CN212354697U - Commercial variable size packing carton of electricity - Google Patents

Abstract

The utility model relates to a variable size packing box for electric commerce, which comprises long side faces arranged at relative intervals, wherein the edges corresponding to the two long side faces are extended and connected with a narrow side face, the packing box is of a one-piece forming structure, and the long side faces and the narrow side faces are arranged at intervals and connected end to jointly form a closed side face of the packing box; the middle parts of the long side surfaces at the two sides are both provided with reverse folding lines along the height direction, and the long side surfaces at the two sides of the reverse folding lines are symmetrically provided with folding lines; folding covers are oppositely folded and extended in the middle of the tops of the long side surfaces at the two sides, and folding lugs are oppositely folded and extended at the tops of the narrow side surfaces at the two sides; the turning lug is positioned at the outer side of the folding cover and is stuck with the folding cover into a whole; all constitute the interlayer along reverse folding line and crease line inside folding in opposite directions in the long side middle part in both sides to become small cross sectional dimension with the packing carton from big cross sectional dimension, the utility model discloses the packing carton size is variable, uses in a flexible way, and convenient and fast satisfies in different demands, has promoted suitability and practicality greatly.

Description

Commercial variable size packing carton of electricity

Technical Field

The utility model belongs to the technical field of the packing carton technique and specifically relates to a commercial variable dimension packing carton of electricity.

Background

With the arrival of the 5G era, the shopping of the e-commerce raises a trend, the requirements for product packaging are further improved, and particularly, daily fast-consumption product series, such as bottled daily products of shampoo, shower gel and the like, need to be packed in an outer packing box, namely, after secondary packaging, the online sale can be met.

In the prior art, the e-commerce can release sales promotion packages with different packaging specifications when sales promotion of daily chemical products is carried out, namely, the sizes and the specifications of packaging boxes of the same type or the same type of products are various, so that two problems are caused:

1. paper boxes with different specifications and sizes need to be prepared by a paper box supplier, so that the phenomenon that the supply of individual sizes is not timely is easily caused, and the quick requirements of an e-commerce platform and a merchant cannot be responded in time;

2. e-commerce packing staff need select assorted packing carton according to the promotion dress requirement, and the work of selecting takes time and is arduous, especially under long-time operating condition, has greatly influenced work efficiency.

SUMMERY OF THE UTILITY MODEL

The applicant provides a commercial variable size packing carton of electricity that rational in infrastructure to the shortcoming among the above-mentioned prior production technique to realized the nimble of packing carton size variable, convenient and fast has promoted packing carton suitability and practicality greatly, conveniently does benefit to staff's packing work.

The utility model discloses the technical scheme who adopts as follows:

the variable-size packing box for the electric appliance comprises long side faces which are arranged at intervals oppositely, narrow side faces which are connected with each other in an extending mode are arranged between corresponding edges of the two long side faces, the packing box is of a one-piece forming structure, and the long side faces and the narrow side faces are arranged at intervals and connected end to jointly form a closed side face of the packing box; the middle parts of the long side surfaces at the two sides are both provided with reverse folding lines along the height direction, and the long side surfaces at the two sides of the reverse folding lines are symmetrically provided with folding lines; folding covers are oppositely folded and extended in the middle of the tops of the long side surfaces at the two sides, and folding lugs are oppositely folded and extended at the tops of the narrow side surfaces at the two sides; the turning lug is positioned on the outer side of the folding cover and is adhered with the folding cover into a whole.

As a further improvement of the above technical solution:

the middle parts of the long side surfaces at the two sides are inwards folded along the reverse folding lines and the crease lines in opposite directions, so that the two reverse folding lines are positioned in the packaging box, the two sides of the reverse folding lines on the long side surface at one side are attached to the area between the crease lines to form an interlayer parallel to the narrow side surface, and the two crease lines are attached to each other; the folding cover is folded along with the reverse folding line.

The two sides of the reverse crease lines on the long side surface of the single side are adhered with the areas between the crease lines by gluing to form the interlayer of the double-layer integrated structure.

The distance between two crease lines on the long side surface of one side is equal to the width of the narrow side surface, the two crease lines are close to each other after the long side surfaces of the two sides are folded in opposite directions to form a closed interlayer, and the interlayer separates the interior of the packing box into two independent spaces.

The opposite edges of the two folding covers are arranged into opposite V-shaped structures, and the folding covers are folded along a connecting line between the sharp corners of the V-shaped structures and the reverse folding line.

A cutting line is arranged between the V-shaped structure sharp corner and the reverse folding line, the folding cover is divided into two symmetrical small folding covers by the cutting line, the two small folding covers rotate and are attached by taking the cutting line as an axis, and the two small folding covers are reversely folded to the same plane.

And a reinforced lining plate is arranged on the inner side close to the long side face.

