KR20100126925A - A shock-absorbing navigation packing box - Google Patents

Abstract

PURPOSE: A shock absorbing navigation packing box is provided to absorb a strong shock from a side by right/left grounds and a right shock absorbing unit. CONSTITUTION: An outer left vertical support side(33), an outer right vertical support side(35), an outer vertical support side, and an outer vertical support side of a lower part symmetrical to the outer vertical support side form an external wall in a shock absorbing navigation packing box. Coupling of a connection ring unit is enhanced, and a shock absorbing unit of a lower part, and right shock absorbing units and left right shock absorbing units symmetrical to the shock absorbing unit enhance a support force so that the shock absorbing navigation packing box can sufficiently take a heavy weight.

Description

Navigation box for shock absorption {A SHOCK-ABSORBING NAVIGATION PACKING BOX}

The present invention relates to a packaging box for packaging a product, the shock absorbing navigation packaging box for absorbing the impact from the outside to protect the product inside.

The packaging box used to package the product serves to protect the contents from damage in all cases of impact that may occur in the distribution process from the producer to the buyer.

In particular, with the development of IT technology, a lot of expensive portable electronic products, which are integrated with advanced technologies such as navigation, PMP, and laptops, have been developed and sold. Therefore, the packaging technology for protecting these products is urgently needed.

As a material of the packaging box, generally, a corrugated cardboard is used, and as a kind of corrugated cardboard, double-sided cardboard, double-sided cardboard, and triple-sided cardboard are used.

Conventionally, the packaging method of electronic products was mainly made by inserting together with a product by molding a cushioning material such as styrofoam inside the box of a simple hexahedron made of such cardboard.

However, in recent years, due to global warming, interest in the environment has increased greatly, and efforts have been made to avoid the generation of industrial waste without emitting carbon as much as possible. In order to reduce the damage caused by the need for a technology that can be packed without the use of a buffer such as styrofoam.

Therefore, it was required to develop a packaging box that can withstand heavy loads and shocks while using the most basic packaging material and recyclable cardboard.

The present invention provides a packaging box that can withstand heavy loads acting in the vertical direction while protecting the product by absorbing the impact from the horizontal rectangle while using only a corrugated sheet without using a cushioning material such as styrofoam as in the conventional packaging method. It is a task.

In order to solve this problem, the structure of the packaging box 1 of the present invention is centered around the box bottom surface 34 located in the center, and the box bottom surface 34 and the left outer vertical ground fold line 33a on the left side. There is a left outer vertical ground plane 33 formed continuously extending from the left side of the box bottom surface 34, and bordering the left horizontal ground fold line 32a on the left side of the left outer vertical ground plane 33. There is a left horizontal ground surface 32 is formed to extend continuously from the left side of the left outer vertical ground surface 33, the horizontal ground surface on the left side of the left horizontal ground surface 32 to the left of the left horizontal ground surface 32 The left inner vertical support ground 31 is formed by protruding from a point located inward by the same length as the side surface 13b, and the left inner vertical support ground protrusion 31b upwards at the end of the left inner vertical support ground 31. ) Is formed to protrude, the upper left corner of the left inner vertical support surface 31 The left insertion surface 30 is formed by protruding the left insertion surface fold line (30a) at the intermediate point of the length from the axis to the axis of symmetry (A ~ A ') to form the left wall of the packaging box of the present invention, this left wall The left and right symmetry is formed around the box bottom surface 34, and the right side of the box bottom surface 34 forms a left wall and a right wall constituting a structure and shape of left and right symmetry.

The upper wall of the upper half has a structure that forms the upper wall of the box bottom surface 34 on the upper surface of the box bottom surface 34 so that the upper surface of the box bottom surface 34 extends on the boundary line of the outer vertical paper surface folding line 23a. On the left side of the outer vertical supporting surface 23, the left buffered right surface 22 is formed to protrude and extend on the left buffered right surface fold line 22a, and the left side of the left buffered right surface 22 is formed. On the surface, the left buffer middle surface 21 is formed extending from the left side of the left buffer right surface 22 bordering the left buffer middle fold line 21a, the left side of the left buffer middle surface 21 The left buffer side 20 is formed extending from the left side of the left buffer middle surface 21 on the boundary of the cushioning seat fold line 20a to form the upper left buffer side 20, 21, 22, and the outer vertical On the right side of the support surface 23, the structure and shape of the left and right symmetry around the upper half of the left buffer portion (20, 21, 22) and the outer vertical paper surface (23) The upper half of the upper right buffer portion 26, 27, 28 is formed.

