KR20100088222A - Fruits packing box and packing method of fruits packing box - Google Patents

Abstract

PURPOSE: A method for packing a fruit packing box is provided to prevent the fruit packing box from being damaged due to external shocks by fixing a buffer box to the inner circumference of the fruit packing box, to shorten packing processes, and to be eco-friendly by easily discarding the packing box and buffer box which are made of papers. CONSTITUTION: A method for packing a fruit packing box(1) includes a step of positioning fruits(16) between buffer boxes(2,2') in which a placement hole is arranged. The upper and lower boxes(4,4') are piled in the fruit packing box. The buffer boxes are fitted into the upper and lower part of the fruits. The buffer boxes are fitted into the inner circumference of the fruit packing box. A first board and a buffer board(7) are located on both sides of a second board(6).

Description

Fruit packing box and packing method of fruits packing box

According to the present invention, when a variety of fruits such as apples, pears, melons, and melons having a spherical shape are packed and transported and stored, the buffer box is placed up and down with the fruits interposed therebetween so as to be safely packed so as not to be damaged by an external shock. It relates to a packaging method and a fruit packaging box of the fruit packaging box, characterized in that inserted.

In general, as a box for packing fruit, a box made of cardboard or styrofoam is widely used. The way of packing fruit, such as apples, pears, and melon, which is spherical, is spherical inside a box that is stacked in the upper and lower parts. In the process of packaging, transporting and storing the fruits of the fruit, a plate-shaped buffer plate made of styrofoam material is used to prevent the fruit from being damaged by the impact from the outside. The buffer plate body is inserted at regular intervals so as to insert the fruit. After arranging and inserting, wrap the surface of the fruit with a sponge-like outer cover and insert it into the insertion groove of the buffer plate.

Therefore, in the packaging box, the fruit is wrapped in the outer wrap into the insertion groove of the buffer plate body in the same manner as described above and laminated and packed in multiple stages according to the selection.

However, the fruit packaging box is composed of feeder or styrofoam, which is weak to impact, so that the box is easily damaged or deformed from external impact, and the fruit stored inside is not properly protected from external shock during transportation and storage. And deteriorated or deformed to deteriorate the quality.

In other words, the fruit packaging box made of conventional paper is weak in strength, so the box is easily damaged or damaged by external shocks, and the fruit stored inside is simply wrapped with a cover to prevent proper protection from external shocks. There is a problem that the fruit is damaged or deformed to reduce the quality of the fruit.

Therefore, in recent years, it is common to deliver spherical fruits by courier, so that the box is damaged during the delivery process, and the fruit is often bruised, so that consumers are dissatisfied with the quality and demand returns. The seller's sluggish sales add to economic losses.

In addition, when packing fruit in a packing box, it is cumbersome to wrap the whole cover. There was a problem of causing environmental pollution when discarding after using the sponge to purchase the cover and the synthetic resin material.

Therefore, in order to solve the above problems, the present invention does not use a styrofoam plate or cover as in the case of packaging spherical fruits in the existing fruit packaging box by seating the upper and lower parts of the fruit by a buffer box In the fruit packaging box, the buffer box located above and below the fruit is fixed in a state spaced apart from the inner circumferential surface of the packaging box so that it can be delivered to the consumer in perfect condition without being damaged or damaged by external impacts. Provides a method of packaging fruit packaging boxes and fruit packaging boxes.

As described above, the present invention wraps in a packing method using a buffer box so as to be differentiated from the conventional spherical fruit packing method, and fully buffers the impact applied from the outside by fixing the inside of the fruit packing box. Even if it is damaged, the fruit is effective to block the damage.

In addition, the present invention shortens the packaging process because it does not use a synthetic resin, styrofoam, sponge, etc. as in the conventional method by inserting the buffer box into the packaging box, and the packaging box and the buffer box are all made of paper material It is easy to dispose of and has an environmentally friendly effect.

In addition, the present invention is because the fruit packaged in the buffer box is not damaged, the seller has almost no deterioration of the quality of fruit delivered by courier, etc. There is no quantity returned by the damage, rather the seller satisfies the reliability of quality to the consumer The sales turnover has an effect of increasing.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Figure 1a, b is a perspective view showing the development of the buffer box of the present invention.

The present invention apples inside the fruit packaging box (1). In the process of packing the spherical and oval fruits 16 such as pears and melons, the buffer boxes 2 and 2 'are fitted to the upper and lower spherical fruits so as not to be damaged by an external impact. Fixed, the size of the buffer box (2, 2 ') is to have the same size as the fruit packaging box (1) in order to maintain a tightly inserted state inside the fruit packaging box (1).