The utility model has the advantages as follows:

the utility model has compact and reasonable structure and convenient operation, forms an interlayer by inwards folding the middle parts of the long side surfaces of the two sides along the reverse folding line and the folding line in opposite directions, and turns the folding cover to be on the same plane with the turning lug, thereby changing the packing box from a large section size to a small section size, quickly realizing the size change of the packing box, being suitable for the packing of different size demands, greatly improving the applicability of the packing box, helping the improvement of the packing efficiency of workers and having strong practicability;

the utility model discloses still include following advantage:

the utility model is suitable for multi-combination packaging of bottled daily products such as shampoo, shower gel and the like, and one packaging box meets the requirements of different packaging specifications;

due to the existence of the interlayer, the packaging box is changed from a large size to a small size, and the strength of the small-size packaging box is enhanced;

the V-shaped structure at the edge of the folding cover is convenient for folding and forming the folding cover when the large size is changed into the small size; the folding cover is cut into two small folding covers by the cutting lines, and the two small folding covers are synchronously turned back and forth when the small-size packaging box is formed, so that the formed small-size packaging box is symmetrical in structure, attractive and reliable;

the long side of the large-size packing box can be provided with an inner lining plate to enhance the packing strength when the packing box is used in a large-size state.

Drawings

Fig. 1 is a schematic structural diagram (large-sized state) of the present invention.

Fig. 2 is a schematic view (large-sized state) before folding the present invention.

Fig. 3 is a schematic view of the present invention when folded from a large size to a small size.

Fig. 4 is a schematic view (small size state) before folding.

Fig. 5 is a schematic structural view of the present invention folded into a small size state.

Wherein: 1. a narrow side; 2. a crease line; 3. a reverse fold line; 4. turning over the ears; 5. folding the cover; 6. a long side; 51. a V-shaped structure; 52. cutting a line; 7. and (7) an interlayer.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings.

As shown in fig. 1 and 2, the size-variable packing box for electric commerce of the present embodiment includes long side surfaces 6 arranged at intervals relatively, narrow side surfaces 1 are connected between corresponding edges of the two long side surfaces 6 in an extending manner, the packing box is of a one-piece molding structure, and the long side surfaces 6 and the narrow side surfaces 1 are arranged at intervals and connected end to form a closed side surface of the packing box together; the middle parts of the long side surfaces 6 at the two sides are both provided with reverse folding lines 3 along the height direction, and the long side surfaces 6 at the two sides of the reverse folding lines 3 are symmetrically provided with folding lines 2; folding covers 5 are oppositely folded and extended in the middle of the tops of the long side surfaces 6 at the two sides, and folding lugs 4 are oppositely folded and extended at the tops of the narrow side surfaces 1 at the two sides; the turning lug 4 is positioned on the outer side of the folding cover 5, and the turning lug 4 and the folding cover 5 are adhered into a whole.

As shown in fig. 3, the middle parts of the long side surfaces 6 at two sides are inwards folded along the reverse folding lines 3 and the folding lines 2, so that the two reverse folding lines 3 are positioned in the packaging box, the two sides of the reverse folding lines 3 on the long side surface 6 at one side are attached to the areas between the folding lines 2 to form an interlayer 7 parallel to the narrow side surface 1, and the two folding lines 2 are attached; the folding cover 5 is folded along the reverse folding line 3.

The regions between the two sides of the reverse crease line 3 on the long side surface 6 of the single side and the crease line 2 are bonded by gluing to form an interlayer 7 with a double-layer integrated structure; the existence of the interlayer 7 not only realizes the change of the packaging box from a large size to a small size, but also strengthens the strength of the small-size packaging box.

The distance between two crease lines 2 on the long side surface 6 of one side is equal to the width of the narrow side surface 1, the long side surfaces 6 of two sides are folded oppositely, and then the two reverse crease lines 3 are close to each other to form a closed interlayer 7, and the interlayer 7 separates the interior of the packing box into two independent spaces.

The opposite edges of the two folding covers 5 are arranged into opposite V-shaped structures 51, and the folding covers 5 are folded along the connecting line between the sharp corners of the V-shaped structures 51 and the reverse folding line 3.

A cutting line 52 is arranged between the sharp corner of the V-shaped structure 51 and the reverse folding line 3, the folding cover 5 is divided into two symmetrical small folding covers by the cutting line 52, and after the two small folding covers rotate and are attached by taking the cutting line 52 as an axis, the two small folding covers are turned back to the same plane, as shown in fig. 4.

The V-shaped structure 51 at the edge of the folding cover 5 is convenient for the folding forming of the folding cover 5 when the large size is changed into the small size; the existence of cutting line 52 cuts folding lid 5 into two small folding lids, and when the two small folding lids become a small-size packing box, the two small folding lids are turned back and forth synchronously, so that the formed small-size packing box has a symmetrical structure, and is beautiful and reliable, as shown in fig. 4.