On the upper surface of the outer vertical paper ground 23, a horizontal supporting ground 13, which is a surface extending from the upper surface of the outer vertical paper ground 23 on the boundary of the horizontal supporting ground fold line 13a, is formed, and the horizontal supporting ground 13 The left upper portion of the left horizontal ring has a left incision line 10b cut in the same length as the left and right width of the horizontal surface 32, and the right and left width of the superior flat ground 36 in the upper right of the horizontal ground surface 13 There is a right connection ring lower incision line 14b cut into the same length, and between the left connection ring lower incision line 10b and the right connection ring lower incision line 14b with the inner vertical supporting ground 12 and There is an inner vertical ground plane fold line 12a forming a boundary, and extends and protrudes from the inner vertical ground plane fold line 12a above the horizontal ground plane 13 by the same length as the upper and lower widths of the outer vertical ground plane 23. To form an inner vertical support surface 12.

The upper surface of the inner vertical support ground 12 extends from the upper surface of the inner vertical support ground 12 with the upper half insertion surface fold line 11a as a boundary, and has a length equal to the upper and lower widths of the horizontal support ground 13. The upper half insert surface 11 is formed.

'모양의 좌측연결고리부(10)가 형성되며, 내측 수직지지면(12)의 우측면에는 좌측연결고리부(10)가 내측 수직지지면(12)를 중심으로 180도 회전한 형태의 우측연결고리부(14)가 형성된다.On the left side of the inner vertical support ground 12

'Shape of the left connecting ring portion 10 is formed, the right side of the left connecting ring portion 10 is rotated 180 degrees around the inner vertical supporting surface 12 on the right side of the inner vertical support ground 12 The ring portion 14 is formed.

And the handle portion 24, 25 is located in the center of the outer vertical paper ground 23, the right side incision in the 'c' shape around the center of the outer vertical paper surface 23, the handle right incision 25a ), Folding the handle right surface 25 and the outer vertical paper surface 23 to form a handle right surface middle fold line 25b perpendicularly to the center of the handle right surface 25 formed by the handle right incision 25a. The handle contact surface 24 and the handle seat section are folded so that the handle contact surface fold line 25c is vertically formed so that the contact surface of the handle is vertically symmetrical with the handle right surface 25 around the center of the outer vertical paper surface 23. The improvement 24a, the handle seat middle fold line 24b, and the handle seat fold line 24c are formed.

At this time, the length of the left and right widths of one side of the handle left surface 24 and the handle right surface 25 divided vertically into two by the handle left side middle fold line 24b and the handle right side middle fold line 25b is the horizontal ground surface side 13b. ) Is the same as the length.

The structure of the lower half is a structure symmetrical except for the left connecting ring portion 10 and the right connecting ring portion 14 in the structure of the upper half on the basis of the symmetry lines (A ~ A ') as described above, the left side of the lower half The connecting ring portion and the right connecting ring portion are formed to face each other by rotating 180 degrees around the left connecting ring portion 10 and the right connecting ring portion 14 and the box bottom surface 34 of the upper half.

The present inventors shock absorbing navigation packaging box (1) has a lower half that is symmetrical with the left outer vertical ground surface 33, the right outer vertical ground surface 35 and the outer vertical ground ground 23, and the outer vertical ground ground 23 The outer vertical ground of the outer wall,

The left inner vertical ground surface 31, the right inner vertical ground surface 37, the inner vertical ground surface 12, and the inner vertical ground surface of the lower half symmetrical with the inner vertical ground surface 12 are the horizontal ground surface side 13b. ), Forming the inner wall at a distance equal to the length, the binding of the connecting portion (10, 14) and the left buffer (20, 21, 22) and the right buffer (26, 27, 28) and the lower half of the The buffer unit reinforces the bearing capacity to withstand the heavy loads applied vertically,

