CN211520124U

CN211520124U - Portable packaging structure of shoe box

Info

Publication number: CN211520124U
Application number: CN201922453928.6U
Authority: CN
Inventors: 刘全校; 陈晓晴; 高存津; 任杰; 傅钢
Original assignee: Beijing Institute of Graphic Communication
Current assignee: Beijing Institute of Graphic Communication
Priority date: 2019-12-30
Filing date: 2019-12-30
Publication date: 2020-09-18
Anticipated expiration: 2029-12-30

Abstract

A portable packaging structure of a shoe box belongs to the technical field of shoe boxes. The novel multifunctional electric blanket comprises a first side panel (3), a front panel (1), a second side panel (4) and a back panel (2), wherein the structure and the function are clearly designed, a CAD (computer-aided design) drawing is drawn, and the CAD drawing is formed by machine die cutting and folding and combining. The multifunctional reciprocating-use article has multiple functions and can be repeatedly used repeatedly.

Description

Portable packaging structure of shoe box

Technical Field

The utility model relates to a portable packaging structure of shoes box belongs to shoes box technical field.

Background

The corrugated board has the advantages of degradability, recyclability, shock resistance, easy forming, low cost and the like, does not generate any harmful substance in the degradation process, is considered as excellent green package, is widely applied to packaging materials, and is greatly welcomed by the environmental protection industry.

The shoe box package is generally of a cuboid structure, is not easy to carry, and needs to be matched with a plastic or paper handbag for use, so that the packaging flow is increased; meanwhile, the contents can not be seen, and the display function is not provided. Such shoe boxes are not environmentally friendly and not convenient enough.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a portable packaging structure design of shoes box realizes portability, demonstration nature, reuse nature and the integration of shoes box. Making the shoe box no longer a simple carrier. But has multiple functions and can be repeatedly used repeatedly. For realizing the utility model discloses the technical scheme who takes does:

a portable packaging structure of a shoe box is characterized in that the portable packaging structure is of a handbag type structure, and the unfolding structure of the portable packaging structure comprises a first side panel (3), a front panel (1), a second side panel (4) and a back panel (2) which are equal in length from left to right, namely from A-B direction; in the direction D, a triangular opening is formed in the center of one side of the first side panel (3) corresponding to the opening end of the shoe box, the lengths of extension lines of two side edges of the triangular opening, which extend to the two side edges of the first side panel (3), are folding lines, and the intersection point of the folding lines is marked as a triangular point at the lowest position of the triangular opening; in the same way, the second side panel and the first side panel (3) are both provided with the two folding lines; a first handle hole (5) is formed in the upper portion of the front panel (1), a first inserting seam (6) is formed below the first handle hole (5), the upper end of the back panel (2) is connected with a sealing plate (8) through a port cover plate (7) in a mode of being connected in a folding line in a direction D, the sealing plate (8) is connected with a first wing piece (9) in the direction D, and meanwhile the sealing plate (8) is provided with a second handle hole (11) which is identical to the first handle hole (5) in structure; a second flap (10) is connected to the B-direction folding line of the back panel (2); in the direction of the C direction, namely the unfolding structure of the bottom of the shoe box, the first side panel (3) is connected with the first bottom panel (12) at the C direction folding line, a first long direction notch (13) is arranged at the BC direction corner of the first bottom panel (12), the second side panel (4) is connected with the second bottom panel (14) at the C direction folding line, and a second long direction notch (15) is arranged at the AC direction corner of the second bottom panel (14); the back panel (2) is connected with a third bottom panel (16) at a C-direction folding line, the third bottom panel (16) is connected with a third wing (17) at the C-direction folding line, and a second inserting slit (22) parallel to the folding line is arranged at the joint of the C-direction folding line of the third bottom panel (16); the front panel (1) is connected with a fourth bottom panel (18) at a C-direction folding line, the fourth bottom panel (18) is connected with a fourth wing panel (19) at a C-direction folding line, a rectangular opening (20) with a lift cover and a corresponding cover (21) are connected and opened on the front panel (1) and the fourth bottom plate (18) by a fold line, the edge D of the rectangular opening (20) in the front panel (1) is parallel to the edge of the rectangular opening and is connected with the fold line and is connected with the cover (21) into a whole, one side, namely the C-direction side, of the rectangular opening (20) which is parallel and opposite to the edge D is arranged on the fourth bottom plate (18), the other two opposite sides are vertically connected with the fold line, the cover (21) is opposite to the rectangular opening (20) and is cut from the rectangular opening (20), only the D-direction sides are connected together, the other three sides are cut open, and third inserting slits (23) are formed on connecting broken lines of the front panel (1) and the fourth bottom panel (18) at two sides of the rectangular opening (20);

