JP6557865B2 - Vacuum cleaner packing equipment - Google Patents

Description

  The present invention relates to a packing apparatus for storing an object to be packed such as a vacuum cleaner.

2. Description of the Related Art Conventionally, a packing apparatus for storing an object to be packed such as a vacuum cleaner has a configuration in which a foam cushion is interposed between the object to be packed and a box in order to protect the object to be packed from an impact. .
However, if the cushioning body is made of foam material, the packaging device becomes large, and it is necessary to secure a large space for placing the foaming material at the manufacturing site. Packing devices that can protect the objects to be packed are becoming common.

  However, in the packing device that can protect the packaged goods without using the conventional foaming material, when the impact such as dropping the packaging box from the top surface is applied, the packaged goods are moved upward. In order to prevent this, a buffer is disposed on the top of the packaged item (see, for example, Patent Document 1).

Japanese Utility Model Publication No. 6-27627

  However, the upper shock absorber is not able to withstand the weight of the object to be packed when the object to be packed is heavy because the base contacting the upper surface of the object to be packed and the both ends of the upper buffer are bent upward substantially perpendicular to the base. Since the base that is in contact with the object to be packaged is warped, the load of the object to be packed is applied to the hose disposed on the upper shock absorber, and the hose disposed on the upper shock absorber is deformed. There was a problem of ending up.

  The present invention relates to a packing apparatus capable of protecting an object to be packed without using a foam material, by moving the object to be packed upward when an impact such as dropping the packing box from the top surface is applied. It aims at providing the packing apparatus characterized by being able to prevent hose crushing.

In order to solve the above-described conventional problems, the packing device of the present invention is a packing device for storing a vacuum cleaner in a packing box, by folding four folds provided on a cardboard flat plate , near the center. It has a flat plate base, one of the bases has an upper bent portion bent in an L shape substantially vertically upward at the fourth fold, and the other has a triangular shape at the first, second and third folds And a buffer body having a folded structure, and the structure folded into a triangular shape is provided with a cut portion and an opening in the corrugated flat plate, and the opening is formed at a position where the first fold is applied. The notch is formed between the third fold and the fourth fold, and is configured by fitting the notch and the opening when the corrugated flat plate is folded. Hose on the base A storage structures, is characterized in that the cushion is placed on top of the cleaner main body is to be packaged. Thus, the present invention provides a packing device that can prevent hose crushing due to the upward movement of the cleaner body when an impact is applied to the packing box.

  The packing device for an electric vacuum cleaner according to the present invention can prevent hose crushing due to the upward movement of the main body of the vacuum cleaner when an impact is applied to the packing box.

The perspective view of the packaging box in Embodiment 1 of this invention The perspective view which showed the state by which the partition frame material made from a corrugated cardboard used as reinforcement of a packaging box and the products (vacuum cleaner main body, hose, etc.) which are to-be-packaged goods were accommodated in the packaging box Same as above, exploded view of the cardboard shock absorbers installed in the packaging box The perspective view of the assembled state of the shock absorber The perspective view which showed the position which installs a shock absorber with respect to the state where the partition frame material entered in the packaging box The perspective view which showed the state which set the hose on the base of the buffer body same as the above The perspective view which showed the state by which the buffer body was arrange | positioned in the predetermined position in the state in which the product (vacuum cleaner main body, hose, etc.) which is a partition frame material and a to-be-packaged object entered in the packaging box

  1st invention is a packing apparatus which accommodates a vacuum cleaner in a packing box, and has a flat plate base near the center by folding a flat plate made of corrugated board, and one of the bases has an L-shape substantially vertically upward. A vacuum cleaner main body comprising an upper bent portion bent in a shape and a buffer body having a structure bent in a triangular shape on the other side, and a structure for housing a hose on the base portion. It is characterized by having been installed on the top. Thereby, when an impact is applied, hose crushing due to the upward movement of the cleaner body can be prevented.

  In the second invention, in particular, the structure folded into the triangular shape of the first invention is provided with a cut portion and an opening portion in a corrugated cardboard flat plate, and when the corrugated cardboard flat plate is folded, the cut portion and the opening portion are provided. It is characterized by comprising by fitting.

