CN220430782U - Fruit packing box with partition wall structure - Google Patents

Abstract

The utility model discloses a fruit packaging box with a partition structure. The box body of the fruit packaging box with the partition structure is formed by a piece of paper to form a number of mutually independent fruit cavities. The top of each fruit cavity is connected with Fruit positioning board. It is used for most spherical fruits and has good buffering and protection properties. It solves the problem of fruit collision caused by transportation in existing corrugated cartons. It is also easy to recycle and has an unsealing structure to increase the use of cartons. security.

Description

Fruit packaging box with partition structure

Technical field

The utility model belongs to the field of fruit packaging and relates to a fruit packaging box with a partition structure.

Background technique

In recent years, with the continuous development of e-commerce platforms, fruit distribution services have become more complete. Convenient purchase channels have increased the demand for fruits, and at the same time put more pressure on the circulation of fruits. Currently, there are three common packaging methods for spherical fruits: simple stacking, cardboard separation and foam separation. (1) Simple stacking type: directly stack the fruits covered with foam covers in the box. This commonly used packing method is simple, efficient, and economical, but during the circulation process, the box is easily crushed and the fruit body is displaced, resulting in skin damage and shortened shelf life of the fruit body. (2) Cardboard separation type: It exists in the form of "cardboard-card slot divider-cardboard". Cardboard and card slot dividers are placed alternately in the carton. The card slot cardboard separates the inside of the carton into "well" squares. Yu Zhiguo. This packing method can avoid collisions between fruits and fruit body displacement, but the buffering performance is not good. (3) Foam partition type: A whole foam tray with multiple fruit slots is used to hold fruits. Single or multi-layer foam trays can be placed in the packaging box. This type of packing method has the best cushioning performance, but most foam pallets are difficult to downgrade and difficult to recycle. Therefore, it is necessary to provide a fruit packaging box with a partition structure to solve the above technical problems.

Utility model content

The purpose of this utility model is to provide a fruit packaging box with a partition structure, which solves the problem of fruit collision caused by transportation links in cartons existing in the prior art. At the same time, one paper is formed to realize flat transportation and save transportation and storage costs. .

The technical solution adopted by the utility model is that the box body of the fruit packaging box with partition structure is formed by a piece of paper to form a number of mutually independent fruit cavities, and the top of each fruit cavity is connected with a fruit positioning plate.

The utility model also has the following features:

The box body is a rectangular parallelepiped structure surrounded by a cover plate, a rear bottom plate, a front bottom plate, a rear plate, a front plate, an end plate a, and an end plate b. The front end of the cover plate is connected with an upper cover insert flap, and one side of the rear plate is connected There are adhesive wings, the front ends of the rear bottom plate and the front bottom plate are respectively connected to the bottom plate extension plate, the upper part of the front plate is connected to a plug tongue, the upper parts of the end plate a and the end plate b are respectively connected to dust flaps, the end plate a and the end plate The other side of b is connected to the end plate extension plate and the fruit cavity partition wall a in sequence. The fruit cavity partition wall a under the end plate b is connected to the fruit cavity partition wall b, the fruit cavity partition wall c and the fruit cavity partition wall in sequence. d. Fruit cavity partition walls e. The lower part of each fruit cavity partition wall is connected with a number of fruit positioning plates.

There is a crease in the center of the fruit positioning plate, the crease is a regular polygon, and there are openings on each diagonal of the regular polygon.

The cover plate is provided with a plurality of tear-opening tabs, and the tear-opening tabs are surrounded by a circle of small holes spaced apart from each other.

A number of ventilation holes are provided on the end plate.

The end plate extension plate is provided with a slot in the middle.

The middle and upper part of the fruit cavity partition wall a is provided with a clamping groove.

Four card slots are provided at equal intervals in the middle and lower part of the bottom plate extension plate. The two card slots at both ends of the bottom plate extension plate correspond to the card slots a of the two fruit cavity side walls respectively. The two card slots in the middle of the bottom plate extension plate They correspond to the slots on the fruit cavity partition wall c and the fruit cavity partition wall e respectively.

The two dust flaps are trapezoidal.

The beneficial effects of this utility model are:

(1) The box structure of the present utility model not only retains the simplicity, efficiency and convenience of the cartons used in the simple stacking type and cardboard separation type, but also has a buffering and protection performance comparable to that of the foam-separated packaging structure.