after the lamination molding: the peripheral side edges are in a closed-loop tubular structure formed by bonding the second wing pieces (10) and the first side panel (3) together; the bottom is characterized in that a first bottom plate (12) and a second bottom plate (14) are firstly folded and butted in parallel at the uppermost side of the bottom, and a first long gap (13) on the first bottom plate (12) is butted with a second long gap (15) on the second bottom plate (14) and then just corresponds to the rectangular opening (20); then the fourth bottom plate (18) is positioned under the first bottom plate (12) and the second bottom plate (14), the fourth flap (19) is inserted into the box body from the inner side surface of the back panel (2), then the third bottom plate (16) is positioned under the fourth bottom plate (18), namely the lowest surface and the outermost surface of the bottom of the box body, the third flap (17) is inserted into the third slot (23), and the cover (21) is inserted into the second slot (22); the upper port, the first flap (9) is inserted into the first insertion slit (6), the sealing plate (8) is attached to the front panel (1), and the first handle hole (5) and the second handle hole (11) are overlapped.

Furthermore, a third handle hole (24) is arranged at the upper part of the back panel (2), and after the folding, the third handle hole (24) is opposite to the first handle hole (5).

The front panel (1) is provided with a display hole (25).

The width of the first bottom plate (12), the width of the second bottom plate (14), the width of the third bottom plate (16) and the width of the fourth bottom plate (18) are the same, namely the widths of the bottoms are correspondingly, the width of the port cover plate (7) is the width of the upper port and is smaller than the width of the bottom, and a flat structure with a thin upper port and a thick bottom is formed.

The packaging structure is manufactured by die cutting, and the manufacturing process comprises the following steps: the design structure and the function are definite, a CAD graph is drawn, and die cutting forming and folding combination forming are carried out through a machine.

The utility model adopts F-shaped corrugated board as the material for the portable packaging structure of the shoe box. The corrugated paper has the characteristics of good buffering performance, high durability, recoverability, natural degradation, safety, environmental protection, no pollution, direct watermarking and no pollution.

The invention has the beneficial effects that: compared with the common shoe box package, the common shoe box has the advantages that the packaging process is complicated, the common shoe box needs to be matched with a handbag for use, contents cannot be seen, the packaging design can be transported in a flat mode, the forming is convenient, and the difficult problems of portability and display are solved.

Drawings

FIG. 1 is an expanded view of a shoe box portable packaging structure design;

FIG. 2 is a block diagram of the handle (i.e., upper port) open;

FIG. 3 is a bottom open view;

FIG. 4 is a perspective view of the packaging structure;

the front panel 1, the back panel 2, the first side panel 3, the second side panel 4, the first handle hole 5, the first insertion slit 6, the port cover 7, the sealing panel 8, the first flap 9, the second flap 10, the second handle hole 11, the first bottom panel 12, the first longitudinal notch 13, the second bottom panel 14, the second longitudinal notch 15, the third bottom panel 16, the third flap 17, the fourth bottom panel 18, the fourth flap 19, the rectangular opening 20, the cover 21, the second insertion slit 22, the third insertion slit 23, the third handle hole 24, and the display hole 25.

Detailed Description

The present invention will be further illustrated with reference to the following examples, but the present invention is not limited to the following examples.