  This makes it possible to easily fold a substantially rectangular cardboard to create this shock absorber, which is inexpensive, reduces the number of assembly steps, and is triangular in shape. Further, hose crushing due to the upward movement of the cleaner body can be prevented.

  In the third invention, in particular, the vertical height of the top of the triangle of the structure of the first invention or the invention of the second invention is higher than the upper end of the hose housed on the base. The position is set.

  Thereby, when an impact such as dropping the packing box from the top surface is applied, the impact is applied to the top of the triangle before the hose, so that the hose can be protected from the impact and deformation of the hose can be prevented.

  According to the fourth aspect of the invention, in particular, the triangular top portion of the structure folded into the triangular shape of any one of the first to third aspects of the first aspect is close to the inner top surface of the packaging box during storage. It is a feature.

  As a result, it is possible to suppress the buffer body from moving up and down in the packing box, and to suppress the vacuum cleaner body from moving upward when an impact is applied. It is possible to prevent the hose from being crushed due to the movement.

  In a fifth aspect of the present invention, in particular, in any one of the first to fourth aspects of the first aspect, a cardboard partition frame member that reinforces the packaging box, and a bent portion provided on the partition frame member. The buffer body is arranged between the bent portion and the partition frame member and on a vacuum cleaner body that is an article to be packed.

As a result, the buffer body is arranged as described above, so that the movement is stopped at the bent portion in the left direction and the position is restricted, and the movement is stopped by the partition frame material in the right direction and the position is restricted. Therefore, the shock absorber can be prevented from moving left and right in the packing box due to vibration and impact, and the cleaner body can be reliably restrained from moving upward when an impact is applied. The hose crushing due to the upward movement of the hose can be prevented.

(Embodiment 1)
Embodiments of the present invention are shown in FIGS. 1 to 7, and will be described below with reference to these drawings.
As shown in FIG. 1, it is a packing box 1 that forms the entire outline of the packing device of the present invention. After the vacuum cleaner main body 2 that is an object to be packed is stored from above, the packing device 1 is packed as shown in FIG. 2. An inner flap 3 and an outer flap 4 that cover and cover the top opening of the box 1 are provided, and the whole is formed of corrugated paper.

  The pair of opposed inner flaps 3 are folded inward prior to the outer flap 4, and the pair of opposed outer flaps 4 are folded inward so as to cover the upper part of the inner flap 3 folded inward. Thereby, the upper opening part of the packaging box 1 is obstruct | occluded, and it forms in a box shape.

  As shown in FIG. 2, inside the packaging box 1, a vacuum cleaner main body 2 is partitioned and a cardboard partition frame material 5 that reinforces the packaging box 1 and a vacuum cleaner main body 2 that is an object to be packed are packaged. A packaging support member made of a paper cushion (not shown) is housed.

  First, FIG. 3 shows a developed view of the buffer body 6 of the present invention. The buffer body 6 has a substantially rectangular shape and has four valley folds. The first fold line 7, the second fold line 8, the third fold line 9, and the fourth fold line 10 are used as the respective folds. A hole 11 is formed at the center of the first fold line 7, and a notch 12 for fitting into the hole 11 is formed between the third and fourth fold lines.

  Next, valley folds are performed based on the first to third folds to form a triangular shape 13 as shown in FIG. 4, and the notch 12 is fitted into the hole 11 to fix the triangular shape. Further, an assembled state in which the fourth folding line 10 performs an upward upward bent portion 14 that is substantially vertical is shown in FIG. FIG. 6 shows a state where the hose 16 is set on the base portion 15 of the buffer body 6.

  Furthermore, as shown in FIG. 7, the assembled shock absorber 6 is set on the vacuum cleaner main body 2 which is an object to be packed, and the upper bent portion 14 of one of the items to be packed is substantially vertically upward. The outer side surface is aligned with the outer wall surface of the partition frame member 5 housed inside the packaging box 1 without any gap, and the other triangular shape 13 is placed on the cleaner body 2 that is the packaged item. Arrange.

  The cardboard partition frame member 5 that reinforces the packing box 1 is provided with a bent portion 17 bent inward so that the inner side surface 18 of the packing box 1 is exposed.

