface B36, and a through hole 37 matching the outer contour of the wine bottle is cut across the sixth folding surface B44 and the seventh folding surface B45. The second through hole 46 matches the outer contour, and the fourth folding surface B39 is cut with a third through hole 40 that matches the outer contour of the wine bottle; when in the forming state, the first folding surface B35 and the second folding surface B36 are in contact with each other, the sixth folding surface B44 and the seventh folding surface B45 are in contact with each other, the fifth folding surface B43 and the third folding surface B38 are folded until the sixth folding surface B44 and the second folding surface B36 are in contact with each other, the first triangular side folding surface B41 and the second triangular side folding surface B42 are both folded upward by 90°, the two second fitting surfaces 48 are respectively bonded and fixed to the fifth folding surface B43 and the third folding surface B38, and the two first fitting surfaces 47 are respectively bonded and fixed to the fifth folding surface B43 and the third folding surface B38; the first through hole 37, the third through hole 40, and the second through hole 46 form an interlocking groove 12.
[0043] Preferably, the first inner support storage seat 13 and the second inner support storage seat 14 both include a first folding surface C49, a second folding surface C50, a third folding surface C51, a fourth folding surface C52, which are sequentially connected, a first triangular side folding surface C53 and a second triangular side folding surface C56 formed on opposite sides of the width direction of the first folding surface C49, a third triangular side folding surface C54 and a fourth triangular side folding surface C57 formed on opposite sides of the width direction of the second folding surface C50, and a first side folding surface C55 and a second side folding surface C58 formed on opposite sides of the width direction of the third folding surface C51; when in the formed state, the first folding surface C49 is in contact with the second folding surface C50, the fourth folding surface C52 is in contact with the third folding surface C51, and the second triangular side folding surface C53 and the second triangular side folding surface C56 are formed on opposite sides of the width direction of the second folding surface C50. The side folding surface C56 and the fourth triangular side folding surface C57 are in contact with each other and are both folded upwards 90°, the first triangular side folding surface C53 and the third triangular side folding surface C54 are in contact with each other and are both folded upwards 90°, the second side folding surface C58 is folded along the diagonal bending line and then folded toward the second triangular side folding surface C56 and the fourth triangular side folding surface C57, and the second triangular side folding surface C56 and the fourth triangular side folding surface C57 are both stored inside the second side folding surface C58, the first side folding surface C55 is folded along the diagonal bending line and then folded toward the first triangular side folding surface C53 and the third triangular side folding surface C54, and the first triangular side folding surface C53 and the third triangular side folding surface C54 are both stored inside the first side folding surface C55 to form a triangular inner support storage seat.
[0044] Preferably, the junction of the fourth folding surface C52 and the third folding surface C51 is provided with an outward folding surface 59. In actual operation, it is convenient for a person to grasp the outward folding surface 59 and turn the first storage inner tray 11 or the second storage inner tray 15 outward.
[0045] Preferably, the first flip connection structure 16 and the second flip connection structure 17 both include a first folding surface D61 and a second folding surface D60 that are connected to each other, a first triangular side folding surface D62 and a second triangular side folding surface D65 formed on opposite sides of the width direction of the first folding surface D61, a third triangular side folding surface D63 formed on the waist on one side of the first triangular side folding surface D62, a fourth triangular side folding surface D66 formed on the waist on one side of the second triangular side folding surface D65, a third bonding surface 64 formed on one side of the bottom edge of the third triangular side folding surface D63, and a fourth bonding surface 67 formed on one side of the bottom edge of the fourth triangular side folding surface D66; when in the formed state, the first triangular side folding surface D62 and the second triangular side folding surface D65 are in a bonding contact state with the first folding surface D61, and the fourth bonding surface 67 and the third bonding surface 64 are both bonded and fixed to the second folding surface D60. In the final assembly state, the two second folding surfaces D60 are respectively bonded and fixed to the seventh side folding surface A33 and the eighth side folding surface A34; and the first folding surface D61 is respectively bonded and fixed to the second folding surface C50.