In order to counteract the force acting horizontally from the outside, the horizontal ground surface side 13b is horizontally supported between the outer vertical ground surface 23 forming the outer wall and the inner vertical ground surface 12 forming the inner wall at a distance. And a portion folded at right angles between the handle left surface 24 and the handle right surface 25 to support the inner wall and the outer wall horizontally, and the left inner vertical support ground 31 and the left outer vertical support ground 33 Between the left buffers 20, 21 and 22 and the left buffer of the lower half corresponding thereto, the right buffers 26 and 27 between the right outer vertical support ground 35 and the right inner vertical support ground 37. And 28) and the lower right portion of the lower half corresponding thereto absorb the strong impact applied from the side surface together with the left horizontal flat surface 32 and the excellent flat surface 36 to safely protect the contents in the box.

Hereinafter, the present invention will be described in detail with reference to FIGS. 1 to 7 attached to the 'shock absorbing navigation packaging box'.

1 is a perspective view showing a packaging box of the present inventors, Figure 2 is a plan view showing the development of the packaging box of the present invention.

As shown in FIG. 2, the inventors of the present invention packaging box 1 have the upper half and the lower half connected to the left hook when the imaginary straight line passing through the center of the packaging box 1 is the symmetry axis A to A '. 10) and the right connecting ring 14 is symmetrical, and the left connecting ring and the right connecting ring in the lower half, the left connecting ring 10, the right connecting ring 14 and the box bottom surface of the upper half Rotate 180 degrees around each other to form a form facing each other.

Since the upper half and the lower half except for the left connecting ring 10 and the right connecting ring 14 are symmetrical, only the structure of the upper half will be described in detail.

Centered on the box bottom surface 34 located in the center, the left side of the box bottom surface 34 extends continuously on the left side of the box bottom surface 34 and the left outer vertical ground fold line 33a. The left outer vertical support ground 33 is formed, and on the left side of the left outer vertical support ground 33 extends continuously from the left side of the left outer vertical support ground 33 on the boundary of the left horizontal ground fold line 32a. There is formed left horizontal ground 32, the left side of the left horizontal ground 32 is projected from the left side corner of the left horizontal ground 32 to the same length as the horizontal ground surface side 13b in the left side An inner vertical support ground 31 is formed, and the left inner vertical support ground 31 is formed to protrude upward from the end of the left inner support ground 31, and the left inner support ground 31 is formed. Left insertion surface fold line 30a at the midpoint of the length from the edge of the upper left side to the axis of symmetry A ~ A ' The left insertion surface 30 is formed to protrude from the boundary to form a left side wall of the packaging box of the present invention, and the left side wall is symmetrical with respect to the bottom surface 34 of the box bottom 34. The right side forms the right side wall which forms the structure and form of left and right symmetry.

Next, referring to the plan view shown in FIG. 2, the structure of forming the upper wall of the upper half portion will be described.

The upper surface of the box bottom surface 34 extends along the upper surface of the box bottom surface 34 bordering the outer vertical paper ground fold line 23a to form an outer vertical paper ground 23, and the outer vertical paper ground 23 The left side of the left buffer side is formed by protruding and extending the right side of the left buffer part 22 on the left side of the left buffer part right fold line 22a. The left buffer middle surface 21 extends from the left side of the left buffer right surface 22 to the boundary 21a), and the left buffer left fold line 20a is formed on the left side of the left buffer middle surface 21. As a boundary, the left buffer portion 20 is formed extending from the left side of the left buffer medium surface 21 to form the upper half of the left buffer portion (20, 21, 22), the upper half on the right side of the outer vertical paper surface (23) Upper and lower right buffers 26, 27, 28 forming a structure and shape of left and right symmetry around the left buffers 20, 21, 22 and the outer vertical support surface 23 It is formed.

On the upper surface of the outer vertical paper ground 23, a horizontal supporting ground 13, which is a surface extending from the upper surface of the outer vertical paper ground 23 on the boundary of the horizontal supporting ground fold line 13a, is formed, and the horizontal supporting ground 13 The left upper portion of the left horizontal ring has a left incision line 10b cut in the same length as the left and right width of the horizontal surface 32, and the right and left width of the superior flat ground 36 in the upper right of the horizontal ground surface 13 There is a right connection ring lower incision line 14b cut into the same length, and between the left connection ring lower incision line 10b and the right connection ring lower incision line 14b with the inner vertical supporting ground 12 and There is a boundary of the inner vertical ground plane fold line 12a, and extends and protrudes from the inner vertical ground plane fold line 12a above the horizontal ground plane 13 by the same length as the vertical width of the outer vertical ground plane 23. To form an inner vertical support surface 12.