  The buffer body 6 is disposed between the bent portion 17 and the partition frame member 5 made of corrugated cardboard and on the cleaner body 2 that is an object to be packed. By being arranged in this way, the buffer body 6 is stopped by the bent portion 17 in the left direction and is restricted in position, and is moved in the right direction by the partition frame member 5 and is restricted in position. .

  As shown in FIG. 6, one of the shock absorbers 6 has an upward bent portion 14 that is substantially vertically upward, and the other has a triangular shape 13, and a portion between the upward bent portion 14 and the triangular shape 13. Becomes the base 15, and the hose 16 is accommodated on the base 15.

As a result, the buffer body 6 is prevented from moving at the bent portion 17 in the left direction and is restricted in position, and the movement in the right direction is stopped and restricted by the partition frame member 5, so that vibration and shock Thus, the shock absorber 6 can be restrained from moving in the left-right direction in the packing box 1, and the cleaner body 2 can be reliably restrained from moving upward when an impact is applied. It is possible to prevent the hose 16 from being crushed due to the movement to.

  Further, as shown in FIG. 6, the apex portion 19 of the triangular shape 13 formed on one side of the buffer body 6 set on the cleaner body 2 that is an object to be packed is set on the base portion 15. The hose 16 is formed to be at a position equal to or higher than the outer diameter of the hose 16.

  Thereby, when an impact such as dropping the packaging box 1 from the top surface is applied, the impact is applied to the apex portion 19 of the triangular shape 13 before the hose 16, and the hose 16 is protected from the impact and the hose 16 is deformed. Can be prevented.

  Further, the apex portion 19 of the triangular shape 13 formed on one side of the buffer body 6 set on the cleaner body 2 is set close to the top surface of the packaging box 1 when stored.

  Thereby, it can suppress that the buffer body 6 moves to the up-down direction within the packaging box 1, and can also suppress that the cleaner body 2 moves upward when an impact is applied. It is possible to more reliably prevent the hose 16 from being crushed due to the upward movement of the main body 2.

  As described above, the present invention provides a packaging device for storing a vacuum cleaner in a packaging box by folding a corrugated cardboard flat plate to have a flat plate base in the vicinity of the center, with one of the bases being substantially vertically upward And a cushioning body having a structure folded in a triangular shape on the other side, and a structure for housing a hose on the base, the cushioning body being a packaged item. By installing it on the main body of the vacuum cleaner, it is possible to provide a packing device that can prevent the hose from being crushed.

DESCRIPTION OF SYMBOLS 1 Packing box 2 Vacuum cleaner main body 3 Inner flap 4 Outer flap 5 Partition frame material 6 Buffer body 7 First fold 8 Second fold 9 Third fold 10 Fourth fold 11 Hole 12 Notch 13 Triangle shape 14 Upper fold Part 15 Base 16 Hose 17 Bending part 18 Inner surface 19 Vertex

Claims (4)

In the packaging device for storing the vacuum cleaner in the packaging box, by folding the four folds provided on the corrugated flat plate , it has a flat base near the center, and one of the bases has a fourth fold. includes an upper bent portion bent in an L-shape in a substantially vertically upward, first the other, and a buffer having a second and third structure folded in a triangular shape at the fold Te,
The structure bent in the triangular shape is provided with a notch and an opening in the corrugated flat plate, the opening being formed at a position where the first fold is applied, and the notch is formed on the third fold. And the fourth fold is formed by fitting the notch and the opening when the corrugated flat plate is folded,
A packing device characterized in that a hose is housed on the base, and the buffer is installed on a vacuum cleaner body that is an object to be packaged. Vertical height of the top of the triangular structure by bending said triangular shape, packing according to claim 1, characterized in that set in a higher position than the upper end portion of the hose which is accommodated on the base apparatus. The packing device according to any one of claims 1 to 2 , wherein a triangular top portion of the structure bent into the triangular shape is close to a portion inside the box of the top surface of the packing box during storage. . A partition frame member made of corrugated cardboard for reinforcing the packaging box; and a bent portion provided in the partition frame member; and the buffer is provided between the bent portion provided in the partition frame member and the partition frame member. And it has arrange | positioned on the cleaner body which is a to-be-packaged object, The packing apparatus of any one of Claims 1-3 characterized by the above-mentioned.

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