[0046] The above-described embodiment merely represents one embodiment of the present invention. While the description is relatively specific and detailed, it should not be construed as limiting the scope of the present invention. It should be noted that a person skilled in the art would be able to make various modifications and improvements without departing from the concept of the present invention, and these modifications and improvements fall within the scope of protection of the present invention. Therefore, the scope of protection of the present invention shall be determined by the appended claims.
Claims
1. A wine packaging box structure with an open box experience and sales display function, characterized by: It comprises an outer box (10) cut and formed from a corrugated cardboard, a first storage inner tray (11), a second storage inner tray (15), a first inner tray storage seat (13), a second inner tray storage seat (14), a first flip connection structure (16), and a second flip connection structure (17); The outer box (10) is configured to have a hollow structure on two opposite sides in the length direction, and the bottoms of the first flip connection structure (16) and the second flip connection structure (17) are respectively arranged side by side and are fitted and fixed to the inner cavity of the outer box (10); The bottom of the first inner support receiving seat (13) is fixedly attached to the upper surface of the first flip connection structure (16), and the bottom of the second inner support receiving seat (14) is fixedly attached to the upper surface of the second flip connection structure (17); The first receiving inner support (11) is correspondingly embedded in the first inner support receiving seat (13), and the second receiving inner support (15) is correspondingly embedded in the second inner support receiving seat (14); The first storage inner support (11) and the second storage inner support (15) are both formed with an engaging groove (12) matching the contour of the wine bottle; When in a normal packaging state, the first storage inner tray (11) and the second storage inner tray (15) are arranged facing each other and stored in the outer box (10); When in the display state, the first inner support receiving seat (13) is folded outwards by 90° with the first flip connection structure (16) as a connection support, and the side of the first receiving inner support (11) with the fitting groove (12) is displayed outwards; After the second inner support receiving seat (14) is folded outwards by 90 degrees with the second flip connection structure (17) as a connection support, the side of the second receiving inner support (15) with the fitting groove (12) is exposed outwards.
2. The wine packaging box structure with an open box experience and sales display function according to claim 1, characterized in that: The outer box (10) comprises a first folding surface A (20), a second folding surface A (22), a third folding surface A (25), a fourth folding surface A (29), a fifth folding surface A (32) which are sequentially connected, a first side folding surface A (23) and a second side folding surface A (26) respectively formed on opposite sides of the second folding surface A (22) in the width direction, a third side folding surface A (24) and a fourth side folding surface A (27) respectively formed on opposite sides of the third folding surface A (25) in the length direction, a fifth side folding surface A (28) and a sixth side folding surface A (31) respectively formed on opposite sides of the fourth folding surface A (29) in the width direction, and a seventh side folding surface A (33) and an eighth side folding surface A (34) respectively formed on opposite sides of the fifth folding surface A (32) in the length direction; When in the forming state, the first folding surface A (20), the second folding surface A (22), the third folding surface A (25), the fourth folding surface A (29), and the fifth folding surface A (32) are folded 90 degrees in sequence, the first folding surface A (20) is fixed to the inner side surface of the fifth folding surface A (32), the seventh side folding surface A (33) and the eighth side folding surface A (34) are folded toward each other until they are in contact with the fifth folding surface A (32), the fifth side folding surface A (28) and the sixth side folding surface A (31) are folded toward each other until they are in contact with the fourth folding surface A (29), the third side folding surface A (24) and the fourth side folding surface A (27) are folded toward each other until they are in contact with the third folding surface A (25), and the first side folding surface A (23) and the second side folding surface A (26) are folded toward each other until they are in contact with the second folding surface A (22).
3. The wine packaging box structure with an open box experience and sales display function according to claim 2, characterized in that: The second folding surface A (22) is provided with a first handle folding surface (21), and the fourth folding surface A (29) is provided with a second handle folding surface (30).