The upper surface of the inner vertical support ground 12 extends from the upper surface of the inner vertical support ground 12 with the upper half insertion surface fold line 11a as a boundary, and has a length equal to the upper and lower widths of the horizontal support ground 13. The upper half insert surface 11 is formed.

Although the left and right widths of the upper half insertion surface 11 of FIG. 2 are shown to protrude from a point located at a predetermined length from the upper surface of the inner vertical support surface 12 to the inside, they are the same as the left and right widths of the inner vertical support surface 12. You may.

'모양의 좌측연결고리부(10)가 형성되며, 내측 수직지지면(12)의 우측면에는 좌측연결고리부(10)가 내측 수직지지면(12)를 중심으로 180도 회전한 형태의 우측연결고리부(14)가 형성된다.On the left side of the inner vertical support ground 12

'Shape of the left connecting ring portion 10 is formed, the right side of the left connecting ring portion 10 is rotated 180 degrees around the inner vertical supporting surface 12 on the right side of the inner vertical support ground 12 The ring portion 14 is formed.

And the handle portion 24, 25 is located in the center of the outer vertical paper ground 23, the right side incision in the 'c' shape around the center of the outer vertical paper surface 23, the handle right incision 25a ), Folding the handle right surface 25 and the outer vertical paper surface 23 to form a handle right surface middle fold line 25b perpendicularly to the center of the handle right surface 25 formed by the handle right incision 25a. The handle contact surface 24 and the handle seat section are folded so that the handle contact surface fold line 25c is vertically formed so that the contact surface of the handle is vertically symmetrical with the handle right surface 25 around the center of the outer vertical paper surface 23. The improvement 24a, the handle seat middle fold line 24b, and the handle seat fold line 24c are formed.

At this time, the length of the left and right widths of one side of the handle left surface 24 and the handle right surface 25 divided vertically into two by the handle left side middle fold line 24b and the handle right side middle fold line 25b is the horizontal ground surface side 13b. ) Is the same as the length.

The structure of the lower half is a structure symmetrical except for the left connecting ring portion 10 and the right connecting ring portion 14 in the structure of the upper half on the basis of the symmetry lines (A ~ A ') as described above, the left side of the lower half The connecting ring portion and the right connecting ring portion are formed to face each other by rotating 180 degrees around the left connecting ring portion 10 and the right connecting ring portion 14 and the box bottom surface 34 of the upper half.

The structure of the packing box 1 of the present invention has been described in detail, and a method of folding the packing box of the present invention having the above structure will now be described in detail with reference to the accompanying drawings.

The method of folding the packing box 1 of the present inventors first folds the upper half insertion surface 11 at a right angle to the top with the upper half insertion surface fold line 11a as shown in the accompanying drawings, FIGS. Fold the inner vertical ground plane 12 at a right angle to the border of the inner vertical ground plane fold line 12a, and then fold the horizontal ground ground 13 at a right angle to the border of the horizontal ground plane fold line 13a. It is to be placed on the outer vertical supporting ground 23, so that the outer vertical supporting ground 23, the horizontal supporting ground 13, the inner vertical supporting ground 12 and the upper half insertion surface 11 is in the form of 'ㅁ', The same side of the lower half that is symmetric about the box bottom surface 34 is folded in the same manner.

Thus, the folded packaging box 1 forms a shape as shown in FIG. 4, and then folds the outer vertical support ground 23 at a right angle to the top of the outer vertical support ground fold line 23a at a right angle. Make it look the same.

Then, the left connecting ring 10 is folded at right angles in the direction of the box bottom surface 34 at the boundary of the left connecting ring fold line 10a, and the right connecting ring is bound at the boundary of the right connecting ring fold line 14a. (14) is folded at right angles to the box bottom surface 34, the symmetry plane of the lower half symmetrical to the left link ring 10 and the right link ring 14 is also folded in the same manner.