Therefore, the buffer boxes (2, 2 ') is a seating hole so as to fit the top and bottom of the fruit 16, respectively, in order to prevent damage to the spherical fruit 16 is packed into the fruit packaging box (1) (9) is formed.

The buffer boxes (2, 2 ') is preferably used mainly made of paper, such as corrugated cardboard may be produced using a synthetic resin depending on the situation.

That is, the buffer boxes 2 and 2 'are divided into three parts in a state in which the plate body cut to a predetermined size is developed, and the first plate body 5 and the buffer plate 7 are provided on both sides of the second plate body 6. Located.

 Accordingly, the buffer plate body 7 is positioned at one side of the second plate body 6 so that a plurality of buffer holes 11 are arranged and folded in a state spaced apart from the upper surface of the second plate body 6 to secure a buffer space. The first plate body 5 located on the other side of the second plate body 6 is folded in a state in which a plurality of seating holes 9 are arranged and spaced apart from the upper surface of the buffer plate body 7 to secure a buffer space. The buffer plate body 7 and the first plate body 5 are sequentially folded around the second plate body 6 and assembled into a box shape, and the upper and lower portions of the spherical fruit 16 are sequentially buffered with the seating hole 9. It is fitted with a ball (11).

In addition, a plurality of fastening pieces 8 partially cut at a predetermined interval are formed around the seating hole 9 formed in the first plate body 5 in a concentric shape to closely support the fruit 16 according to the size. The buffer holes 11 formed in the buffer plate 7 have a plurality of buffer pieces 10 partially cut off at regular intervals in a concentric shape to closely adhere to the size of the fruit 16.

In addition, since the fastening piece 8 and the buffer piece 10 are partially cut away from the first plate body 5 and the buffer plate body 7, the fruit inserted into the seating hole 9 and the buffer hole 11 ( 16 is folded according to the size, the fastening piece 8 and the buffer piece 10 in the folded state is added to the elastic force to support the fruit (16).

In addition, the buffer box (2, 2 ') is a portion cut in the second plate body 6 to support the buffer plate body 7 is not crushed when packing the bulky and load-bearing fruit (16) A plurality of spaced support pieces 13 are vertically folded, and the spaced support grooves 12 are formed and fixed to the buffer plate 7 so that the ends of the spaced support pieces 13 are fitted.

On the other hand, in order to assemble the buffer boxes (2, 2 '), the fixing piece (14b) protrudes to the front and rear sides of the second plate body 6, respectively, and the buffer plate body of both sides of the second plate body (6) Two fixing grooves 15a are formed between the two grooves, and a portion of the fixing grooves 15a is formed between the fixing grooves 15a and a fixing piece 14a that can be folded vertically. The buffer plate body 7 has an inner side. As a part is cut to form a fixing piece that can be folded vertically.

In addition, the fixing groove 15 is formed before and after the first plate body 5, and the fixing piece 14 protrudes on the other side.

Accordingly, the buffer plate body 7 is folded inward along an edge located on each side of the first plate body 5 in a state where the buffer plate body 7 is folded over the second plate body 6 based on the second plate body 6. (7) After folding up spaced apart, the fixing grooves 15 formed before and after each are fitted with the fixing pieces 14b of the second plate body 6, and the fixing pieces 14 of the first plate body 5 are second. The shock absorbing boxes 2 and 2 'are assembled into the fixing grooves 15a of the plate body 6.

3 is a cross-sectional view showing the buffer box of the present invention.

In the buffer box (2, 2 ') of the present invention, the buffer plate body 7 is located between the first plate body 5 on the upper surface and the buffer space spaced apart from the second plate body 6 on the bottom surface, the second plate body (6) In order to prevent the buffer plate body 7 from being crushed by the load of the fruit 16, the gap support piece 13 folded to be vertically bent is inserted into and supported by the gap support groove 12 of the buffer plate body 7.

Therefore, the buffer box (2, 2 ') is a seating hole (9) and the buffer hole 11 is inserted into the upper or lower portion of the fruit 16 in the same vertical line on the first plate 5 and the buffer plate 7 ) Has a formed structure.

In addition, the buffer box (2, 2 ') is composed of two pairs, Figure 3 is located in the lower portion of the fruit packaging box (1) to support the lower portion of the fruit (16). The buffer box 2 ′ supporting the upper portion of the fruit 16 has the same structure as using the buffer box 2 located at the lower portion of the fruit 16.

Figure 4a, b is an exploded view showing another embodiment of the present invention buffer box, Figure 5 is a cross-sectional view showing another embodiment of the present invention buffer box 4a, b.