(2) This utility model forms an independent fruit cavity inside the box by extending the bottom plate and end plate inside the box, and rationally designing the slot positions thereon, thereby simplifying the production and processing procedures of the carton, and the empty box It can be formed into a single piece of paper and transported flat, saving transportation and warehousing costs. In addition, the fruit positioning plate on the upper part of the fruit cavity plays a role in fixing the fruit, which not only ensures that the fruit does not shift during transportation, but also avoids damage and collision between fruit bodies due to extrusion, reducing fruit transportation losses;

(3) The utility model is equipped with an unsealing tear-off piece on the box cover. When sealing the box, the circular tear-off patch on the cover is tightly adhered to the dust-proof flap of the end plate. When unpacking the package, you need to tear the round patch from the cover through the tear line. If the tear line shows rupture, it means the package has been unpacked.

Description of drawings

Figure 1 is a schematic structural diagram of a fruit packaging box with a partition structure;

Figure 2 is an expanded view of a fruit packaging box with a partition structure;

Figure 3 is a schematic structural diagram of a fruit positioning plate in a fruit packaging box with a partition structure.

In the picture, 1. Box body, 2. Spherical fruit, 3. Fruit cavity, 1-1. Upper cover insert flap, 1-2. Cover plate, 1-3. Opening tearing piece, 1-4. Adhesive wings, 1-5. Rear panel, 1-6. Rear bottom panel, 1-7. Front panel, 1-8. Insert tongue, 1-9. Front bottom panel, 1-10. Dust-proof flap, 1-11 .End plate b, 1-12. Breathing holes, 1-13. End plate extension plate, 1-14. Fruit positioning plate, 1-15. Bottom plate extension plate, 1-16. End plate a, 1-17. Placement The dividing wall of fruit cavity a, 1-18. Set the dividing wall of fruit cavity b, 1-19. Set the dividing wall of fruit cavity c, 1-20. Set the dividing wall of fruit cavity d, 1-21. Set the dividing wall of fruit cavity e.

Detailed ways

The utility model will be described in detail below with reference to the accompanying drawings and specific embodiments.

Please refer to Figure 1. The utility model provides a fruit packaging box with a partition structure, including a box body 1. The inside of the box body 1 includes a fruit placing cavity 3. In the figure, the inside of the box body is divided into several fruit placing cavities of equal size. The spherical fruit 2 is placed in the fruit cavity 3, and the top of each fruit cavity 3 is connected with a fruit positioning plate 1-14 respectively.

Please refer to Figure 2. The box 1 of the present utility model is composed of a cover plate 1-2, a rear bottom plate 1-6, a front bottom plate 1-9, a rear plate 1-5, a front plate 1-7, an end plate a1-16, A rectangular parallelepiped structure surrounded by end plates b1-11. The front end of the cover plate 1-2 is connected to the upper cover insertion flap 1-1, one side of the rear plate 1-5 is connected to the adhesive wing 1-4, and the rear bottom plate 1-6 , The front ends of the front bottom plates 1-9 are connected to the bottom plate extension plates 1-15 respectively, the upper parts of the front plates 1-7 are connected to the plug tongues 1-8, the upper parts of the end plates a1-16 and the end plates b1-11 are respectively connected to anti- The other sides of the dust flap 1-10, the end plate a1-16 and the end plate b1-11 are respectively connected with the end plate extension plate 1-13, the fruit cavity partition wall a1-17, and the lower part of the end plate b1-11. The fruit cavity partition wall a1-17 is connected in sequence to the fruit cavity partition wall b1-18, the fruit cavity partition wall c1-19, the fruit cavity partition wall d1-20, and the fruit cavity partition wall e1-21. The lower part of each fruit cavity partition wall is respectively A number of fruit positioning plates 1-14 are connected; the fruit positioning plates 1-14 are provided with a crease in the middle, the crease is a regular polygon, and an opening is provided on each diagonal of the regular polygon; the cover plate 1-2 is provided with a crease. A number of unsealing tear pieces 1-3, the unsealing tear pieces 1-3 are surrounded by a circle of small holes spaced apart from each other; a number of ventilation holes 1-12 are provided on the end plate 1-11; the end plate extension plate 1-13 A slot is provided in the center; a clipping slot is provided in the middle and upper part of the fruit cavity partition wall a1-17; four clipping slots are provided at equal intervals in the middle and lower part of the bottom plate extension plate 1-15, and two at both ends of the bottom plate extension plate 1-15 The card slots correspond to the card slots of the two fruit cavity side walls a1-17, and the two middle card slots of the bottom plate extension plate 1-15 are respectively connected to the fruit cavity partition wall c1-19 and the fruit cavity partition wall e1-21. corresponding to the card slot; the two dust-proof flaps 1-10 are trapezoidal.

