KR102064719B1 - How to make a polygonal fruit packaging box - Google Patents

Abstract

The present invention discloses a polygonal fruit packing box manufactured by one sheet, which can reduce a manufacture cost and shortens manufacturing and packing time so as to reduce farm burdens and reduce environmental problems generated by using plastic-based fruit protection packing paper as a protecting manner using a corrugated cardboard itself. The polygonal fruit packing box supports fruits by using the corrugated cardboard itself since the fruit can be fixed by pushing a cutting line formed over one or more surfaces and two or more facing support surfaces formed by the cutting line into a main body while having a polygonal shape of a triangle or more along a divided surface. A transporting handle easy for carriage can be included.

Description

How to make a polygonal fruit packaging box

The present invention relates to a fruit packaging box, to a polygonal fruit packaging box made of one sheet, and to a method for producing a triangular or more polygonal fruit packaging box to form a fruit support using the cardboard itself.

Fruits are packaged in a box made of cardboard, etc., and then shipped in a number of pieces. In order to prevent the fruits from being easily damaged by contacting each other in the box, a plastic-based protective packaging material or a partition surface using cardboard is used. There is an oval inside the box, which is provided with a space for setting or setting the fruit individually.

  However, the dwarf is limited to the function of seating the fruit without any special feature, and the fruit is easily separated from the dwarf even by a small shock or vibration, thus easily colliding with the fruit.

  In addition, most of the materials used for the dwarf are plastics, and most of them are sold by using plastic wrappers provided by producers or by repacking them in plastic wraps made by marts.

  Considering the packaging and shipping costs, this type of packaging has to be mainly made up of large-capacity boxes for mass sales, and consumers who want small quantities have to feel the burden in terms of price and quantity when purchasing. Given the family pattern, the demand for high quality packaging suitable for small packages is bound to increase.

  In addition, as packaging subsidiary materials increased, the costs and raw material prices incurred during assembly were forced to be burdened by production farmers or passed on to consumers.

1.Patent Publication No. 10-2016-0036788 (2016. 04. 05.) 2. Utility Model 20-0323450 (2003.08.04.) 3. Utility Model 20-0354648 (2004. 06. 16)

The object of the present invention is to provide a fruit packaging box for a fruit protection method using the cardboard itself instead of the plastic-based fruit protection packaging.

Another object of the present invention is to provide a polygonal fruit packaging box that can reduce the burden on the farmhouse by using a minimum material that can minimize the costs incurred in the production of wrapping paper.

Another object of the present invention is to provide a polygonal fruit packaging box of a structure suitable for small packaging.

”또는 “

”형상의 지지면으로 지지 공간을 복수 개 형성하고, 상기 다수의 지지면으로 복수의 과일을 견고하게 지지하고,
상기 다수의 면은 다각형에서 각의 개수와 동일한 개수의 면이고,
상기 지지면의 개수는 보관되는 과일의 종류, 크기 및 수량에 의해 결정되고,
사각형 형태의 한 장의 골판지로 일체로 제작되는, 다각형 기둥 형태의 과일 포장상자. In the fruit box of the polygonal column form made using a single piece of cardboard,
A plurality of faces connected to each other in a shape bent to form a polygon;
A plurality of support surfaces formed by cutting a portion of the surfaces facing each other among the plurality of surfaces;
It is bent along the outer bending area of the fruit packaging box is formed in the form surrounding the fruit packaging box, the upper end is formed to protrude outwards, the viewing window that can check the state of the fruit disposed inside the fruit packaging box A carrying handle comprising;
Includes; fruit identification viewing window formed on some of the plurality of surfaces;
The plurality of support surfaces are pushed into the fruit packaging box to form an "X" or "

"or "

A plurality of support spaces are formed with a ”shaped support surface, and a plurality of fruits are firmly supported by the plurality of support surfaces,
The plurality of faces are the same number of faces in the polygon as the number of angles,
The number of the support surfaces is determined by the kind, size and quantity of the fruits to be stored,
Polygonal pillar-shaped fruit packaging box made of a single piece of cardboard.

