KR200354648Y1 - Box for fruit package - Google Patents

Abstract

The present invention forms the inner plate to be integrated with the packing box to prevent the contents from being packed together when the fruits are packed together with the packing box, so that the packaging of the fruit can be easily assembled and beautifully packed. More specifically, it relates to a fruit packaging box, and more specifically, to form an adhesive protrusion on one side of the side wall forming the four sides of the packaging box, to form a cover and a bottom plate on the top and bottom of the side wall, and to the side wall and side wall and side wall and cover and side wall and bottom In the fruit packaging box formed by forming a bend line at the boundary between the plates, bending each bend line and adhering the adhesive protrusion to the other side wall:

In the upper part of the long side cover (7) (7a), the binding protrusions (701) (701a) which define the 6th bending line (9q) (9r) are formed, and it cuts in the upper center of the short side cover (8) (8a). The long side partitioning plate 5 which forms grooves 801 and 801a and extends the long side support plates 3 and 3a below the long side walls 1 and 1a so as to be integrated with the handles 503 and 503a. 5a) and a fourth bending line 9m, 9n at the boundary between the long side plate 3, 3a and the long side partition plate 5, 5a, and the long side plate 3, 3a. On the inner side of the long side partitioning plates 5 and 5a, recess grooves 501 and 501a penetrating through the fourth bend line 9m and 9n are formed to be spaced apart at a predetermined interval so as to face the long side partitioning plates 5 and 5a. ) Side is formed with a constant inclination, and the locking projections 502, 502a and the locking grooves 505, 505a are formed inside the recessed grooves 501, 501a, and the handle holes (503) are formed at the center of the handles 503, 503a. 504) 504a, a seventh bend line 9s, 9t between handles 503, 503a and long side partition plates 5, 5a, and extend the short side support plates 4, 4a. The fifth heel Single side compartment plates 6, 6a bounded by lines 9o, 9p are integrally formed, and one surface is formed in the middle of the single side compartment plates 6, 6a on the fifth bending line 9o, 9p. Plates and partitions integrally formed with the bottom plate are formed on the inside of the assembled fruit packaging box by forming the fixing grooves 601 and 601a in contact with each other. By putting them in the packaging, the packed fruits can be prevented from being damaged by each other, which reduces the packaging cost of the fruits and shortens the time for manufacturing and packaging the fruits. There is an advantage that can be obtained.

Description

Box for fruit package {Box for fruit package}

The present invention relates to a fruit packaging box for packing fruit. More specifically, when packaging fruits such as apples and pears, the inner plate which is put together to prevent the contents from coming together and causing a flaw is integrated with the packaging box. By forming, the packaging box is easy to assemble and beautiful in appearance.

In general, in order to pack a large number of fruits, cardboard and paper cuttings are used to make a packaging box.In order to prevent the contents from being injured while being transported, paper and foam are separated from the box inside the box. The diaphragm and the partition wall which are made of resin are separately added and the fruit is inserted into the grooves of the diaphragm and the partition wall.

Recently, due to the nuclear family, the number of household members is small, so the fruit is packaged and sold in small packing units.However, a small amount of fruit is packaged into the net foamed resin to individually package the fruit or have a certain size. In a plastic resin plate of a small amount of fruit wrapped in plastic wrap or put in a small box to be packed.

However, in the conventional fruit packaging box as described above, in order to prevent the fruits from being inadvertently damaged from each other regardless of the size of the box, it is necessary to partition the inside of the box using partitions and partitions to separate the fruit input space. For this purpose, plates, bulkheads and net-type protective equipment must be manufactured separately from the packing box and put into the inside of the box. Conventional packaging box is attached to the bottom of the tape to fix the bottom surface to contain the contents and cover the cover again to fix the cover with tape or tied with a string so that the cover of the box does not open, which is expensive packaging fruit The increase in packaging time resulted in a drop in productivity.

The present invention has been made to improve the above-mentioned drawbacks as described above, when the packaging of the fruit to prevent the fruit from being damaged by each other to prevent the damage to each other, the plate and the bulkhead is formed integrally with the box body to assemble the box The purpose of the present invention is to propose a fruit packaging box in which partition walls and partitions are formed.

1 is a perspective view of a fruit packaging box according to the present invention.

Figure 2 is a partial cross-sectional perspective view of the top open state.

3 is a development of the present invention

Figure 4 is an exploded perspective view showing the assembled state of the partition plate.

5 is a perspective view showing the assembled state of the cover portion.

6 is a cross-sectional view of FIG. 7 as a planar cross-sectional view.

7 is a longitudinal cross-sectional view illustrating a cross-sectional view taken along line B-Na 'of FIG. 8.