The forming process of the carton is: first, put the cover plate 1-2, the rear bottom plate 1-6, the front bottom plate 1-9, the rear plate 1-5, the front plate 1-7, the end plate a1-16, and the end plate b1-11 along the Fold the fold line into a rectangular parallelepiped; then fold the two base plate extension plates 1-15 inward at 90° along the fold lines formed with the rear base plate 1-6 and the front base plate 1-9 respectively. At this time, the four base plate extension plates 1-15 The two card slots overlap; then, the card slots of the fruit cavity side wall a1-17 and the fruit cavity side wall b1-18 are respectively connected with the left and right card slots of 1-15 to form the fruit cavity on the left and right sides; Fold the fruit cavity partition b1-18, the fruit cavity partition c1-19, the fruit cavity partition d1-20, and the fruit cavity partition e1-21 according to their respective creases, and connect the two slots in the middle of 1-15 with With the slot buckles on the fruit cavity partition c1-19 and the fruit cavity partition e 1-21, the inner space of the carton is completely separated into separate fruit cavity 3. Each of the fruit cavity 3 has a Fruit positioning plate 1-14, the fruit positioning plate 1-14 is polygonal, and finally the adhesive wings 1-4 are glued and folded inward at 90° to realize the folding of the box part.

Please refer to Figure 3. Figure 3 shows a detailed view of the fruit positioning plate of a fruit packaging box with a partition structure of the present invention. There is a fruit positioning plate 1-14 on the upper surface of the fruit cavity 3. The fruit positioning plate 1-14 is polygonal and will be depressed according to the depth of the fruit placement, so that the inside of the fruit cavity 3 presents a pyramid-shaped concave shape similar to the shape of the fruit. cavity, that is, when the spherical fruit 2 is placed vertically from top to bottom, the openings of the fruit positioning plates 1-14 will become larger and larger with the depth of the fruit until the fruit body is fixed so that the fruit does not shift in the carton.

Example 1

As shown in Figure 1, the assembly process of the fruit packaging box with partition structure proposed in this embodiment is: first fold the box 1, and connect the rear panels 1-5, rear bottom panels 1-6, and front panels 1-5 of the box 1. 7. Fold the front bottom plate 1-8, the end plate 1-11, the end plate extension plate 1-13, and the bottom plate extension plate 1-15 according to the linear shape to form an independent fruit cavity 3 inside the box 1; then, The spherical fruit 2 is placed in the fruit cavity 3 of the box 1; finally, glue is applied to the opening tear piece 1-3, and the dust-proof flap 1-10 and the cover 1-2 are folded inward, and the upper cover is inserted Insert the flap 1-1 to seal and complete the box sealing.

Example 2

As shown in Figure 2, the fruit packaging box with a partition structure proposed in this embodiment includes a box body 1. The box body 1 is formed by a piece of paper to form a number of mutually independent fruit cavities 3. Each of the fruit cavities 3 The tops are respectively connected with fruit positioning plates 1-14.

Box 1 is a rectangular parallelepiped surrounded by cover plate 1-2, rear bottom plate 1-6, front bottom plate 1-9, rear plate 1-5, front plate 1-7, end plate a1-16, and end plate b1-11 Structure, the front end of the cover plate 1-2 is connected to the upper cover insert flap 1-1, one side of the rear plate 1-5 is connected to the adhesive wing 1-4, the front ends of the rear bottom plate 1-6 and the front bottom plate 1-9 are respectively The bottom plate extension plate 1-15 is connected, the upper part of the front plate 1-7 is connected with the plug tongue 1-8, the upper part of the end plate a1-16 and the end plate b1-11 is connected with the dust flap 1-10 respectively, and the end plate The other side of a1-16 and the end plate b1-11 are respectively connected to the end plate extension plate 1-13 and the fruit cavity partition wall a1-17. The fruit cavity partition wall a1-17 at the lower part of the end plate b1-11 is connected in sequence. There are fruit cavity partition walls b1-18, fruit cavity partition walls c1-19, fruit cavity partition walls d1-20, and fruit cavity partition walls e1-21. The lower part of each fruit cavity partition wall is connected to a number of fruit positioning plates 1-14. .

There is a crease in the center of the fruit positioning plate 1-14, the crease is a regular polygon, and there are openings on each diagonal of the regular polygon.

Example 3

As shown in Figure 2, the fruit packaging box with a partition structure proposed in this embodiment includes a box body 1. The box body 1 is formed by a piece of paper to form a number of fruit-holding cavities 3 that are independent of each other. The top of each fruit-holding cavity 3 is Fruit positioning plates 1-14 are respectively connected.