The buffer boxes 2 and 2 'of the present invention omit the buffer plate body 7 located between the first plate body 5 and the second plate body 6, and the first plate body (1) on one side of the second plate body (6). 5) has a structure which is folded and folded.

Therefore, before and after the second plate body 6, the fixing pieces 14b are protruded, respectively, two fixing grooves 15a are formed on one side, and the fixing grooves 15 are formed before and after the first plate body 5, On the other side of the first plate 5, two fixing pieces 14 protrude.

After folding the fixing pieces 14, 14a, and 14b again in the state where the edges of the first and second plate bodies 5 and 6 are folded, the fixing plate 15a of the second plate body 6 of the first plate body 5 Insert the fixing piece 14, and insert the fixing grooves 15 formed before and after the first plate body 5, and the fixing pieces 14b formed before and after the second plate body to insert the buffer boxes 2 and 2 '. Assemble

Then, a seating hole 9 is formed on the upper surface of the first plate 5 to insert the upper or lower portion of the fruit 16, and a portion of the seat plate 9 is cut away from the first plate 5 around the seating hole 9. The fastening pieces 8 are formed at intervals, and a buffer space is formed between the first and second plate bodies 5 and 6.

 Figure 6a, b is a perspective view showing the assembled state of the buffer box in the packaging box of the present invention, Figure 7 is a cross-sectional view of the use state showing the state in which the buffer box is inserted into the packaging box of the present invention.

The buffer box (2, 2 ') of the present invention is a fruit packaging box in which the upper and lower boxes (4, 4') are superimposed so as not to be damaged by the impact applied from the outside when transporting and storing the spherical fruit (16) In (1), the buffer boxes 2 and 2 'are inserted up and down with the fruits 16 interposed therebetween.

At this time, the size of the buffer box (2, 2 ') is such that the play does not occur in the inserted state the same as the inner size of the upper and lower boxes (4, 4').

The buffer box 2 ′ inserted into the lower box 4 ′ has a seating hole 9 formed on the upper surface of the buffer box 2 ′ so that the lower portion of the fruit 16 is fitted into the lower box 4 ′. 2) If the seating hole (9) is formed on the lower surface to fix the upper part of the fruit 16, the upper box (4) is packaged in a fruit packaging box (1) nested in the lower box (4 ').

Therefore, the fruit packaging box 1 is a spherical fruit 16 is located between the buffer box (2, 2 ') located up and down inside the upper and lower boxes (4, 4') of the external shock Protect it from damage.

Since the buffer boxes (2, 2 ') is a box structure having a buffer space therein, external shocks applied from all directions are not directly transmitted, and fastening of the seating holes (11) according to the size of the fruit (16) If the upper and lower portions of the fruit 16, which are bent and fitted with the buffer piece 10 of the piece 8 and the buffer hole 11, are in close contact with each other, the size of the seating hole 9 and the buffer hole 11 is also equal to the size of the fruit (16). It can be adjusted proportionally according to the size.

In addition, the buffer plate (7) is located inside the buffer box (2, 2 ') to maximize the buffer effect, the buffer plate 7 is spaced between the support pieces 13 to prevent crushing according to the load of the fruit It is a structure supported by).

On the other hand, the spacer support 13 for supporting the buffer plate 7 may be used as a buffer box (2, 2 ') without necessity.

8 is a cross-sectional view showing the multi-stage packaging of the fruit in the packaging box of the present invention, in order to laminate the fruit 16 in two stages inside the fruit packaging box (1) By stacking a pair of buffer boxes (2, 2 ') located in the lower iterative stacking can be laminated in multiple stages, but in this case the height of the fruit packaging box (1) is too high.

Therefore, the upper and lower sides of the fruit placed in the first stage between the buffer box located up and down inside the pair of fruit packaging box, and the seating hole on the upper and lower surfaces to secure the lower part of the stacked fruit Insert the laminated box (18) (9) is formed to stack the fruit 16 in two stages.

therefore. When stacking the fruits 16 in two or more stages, the stacked boxes 18 may be inserted and used as many as necessary between the buffer boxes 2 and 2 'located at the upper and lower portions.

Figure 9a, b is an exemplary view showing a buffer pad for packaging the fruit in the packaging box of the present invention, the fruit packaging box 1 of the present invention uses a buffer pad 17 instead of the buffer box (2, 2 '). Can be packed by fixing the fruit (16).

The buffer pad 17 forms a plurality of seating holes (9) in the shape of a plate, the fastening piece (8) is formed in the seating hole 11 in the form of concentric circles to fit the fruit (16), cushioning Each side of the edge of the pad 17 is vertically bent in the downward direction to support the buffer pad 17 in the fruit packaging box 1.