Example 1

The portable bag type structure is shown in a unfolding structure of fig. 1, and comprises a first side panel 3, a front panel 1, a second side panel 4 and a back panel 2 which are equal in length from left to right, namely from A-B direction; in the direction D, a triangular opening is formed in the center of one side, corresponding to the opening end of the shoe box, of the first side panel 3, extension lines of two side edges of the triangular opening extend to the length of the two side edges of the first side panel 3 and are folding lines, and the intersection point of the folding lines is marked as a triangular point at the lowest position of the triangular opening; in the same way, the second side panel and the first side panel 3 are both provided with the two folding lines; the upper part of the front panel 1 is provided with a first handle hole 5, a first inserting slit 6 is arranged below the first handle hole 5, the upper end of the back panel 2, namely the D direction, is connected with a sealing plate 8 through a port cover plate 7 in a fold line connection mode, the sealing plate 8D is connected with a first fin 9 in a fold line connection mode, and meanwhile, the sealing plate 8 is provided with a second handle hole 11 which has the same structure as the first handle hole 5; a second flap 10 is connected to the back panel 2 at a fold line in the direction B; in the direction of the C direction, namely the unfolding structure of the bottom of the shoe box, the first side panel 3 is connected with the first bottom panel 12 on the C direction folding line, a first long direction notch 13 is arranged at the corner of the first bottom panel 12BC, the second side panel 4 is connected with the second bottom panel 14 on the C direction folding line, and a second long direction notch 15 is arranged at the corner of the second bottom panel 14 AC; the back panel 2 is connected with a third bottom panel 16 at a C-direction folding line, the third bottom panel 16 is connected with a third fin 17 at the C-direction folding line, and a second inserting slit 22 parallel to the folding line is arranged at the joint of the C-direction folding line of the third bottom panel 16; the front panel 1 is connected with a fourth bottom plate 18 by a C-direction folding line, the fourth bottom plate 18 is connected with a fourth wing 19 by a C-direction folding line, a rectangular opening 20 with a lift cover and a corresponding cover 21 are connected and opened by the folding lines of the front panel 1 and the fourth bottom plate 18, the side D of the rectangular opening 20 in the front panel 1 is parallel to the connecting folding line and is connected with the cover 21 into a whole, the side, parallel to and opposite to the side D, of the rectangular opening 20, namely the side C, is arranged on the fourth bottom plate 18, the other two opposite sides are vertically connected with the folding line, the cover 21 is opposite to the rectangular opening 20 and is cut from the rectangular opening 20, only the side D is connected together, the other three sides are cut, and third inserting slits 23 are opened on the connecting folding lines of the front panel 1 and the fourth bottom plate 18 on two sides of the rectangular opening 20;

after the lamination molding: the peripheral side edges are the second wing pieces 10 which are adhered with the first side panel 3 to form a closed-loop tubular structure, as shown in fig. 2-4; the first bottom plate 12 and the second bottom plate 14 are firstly folded and butted at the uppermost side of the bottom in parallel, and the first long gap 13 on the first bottom plate 12 is butted with the second long gap 15 on the second bottom plate 14 and then just corresponds to the rectangular opening 20; the fourth bottom panel 18 is then positioned under the first bottom panel 12 and the second bottom panel 14, the fourth flap 19 is inserted into the box from the inner side of the back panel 2, the third bottom panel 16 is then positioned under the fourth bottom panel 18, i.e. the lowermost and outermost side of the bottom of the box, the third flap 17 is inserted into the third slot 23 and the lid 21 is inserted into the second slot 22, see fig. 3; the upper port, the first tab 9, is inserted into the first slit 6, the hush panel 8 is fitted over the front panel 1, and the first handle aperture 5 and the second handle aperture 11 are superimposed, see fig. 2.

Further, a third handle hole 24 is provided in the upper portion of the back panel 2, and the third handle hole 24 is opposed to the first handle hole 5 after the folding.

This has a display hole 25 in the front panel 1.

