An environmentally friendly high-strength self-locking bottom hexagonal carton cover
By designing a self-locking bottom hexagonal carton box cover and using the structural design of folding plates and support plates, the existing cartons are easily damaged during transportation, achieving higher pressure bearing capacity and structural stability, reducing costs and environmental burdens, and improving the sustainability of packaging materials.
Patent Information
- Application Number
- CN202420643902.6
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-04-01
- Publication Date
- 2025-04-01
- Estimated Expiration
- 2034-04-01
AI Technical Summary
Existing quadrilateral cartons are prone to crushing and breaking during transportation, and their bearing capacity is not high, resulting in obvious problems when stacking is high and load is heavier.
A self-locking bottom hexagonal carton box cover is designed, including a hexagonal center plate, a folding plate and a support plate. Through the structural design of the folding plate and a support plate, the self-locking effect of the box cover is achieved without adhesive or nailing sealing.
It improves the pressure bearing capacity and structural stability of the box cover, reduces manufacturing costs and environmental burden, simplifies the assembly and disassembly process, saves warehousing and transportation space, reduces transportation costs, and improves the sustainability of packaging materials.
Smart Images
Figure CN222698925U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to a box cover, in particular to a hexagonal carton box cover with a self-locking bottom. Background Art
[0002] At present, most of the quadrilateral cartons are prone to crushing and damage during transportation due to their low pressure resistance, and the load-bearing capacity of the quadrilateral is not high, so obvious problems will occur when stacked high and loaded heavily. Utility Model Content
[0003] Purpose of the invention: The purpose of the utility model is to overcome the deficiencies in the prior art and to provide an environmentally friendly, high-strength, self-locking bottom hexagonal carton cover with higher pressure-bearing capacity and more stable structure for convenient storage and transportation.
[0004] Technical solution: In order to solve the above technical problems, the utility model discloses an environmentally friendly high-strength self-locking bottom hexagonal carton cover, which includes a hexagonal center plate, a folding plate I is connected to the side I of the hexagonal center plate, a folding plate II is connected to the side II of the hexagonal center plate, a folding plate III is connected to the side III of the hexagonal center plate, a folding plate IV is connected to the side IV of the hexagonal center plate, a folding plate V is connected to the side V of the hexagonal center plate, a folding plate VI is connected to the side VI of the hexagonal center plate, a support plate I is also connected to the side I of the hexagonal center plate, a support plate II is also connected to the side III of the hexagonal center plate, and a support plate III is also connected to the side V of the hexagonal center plate. The structures of the folding plates I, III and V are the same, and the structures of the folding plates II, IV and VI are the same. The support plates I, The structures of the support plates II and III are the same. The folding plate I includes an inner folding plate I, a folding plate tongue I, a folding plate socket I, a bending area I, and an outer folding plate I. The outer folding plate I is connected to the side I, and a folding plate socket I is arranged in the middle of their connection. The outer folding plate I is connected to the inner folding plate I through the bending area I, and a folding plate tongue I is arranged in the middle of the outer side of the inner folding plate I. The folding plate II includes a folding plate tongue II, an inner folding plate II, a support plate socket I, a bending area II, an outer folding plate Plate II, folding plate socket II, the outer folding plate II is connected to the side II, and a folding plate socket II is arranged in the middle of their connection. The outer folding plate II is connected to the inner folding plate II through the bending area II, and a folding plate tongue II is arranged in the middle of the outer side of the inner folding plate II. Two support plate sockets I are arranged on the bending area II, and the support plate I includes a support plate tongue I and a support plate body I. The support plate body I is connected to the side I, and two support plate tongues I are arranged on the outer side of the support plate body I.
[0005] Furthermore, during molding, the folding plate tongue I is inserted into the folding plate socket I.
[0006] Furthermore, during molding, the folding plate inserting tongue II is inserted into the folding plate inserting opening II.
[0007] Furthermore, during molding, one of the two support plate inserting tongues I is inserted into a support plate socket I of the folding plate II, and the other support plate inserting tongue I is inserted into a support plate socket of the folding plate VI.
