JPH1077028A - Packaging body for multiple light type lighting equipment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To miniaturize a packaging box and reduce the number of packaging members. SOLUTION: When a multiple light type lighting equipment, in which a lighting body comprising a reflection plate (c) in which an annular fluorescent lamp (d) is attached to the tip of arms (b) radially extending from an equipment body storing therein a lighting device or the like and a translucent shade (e) is disposed, is packaged. The lighting equipment is divided into the equipment body from which the arms (b) extend, the reflection plate (c) to which the lamp (d) is attached, and the shade (e). At the bottom of a packaging box 20, in which these members are stored, the equipment body, to the outer periphery of which a rectangular packing 33 is mounted, and two reflection plates (c), in which a cylindrical packing 32 is mounted to the outer periphery of each of the plates (c), are arranged in series, the equipment body being placed between the plates (c). A partitioning packing 35 is disposed above these members so as to cover them. A plurality of shades (e) are stacked on the packing 35.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a package suitable for storing a multi-lamp type lighting device in a packaging box by dividing the lighting device into respective portions of a device body, a reflector and a translucent shade.

[0002]

2. Description of the Related Art A conventional package of this type will be described with reference to FIGS. As shown in FIG. 4, a multi-lamp type lighting fixture A to be packaged includes an arm body b containing a lighting device and the like.
Extend radially in all directions, and have a reflector B, an annular fluorescent lamp d, and a translucent shade e at the end thereof.
Are mounted, and the whole of them is suspended by the mounting device 5 to the ceiling and the power cord g. In a conventional package, as shown in FIG. 5, a fluorescent lamp d is mounted on a lamp holder h of a reflector c, and cylindrical packings i and g are mounted on the inside and outside of the fluorescent lamp to transmit a light-transmitting shade e. When the lamp body B is mounted, the fluorescent lamp d is prevented from dropping out of the lamp holder h due to a transportation impact or coming into contact with the translucent shade e to be damaged. Next, as shown in FIG. 6, a bottom packing 2 having a rising portion at the periphery is inserted into the bottom of the packaging box 1, and a central cutout hole 10 surrounds the outer periphery of the instrument body a, and an arm b is provided at a corner. Notch 1 for mating
1 is inserted, and the instrument main body a is inserted. Further, an arm b is provided at a corner from above the instrument body a.
Are fitted, and are closely attached to the outer periphery of the rectangular cylinder packing 3, and the rectangular cylinder packing 4 having a height corresponding to the height direction of the outer casing 1 is attached. Next, an octagonal cylindrical packing f provided with a protruding portion 13 on each side is fixed by fitting the protruding portion 13 into the slit 13 of the bottom packing 2, and the lamp body B is inserted therein.
And the lamp body are separated and housed in the order of cylinder 6, partition 7 and lamp body B. This is arranged on both sides of the device main body a so that the whole is in series, and the upper packing 7 similar to the bottom packing 2 is covered from above to complete the package. 7 shows a half cross section on the longitudinal side of the package, and FIG. 8 shows a plane from which the upper packing 7 is removed.

[0003]

In the above-mentioned prior art, since the lamps B are arranged in series on both sides with the appliance body a at the center, the size of the packaging box 1 in the longitudinal direction is the most. The size is large, the transportation and storage efficiency is reduced, and the packaging cost is increased. Further, since each lamp body B is packaged in an assembled state, cylindrical packings i and g for protecting the fluorescent lamps d in the lamp body B are required for the number of lamps. Met. An object of the present invention is to reduce the size of a packaging box and the number of packaging members.

[0004]

The object of the present invention is achieved as follows. The lamp is divided into a reflector with a ring-shaped fluorescent lamp and a translucent shade.
A reflector plate in which the outer periphery is surrounded by a cylindrical packing in combination with each other, and an appliance main body having a rectangular cylindrical packing attached to the outer peripheral portion of the main body are also arranged in series with the appliance main body in the center and arranged at the bottom of the packaging box. Next, a pair of rectangular cylinder packings having cutouts for fitting and holding a part of the cylindrical packing surrounding the reflection plate are arranged outside the appliance body and the reflection plate arranged in series. In addition, these parts are entirely covered with a rising part on the peripheral edge, and a part of the rising part is covered with a partition packing provided with bent pieces that can be bent at a certain angle inside, and a plurality of pieces are placed on the partition packing. A vertically-divided packing having a plurality of light-transmitting yards and a bent portion similar to the bent piece provided at the partition-packing rising portion for separating adjacent light-transmitting shades and preventing the light-transmitting shades from swaying. Is placed.