Then, the left connecting ring portion 10 and the right connecting ring portion 14 overlap each other with the symmetrical surface of the lower half, wherein the left connecting ring ring 10d of the left connecting portion 10 intersects with the ring of the symmetrical surface of the lower half. The right connecting ring 14 is also hooked to the right connecting ring 14d in the same manner to cross the hook of the symmetrical surface of the lower half in the same manner so as to have a shape as shown in FIG.

Subsequently, as shown in FIG. 6, the left buffered part 20 is folded at right angles to the box bottom surface 34 at the boundary of the left buffered part left fold line 20a, and then the left buffered part is folded at the middle plane. The left buffer middle surface 21 is folded at right angles toward the box bottom surface 34 at the boundary of 21a, and then the left buffer right surface 22 is bounded by the left buffer right fold line 22a. Fold at right angles in the direction of (34) so that the left buffers 20, 21, 22 are in a 'c' shape, and the right buffers 26, 27, 28 are symmetrical about the outer vertical support ground 23. In the same manner as the left buffers 20, 21 and 22, the left buffers 20, 21 and 22 and the right buffers 26, 27 and 28 are virtually symmetrical axes A to A '. Fold the lower half of the symmetrical center in the same way.

Then, the left outer vertical ground ground fold line 33a is folded to the upper side to be perpendicular to the box bottom surface 34, and then the left horizontal ground ground fold line 32a is bounded. Fold the left horizontal ground surface 32 at right angles toward the box bottom surface 34, and then fold the left inner vertical ground surface 31 at right angles to the left inner vertical ground surface fold line 31a. Push to form an inner wall, wherein the left inner vertical ground surface protruding surface 31b formed on the left inner vertical ground surface 31 is inward of the lower half symmetrical with the inner vertical ground surface 12 and the inner vertical ground surface 12. Pushes the vertical ground surface and serves to fix the left inner vertical ground surface 31,

Subsequently, the left insertion surface 30 is inserted at the bottom of the left connection ring portion 10 while folding the left insertion surface 30 at a right angle in the direction of the left connection ring portion 10 to the boundary of the left insertion surface fold line 30a, and then the outer vertical support surface. The handle seat 24, which is formed by being cut by the handle seat incision 24a at the central portion of the 23, is folded at right angles to the handle seat middle fold line 24b and the handle seat fold line 24c at right angles, respectively. The handle right surface 25 formed by being cut by the handle right surface incision line 25a while being symmetrical to the handle left surface 24 on the right side of the handle 24 is also folded in the same manner as the handle left surface 24 to the outer vertical support ground 23. The handle is formed to be in the form as shown in Figure 7 attached.

In this manner, the right outer side is symmetrical with respect to the box bottom surface 34 and the left outer vertical ground surface 33, the left horizontal ground surface 32, and the left inner vertical ground surface 31 and the left insertion surface 30. The vertical support ground 35, the excellent flat ground 36, and the right inner vertical support ground 37 and the right insertion surface 38 are also folded in the same manner to complete the shock absorbing navigation packaging box 1 of the present invention.

The inventors of the present invention, the shock absorbing navigation packaging box (1) has the same structure and form as above, the left outer vertical ground ground 33 and the right outer vertical ground ground 35 and the outer vertical ground ground 23 and the outer vertical The outer vertical supporting ground of the lower half, which is symmetrical with the supporting surface 23, forms the outer wall,

The left inner vertical ground surface 31, the right inner vertical ground surface 37, the inner vertical ground surface 12, and the inner vertical ground surface of the lower half symmetrical with the inner vertical ground surface 12 are the horizontal ground surface side 13b. ), Forming the inner wall at a distance equal to the length, the binding of the connecting portion (10, 14) and the left buffer (20, 21, 22) and the right buffer (26, 27, 28) and the lower half of the The buffer unit reinforces the bearing capacity to withstand the heavy loads applied vertically,

In order to cope with a force acting horizontally from the outside, the horizontal ground surface side 13b is horizontally supported between the outer vertical ground surface 23 forming the outer wall and the inner vertical ground surface 12 forming the inner wall at a distance. And a portion folded at right angles between the handle left surface 24 and the handle right surface 25 to support the inner wall and the outer wall horizontally, and the left inner vertical support ground 31 and the left outer vertical support ground 33 Between the left buffers 20, 21 and 22 and the left buffer of the lower half corresponding thereto, the right buffers 26 and 27 between the right outer vertical support ground 35 and the right inner vertical support ground 37. And 28) and the lower right buffer part of the lower half corresponding to the left horizontal flat surface 32 and the excellent flat surface 36 absorb shocks applied from the side to protect the contents in the box.