[0008] Beneficial effect: Compared with the prior art, the utility model has the following significant advantages: the utility model includes a hexagonal center plate, a folding plate, and a support plate, wherein the folding plate I includes an inner folding plate I, a folding plate tongue I, a folding plate socket I, a bending zone I, and an outer folding plate I, wherein the outer folding plate I is connected to the side edge I, and a folding plate socket I is arranged in the middle of their connection, the outer folding plate I is connected to the inner folding plate I through the bending zone I, and a folding plate tongue I is arranged in the middle of the outer side of the inner folding plate I, the folding plate II includes a folding plate tongue II, an inner folding plate II, and a support plate socket I. The outer folding plate II is connected to the side II, and the folding plate socket II is arranged in the middle of the connection between them. The outer folding plate II is connected to the inner folding plate II through the bending zone II, and the folding plate tongue II is arranged in the middle of the outer side of the inner folding plate II. Two supporting plate sockets I are arranged on the bending zone II. The supporting plate I includes a supporting plate tongue I and a supporting plate body I. The supporting plate body I is connected to the side I, and two supporting plate tongues I are arranged on the outer side of the supporting plate body I. When forming, the folding plate tongue I is inserted into the folding plate socket Ⅰ, folding plate tongue Ⅱ is inserted into folding plate socket Ⅱ, one of the two supporting plate tongues Ⅰ is inserted into a supporting plate socket Ⅰ of folding plate Ⅱ, and the other supporting plate tongue Ⅰ is inserted into a supporting plate socket of folding plate Ⅵ. No bonding or nailing is required for sealing, and it can be reused. The box cover is formed by a single cardboard. The design of the overall structure makes the cardboard area used relatively small, which helps to reduce manufacturing costs and reduce environmental burden at the same time, meeting the requirements of sustainable packaging. Due to the simple assembly and disassembly process, the box cover can be laid flat without taking up too much space, thereby saving space during storage and transportation, which helps to improve the efficiency of warehousing and transportation and reduce transportation costs. The easy disassembly and reassembly characteristics make it possible to lay the box cover flat for reuse after idle or transportation. This not only reduces the waste of resources, but also improves the sustainability of packaging materials. Through reasonable design and materials, as well as the feasibility of multiple uses, the costs of packaging, warehousing and transportation can be reduced, thereby having economic benefits in commercial operations. BRIEF DESCRIPTION OF THE DRAWINGS
[0009] Figure 1 It is a schematic diagram of the expanded structure of the utility model. DETAILED DESCRIPTION
[0010] The utility model is further described below in conjunction with the accompanying drawings and embodiments.
[0011] like Figure 1 As shown, the utility model describes an environmentally friendly high-strength self-locking bottom hexagonal carton cover, which includes a hexagonal center plate 1, a folding plate I is connected to the side I of the hexagonal center plate 1, a folding plate II is connected to the side II of the hexagonal center plate 1, a folding plate III is connected to the side III of the hexagonal center plate 1, a folding plate IV is connected to the side IV of the hexagonal center plate 1, a folding plate V is connected to the side V of the hexagonal center plate 1), and a folding plate V is connected to the side V of the hexagonal center plate 1. A folding plate VI is connected to the side VI of the hexagonal center plate 1, a support plate I is also connected to the side Ⅰ of the hexagonal center plate 1, a support plate II is also connected to the side Ⅲ of the hexagonal center plate 1, and a support plate III is also connected to the side Ⅴ of the hexagonal center plate 1. The structures of the folding plates I, III and V are the same, the structures of the folding plates II, IV and folding plates VI are the same, the structures of the support plates I, II and III are the same, and the folding plate I includes Inner folding plate Ⅰ2, folding plate tongue Ⅰ3, folding plate socket Ⅰ4, bending area Ⅰ5, outer folding plate Ⅰ6, the outer folding plate Ⅰ6 is connected to the side Ⅰ, and a folding plate socket Ⅰ4 is arranged in the middle of their connection, the outer folding plate Ⅰ6 is connected to the inner folding plate Ⅰ2 through the bending area Ⅰ5, and a folding plate tongue Ⅰ3 is arranged in the middle of the outer side of the inner folding plate Ⅰ2, the folding plate II includes a folding plate tongue Ⅱ7, an inner folding plate Ⅱ8, a support plate socket Ⅰ9, a bending area Ⅱ10, an outer folding plate Ⅱ11, a folding plate socket Ⅱ12, the outer The folding plate II11 is connected to the side II, and a folding plate socket II12 is arranged in the middle of the connection between them. The outer folding plate II11 is connected to the inner folding plate II8 through the bending area II10, and a folding plate tongue II7 is arranged in the middle of the outer side of the inner folding plate II8. Two support plate sockets I9 are arranged on the bending area II10. The support plate I includes a support plate tongue I13 and a support plate body I14. The support plate body I14 is connected to the side I, and two support plate tongues I13 are arranged on the outer side of the support plate body I14.
[0012] During molding, the folding plate tongue I3 is inserted into the folding plate socket I4, the folding plate tongue II7 is inserted into the folding plate socket II12, one of the two support plate tongues I13 is inserted into a support plate socket I9 of the folding plate II, and the other support plate tongue I13 is inserted into a support plate socket of the folding plate VI.