Box 1 is a rectangular parallelepiped surrounded by cover plate 1-2, rear bottom plate 1-6, front bottom plate 1-9, rear plate 1-5, front plate 1-7, end plate a1-16, and end plate b1-11 Structure, the front end of the cover plate 1-2 is connected to the upper cover insert flap 1-1, one side of the rear plate 1-5 is connected to the adhesive wing 1-4, the front ends of the rear bottom plate 1-6 and the front bottom plate 1-9 are respectively The bottom plate extension plate 1-15 is connected, the upper part of the front plate 1-7 is connected with the plug tongue 1-8, the upper part of the end plate a1-16 and the end plate b1-11 is connected with the dust flap 1-10 respectively, and the end plate The other side of a1-16 and the end plate b1-11 are respectively connected to the end plate extension plate 1-13 and the fruit cavity partition wall a1-17. The fruit cavity partition wall a1-17 at the lower part of the end plate b1-11 is connected in sequence. There are fruit cavity partition walls b1-18, fruit cavity partition walls c1-19, fruit cavity partition walls d1-20, and fruit cavity partition walls e1-21. The lower part of each fruit cavity partition wall is connected to a number of fruit positioning plates 1-14. .

There is a crease in the center of the fruit positioning plate 1-14, the crease is a regular polygon, and there are openings on each diagonal of the regular polygon.

The cover 1-2 is provided with a plurality of tear-opening tabs 1-3, and the tear-opening tabs 1-3 are surrounded by a circle of small holes spaced apart from each other.

A number of ventilation holes 1-12 are provided on the end plate 1-11.

A slot is provided in the center of the end plate extension plate 1-13.

The middle and upper part of the fruit cavity partition wall a1-17 is provided with a clamping groove.

There are four card slots equidistantly provided in the middle and lower part of the bottom plate extension plate 1-15. The two card slots at both ends of the bottom plate extension plate 1-15 respectively correspond to the card slots of the two fruit cavity side walls a1-17. The bottom plate is extended The two card slots in the middle of the plate 1-15 correspond to the card slots on the fruit cavity partition wall c1-19 and the fruit cavity partition wall e1-21 respectively.

The two dust-proof flaps 1-10 are trapezoidal.

Claims (4)

1. The fruit packaging box with the partition wall structure is characterized by comprising a box body (1), wherein the box body (1) is formed by paper to form a plurality of mutually independent fruit placing cavities (3), and the top of each fruit placing cavity (3) is respectively connected with a fruit positioning plate (1-14); the box body (1) is of a cuboid structure surrounded by a cover plate (1-2), a rear bottom plate (1-6), a front bottom plate (1-9), a rear plate (1-5), a front plate (1-7), an end plate a (1-16) and an end plate b (1-11), the front end of the cover plate (1-2) is connected with an upper cover and inserted into a front plate (1-1), one side of the rear plate (1-5) is connected with a pasting wing (1-4), the front ends of the rear bottom plate (1-6) and the front bottom plate (1-9) are respectively connected with a bottom plate extension plate (1-15), the upper part of the front plate (1-7) is connected with an inserting tongue (1-8), the upper parts of the end plate a (1-16) and the end plate b (1-11) are respectively connected with a dustproof sheet (1-10), the other sides of the end plate a (1-16) and the end plate b (1-11) are respectively connected with an extension plate (1-13) and a fruit cavity partition wall a (1-17), the partition wall a partition wall (1-17) is connected with a fruit cavity (1-20) and a fruit cavity (1-20) is arranged in sequence, and the partition wall cavity (1-20) is arranged below the end plate b (1-11) and fruit cavity (1-20-1-20) The lower part of each fruit placing cavity dividing wall e (1-21) is respectively connected with a plurality of fruit positioning plates (1-14); a crease is arranged in the middle of the fruit positioning plate (1-14), the crease is a regular polygon, and each diagonal line of the regular polygon is provided with an opening; a slot is formed in the middle of the end plate extension plate (1-13); the middle upper part of the fruit placing cavity dividing wall a (1-17) is provided with a clamping groove; four clamping grooves are formed in the middle lower portion of the bottom plate extension plate (1-15) at equal intervals, two clamping grooves at two ends of the bottom plate extension plate (1-15) correspond to clamping grooves of two fruit placing cavity partition walls a (1-17) respectively, and two clamping grooves in the middle of the bottom plate extension plate (1-15) correspond to clamping grooves on the fruit placing cavity partition walls c (1-19) and the fruit placing cavity partition walls e (1-21) respectively.

2. Fruit packing case with dividing wall structure according to claim 1, characterized in that the cover plate (1-2) is provided with a plurality of tearing pieces (1-3), and the tearing pieces (1-3) are surrounded by a circle of small holes which are mutually spaced.

3. Fruit packing case with partition wall structure according to claim 2, characterized in that the end plate b (1-11) is provided with a plurality of ventilation holes (1-12).

4. A fruit package with a partition structure according to claim 3, characterized in that the two dust flaps (1-10) are trapezoidal.