The present invention relates to a method for manufacturing a fruit packaging box, which can be manufactured in one piece, and thus reduces the production cost and shortens the production time and packaging time. The environmental problems caused by the use of wrapping paper can be reduced, and various types of boxes can be manufactured in the shape of triangles or more, so that a polygonal fruit packing box made of a structure suitable for luxury aesthetics and small packaging can be obtained.

1 is a complete view according to an embodiment of the present invention.
2 is an exploded view of FIG. 1;
3 is a flowchart illustrating a method of manufacturing a polygonal fruit packaging box.
4 is another configuration diagram according to an embodiment of the present invention.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a complete view of a polygonal fruit packaging box according to the present invention. 2 is a developed view of a polygonal fruit packaging box. Polygonal fruit packaging box according to the present invention is made of a single piece of cardboard, which is the body 1000, as shown in Figure 1 and Figure 2, the surface is divided into the main element for the production, the upper portion 100, upper right portion A first bend line 210b including a lower portion 210, a lower right portion 210, an upper left portion 300, a lower left portion 310, a first lower portion 400, a second lower portion 410, and a bent line; The first right cut line, which is a line that is cut and includes a second bent line 200b, a third bent line 100b, a fourth bent line 300b, a fifth bent line 310b, and a sixth bent line 410b. 211a, the second right cut line 212a, the third right cut line 313a, the fourth right cut line 214a, the first frustrated break line 311a, the second frustrated break line 312a, and the third left cut line 313a. ), Including the fourth left cutting line 314a, including a fruit viewing glass 500, and supporting the fruit, the first seat surface 311, the second seat ground 312, and the third seat Ground 313, fourth seating ground 314 and first grounding ground 211, second grounding ground 212, third It includes a Uji ground surface 213 and a fourth Uji ground surface 214, and includes an end line 999 of a main body that serves as a reference for a bending line forming a dividing surface, and may include a carrying handle 600.

Referring to FIG. 1, the polygonal fruit packaging box is composed of seven surfaces, but the first lower end 400 and the second lower end 410 may be combined to form a hexahedron. The polygonal fruit packaging box may be produced in a triangular or more polygonal shape according to the dividing surface. The polygonal fruit packaging box is made of a hexahedral honeycomb structure, which is advantageous for laminating transportation and consists of a small package to support a convenient structure for refrigerated storage as it is.

The polygonal fruit packaging box can be formed integrally by cutting and bending several times using a single piece of cardboard in the form of a square. Polygonal fruit packaging box formed integrally has a function of protecting the fruit using its own support surface, so it does not require a separate foaming material or the like.

The polygonal fruit packaging box can be produced in a variety of capacities, such as for 1, 2, 3 balls. In case of small capacity, it can be laminated and provided in package form. In addition to the spherical fruit, grapes and the like can also be packed in a variety of fruits depending on the size of the divided surface, it can be produced in a triangle or more polygons according to the number of divided surfaces.

This example is an example created on the basis of three fruits, and can be produced by appropriately adjusting the size, quantity and type of fruit.

The upper part 100 does not include a bent line or a cutting line therein and is located at the top of the product upon completion and is located between the upper right part 200 and the upper left part 300 and the upper right part 200 and the upper left part. The boundary with 300 is divided by the fourth bent line 300b and the third bent line 100b.

The upper right part 200 is positioned between the upper end part 100 and the lower right part 210, and the boundary with the upper end part 100 is defined by the third bend line 100b and the boundary with the lower right part 210. Is divided by the second bend line 200b.

The lower right part 210 is positioned between the upper right part 200 and the first lower end part 400, and the boundary with the upper right part 200 is defined by the second bend line 200b and the first lower end part ( The boundary with 400 is divided by the first bend line 210b.

The upper right portion 200 and the lower right portion 210 form four right support surfaces 211, 212, 213, and 214 in the three fruit spheres according to the present embodiment, and cut lines 211a, 212a, 213a, 214a is a line cut inwardly of the upper right portion 200 and the lower right portion 210 perpendicular to the bend lines 100b, 200b, and 210b, respectively, by a first cut line 211a and 214a. The ground 211 and the fourth ground surface 214 are formed, and the second ground surface 212 and the third ground surface 213 are formed by two cutting lines 212a and 213a, respectively.