[0005] The two reflectors with the fluorescent lamps are combined via a cylindrical packing therebetween, and the outer periphery is surrounded by a cylindrical packing, so that the reflector is compact, easy to handle and is made into a block. This reflector plate block is arranged in series on both sides of the instrument body with the main body portion surrounded by a square tube packing, so that it is the smallest size as an arrangement method at the time of packaging. Furthermore, since the notch of the rectangular plate packing arranged parallel to the outside of the fixture body and the reflector arranged in series fits and holds a part of the cylindrical packing surrounding the reflector, the reflector plate is blocked. And the instrument body are securely fixed. On the other hand, the light-transmitting shades are stacked on the partition packing covered from above, and the space for once arranging the rows is sufficiently secured, and the vertical partition packing separating the bent piece provided in the rising portion and the light-transmitting yard is provided. Since the perimeter of the translucent yard is surrounded by the bent pieces, it can be securely fixed without shaking.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to FIGS. FIG. 1 is an exploded perspective view of the package of the present invention, and FIG.
FIG. 3 is a longitudinal half sectional view of the package, and FIG. 3 is a longitudinal half plan view of the package without a partition packing. These packaging materials are all punched out of corrugated cardboard. An annular fluorescent lamp d is mounted on the reflector c by a lamp holder h, and two fluorescent lamps d face each other by a cylindrical packing 30 mounted inside the fluorescent lamp d and are combined with an appropriate gap. ing. The protective packing 31 penetrating the cylindrical packing 30 is for completely preventing the contact of the fluorescent lamp d. The reflector c thus combined is housed in a substantially octagonal cylindrical packing 32 to form a block. Two sets of this block are prepared according to the number of lamps.
Next, in the instrument main body a having the arms b extending radially in all directions, a square rectangular packing 33 having cuts 40 at the corners where the arms a are fitted is provided. In this way, the reflector and the instrument body each surrounded by the packing are placed in the center of the packaging box 20, and the blocks of the reflector c are closely attached to both sides with the instrument body a interposed therebetween.
As a result, the plane size of the packaging box 20 is determined by the length of the instrument body and the two reflectors, and the width of the arm a. Further, a notch 41 is provided on the outside of the reflector plate block and the instrument body arranged in series, which are parallel to them and which fits a part of the cylindrical packing 32 surrounding the reflector c. A pair of cylinder packings 34 are arranged. As described above, from the top of the reflection plate and the instrument body disposed at the bottom of the packaging box 20, the flat portion 43 having substantially the same size as the packaging box 20 and the height of the translucent shade e to be placed are adjusted. The partition packing 35 having the rising portions 41 and 42 on all sides is covered. The rising portion 42 is formed with a bent piece 44 that is bent inward at an angle that can abut the outer periphery of the translucent yard e when placed. The translucent shade e is 2
The partition packing 35 is stacked one by one and placed in two rows on the plane portion 43 of the partition packing 35 and in the space formed by the bent pieces 44, and between the adjacent translucent shades, the partition packing 35 is provided. A vertical partition packing 36 having a bent piece 45 bent at the same angle as the bent piece 44 is sandwiched. In the package having the above configuration, the translucent shade e
The reflector c, which is smaller in external dimensions than the above, can be efficiently blocked by simple packing, and the planar dimensions of the packaging box 20 can be minimized by arranging the reflector c in series with the apparatus main body a. The packing 34 can reliably prevent the movement of the packing. Further, a sufficient space for placing the translucent shades e side by side is secured in the flat portion 43 of the partition packing 35, and the space above the appliance body a can be utilized, so that the space utilization efficiency in the packaging box is improved. In addition, it is effective for downsizing the packaging box.

[0007]

According to the present invention, the plane size of the packaging box is minimized by arranging the reflection plate blocked by a simple packing alongside the apparatus main body and placing the light-transmitting shade thereon. Can greatly improve transportation and storage efficiency. Incidentally, the result of comparing the embodiment of the present invention with the above-mentioned conventional example shows that the area is 25% in the plane area and 2% in the volume including the height direction.
It was reduced by 2%. In addition, since it is a method of storing a combination of a reflection plate and a translucent yard, the number of packings used repeatedly is reduced, and the cost is reduced accordingly.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view of a package of the present invention.

FIG. 2 is a longitudinal half sectional view of the package.

FIG. 3 is a longitudinal side half plan view of the package without a partition packing.

FIG. 4 is an exploded perspective view of the multi-lighting lighting device.

FIG. 5 is an exploded perspective view of a lamp unit of a conventional package.

FIG. 6 is an exploded perspective view of the package.

FIG. 7 is a longitudinal half sectional view of the package.

FIG. 8 is a half plan view of a longitudinal side of the package body without an upper packing.

[Explanation of symbols]

A: Multi-lamp lighting equipment, a: equipment body, b: arm, c:
Reflector, d: fluorescent lamp, e: translucent shade, B: lamp,
1, 20: packing box, 30: cylindrical packing, 32: cylindrical packing, 33: square packing, 34: square packing, 3
5: Partition packing, 36: Vertical partition packing

Claims (2)

[Claims] 1. A multi-lamp type lighting apparatus in which a lamp body composed of a reflector and a light-transmitting yard is provided at an end of an arm extending radially from an apparatus body containing a lighting device and the like. In the packaging body, the lighting device is divided into the device main body with the arm extended, the reflecting plate on which the fluorescent lamp is mounted, and the translucent shade. The appliance body with a rectangular packing mounted on the part, and the reflectors with the cylindrical packing mounted on the outer periphery in combination of two pieces via the cylindrical packing are arranged in series with the appliance main body in the center, and A packaging body for a multi-lamp lighting device, wherein a partition packing covering the whole is installed above, and a plurality of light-transmitting shades are arranged on the partition packing. 2. A pair of square cylinders are arranged in parallel with the appliance body and the reflector arranged in series at the bottom of the packaging box, and a cutout provided in the square cylinder is attached to the outer periphery of the reflector. The package of a multi-lamp lighting device according to claim 1, wherein the package is fitted with a part of a cylindrical packing formed.