CN215664415U - Deformable green express package - Google Patents

Abstract

The utility model provides a deformable green environment-friendly express delivery package, which comprises a folded surface A, a folded surface B, a folded surface C, a folded surface D, a folded surface E, a folded surface F and a folded surface G which are integrally formed and connected in sequence, wherein the folded surface H and the folded surface I are integrally formed on the two opposite sides of the folded surface C along the width direction, the folded surface M and the folded surface K are integrally formed on the two opposite sides of the folded surface F along the width direction, the folded surface A is integrally formed on the folded surface B, roll over face B, integrated into one piece has first interior face of rolling over between the adjacent one side reason of face H, roll over face A, roll over face B, integrated into one piece has the second interior face of rolling over between the adjacent one side reason of face I, roll over face D, roll over face E, integrated into one piece has the third interior face of rolling over between the adjacent one side reason of face H, roll over face D, roll over face E, integrated into one piece has the fourth interior face of rolling over between the adjacent one side reason of face I, one side integrated into one piece that the face C was kept away from to face H has a face L, one side integrated into one piece that face C was kept away from to face I has a face J. The foldable plane express package and the three-dimensional package box have high applicability.

Description

Deformable green express package

Technical Field

The utility model relates to the field of packaging boxes, in particular to a deformable green and environment-friendly express package.

Background

Along with the high-speed development of the internet, the online shopping is more and more, the express industry is also rising, in the express process, the express package which is simpler and faster is needed, however, the package form tends to two forms, namely a plane file express bag and a three-dimensional article packaging box, therefore, an express company needs to order paper packaging boxes with different models, on one hand, the cost is high, on the other hand, the storage space is also occupied, and in view of the situation, how to provide the packaging which is suitable for at least one scene becomes the technical problem which is mainly solved by research and development personnel.

SUMMERY OF THE UTILITY MODEL

Based on this, the utility model aims to provide a deformable green express delivery package which can be folded into a plane express delivery package and a three-dimensional packaging box and has high applicability.

The utility model provides a deformable green environment-friendly express delivery package which comprises a folding face A, a folding face B, a folding face C, a folding face D, a folding face E, a folding face F and a folding face G which are integrally formed and connected in sequence, wherein the folding face C is integrally formed with a folding face H and a folding face I along the opposite two sides in the width direction, the folding face F is integrally formed with a folding face M and a folding face K along the opposite two sides in the width direction, a first inward folding face is integrally formed between the adjacent side edges of the folding face A, the folding face B and the folding face H, a second inward folding face is integrally formed between the adjacent side edges of the folding face A, the folding face B and the folding face I, a third inward folding face is integrally formed between the adjacent side edges of the folding face D, the folding face E and the folding face H, a fourth inward folding face is integrally formed between the adjacent side edges of the folding face D, the folding face E and the folding face I, and a side of the folding face H far away from the folding face C is integrally formed with a folding face L, a folding face J is integrally formed on one side of the folding face I, which is far away from the folding face C; one side of the folded surface L, which is far away from the folded surface H, is connected with a buckling surface A, one side of the folded surface J, which is far away from the folded surface I, is connected with a buckling surface B, and one side edge of the folded surface F, which is close to the folded surface K, is provided with an easy-to-tear surface; and the buckling surface B, the buckling surface A and the folding surface G are provided with adhesive layers in a fitting manner.

When as plane express delivery packing form, book face E is rolled over and is established the top of book face D, book face A sets up the top of book face B, book face F is rolled over and is established the top of book face C, book face G is rolled over and is established the top of book face A, book face M, book face K, book face H, book face I, book face L, book face J, lock joint face B, lock joint face A all roll over and establish the top of book face F, lock joint face B, lock joint face A pass through the viscose layer with book face F pastes tight fixedly, book face G with it puts into the mouth to form the file between the book face A.

When as the packing carton form, book face D, book face E form a side, book face A, book face B form another side, two side and book face F, book face C, book face H, book face I correspond 90 respectively and roll over and establish and form the box body, book face J, book face L, book face G, lock joint face B, lock joint face A, book face K, book face M correspond respectively to in the first interior book face, the second is folded face, the third is folded face in the fourth and is folded face, book face J, book face L, book face G, lock joint face B, lock joint face A, book face K, book face M the box body inner chamber is folded and is established.

The first inward-folding face is divided into an inward-folding face A, an inward-folding face B and an inward-folding face C through oblique folding lines, one side of the inward-folding face A is connected with the folding face H, one side of the inward-folding face C is connected with the folding face A, and three sides of the inward-folding face are respectively connected with the other side of the inward-folding face A, the other side of the inward-folding face C and the folding face B.