The first Uji surface 211 is formed between the third bending line 100b and the first bending line 210b at an inner side of about 2cm to 3cm at the end 999 of the main body 1000, and the second bending line 200b ) Is formed by the first right cutting line 211a which is one cutting line which is vertically cut.

The second ground surface 212 is formed between the third bent line 100b and the first bent line 210b at intervals of 2cm to 3cm at a position corresponding to the end line of the first fruit size, and the second bent line 200b. ) Is formed by the second right cutting line 212a which is two cutting lines which are cut vertically.

The third ground surface 213 is formed between the third bent line 100b and the first bent line 210b at intervals of 2 cm to 3 cm at a position corresponding to the end line of the second fruit size, and the second bent line 200b. ) Is formed by a third right cutting line 213a which is two cutting lines which are vertically cut.

The fourth Uji surface 214 is formed to be about 2 cm to 3 cm of the main body 1000 at an end line formed in a direction opposite to the end line 999 of the main body, and the third bent line 100b and the first section. It is formed between the curves 210b and is formed by the fourth right cut line 214a which is one cut line which is cut perpendicular to the second bent line 200b.

The first ground surface 211 is a surface formed on the upper right portion 200 and the lower right portion 210 may be pushed into the body 1000 to support the first fruit. .

The second ground surface 212 is formed on the upper right portion 200 and the lower right portion 210 and pushes the inner portion of the main body 1000 to support the first fruit and the second fruit. Can be done.

The third ground surface 213 is formed on the upper right portion 200 and the lower right portion 210 and pushes the inside of the main body 1000 to support the second fruit and the third fruit. Can be done.

The fourth ground surface 214 is formed on the upper right portion 200 and the lower right portion 210 and may be pushed into the body 1000 to support a third fruit.

The upper left part 300 is positioned between the upper end part 100 and the lower left part 310, and the boundary with the upper end part 100 is defined by a fourth bend line 300b and the boundary with the lower left part 310. Is divided by the fifth bend line 310b.

The lower left part 310 is located between the upper left part 300 and the second lower end part 410, and the boundary with the upper left part 300 is defined by the fifth bend line 310b and the second lower end part ( The boundary with 410 is divided by the sixth bend line 410b.

The upper left portion 300 and the lower left portion 310 form four left support surfaces 311, 312, 313, and 314 in the three fruit spheres according to the present embodiment, and the cut lines 311a, 312a, and 313a. , 314a is a line that is cut inwardly of the upper left portion 300 and the lower left portion 310 perpendicular to the bend lines 300b, 310b, and 410b, respectively, by one cutting line 311a, 314a. The first seating surface 311 and the fourth seating surface 314 are formed, and the second seating surface 312 and the third seating surface 313 are formed by two cutting lines 312a and 313a, respectively. do.

The first seating surface 311 is formed between the fourth bending line 300b and the sixth bending line 410b from the end 999 of the main body 1000 to about 2 cm to 3 cm inwardly, and the fifth bending line ( 310b) is formed by the first left cutting line 311a, which is one cutting line that is vertically cut.

The second seating surface 312 is formed between the fourth bent line 300b and the sixth bent line 410b at intervals of 2cm to 3cm at positions corresponding to the end line of the first fruit size, and the fifth bent line 310b. ) Is formed by the second left cutting line 312a which is two cutting lines which are cut vertically.

The third seating surface 313 is formed between the fourth bent line 300b and the sixth bent line 410b at intervals of 2 cm to 3 cm at positions corresponding to the end line for the second fruit size, and the fifth bent line 310b. ) Is formed by a third left cutting line 313a which is two cutting lines which are cut vertically.

The fourth seating surface 314 is formed in about 2 cm to 3 cm of the body 1000 at an end line formed in a direction opposite to the end line 999 of the main body, and the fourth bending line 300b and the sixth section. It is formed between the curves 410b and is formed by the fourth left cut line 314a which is one cut line which is cut perpendicular to the fifth cut line 310b.

The first seating surface 311 is a surface formed on the upper left portion 300 and the lower left portion 310 and is pushed inwardly of the main body 1000 in a direction facing the first grounding surface 211. Put in contact with the first Uji ground in the overall "X" shape to serve to support the first fruit.