A reinforced lining plate is arranged close to the opposite inner side of the long side surface 6 so as to enhance the packaging strength when the packaging bag is used in a large size state.

The utility model discloses a use-way does:

the first step is as follows: the long side face 6 and the narrow side face 1 are folded inwards in the same direction and are connected end to end in an adhering manner to form a closed side face of the packaging box;

the second step is that: folding the folding cover 5 at the top of the long side 6 inwards, folding the folding lug 4 at the top of the narrow side 1 inwards to the outer side of the folding cover 5, and sticking the folding lug 4 and the folding cover 5 to finish the forming of the large-size packing box, as shown in fig. 2 and fig. 1;

the third step: on the basis of the first step, the middle parts of the long side surfaces 6 at two sides are inwards folded along the reverse folding line 3 and the crease line 2, and the areas between the two sides of the reverse folding line 3 and the crease line 2 are adhered by gluing to form an interlayer 7 with a double-layer integrated structure; and folding the folding cover 5 along the cutting line 52 to be positioned on the same plane with the folding lug 4, and adhering the folding lug 4 and the folding cover 5 to complete the forming of the small-size packing box, as shown in fig. 3, 4 and 5.

The utility model is suitable for a multi-unit package of bottled daily products such as shampoo, shower gel, a packing carton satisfies in the demand of different packaging specification.

The utility model discloses a but variable dimension packing carton does through online packing mode shaping, and the shaping becomes different sizes as required to reduce artificial forming's working strength.

The utility model is simple in operation, it is rational in infrastructure, realized the rapid change of packing carton size, promoted the packing carton suitability greatly, the practicality is strong, helping hand in staff's packing efficiency.

The above description is for the purpose of explanation and not limitation of the invention, which is defined in the claims, and any modifications may be made within the scope of the invention.

Claims (7)

1. The utility model provides a variable dimension packing carton is used in electricity merchant, includes long side (6) that relative interval set up, extends between the edge that two long side (6) correspond and meets narrow side (1), its characterized in that: the packaging box is of a one-piece forming structure, and the long side face (6) and the narrow side face (1) are arranged at intervals and connected end to jointly form a closed side face of the packaging box; the middle parts of the long side surfaces (6) at the two sides are both provided with reverse folding lines (3) along the height direction, and the long side surfaces (6) at the two sides of the reverse folding lines (3) are symmetrically provided with crease lines (2); the middle of the tops of the long side surfaces (6) at the two sides is turned over and extended with a folding cover (5), and the tops of the narrow side surfaces (1) at the two sides are turned over and extended with a turning lug (4); the turning lug (4) is positioned on the outer side of the folding cover (5), and the turning lug (4) and the folding cover (5) are adhered into a whole.

2. An e-commerce variable size package as defined in claim 1, wherein: the middle parts of the long side surfaces (6) at the two sides are inwards folded along the reverse folding lines (3) and the crease lines (2) in opposite directions, so that the two reverse folding lines (3) are positioned inside the packaging box, the two sides of the reverse folding lines (3) on the long side surface (6) at the single side are attached to the areas between the crease lines (2) to form an interlayer (7) parallel to the narrow side surface (1), and the two crease lines (2) are attached to each other; the folding cover (5) is folded along with the reverse folding line (3).

3. An e-commerce variable size package as defined in claim 2, wherein: the areas between the two sides of the reverse crease line (3) on the long side surface (6) on the single side and the crease line (2) are bonded by gluing to form a double-layer integrated interlayer (7).

4. An e-commerce variable size package as defined in claim 2, wherein: the distance between two crease lines (2) on the long side surface (6) on one side is equal to the width of the narrow side surface (1), the long side surfaces (6) on two sides are folded in opposite directions, then the two reverse crease lines (3) are close to each other to form a closed interlayer (7), and the interlayer (7) separates the interior of the packing box into two independent spaces.

5. An e-commerce variable size package as defined in claim 2, wherein: the opposite edges of the two folding covers (5) are arranged into opposite V-shaped structures (51), and the folding covers (5) are folded along the connecting line between the sharp corners of the V-shaped structures (51) and the reverse folding line (3).

6. An e-commerce variable size package of claim 5, wherein: v type structure (51) closed angle department and anti broken line (3) between open and have cut line (52), cut line (52) will roll over lid (5) and separate into two little folding lids of symmetry, two little folding lids use cut line (52) as the axis rotation and laminating back, two little folding lids back on the back turn over to the coplanar.

7. An e-commerce variable size package as defined in claim 1, wherein: and a reinforced lining plate is arranged close to the opposite inner side of the long side surface (6).

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