Preferably, the second folded surface is divided into an folded surface D, an folded surface E and an folded surface F by an oblique folding line, one side of the folded surface D is connected with the folded surface I, one side of the folded surface F is connected with the folded surface a, and three sides of the folded surface E are respectively connected with the other side of the folded surface D, the other side of the folded surface F and the folded surface B.

Preferably, the third folded surface is divided into an inner folded surface G, an inner folded surface H and an inner folded surface I by an oblique folding line, one side of the inner folded surface G is connected with the folded surface E, one side of the inner folded surface I is connected with the folded surface H, and three sides of the inner folded surface H are respectively connected with the other side of the inner folded surface G, the other side of the inner folded surface I and the folded surface D.

Preferably, the fourth folded surface is divided into an folded surface J, an folded surface K and an folded surface L by an oblique folding line, one side of the folded surface J is connected to the folded surface E, one side of the folded surface L is connected to the folded surface I, and three sides of the folded surface K are respectively connected to the other side of the folded surface J, the other side of the folded surface L and the folded surface D.

As a preferred scheme, a finger yielding hole is formed in one side, away from the folding face K, of the easy-to-tear face.

Preferably, the folding face L and the folding face J are provided with adhesive layers in an attaching manner.

The utility model has the beneficial effects that: the integrated paper structure is green and environment-friendly, can be folded into a plane express package and also can be folded into a three-dimensional packaging box, is integrated and dual-purpose, and can be used by a user in different use forms according to actual application requirements, so that the paper structure is high in adaptability.

Drawings

FIG. 1 is an expanded view of the present invention.

FIG. 2 shows a first express packaging form folding step.

And FIG. 3 shows a second express packaging form folding step.

And figure 4 shows a third step of folding the express package shape.

FIG. 5 shows a first folding step of the packing box.

FIG. 6 shows a second folding step for the shape of the packing box.

Fig. 7 shows a third folding step for the shape of the packing box.

The reference signs are: folded surface G10, folded surface K11, easy-to-tear surface 12, finger relief hole 13, folded surface D14, fastening surface A15, folded surface L16, folded surface M17, folded surface F18, folded surface A19, folded surface C20, folded-in surface C21, folded-in surface A22, folded surface H23, folded-in surface G26, folded-in surface H25, folded-in surface I24, folded surface E27, folded-in surface B28, folded surface I29, folded surface B30, J266, folded-in surface K255, folded-in surface L244, folded-in surface D222, folded-in surface E288, folded-in surface F211, folded surface J166 and fastening surface B155.

Detailed Description

For a better understanding of the features and technical solutions of the present invention, together with the specific objects and functions attained by the utility model, reference is made to the following detailed description and accompanying drawings that form a part hereof.

In the present invention, unless otherwise expressly stated or limited, the terms "mounted," "connected," "secured," and the like are to be construed broadly and can, for example, be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood by those skilled in the art according to specific situations.

Referring to fig. 1-7, the utility model provides a deformable green express delivery package, comprising a folding surface a19, a folding surface B30, a folding surface C20, a folding surface D14, a folding surface E27, a folding surface F18, a folding surface G10, which are integrally formed and connected in sequence, a folding surface H23 and a folding surface I29 are integrally formed on the folding surface C20 along opposite sides of the width direction, a folding surface M17 and a folding surface K11 are integrally formed on the folding surface F18 along opposite sides of the width direction, a first inward folding surface is integrally formed between adjacent side edges of the folding surface a19, the folding surface B30 and the folding surface H23, a second inward folding surface is integrally formed between adjacent side edges of the folding surface a 23, the folding surface B23 and the folding surface I23, a third inward folding surface is integrally formed between adjacent side edges of the folding surface a 23, the folding surface D23, the folding surface E23 and a side edge of the folding surface H23, a fourth inward folding surface 23 and a side edge 23 which is away from the folding surface H23, a folding face J166 is integrally formed on one side of the folding face I29 away from the folding face C20; the side of the folding surface L16 far away from the folding surface H23 is connected with a buckling surface A15, and the side of the folding surface J166 far away from the folding surface I29 is connected with a buckling surface B155; the fastening surface B155, the fastening surface A15 and the folded surface G10 are all provided with adhesive layers in an attaching mode. The folding face L16 and the folding face J166 are provided with an adhesive layer in an attaching mode. The width of fold a19 is greater than the width of fold G10.

The first inner folding surface is divided into an inner folding surface A22, an inner folding surface B28 and an inner folding surface C21 by oblique folding lines, one side of the inner folding surface A22 is connected with a folding surface H23, one side of the inner folding surface C21 is connected with a folding surface A19, and three sides of the inner folding surface B28 are respectively connected with the other side of the inner folding surface A22, the other side of the inner folding surface C21 and the folding surface B30. The flap A22 is equal to the sum of the area of the flap B28 plus the area of the flap C21.