The second seating surface 312 is a surface formed on the upper left portion 300 and the lower left portion 310 and pushes the inside of the main body 1000 in a direction facing the second grounding surface 212. Put in line contact with the second ground surface 212 in the overall "X" shape to push the inside of the main body 1000 may serve to support the first fruit and the second fruit.

The third seating surface 313 is a surface formed on the upper left portion 300 and the lower left portion 310 and is pushed inwardly of the main body 1000 in a direction facing the third grounding surface 213. Put in line contact with the third Uji surface 213 in the overall "X" shape to push the inner side of the main body 1000 may serve to support the second fruit and the third fruit.

The fourth seating surface 314 is a surface formed on the upper left portion 300 and the lower left portion 310 and is pushed inwardly of the main body 1000 in a direction facing the fourth grounding surface 214. Put in line contact with the fourth ground surface 214 in the overall "X" shape to push the inner side of the main body 1000 to support the fourth fruit.

The fruit confirmation viewing window 500 is between the first ground surface 211 and the second ground surface 212, between the second ground surface 211 and the third ground surface 213, the third ground surface ( 213 and between the fourth support surface 214 and between the first and second bearing surfaces 311 and 312, between the second and third bearing surfaces 312 and 313, and Located between 313 and the fourth support surface 314, the fruit corresponding to the center of the side surface of the fruit over the upper left portion 300 and the lower left portion 310 and the upper right portion 200 and the lower right portion 310 It is formed by perforating the shape.

The lower end portion is composed of the first lower end portion 400 and the second lower end portion 410, both sides are formed on the one side to be bonded by a method by the overlapping adhesion, to form a lower end.

The carrying handle 600 is the overall shape is bent inward along the shape of the cube, such as the main body 1000, the size is manufactured to be bent along the outer diameter of the cube, 1 / of the upper portion 100 At two points, a portion having a handle shape is bent outwardly, and a handle hole is formed to facilitate gripping.

The carrying handle 600 may include a fruit confirmation viewing window 500 that can check the state of the fruit provided in the fruit packaging box.

The carrying handle 600 may be variously modified according to the size of the main body 1000.

Referring to Figure 3 will be described in detail a manufacturing method of the main body according to an embodiment of the present invention.

3 relates to a method of manufacturing a polygonal fruit packaging box. The manufacturing method of the polygonal fruit packaging box, the step of providing a raw paper of the polygonal fruit packaging box, cutting the cutting line, cutting and removing the see-through portion, bending the bending line, attaching the lower end to the inner space It may include the step of forming a hollow hexagonal column (Fig. 3a), the step of pushing the support surface into the body (Fig. 3b).

Referring to FIG. 3A, the first right cut line 211a, the second right cut line 212a, the third right cut line 313a, the fourth right cut line 214a, and the first left cut line which are cutting lines on the developed view of FIG. 2. 311a, the second frustration broken line 312a, the third left broken line 313a, and the fourth left broken line 314a, and the first bent line 210b, the second bent line 200b, The third bending line 100b, the fourth bending line 300b, the fifth bending line 310b, and the sixth bending line 410b are bent, and the fruit confirmation viewing window 500 is degreased, and the first lower portion When the 400 and the second lower end 410 are bonded to each other, a shape in which a space is empty inside the hexagonal pillar shape may be manufactured.

The lower end joining method can be produced by mechanical bonding, thermal bonding, adhesive bonding, and the like. The mechanical bonding method (Mechanical) refers to the method of sealing bonding using a mechanical tool such as a sewing machine, the heat sealing method (Heat sealing) in the case of a material coated with a plastic series, such as polyethylene, by heating the plastic melted Adhesives sealing is used for a material such as paper damaged by heat, and means sealing and adhesion using double-sided tape or hot melt. .

Referring to Figure 3b, the polygonal fruit packaging box of the present invention by pushing the left and right symmetrical support surface formed by the cutting line cut over one or more sides into the body of the center of the support surface is "X" shape line It forms the structure which abuts and supports by contact.

