JPH0454095Y2 - - Google Patents

Description

[Detailed description of the invention] [Field of industrial application] The present invention relates to a packaging box for a multi-branched lighting device such as a chandelier, in which a globe is arranged on an arm that extends radially from the main body of the device, which has a lighting device, etc. It is.

[Prior art and its problems] Conventionally, when packaging a multi-branched lighting fixture such as a chandelier, in which a globe is placed at the tip of an arm extending radially from the fixture body, the following measures have been taken. ing.

Place the bottom part, which has a hole in the center for holding the fixture body, on the bottom of the outer box, insert the fixture body into the hole, and attach the lighting fixture to the bottom part while wearing a glove on the end of the arm. and store it in a packaging box. Furthermore, to prevent the lighting equipment from moving, a central tube is placed over the equipment body to fix it, and to protect the gloves, which are easily damaged, one cover member is placed over each glove.

For this reason, the area of the bottom pad on which the lighting equipment is placed becomes large, and the outer shape of the packaging box also becomes large. Therefore, if the outer size of the packaging box becomes large, handling becomes inconvenient, and a large space is required for transportation, storage, etc., resulting in poor transportation efficiency, and a large amount of packaging material is required, which increases costs. Furthermore, special components are required for protection of the glove.

[Means for Solving the Problems] The present invention is a packaging box for a multi-branched lighting device in which a globe is arranged at the tip of an arm extending radially from a cylindrical device body, and the box holds the device body. A pair of upper and lower parts having a hole in the center thereof, a central cylinder supported by the upper and lower parts and holding the instrument body inside, and an outer box housing the upper and lower parts and the central cylinder. , glove insertion holes are provided on opposing surfaces of the upper and lower parts at approximately equal intervals in the circumferential direction surrounding the central hole, and the arm is disposed between the gloves inserted into the holes. This is what I did.

[Operation] When storing a multi-branched lighting device in a packaging box having the above configuration, the procedure is as follows.

Remove the glove from the arm that extends radially from the instrument body.

The patch is placed on the bottom of the outer box with the opposing surface provided with the glove insertion hole facing upward.

Insert one glove into each glove insertion hole.

Position the arm so that it is placed between the gloves inserted into the glove insertion hole, and insert the instrument body into the hole in the center of the pad.

The central tube is placed over the instrument body that protrudes upward from the pad, and the instrument body is fixed to the pad.

The glove held by the pad is positioned so as to match the glove insertion hole provided on the opposing surface of the other pad, and this pad is placed over the glove from above.

The gloves are fixed from above and below through glove insertion holes provided in a pair of upper and lower parts.
Further, the main body of the instrument is held by an insertion into the central hole and a central tube.

[Example] Hereinafter, an example of the present invention will be described based on the drawings.

The lighting equipment to be packaged is a multi-branched lighting device in which a disc-shaped globe C is arranged at the tip of four arms B that extend radially from a cylindrical equipment body A that has a lighting device inside. It is an instrument.

Reference numeral 1 denotes an outer box having a rectangular cross section and made of a material such as a cardboard box that has cushioning properties.

Reference numeral 2 denotes a pair of upper and lower parts made of a material such as a cardboard box that has cushioning properties. As shown in FIG. 2, the opposing surfaces 3 of the upper and lower parts 2 are rectangular, and side portions 5 are connected to each of the four circumferences through folds 4.
A holding portion 7 is connected to each side portion 5 via a fold 6.

This holding part 7 has an inner side part 9 through a fold 8.
are arranged in series, and cut lines 10 are provided at both ends of the fold 8.

On the inner side part 9, a fold 11 is provided from both ends of the fold 8 at right angles to the fold 8, and a fold 11 is provided in parallel with the fold 11 at a required interval.
2 is provided. These two folds 11 and 12
A presser piece 13 of arm B is provided protrudingly between them. The tip of this presser piece 13 is formed in a concave shape,
Arm B can be inserted into the center.

At the center of the opposing surface 3, a cylinder insertion hole 14 with a rectangular opening shape for holding the instrument body A is provided. Around this cylinder insertion hole 14, glove insertion holes 15 for vertically supporting a disc-shaped glove C are arranged at equal intervals in the circumferential direction and parallel to the folds 4 provided on the outer periphery of the opposing surface 3. is provided. Also, between the glove insertion holes 15,
At a position on the diagonal line of the opposing surface 3, a presser piece 1 of the arm B is placed so as to intersect the diagonal line at right angles.
3 is provided with a notch 16 through which it passes.

The holding portion 7 is provided with a carrying hole 17 that serves as a carrying handle for the upper and lower parts 2.

Note that the size of the diagonal line of the opposing surface 3 is set to be slightly longer than the length of the four arms B extending radially. The height of the side part 5 is set so that when the disc-shaped glove C is inserted vertically into the glove insertion hole 15, it does not come into contact with the holding part 7. Thereby, there is a cushioning property against impact from the direction of the bottom surface 1a of the outer box 1. The part where the holding part 7 is not connected is curved due to the weight of the glove C, making the placement unstable. Further, an auxiliary side portion 19 is provided continuously from the edge of the cylinder insertion hole 14. Further, the holding piece 13 of the arm B is tapered so that it can be easily inserted into the notch 16 and difficult to come out, and the holding piece 13 is tapered toward the tip.

When assembling the pair of upper and lower parts 2, the procedure is as follows.

The side portion 5 is bent to stand up from the opposing surface 3, and the holding portion 7 is bent inward from the opposing surface 3. The inner side part 9 is bent and raised from the holding part 7 in the direction of the opposing surface 3, and is bent at two folds 11 and 12 to form an octagonal shape. A presser piece 13 protruding from the inner side part 9 is passed through the notch 16 and protruded from the opposing surface 3 to fix the inner side part 9 to the opposing surface 3. Furthermore, the auxiliary side parts 18 and 19 are bent and raised. Part 2 is thus completed.