4. The wine packaging box structure with an open box experience and sales display function according to claim 2, characterized in that: The first storage inner support (11) and the second storage inner support (15) both include a first folding surface B (35), a second folding surface B (36), a third folding surface B (38), a fourth folding surface B (39), a fifth folding surface B (43), a sixth folding surface B (44), a seventh folding surface B (45) which are sequentially connected, and a first triangular side folding surface B (41) and a second triangular side folding surface B (42) which are respectively formed on opposite sides of the width direction of the fourth folding surface B (39), and the waists on both sides of the first triangular side folding surface B (41) are A first fitting surface (47) is formed on each side of the second triangular side folding surface B (42); a second fitting surface (48) is formed on both sides of the waist of the second triangular side folding surface B (42); a first through hole (37) matching the outer contour of the wine bottle is cut across between the first folding surface B (35) and the second folding surface B (36); a second through hole (46) matching the outer contour of the wine bottle is cut across between the sixth folding surface B (44) and the seventh folding surface B (45); and a third through hole (40) matching the outer contour of the wine bottle is cut on the fourth folding surface B (39); When in the forming state, the first folding surface B (35) and the second folding surface B (36) are in contact with each other, the sixth folding surface B (44) and the seventh folding surface B (45) are in contact with each other, the fifth folding surface B (43) and the third folding surface B (38) are folded until the sixth folding surface B (44) and the second folding surface B (36) are in contact with each other, the first triangular side folding surface B (41) and the second triangular side folding surface B (42) are both folded upward by 90 degrees, the two second bonding surfaces (48) are respectively bonded and fixed to the fifth folding surface B (43) and the third folding surface B (38), and the two first bonding surfaces (47) are respectively bonded and fixed to the fifth folding surface B (43) and the third folding surface B (38); the first through hole (37), the third through hole (40), and the second through hole (46) form an interlocking groove (12).
5. The wine packaging box structure with an open box experience and sales display function according to claim 4, characterized in that: The first inner support storage seat (13) and the second inner support storage seat (14) both include a first folding surface C (49), a second folding surface C (50), a third folding surface C (51), a fourth folding surface C (52) which are sequentially connected, a first triangular side folding surface C (53) and a second triangular side folding surface C (56) respectively formed on opposite sides of the first folding surface C (49) in the width direction, a third triangular side folding surface C (54) and a fourth triangular side folding surface C (57) respectively formed on opposite sides of the second folding surface C (50) in the width direction, and a first side folding surface C (55) and a second side folding surface C (58) respectively formed on opposite sides of the third folding surface C (51) in the width direction; When in the forming state, the first folding surface C (49) is in contact with the second folding surface C (50), the fourth folding surface C (52) is in contact with the third folding surface C (51), the second triangular side folding surface C (56) is in contact with the fourth triangular side folding surface C (57) and both are folded upwards by 90 degrees, the first triangular side folding surface C (53) is in contact with the third triangular side folding surface C (54) and both are folded upwards by 90 degrees, the second side folding surface C (58) is folded along the diagonal bending line and then leans against the second triangular side folding surface C (5 6) and the fourth triangular side folding surface C (57) are folded on one side, the second triangular side folding surface C (56) and the fourth triangular side folding surface C (57) are both received inside the second side folding surface C (58), the first side folding surface C (55) is folded along the diagonal bending line and then folded toward the first triangular side folding surface C (53) and the third triangular side folding surface C (54), the first triangular side folding surface C (53) and the third triangular side folding surface C (54) are both received inside the first side folding surface C (55) to form a triangular inner support storage seat.
6. The wine packaging box structure with an opening experience and sales display function according to claim 5, characterized in that: An outward-turning folding surface (59) is cut at the connection between the fourth folding surface C (52) and the third folding surface C (51).
7. The wine packaging box structure with an opening experience and sales display function according to claim 5, characterized in that: The first flip connection structure (16) and the second flip connection structure (17) both include a first folding surface D (61) and a second folding surface D (60) connected to each other, a first triangular side folding surface D (62) and a second triangular side folding surface D (65) formed on opposite sides of the first folding surface D (61) in the width direction, a third triangular side folding surface D (63) formed on the waist side of the first triangular side folding surface D (62), a fourth triangular side folding surface D (66) formed on the waist side of the second triangular side folding surface D (65), a third fitting surface (64) formed on the bottom side of the third triangular side folding surface D (63), and a fourth fitting surface (67) formed on the bottom side of the fourth triangular side folding surface D (66); When in the forming state, the first triangular side folding surface D (62) and the second triangular side folding surface D (65) are in contact with the first folding surface D (61), and the fourth contact surface (67) and the third contact surface (64) are both contacted and fixed with the second folding surface D (60).