The second inner folding surface is divided into an inner folding surface D222, an inner folding surface E288 and an inner folding surface F211 by oblique folding lines, one side of the inner folding surface D222 is connected with a folding surface I29, one side of the inner folding surface F211 is connected with a folding surface A19, and three sides of the inner folding surface E288 are respectively connected with the other side of the inner folding surface D222, the other side of the inner folding surface F211 and a folding surface B30. The area of the flap D222 is equal to the sum of the flap E288 plus the flap F211.

The third inner folding surface is divided into an inner folding surface G26, an inner folding surface H25 and an inner folding surface I24 by oblique folding lines, one side of the inner folding surface G26 is connected with a folding surface E27, one side of the inner folding surface I24 is connected with a folding surface H23, and three sides of the inner folding surface H25 are respectively connected with the other side of the inner folding surface G26, the other side of the inner folding surface I24 and a folding surface D14. The area of the folded-in surface I24 is equal to the sum of the areas of the folded-in surfaces G26 and H25.

The fourth inner folding surface is divided into an inner folding surface J266, an inner folding surface K255 and an inner folding surface L244 by oblique folding lines, one side of the inner folding surface J266 is connected with a folding surface E27, one side of the inner folding surface L244 is connected with a folding surface I29, and three sides of the inner folding surface K255 are respectively connected with the other side of the inner folding surface J266, the other side of the inner folding surface L244 and a folding surface D14. The area of the inflected face L244 is equal to the sum of the areas of the inflected faces J266 and K255.

The edge of one side of the folding face F18, which is close to the folding face K11, is provided with an easy-to-tear face 12, and the side of the easy-to-tear face 12, which is far away from the folding face K11, is provided with a finger yielding hole 13. Through setting up the face 12 of easily tearing, can regard as the anti-tear recognition on the one hand, the face 12 of easily tearing does not damage promptly the packing carton has not been unpacked apart, when the packing carton is unpacked apart to needs, stretches into the finger through the finger and gives a step to hole 13, will easily tear face 12 lift can, convenient and fast.

When the express packaging is in a plane express packaging form, a folding surface E27 is folded above a folding surface D14, a folding surface A19 is arranged above a folding surface B30, a folding surface F18 is folded above a folding surface C20, a folding surface G10 is folded above a folding surface A19, a folding surface M17, a folding surface K11, a folding surface H23, a folding surface I29, a folding surface L16, a folding surface J166, a buckling surface B155 and a buckling surface A15 are folded above a folding surface F18, a buckling surface B155 and a buckling surface A15 are tightly fixed with the folding surface F18 through adhesive layers, an inner folding surface G26 and an inner folding surface J266 are folded above the folding surface E27, and an inner folding surface C21 and an inner folding surface F211 are folded above a folding surface G10. The document inlet is formed between the folding face G10 and the folding face a 19. After the document is placed in the courier package, the document can be prevented from falling out by the obstruction of fold a19 because the width of fold a19 is greater than the width of fold G10.

When the packaging box is in a shape of a packaging box, the folded surface D14 and the folded surface E27 form one side surface, the folded surface A19 and the folded surface B30 form the other side surface, the two side surfaces, the folded surface F18, the folded surface C20, the folded surface H23 and the folded surface I29 are respectively folded and arranged corresponding to 90 degrees to form a box body, and the folded surface G10 is tightly adhered and fixed with the folded surface A19 through an adhesive layer; the first inner folding face, the second inner folding face, the third inner folding face, the fourth inner folding face, the folding face J166, the folding face L16, the folding face G10, the fastening face B155, the fastening face A15, the folding face K11 and the folding face M17 are folded towards the inner cavity of the box body correspondingly, namely the folding face M17 and the folding face K11 are folded towards the inner tight folding face F18, the inner folding face G26, the inner folding face H25 and the inner folding face I24 are folded towards the inside, the inner folding face J266 and the inner folding face K255 are folded towards the inside and L244, the inner folding face E288 and the inner folding face F211 are folded towards the inside and D222, the inner folding face B28, the inner folding face C21 and the inner folding face A22 are folded towards the inside, the folding face J166 is adhered to the folding face K11 through an adhesive layer, and the folding face J3985 is adhered to the fixing layer M17.

In the embodiment, the integrally formed paper structure is green and environment-friendly, can be folded into a plane express package and can also be folded into a three-dimensional packaging box, is integrated and dual-purpose, and a user can select different use forms according to actual application requirements, so that the paper structure is high in adaptability.