20 is a support cylinder, as shown in FIG.
Three folds 21 are provided in a rectangular cardboard paper, and an adhesive margin 23 is provided at the end via a fold 22.
It is assembled into a cylindrical shape with a square cross section. At the top of each side 24 of this support tube 20,
A long arm insertion hole 25 with an open upper end is provided in the vertical direction. Instrument body A to arm B
It is housed inside the support tube 20 from above in the opposite direction to the ceiling mounting direction so that it faces upward. Note that the height of this support tube 20 and the arm insertion hole 25
The length of the outer box is 1 when the instrument body A is inserted.
It is set so that it does not come into contact with the bottom surface 1a of the bottom surface 1a, thereby providing a cushioning effect against impact from the direction of the bottom surface 1a.

26 is the central cylinder, as shown in FIG.
Four folds 27 are provided in a rectangular cardboard paper,
A cylindrical shape having a square cross section is assembled with a margin 29 provided at the end via a fold 28. This central tube 2
At the bottom of each side surface 31 of 6, an elongated arm insertion hole 30 with an open upper end is provided in the vertical direction. This central tube 26 is configured to have a size that allows the support tube 20 to fit therein. In addition, this central cylinder 26
The height of the center cylinder 2 and the length of the arm insertion hole 30 are
6 is fitted into the support tube 20, the height is made equal to the inner dimension of the outer box 1, and the center tube 26 is set so that the support tube 20 does not move up and down when packaged.

The case where the lighting equipment is housed in the packaging box of this embodiment will be described below.

Glove C is removed from the tip of arm B that extends radially from appliance body A that has a lighting device and the like.

The pad 2 is placed on the bottom surface 1a of the outer box 1 with the opposing surface 3 from which the presser piece 13 of the arm B protrudes facing upward.

Four gloves C are inserted vertically into each glove insertion hole 15 and held.

Insert the instrument body A into the support tube 20 from above.

The support tube 20 is inserted into the tube insertion hole 1 of the part 2 so that the arm B is in the groove of the holding piece 13.
Insert into 4. In this case, arm B is placed between two gloves C. In addition, the auxiliary leg portion 19
also serves as a guide for inserting the support tube 20. Since the support tube 20 having a square cross section is held in the tube insertion hole 14, the instrument main body A and the arm B inside the support tube 20 are fixed to the part 2. Furthermore, since the arm B is prevented from wobbling by the presser piece 13, it does not come into contact with the glass globe C.

Next, the glove C held on the part 2
Then, position the glove insertion hole 15 provided on the opposing surface 3 of the other part 2 so that they coincide with each other, and fit the center cylinder 26 into the cylinder insertion hole 14, and then attach this part 2. Cover glove C from above. As a result, the glove C is held in the glove insertion holes 15, 15 in the upper and lower parts 2, 2, and the instrument body A is held in the center tube 26 and the support tube 20.
is maintained. Also, check whether the glove C is accurately held in the glove insertion hole 15.
This can be confirmed from 7.

In the above configuration, by arranging the glove C vertically between the arms B and B, the area of the facing surface 3 is reduced, and the packaging box becomes compact. This makes it easier to handle, requires less space for transportation and storage, increases transportation efficiency, and reduces costs because less cardboard is used, which is economical. Furthermore, since the pair of upper and lower parts 2, 2 also hold the glove C, there is no need for a special member to hold the glove C, which is easily damaged, and the number of packaging parts can be reduced.

In this embodiment, the glove insertion hole 15 is provided parallel to the fold line 4 provided on the outer periphery of the facing surface 3, but the glove insertion hole 15 is not limited thereto, and may be provided at right angles to the fold line 4. The glove C may be placed laterally.

Furthermore, although the present embodiment shows a packaging box for a lighting fixture having four globes, the present invention is not limited to this, and can be applied to a lighting fixture having five to six globes, for example.

[Effects of the invention] As explained above, according to the invention, by disposing the gloves between the arms, the area of the facing surfaces of the parts is reduced, and the packaging box becomes more compact as a whole. It is economical because it increases transportation efficiency and reduces the amount of material used for packaging boxes, reducing costs. Furthermore, since the pair of upper and lower parts also holds the gloves, there is no need for a special member to hold the gloves, which are easily damaged, and the number of packaging parts can be reduced.

[Brief explanation of the drawing]

Fig. 1 is an assembled view of a package showing an embodiment of the present invention, Fig. 2 is an exploded view of the package, and Fig. 3 is a
FIG. 4 is a developed view of the central tube, FIG. 4 is a developed view of the support tube, and FIG. 5 is a vertical sectional view of the assembled state. Explanation of the symbols, A...Instrument body, B...Arm,
C...Glove, 1...Outer box, 2...Putt,
3... Opposing surface, 5... Side part, 14... Cylinder insertion hole, 15... Glove insertion hole, 26... Center cylinder.

Claims (1)

[Scope of claim for utility model registration] A packaging box for a multi-branched lighting device in which a globe is arranged at the tip of an arm extending radially from a cylindrical device body, the box having a hole for holding the device body in the center. a pair of upper and lower parts, a central cylinder supported by the upper and lower parts and holding the instrument body inside; and an exterior box that houses these upper and lower parts and the central cylinder, the upper and lower parts facing each other. Glove insertion holes are provided at approximately equal intervals in the circumferential direction surrounding the central hole on the surface, and the arm is arranged between the gloves inserted into the holes. A packaging box for multi-branched lighting equipment.