As shown in FIG. 3B, a second bent line 200b formed as a boundary between the upper right portion 200 and the lower right portion 210 and a fifth boundary formed by the boundary between the upper left portion 300 and the lower left portion 310. Due to the bend line 310b, the first ground surface 211 and the first ground surface 311, the second ground surface 212, the second ground surface 312, and the third ground surface 213 are formed. 3 The center of the seating surface 313, the fourth grounding surface 214 and the fourth seating surface 314 can be pushed into the body 1000, so that the overall shape of each support surface is "X" "Formed in a shape is provided with a buffer function for the fruit and has the function of the fruit support surface to prevent the departure and damage of the fruit.

As shown in FIG. 3B, the air flows smoothly through the fruit confirmation viewing window 500, etc., which is perforated in a fruit shape so that the space and fruit of the “X” shape formed at both ends of the main body 1000 can be confirmed. It is made to maintain the freshness of the fruit has the effect of improving the marketability of the fruit.

As shown in FIG. 3C, when the first fruit is inserted and the first ground surface 211 and the first ground surface 311 are pushed into the main body 1000, the first fruit may be seated.

Referring to FIG. 3D, when the second ground surface 212 and the second ground surface 312 are pushed into the main body 1000 and the second fruit is pushed into the main body 1000, the second fruit is seated. Can be.

Referring to FIG. 3E, when the third ground surface 213 and the third ground surface 313 are pushed into the main body 1000 and the third fruit is pushed into the main body 1000, the third fruit is seated. When the fourth ground surface 214 and the fourth ground surface 413 are pushed into the main body 1000, the fruit packaging may be completed.

Referring to FIG. 3F, the carrying handle 600 may be attached to facilitate the carrying of the finished fruit packaging box.

As shown in Figure 3, the polygonal fruit packaging box of the present invention is formed in a structure that can be produced regardless of the type and quantity of fruit.

4 is an actual picture of a polygonal fruit packaging box of another shape according to an embodiment of the present invention.

”또는 “

”형상으로 지지면이 형성될 수 있다.As shown in Figure 4, the polygonal fruit packaging box of the present invention can be made of a triangle or more polygons, according to the structure and quantity pushed inward "X" or "

"or "

The support surface can be formed in a 'shape'.

As described above, the present invention has been described in detail based on preferred embodiments of the present invention, but the present invention is not limited to the specific embodiments. Various modifications and variations are possible, of course, within the scope of the appended claims.

1000: main body 211: first Uji surface 210b: first bending line
100: upper portion 212: second Uji surface 200b: second bend line
200: upper right part 213: third Uji surface 100b: third bending line
210: lower right 214: fourth Uji surface 300b: fourth bend line
300: upper left 311: first left ground surface 310b: fifth bend line
310: lower left 312: second left ground plane 410 b: sixth curve
400: first bottom portion 313: third seating surface 600: carrying handle
410: second bottom portion 314: fourth seat ground
500: fruit confirmation viewing window 999: body end line
211a: first right broken line 311a: first left broken line
212a: second right broken line 312a: second left broken line
213a: third right broken line 313a: third left broken line
214a: fourth right broken line 314a: fourth left broken line

Claims (6)

In the fruit box of the polygonal column form made using a single piece of cardboard,
A plurality of faces connected to each other in a shape bent to form a polygon;
A plurality of support surfaces formed by cutting a portion of the surfaces facing each other among the plurality of surfaces;
It is bent along the outer bending area of the fruit packaging box is formed in the form surrounding the fruit packaging box, the upper end is formed to protrude outwards, the viewing window that can check the state of the fruit disposed inside the fruit packaging box A carrying handle comprising;
Includes; fruit identification viewing window formed on some of the plurality of surfaces;
The plurality of support surfaces are pushed into the fruit packaging box to form an "X" or "

"or "

A plurality of support spaces are formed with a ”shaped support surface, and a plurality of fruits are firmly supported by the plurality of support surfaces,
The plurality of faces are the same number of faces in the polygon as the number of angles,
The number of the support surfaces is determined by the kind, size and quantity of the fruits to be stored,
Polygon pillar-shaped fruit packaging box made of a single piece of cardboard. delete delete Method of manufacturing the fruit packaging box of claim 1
delete delete

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