The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims (7)

1. The utility model provides a flexible green express delivery package which characterized in that: comprises a folded surface A (19), a folded surface B (30), a folded surface C (20), a folded surface D (14), a folded surface E (27), a folded surface F (18) and a folded surface G (10) which are integrally formed and connected in sequence, wherein the folded surface C (20) is integrally formed with a folded surface H (23) and a folded surface I (29) along the opposite two sides of the folded surface C (20) in the width direction, the folded surface F (18) is integrally formed with a folded surface M (17) and a folded surface K (11) along the opposite two sides of the folded surface F (18) in the width direction, a first inward folded surface is integrally formed between the adjacent side edges of the folded surfaces A (19), the folded surface B (30) and the folded surface I (29), a second inward folded surface is integrally formed between the adjacent side edges of the folded surfaces A (19), the folded surface B (30) and the folded surface I (29), and a third inward folded surface is integrally formed between the adjacent side edges of the folded surfaces D (14), E (27) and H (23), a fourth inward-folding surface is integrally formed between adjacent side edges of the folding surface D (14), the folding surface E (27) and the folding surface I (29), a folding surface L (16) is integrally formed on one side, away from the folding surface C (20), of the folding surface H (23), and a folding surface J (166) is integrally formed on one side, away from the folding surface C (20), of the folding surface I (29); a buckling surface A (15) is connected to one side, away from the folding surface H (23), of the folding surface L (16), a buckling surface B (155) is connected to one side, away from the folding surface I (29), of the folding surface J (166), and an easy-tearing surface (12) is formed at one side edge, close to the folding surface K (11), of the folding surface F (18); the buckling surface B (155), the buckling surface A (15) and the folding surface G (10) are provided with adhesive layers in a fitting manner;

when the express packaging structure is in a planar express packaging form, the folding face E (27) is folded above the folding face D (14), the folding face A (19) is arranged above the folding face B (30), the folding face F (18) is folded above the folding face C (20), the folding face G (10) is folded above the folding face A (19), the folding face M (17), the folding face K (11), the folding face H (23), the folding face I (29), the folding face L (16), the folding face J (166), the buckling face B (155) and the buckling face A (15) are all folded above the folding face F (18), the buckling face B (155) and the buckling face A (15) are tightly adhered and fixed with the folding face F (18) through an adhesive layer, and a document placing port is formed between the folding face G (10) and the folding face A (19);

when as the packing carton form, folded surface D (14), folded surface E (27) form a side, folded surface A (19), folded surface B (30) form another side, two side and folded surface F (18), folded surface C (20), folded surface H (23), folded surface I (29) correspond 90 respectively and establish and form the box body, first inflection surface, second inflection surface, third inflection surface, fourth inflection surface, folded surface J (166), folded surface L (16), folded surface G (10), buckled surface B (155), buckled surface A (15), folded surface K (11), folded surface M (17) correspond respectively to the box body inner chamber is rolled over and is established.

2. The deformable green express delivery package of claim 1, wherein: the first inward-folding face is divided into an inward-folding face A (22), an inward-folding face B (28) and an inward-folding face C (21) through oblique folding lines, one side of the inward-folding face A (22) is connected with the folding face H (23), one side of the inward-folding face C (21) is connected with the folding face A (19), and three sides of the inward-folding face B (28) are respectively connected with the other side of the inward-folding face A (22), the other side of the inward-folding face C (21) and the folding face B (30).

3. The deformable green express delivery package of claim 1, wherein: the second inward-folding surface is divided into an inward-folding surface D (222), an inward-folding surface E (288) and an inward-folding surface F (211) by oblique folding lines, one side of the inward-folding surface D (222) is connected with the folding surface I (29), one side of the inward-folding surface F (211) is connected with the folding surface A (19), and three sides of the inward-folding surface E (288) are respectively connected with the other side of the inward-folding surface D (222), the other side of the inward-folding surface F (211) and the folding surface B (30).

4. The deformable green express delivery package of claim 1, wherein: the third inward-folding surface is divided into an inward-folding surface G (26), an inward-folding surface H (25) and an inward-folding surface I (24) through oblique folding lines, one side of the inward-folding surface G (26) is connected with the folding surface E (27), one side of the inward-folding surface I (24) is connected with the folding surface H (23), and three sides of the inward-folding surface H (25) are respectively connected with the other side of the inward-folding surface G (26), the other side of the inward-folding surface I (24) and the folding surface D (14).

5. The deformable green express delivery package of claim 1, wherein: the fourth inward-folding surface is divided into an inward-folding surface J (266), an inward-folding surface K (255) and an inward-folding surface L (244) by oblique folding lines, one side of the inward-folding surface J (266) is connected with the folding surface E (27), one side of the inward-folding surface L (244) is connected with the folding surface I (29), and three sides of the inward-folding surface K (255) are respectively connected with the other side of the inward-folding surface J (266), the other side of the inward-folding surface L (244) and a folding surface D (14).

6. The deformable green express delivery package of claim 1, wherein: the side, far away from folded surface K (11), of the easy-to-tear surface (12) is provided with a finger yielding hole (13).

7. The deformable green express delivery package of claim 1, wherein: and the folding surfaces L (16) and J (166) are provided with adhesive layers in an attaching mode.

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