FIG. 8 is a cross-sectional view taken along line Da-da 'of FIG. 7. FIG.

*** Explanation of main parts of drawing ***

1,1a: long side wall 2,2a: short side wall

3,3a: Long side plate 4,4a: Single side support plate

5,5a: Long side compartment plate 501,501a: Concave groove

502,502a: Hanging projection 503,503a: Handle

504,504a: Handle hole 6,6a: Single side compartment plate

601,601a: fixing groove 7,7a: long side cover

701,701a: binding protrusion 8,8a: single side cover

801,801a: Incision grooves 9a, 9b, 9c, 9d: first bending line

9e, 9f, 9g, 9h: 2nd bending line 9i, 9j, 9k, 9l: 3rd bending line

9m, 9n: 4th bending line 9o, 9p: 4th bending line

9q, 9r: 6th bending line 9s, 9t: 7th bending line

In order to achieve the above object, the present invention extends the bottom of the conventional packing box to form a packing box by folding a paper, such as a corrugated cardboard and forming a plurality of bending lines therein to divide the partition plate and the handle. Forming and allowing the partition plate and the handle to protrude to the top of the box through the inside of the box to achieve the above object will be described in detail based on the accompanying drawings.

First, a development view for manufacturing a packaging box of the present invention is shown in FIG.

In other words, the present invention forms first bend lines 9b, 9c, and 9d at each boundary between the long side walls 1, 1a and the short side walls 2, 2a, which form the slope of the packing box. 1) forming a joining protrusion 102 on one side to form a first bending line 1a at the boundary with the adjacent long side wall 1, and forming an adhesive surface on the other short side wall 2a, and forming the long side wall 1 The long side cover (7) (7a) and the short side cover (8) (8a) are formed on the upper side of the (1a) and the short side wall (2) (2a), and the long and short side walls (1) (1a) (2) ( A second bending line (9g) (9f) (9g) (9h) is formed between 2a) and the long and short side covers ((7) (7a) (8) (8a), and the long side covers ((7) (7a) In the upper portion of the sixth bending line (9q) (9r) to form a binding protrusion (101) (101a) bounded by the upper center of the short side cover (8) (8a) is formed in the incision grooves (801, 801a) do.

On the lower side of the long and short side walls 1, 1a, 2, and 2a, the long side support plates 3, 3a and the short side support plates bounded by the third bend lines 9i, 9j, 9k, and 9l. 4) 4a is formed, and the long side support plates 3 and 3a are extended to form long side partition plates 5 and 5a integral with the handles 503 and 503a, and the long side bottom plates 3 and 3a. ) And a fourth bending line (9m) (9n) at the boundary between the long side partition plate (5) and 5a, and inside the long side bottom plate (3) (3a) and the long side partition plate (5) (5a). 4 Indentation grooves 501 and 501a penetrating through the bending line 9m and 9n are formed to be spaced apart at a predetermined interval, and the long side partitioning plates 5 and 5a are formed at a predetermined inclination to be recessed grooves 501 and 501a. ) Is formed on the inside of the handle protrusions (502) (502a) and the locking grooves (505) (505a), and the handles (503) (503a) to form handle holes (504) (504a) and handles (503) (503a) 7th bending line 9s (9t) is formed between and the long side partition plate 5095a.

At the lower end of the short side walls (2) (2a), a short side support plate (4) (4a) is formed on the third bending line (9j) (9l) as a boundary, and the short side support plate (4) (4a) is extended to the fifth bend. Single side compartment plates 6, 6a bounded by lines 9o, 9p are integrally formed, and one surface is formed in the middle of the single side compartment plates 6, 6a on the fifth bending line 9o, 9p. The fixing grooves 601 and 601a are in contact with each other.

An embodiment of assembling the fruit packaging box of the present invention having the structure as described above is shown in FIGS. 2, 4, and 7.

That is, the bottom plate of the packaging box of the present invention is formed by first folding the first bending lines 9a, 9b, 9c, and 9d at right angles, and then attaching the joining protrusion 102 to the adhesive portion 103 of the short side wall 2a. The fourth bending line (9m) (9n) formed between the long side bottom plate (3) (3a) and the long side partition plate (5) (5a) at right angles to form a box side wall of the side wall (1) Fold the third bend line 9i (9k) between (1a) and long side bottom plate (3) 93a at right angles, and put the handles 503 (503a) on both sides into the rectangular box to make the long side bottom plate (3). Longitudinal partition plate (5) (5a) bent at right angles in the (3a) partitions the center of the box to be assembled and is projected upward through the inner side and the third bending line of the short partition plate (6) (6a) (9j) (9l) is bent at right angles to the short side walls (2) (2a), and the fifth bending line (9o) (9p) is bent to short side supporting plates (4) (4a) and short side partition plates (6) (6a). ) Is bent at a right angle so that the short side partition plate 6, 6a is inserted into the recessed grooves 501, 501a of the long side partition plate 5, 5a. By inserting the coupling projections 501 and 502a of the recessed grooves 501 and 501a into the fixing grooves 601 and 601a of the short side partition plates 6a and 6a. One side of the hook is caught by the catching grooves 505 and 505a of the recessed grooves 501 and 501a so that the bottom plate is not lifted to the top of the packing box even when the handle is pulled, thereby completing the assembly of the bottom plate and the partition plate. .