[0013] The utility model comprises a hexagonal center plate, a folding plate, and a support plate, wherein the folding plate I comprises an inner folding plate I, a folding plate insert tongue I, a folding plate socket I, a bending zone I, and an outer folding plate I, wherein the outer folding plate I is connected to the side edge I, and a folding plate socket I is arranged in the middle of their connection, the outer folding plate I is connected to the inner folding plate I through the bending zone I, and a folding plate insert tongue I is arranged in the middle of the outer side of the inner folding plate I, and the folding plate II comprises a folding plate insert tongue II, an inner folding plate II, a support plate socket I, a bending zone II, an outer folding plate II, and a folding plate socket II The outer folding plate II is connected to the side II, and a folding plate socket II is arranged in the middle of the connection between them. The outer folding plate II is connected to the inner folding plate II through the bending area II, and a folding plate tongue II is arranged in the middle of the outer side of the inner folding plate II. Two supporting plate sockets I are arranged on the bending area II. The supporting plate I includes a supporting plate tongue I and a supporting plate body I. The supporting plate body I is connected to the side I, and two supporting plate tongues I are arranged on the outer side of the supporting plate body I. During molding, the folding plate tongue I is inserted into the folding plate socket I, and the folding plate tongue II is inserted into the folding plate Socket II, one of the two support plate tongues I is inserted into a support plate socket I of the folding plate II, and the other support plate tongue I is inserted into a support plate socket of the folding plate VI. No bonding or nailing is required for sealing, and it is reusable. The box cover is formed by a single cardboard. The design of the overall structure makes the cardboard area used relatively small, which helps to reduce manufacturing costs and reduce environmental burden, and meets the requirements of sustainable packaging. Due to the simple assembly and disassembly process, the box cover can be laid flat without taking up too much space, thereby saving space during storage and transportation, which helps to improve the efficiency of warehousing and transportation and reduce transportation costs. The easy disassembly and reassembly characteristics make it possible to lay the box cover flat for reuse after idleness or transportation. This not only reduces the waste of resources, but also improves the sustainability of packaging materials. Through reasonable design and materials, as well as the feasibility of multiple uses, the costs of packaging, warehousing and transportation can be reduced, thereby having economic benefits in commercial operations.
Claims
1. An environmentally friendly high-strength self-locking bottom hexagonal carton cover, characterized by: It comprises a hexagonal central plate (1), wherein a folding plate I is connected to a side edge I of the hexagonal central plate (1), a folding plate II is connected to a side edge II of the hexagonal central plate (1), a folding plate III is connected to a side edge III of the hexagonal central plate (1), a folding plate IV is connected to a side edge IV of the hexagonal central plate (1), a folding plate V is connected to a side edge V of the hexagonal central plate (1), a folding plate VI is connected to a side edge VI of the hexagonal central plate (1), and a folding plate VI is connected to a side edge VI of the hexagonal central plate (1). A support plate I is connected to the side I of the hexagonal central plate (1), a support plate II is connected to the side III of the hexagonal central plate (1), and a support plate III is connected to the side V of the hexagonal central plate (1). The folding plates I, III and V have the same structure. The folding plates II, IV and VI have the same structure. The support plates I, II and III have the same structure. The folding plate I includes an inner folding plate I (2), a folding plate tongue I (3), a folding plate socket I (4), a bending area I (5), an outer folding area The outer folding plate I (6) is connected to the side I, and a folding plate socket I (4) is arranged in the middle of the connection between them. The outer folding plate I (6) is connected to the inner folding plate I (2) through the bending area I (5), and a folding plate tongue I (3) is arranged in the middle of the outer side of the inner folding plate I (2). The folding plate II comprises a folding plate tongue II (7), an inner folding plate II (8), a supporting plate socket I (9), a bending area II (10), an outer folding plate II (11), and a folding plate socket II (12). The outer folding plate II (11) is connected to the side II, and in A folding plate socket II (12) is arranged in the middle of their connection, the outer folding plate II (11) is connected to the inner folding plate II (8) through the bending area II (10), a folding plate insert tongue II (7) is arranged in the middle of the outer side of the inner folding plate II (8), two support plate sockets I (9) are arranged on the bending area II (10), the support plate I comprises a support plate insert tongue I (13) and a support plate body I (14), the support plate body I (14) is connected to the side I, and two support plate insert tongues I (13) are arranged on the outer side of the support plate body I (14).
2. The environmentally friendly high-strength self-locking bottom hexagonal carton cover according to claim 1 is characterized by: During molding, the folding plate insert tongue I (3) is inserted into the folding plate insert opening I (4).
3. The environmentally friendly high-strength self-locking bottom hexagonal carton cover according to claim 2 is characterized by: During molding, the folding plate insert tongue II (7) is inserted into the folding plate insert opening II (12).
4. The environmentally friendly high-strength self-locking bottom hexagonal carton cover according to claim 3 is characterized by: During molding, one of the two support plate inserting tongues I (13) is inserted into a support plate inserting hole I (9) of the folding plate II, and the other support plate inserting tongue I (13) is inserted into a support plate inserting hole of the folding plate VI.