Figure 1 is a perspective view of the present invention shock absorption navigation packaging box (1).

Figure 2 is a plan view showing the development of the present invention shock absorbing navigation packaging box (1).

3 illustrates a state in which the upper half insertion surface 11, the inner vertical support ground 12, and the horizontal support ground 13 are folded at right angles to form a 'ㅁ' shape during the folding process of the present invention packaging box 1. Perspective view.

Figure 4 is a perspective view showing a state of folding the outer vertical support surface 23 at right angles during the folding process of the present invention packaging box (1).

5 is a perspective view illustrating a state in which the ring of the left connecting ring 10 and the right connecting ring 14 are connected to each other during the folding process of the present invention packaging box 1.

Figure 6 is a perspective view showing a folding state of the present invention, the left buffer portion (20, 21, 22) and the right buffer portion (26, 27, 28) in the form of folding the packaging box (1), respectively.

7 is a view of folding the left insertion surface 30 and the left inner vertical ground surface 31, the left horizontal ground surface 32 and the left outer vertical ground ground 33 at right angles during the folding process of the present invention packaging box (1). Perspective view.

  <Brief Description of Reference Symbols>

  1: inventors shock absorbing navigation packaging box.

 10: left connecting part. 10a: Fold line of the left connecting part.

10b: Lower incision of left connecting ring. 10c: right incision.

10d: Left hook ring.

 11: upper half insertion surface. 11a: upper half insertion surface fold line.

 12: inner vertical support surface. 12a: Inner vertical ground fold line.

 13: horizontal ground plane. 13a: Horizontal ground fold line.

13b: Horizontal ground surface side.

 14: Right hook portion. 14a: Fold line of the right connecting part.

14b: Lower incision of right hook. 14c: left incision.

14d: Right hook ring.

 20: Left buffer part left side. 20a: Left side fold line of left buffer part.

 21: Left shock absorber midplane. 21a: Middle fold line of left buffer part.

 22: Right side of left buffer part. 22a: Right side fold line of the left buffer part.

 23: outside vertical ground plane. 23a: Outside vertical ground fold line.

 24: handle seat. 24a: Improvement of handle left incision.

24b: Middle folding line of the seat of the handle. 24c: Handle left fold line.

 25: Right handle. 25a: Improvement of handle right incision.

25b: Middle fold line on the right side of the handle. 25c: Folded line on the right side of the handle.

 26: left side of the right buffer part. 26a: Left side fold line of the right buffer part.

 27: Right shock absorber midplane. 27a: Middle fold line of the right buffer part.

 28: Right buffer part right side. 28a: Right fold at right buffer part.

 30: left insertion surface. 30a: Left insertion surface fold line.

 31: left inner vertical ground plane. 31a: Left inner vertical ground fold line.

31b: Left inner vertical support surface.

 32: left horizontal ground. 32a: Left horizontal ground fold line.

 33: left outer vertical ground plane. 33a: left outer vertical ground fold line.

 34: bottom of the box.

 35: Right outer vertical ground plane. 35a: Right outer vertical ground fold line.

 36: excellent flat ground. 36a: Excellent flat ground fold line.

 37: right inner vertical ground plane. 37a: Right inner vertical ground fold line.

37b: right inner vertical ground projection.

 38: right insertion surface. 38a: Right insertion surface fold line.

 A ~ A ': axis of symmetry.