5 is an embodiment of the cover unit assembly of the present invention packaging box.

That is, the cover portion of the packaging box of the present invention is folded at right angles to the second bending line (9f) (9h) formed at the boundary between the short side cover (8) (8a) and the short side wall (2) (2a), the short side cover (8) (8a). 5th bending line 9q formed at both ends of the handles 503 and 501a to be inserted into the incision grooves 801 and 801a formed at the center of the upper portion, and formed on the upper side of the long side covers 7 and 7a. (9r) is bent so that the binding protrusions (101) (101a) are perpendicular to the long side cover (7) (7a), and the second bending line (9e) (9g) at the bottom is bent to form the long side wall (1) (1a). ) And the long side cover (7) (7a) to form a right angle so that the binding protrusions (701, 701a) is inserted between the handles 503 (503a) and the long side cover (7) (7a) and fixed when the binding protrusion (7) Both ends of (7a) are introduced into the cutout grooves (801) (801a) of the short side covers (8) and (8a) simultaneously with the outside of the handles (503) (503a) and both ends of the long side covers (7) (7a). The top cover is fixed by being covered on the outside of the short side covers 6 and 6a and the handles 503 and 503a are assembled. The assembly is completed by forming the protrusion center portion of the packing box.

In addition, the seventh bending line (9s) (9t) is used for stacking the assembled packaging box, the handle (503) (503a) protruding by folding the seventh bending line (9s) (9t) formed in the handle to the outside The assembled packing boxes may be stacked by spreading over the long side covers 7 and 7a.

The present invention as described above is partitioned inside the box by forming a plate and partition formed integrally with the bottom plate on the inside of the assembled fruit packaging box to be packed by putting the fruit for the purpose of packaging in each compartment space Fruits can be prevented from being damaged by each other, which reduces the packaging cost of the fruits and shortens the time for manufacturing the packaging and packaging the fruits, thus providing a fruit packaging box with excellent competitiveness and convenient transportation and storage. .

Claims (2)

The adhesive protrusion is formed on one side of the side wall which forms the four sides of the packing box, and the cover and the bottom plate are formed on the top and the bottom of the side wall, and the bending line is formed at the boundary between the side wall and the side wall and the side wall and the cover and the side wall and the bottom plate. In a fruit packaging box formed by bending a bending line of and adhering an adhesive protrusion to another wall: In the upper part of the long side cover (7) (7a), the binding protrusions (701) (701a) which define the 6th bending line (9q) (9r) are formed, and it cuts in the upper center of the short side cover (8) (8a). The long side partitioning plate 5 which forms grooves 801 and 801a and extends the long side support plates 3 and 3a below the long side walls 1 and 1a so as to be integrated with the handles 503 and 503a. 5a) and a fourth bending line 9m, 9n at the boundary between the long side plate 3, 3a and the long side partition plate 5, 5a, and the long side plate 3, 3a. On the inner side of the long side partitioning plates 5 and 5a, recess grooves 501 and 501a penetrating through the fourth bend line 9m and 9n are formed to be spaced apart at a predetermined interval so as to face the long side partitioning plates 5 and 5a. ) Side is formed with a constant inclination, and the locking projections 502, 502a and the locking grooves 505, 505a are formed inside the recessed grooves 501, 501a, and the handle holes (503) are formed at the center of the handles 503, 503a. 504) 504a, a seventh bend line 9s, 9t between handles 503, 503a and long side partition plates 5, 5a, and extend the short side support plates 4, 4a. The fifth heel Single side compartment plates 6, 6a bounded by lines 9o, 9p are integrally formed, and one surface is formed in the middle of the single side compartment plates 6, 6a on the fifth bending line 9o, 9p. Fruit packaging box, characterized in that by forming the fixing groove 601 (601a) in contact The fruit packaging box according to claim 1, wherein a seventh bending line (9s) (9t) is formed between the handle (503) (503a) and the long side partition plate (5) (5a).