The first bottom plate 12, the second bottom plate 14, the third bottom plate 16 and the fourth bottom plate 18 have the same width, that is, the width of the bottom is correspondingly the width of the bottom, the width of the port cover plate 7 is the width of the upper port and is smaller than the width of the bottom, and a flat structure with a thin upper port and a thick bottom is formed.

Claims

1. A portable packaging structure of a shoe box is characterized in that the portable packaging structure is of a handbag type structure, and the unfolding structure of the portable packaging structure comprises a first side panel (3), a front panel (1), a second side panel (4) and a back panel (2) which are equal in length from left to right, namely from A-B direction; in the direction D, a triangular opening is formed in the center of one side of the first side panel (3) corresponding to the opening end of the shoe box, the lengths of extension lines of two side edges of the triangular opening, which extend to the two side edges of the first side panel (3), are folding lines, and the intersection point of the folding lines is marked as a triangular point at the lowest position of the triangular opening; in the same way, the second side panel and the first side panel (3) are both provided with the two folding lines; a first handle hole (5) is formed in the upper portion of the front panel (1), a first inserting seam (6) is formed below the first handle hole (5), the upper end of the back panel (2) is connected with a sealing plate (8) through a port cover plate (7) in a mode of being connected in a folding line in a D direction, the sealing plate (8) is connected with a first wing piece (9) in the D direction of the folding line, and meanwhile the sealing plate (8) is provided with a second handle hole (11) which is identical to the first handle hole (5) in structure; a second flap (10) is connected to the B-direction folding line of the back panel (2); in the direction of the C direction, namely the unfolding structure of the bottom of the shoe box, the first side panel (3) is connected with the first bottom panel (12) at the C direction folding line, a first long direction notch (13) is arranged at the BC direction corner of the first bottom panel (12), the second side panel (4) is connected with the second bottom panel (14) at the C direction folding line, and a second long direction notch (15) is arranged at the AC direction corner of the second bottom panel (14); the back panel (2) is connected with a third bottom panel (16) at a C-direction folding line, the third bottom panel (16) is connected with a third wing (17) at the C-direction folding line, and a second inserting slit (22) parallel to the folding line is arranged at the joint of the C-direction folding line of the third bottom panel (16); the front panel (1) is connected with a fourth bottom panel (18) at a C-direction folding line, the fourth bottom panel (18) is connected with a fourth wing panel (19) at a C-direction folding line, a rectangular opening (20) with a lift cover and a corresponding cover (21) are connected and opened on the front panel (1) and the fourth bottom plate (18) by a fold line, the edge D of the rectangular opening (20) in the front panel (1) is parallel to the edge of the rectangular opening and is connected with the fold line and is connected with the cover (21) into a whole, one side, namely the C-direction side, of the rectangular opening (20) which is parallel and opposite to the edge D is arranged on the fourth bottom plate (18), the other two opposite sides are vertically connected with the fold line, the cover (21) is opposite to the rectangular opening (20) and is cut from the rectangular opening (20), only the D-direction sides are connected together, the other three sides are cut open, and third inserting slits (23) are formed on connecting broken lines of the front panel (1) and the fourth bottom panel (18) at two sides of the rectangular opening (20);

2. A shoe box portable packing structure according to claim 1, wherein the back panel (2) is provided at an upper portion thereof with a third handle hole (24), and when folded, the third handle hole (24) is opposed to the first handle hole (5).

3. A shoe box portable packing structure according to claim 1, wherein the front panel (1) is provided with a display hole (25).

4. The portable shoe box packaging structure according to claim 1, wherein the first bottom plate (12), the second bottom plate (14), the third bottom plate (16) and the fourth bottom plate (18) have the same width, that is, the width of the bottom is corresponding, and the width of the port cover plate (7) is the width of the upper port and is smaller than the width of the bottom, so that a flat structure with a thin upper port and a thick bottom is formed.

5. A portable shoe box packaging structure according to any one of claims 1 to 4, wherein the material is cardboard or corrugated paper.