Claims (2)

In the navigation box, Centered on the box bottom surface 34 located in the center, the left side of the box bottom surface 34 extends continuously on the left side of the box bottom surface 34 and the left outer vertical ground fold line 33a. The left outer vertical support ground 33 is formed, and on the left side of the left outer vertical support ground 33 is continuously extended from the left side of the left outer vertical support ground 33 bordering on the left horizontal ground fold line (32a) There is a left horizontal ground surface 32, the left side of the left horizontal ground surface 32 protrudes from the left side corner of the left horizontal ground surface 32 at a position located in the inner side by the same length as the horizontal ground surface side (13b) left inner side The vertical support surface 31 is formed, and the left inner vertical support surface protruding surface 31b is formed to protrude upward from the end of the left inner support vertical surface 31, and the left side of the left inner support vertical surface 31 is formed. Left insertion surface fold line 30a at the midpoint of the length from the top edge of the face to the axis of symmetry A through A ' The left insertion surface 30 protrudes as a boundary to form a left side wall of the packaging box of the present invention, and the left side wall is symmetrical with respect to the bottom side of the box 34 and the right side of the bottom surface 34 of the box. Forms the right wall which forms the structure and form of left and right symmetry, The upper wall of the upper half has a structure that forms the upper wall of the box bottom surface 34 on the upper surface of the box bottom surface 34 so that the upper surface of the box bottom surface 34 extends on the boundary line of the outer vertical paper surface folding line 23a. The left buffered right surface 22 is formed on the left side of the outer vertical support surface 23 by protruding and extending the left buffered right surface fold line 22a, and the left side of the left buffered right surface 22 is formed. On the surface, the left buffer middle surface 21 is formed extending from the left side of the left buffer right surface 22 bordering the left buffer middle fold line 21a, the left side of the left buffer middle surface 21 The left buffer side 20 is formed extending from the left side of the left buffer middle surface 21 on the boundary of the cushioning seat fold line 20a to form the upper left buffer side 20, 21, 22, and the outer vertical On the right side of the support surface 23, the structure and shape of left and right symmetry around the upper half of the left buffer part 20, 21, 22 and the outer vertical paper surface 23 Forming to form the upper right cushioning sections (26,27,28), On the upper surface of the outer vertical paper ground 23, a horizontal supporting ground 13, which is a surface extending from the upper surface of the outer vertical paper ground 23 on the boundary of the horizontal supporting ground fold line 13a, is formed, and the horizontal supporting ground 13 The left upper portion of the left horizontal ring has a left incision line 10b cut in the same length as the left and right width of the horizontal surface 32, and the right and left width of the superior flat ground 36 in the upper right of the horizontal ground surface 13 There is a right connection ring lower incision line 14b cut into the same length, and between the left connection ring lower incision line 10b and the right connection ring lower incision line 14b with the inner vertical supporting ground 12 and There is a boundary of the inner vertical ground plane fold line 12a, and extends and protrudes from the inner vertical ground plane fold line 12a above the horizontal ground plane 13 by the same length as the vertical width of the outer vertical ground plane 23. To form an inner vertical support surface 12, The upper surface of the inner vertical support ground 12 extends from the upper surface of the inner vertical support ground 12 with the upper half insertion surface fold line 11a as a boundary, and has a length equal to the upper and lower widths of the horizontal support ground 13. The upper half insert surface 11 is formed, On the left side of the inner vertical support ground 12