In addition, the buffer pad 17 can adjust the height of the fruit packaging box 1 according to the height of each side of the vertical bent edge.

Figure 1a, b is a perspective view showing the development of the buffer box of the present invention.

Figure 2 is a perspective view showing a buffer box of the present invention.

Figure 3 is a sectional view of the present invention buffer box.

Figure 4a, b is an exploded view showing another embodiment of the buffer box of the present invention.

Figure 5 is a cross-sectional view showing another embodiment of the present invention buffer box 4a, b.

Figure 6a, b is a perspective view showing the assembled state of the buffer box in the packaging box of the present invention.

Figure 7 is a cross-sectional view showing a state in which the buffer box is inserted into the packaging box of the present invention.

Figure 8 is a cross-sectional view showing the packaging by stacking the fruit in multiple stages in the packaging box of the present invention.

Figure 9a, b is an exemplary view showing a buffer pad for packaging fruit in the packaging box of the present invention.

Explanation of symbols on the main parts of the drawings

1: fruit packing box 2, 2 ': buffer box

4, 4 ': upper and lower box 5: first plate

6: second plate 7: buffer plate

8: Fastener 9: Seating

10: buffer piece 11: buffer hole

12: gap support groove 13: gap support piece

14, 14a, 14b: fixing piece 15, 15a: fixing groove

16: Fruit 17: Buffer Pad

18: Stacked Box

Claims (7)

In the fruit packaging box 1 in which the upper and lower boxes 4 and 4 'are overlapped, the fruit 16 is sandwiched between the fruits 16 and the fruit 16 to be packaged so as to sandwich the upper and lower portions of the fruit 16. The packing boxes (2, 2 ') having the seating holes (9) arranged in the same number as the number is located on the upper and lower portions of the fruit 16 is characterized in that the packing is tightly fitted around the inner circumference of the fruit packaging box (1) How to pack fruit packaging boxes In the fruit packaging box (1), In order to prevent the fruit 16 packaged into the fruit packaging box 1 from being damaged by an external impact, a pair of seating holes 9 are formed to fit and fix the upper and lower portions of the fruit 16, respectively. Fruit packaging box, characterized in that the buffer box (2, 2 ') is coupled to the upper and lower portions of the fruit (16), respectively. 3. The method of claim 2, The buffer boxes (2, 2 ') is divided into three equally divided plate body and the second plate body (6) in which the first, the buffer plate (5, 7) is located on both sides; A buffer plate body 7 positioned at one side of the second plate body 6 so that a plurality of buffer holes 11 are arranged and folded in a state spaced apart from an upper surface of the second plate body 6 to secure a buffer space; The first plate body 5 is positioned at one side of the second plate body 6 and is arranged in a plurality of seating holes 9 so as to be folded away from the upper surface of the buffer plate body 7 to secure a buffer space. The buffer plate body 7 is sequentially folded around the plate body 6, and then assembled into a box shape, and the seating hole 9 and the buffer hole 11 are inserted into and fixed to the upper and lower portions of the spherical fruit, respectively. Fruit packaging box. According to claim 3, A plurality of fastening pieces (8) and a part of the cut-off at a predetermined interval around the seating hole (9) of the first plate body 5 and the buffer hole (11) of the second plate body (6) Fruit packaging box, characterized in that the piece 10 is formed in a concentric circle to support the fruit (16). According to claim 2, The second plate (6) is arranged a plurality of interval support pieces 13 are partially cut and folded vertically to support the spaced apart from the buffer plate 7 folded to the upper surface , The fruit packaging box, characterized in that the gap support groove 12 is formed in the buffer plate body 7 so that the end of the gap support piece 13 is fitted. 3. The shock absorbing box (2, 2 ') according to claim 2, further comprising: a second plate body (6) positioned by dividing the developed plate body into two parts; A plurality of seating holes 9 are arranged at one side of the second plate 6 so that the first plate 5 is box-shaped so as to be folded in a state spaced apart from the upper surface of the second plate 6 to secure a buffer space. Fruit packaging box, characterized in that assembled with the second plate (6).  2. The pair of buffer boxes (2, 2 ') according to claim 1, wherein the inside of the fruit packaging box (1) has a seating hole (9) formed so as to fit the upper and lower portions of the fruit in order to package the fruit in two stages. In order to sandwich the upper and lower portions of the fruit 16 stacked in two stages at the same time, the stacking box 18 having the seating holes 9 formed on the upper and lower surfaces is inserted to stack the fruits 16 in two stages. Fruit packaging box, characterized in that.

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