'Shape of the left connecting ring portion 10 is formed, the right side of the left connecting ring portion 10 is rotated 180 degrees around the inner vertical supporting surface 12 on the right side of the inner vertical support ground 12 The ring portion 14 is formed, And the handle portion 24, 25 is located in the center of the outer vertical paper ground 23, the right side incision in the 'c' shape around the center of the outer vertical paper surface 23, the handle right incision 25a ), Folding the handle right surface 25 and the outer vertical paper surface 23 to form a handle right surface middle fold line 25b perpendicularly to the center of the handle right surface 25 formed by the handle right incision 25a. The handle contact surface 24 and the handle seat section are folded so that the handle contact surface fold line 25c is vertically formed so that the contact surface of the handle is vertically symmetrical with the handle right surface 25 around the center of the outer vertical paper surface 23. An improvement 24a, a handle seat middle fold line 24b, a handle seat fold line 24c, At this time, the length of the left and right widths of one side of the handle left surface 24 and the handle right surface 25 divided vertically into two by the handle left side middle fold line 24b and the handle right side middle fold line 25b is the horizontal ground surface side 13b. ) Is the same length as The structure of the lower half is a structure symmetrical except for the left connecting ring portion 10 and the right connecting ring portion 14 in the structure of the upper half on the basis of the symmetry lines (A ~ A ') as described above, the left side of the lower half The connecting ring portion and the right connecting ring portion are formed to face each other by rotating 180 degrees with respect to the left connecting ring portion 10 and the right connecting ring portion 14 and the box bottom surface 34 of the upper half. Shock absorbing navigation packaging box. In the navigation box, The upper half insertion surface 11 is folded at right angles along the upper half insertion surface fold line 11a, and then the inner vertical supporting surface 12 is folded at right angles on the inner vertical ground folding line 12a. Next, the horizontal ground plane 13 is folded at right angles to the horizontal ground fold line 13a so as to be placed on the outer vertical ground ground 23 so that the outer vertical ground ground 23 and the horizontal ground ground 13 are raised. ) And the inner vertical support surface 12 and the upper half insertion surface 11 are in the form of 'ㅁ', and the same side of the lower half symmetrically about the box bottom surface 34 is folded in the same manner, and then the outer vertical Fold the outer vertical support surface 23 at right angles to the boundary of the support surface fold line 23a, and then open the left connection ring portion 10 to the box bottom surface 34 at the boundary of the left connection fold line 10a. Direction at right angles, and the right connecting portion 14 is bounded by the right connecting portion fold line 14a. 34 in the right direction, and the symmetrical surface of the lower half symmetrical to the left connecting ring 10 and the right connecting ring 14 is folded in the same manner, the left connecting ring 10 and the right connecting ring ( 14) respectively overlap with the symmetrical surface of the lower half, and at this time, the left connecting ring ring (10d) of the left connecting ring (10) intersects with the ring of the symmetrical plane of the lower half, and the right connecting ring (14) also the right connecting ring In the same way, the sub ring 14d is intersected with the ring of the symmetry plane of the lower half, and then the left buffer part 20 is bounded to the box bottom surface 34 by the left buffer part fold line 20a. After folding at right angles, the left buffer middle surface 21 is folded at right angles to the box bottom surface 34 at the boundary of the left buffer middle folding line 21a, and then the left buffer right fold folding line 22a at the boundary. Fold the left buffered right side 22 at right angles to the box bottom side 34. The left shock absorbers 20, 21, 22 are formed in a 'c' shape, and the right shock absorbers 26, 27, 28 symmetrically about the outer vertical support ground 23 also have left shock absorbers 20, 21. Fold in the same manner as in (22), and then buffer the lower half where the left buffers 20, 21, 22 and the right buffers 26, 27, 28 are symmetric about an imaginary axis of symmetry A-A '. Fold in the same way, and then fold the left outer vertical ground plane 33 upward to be perpendicular to the box bottom surface 34, and then to the left horizontal ground ground folding line 33a. The left horizontal ground plane 32 is folded at right angles to the box bottom surface 34 at the boundary of the line 32a, and then the left inner vertical ground plane 31 is bounded by the left inner vertical ground plane fold line 31a. While folding at a right angle to the inner box to form an inner wall, wherein the left inner vertical ground surface protruding surface 31b formed on the left inner vertical ground surface 31 is the inner vertical ground surface 12, It acts to fix the left inner vertical support ground 31 by pushing the inner vertical support ground of the lower half, which is symmetrical with the inner vertical support ground 12, and then continues to the left insertion surface fold line (30a) as a boundary. 30 is inserted at the bottom of the left connecting ring 10 while folding the right connecting ring 10 at a right angle to the left connecting ring 10, and then cut off by a handle left incision 24a at the center of the outer vertical support ground 23. The formed handle seat surface 24 is folded at right angles to the handle seat middle fold line 24b and the handle seat fold line 24c, respectively, and the handle right surface section is symmetrical with the handle seat 24 at the right side of the handle seat 24. The handle right surface 25 cut and formed by the improvement 25a is also folded in the same manner as the handle seat surface 24 so that the handle is formed on the outer vertical support ground 23, and the box bottom surface 34 is thus formed. Left outer vertical ground surface 33 and left horizontal ground surface 32 as a center And the left and right inner vertical ground surface 31 and the right and left vertical ground surface 35 and the right flat ground surface 36 and the right inner vertical ground surface 37 and the right insertion surface which are symmetrical with the left insertion surface 30. ) Navigational packing box for shock absorption, characterized in that the folding box to complete the box.

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