JPH10157729A - Packaging apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a packaging apparatus wherein a distribution cost is reduced and packaging operation is simplified. SOLUTION: The packaging apparatus comprises a cushion formed by folding a single packaging material and an outer packaging member for packaging around a luminaire and a lamp. A cushion 21 comprises a parallelopiped body 38 folded widthwise into a parallelopipe, a positioning piece 55 formed downward from an upper wall of the parallelopipe, an end cushioning body 37 having a holding recess 39 formed ahead the positioning piece, and a side cushioning body 4 comprising an L-shaped cylinder having a lamp mount recess 16 which is in contact with an end face of the end cushioning part for connecting a lower end of an outer side wall and an upper end of an inner side wall for folding lengthwise into an L-shape for mounting a lamp oppositely to the upper part. Then a locking recess 65 locked by a locking protrusion 66 formed on an end side of the outer side wall is formed on an end side of an inner end wall.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a packaging apparatus for packaging objects to be packaged, such as lighting equipment.

[0002]

2. Description of the Related Art A conventional packaging apparatus will be described with reference to FIGS.

[0003] This packaging apparatus is for packaging a lighting device directly mounted on a ceiling as an object to be packaged. The lighting device comprises a square-shaped device body 1 attached to a ceiling surface (not shown),
An upper opening box-shaped shade 5 attached to the lower part of the instrument body 1. Further, the device body 1
Are arranged in parallel below, and the lamps 2 are removably mounted between lamp sockets 3 and 3 which are mounted opposite the lower part of the apparatus main body 1 so as to face each other.

[0004] A packaging device for packaging the above-mentioned lighting fixture will be described.

[0005] In the packaging device for packaging the lighting equipment, two sets of L-shaped buffer plates 6 and 6 made of corrugated cardboard which cover the outer periphery of the lighting equipment are inserted between the equipment main body 1 and the shade 5 as a cushioning material. And a U-shaped shade support 7 made of a corrugated cardboard material and interposed between adjacent lamps 2 and 2
And an individual box 8 having a box shape that is open on one side for storing the lighting equipment.

A procedure for packaging the lighting equipment in the packaging device will be described. First, a U-shaped shade support 7 is attached between the adjacent lamps 2, 2, and then the shade 5 is attached to the lower side of the instrument body 1 via the shade support 7. Then, L-shaped cushioning plates 6
6 are mounted facing each other.

Finally, the shade support 7 and the L
The instrument body 1 and the shade 5 packaged with the shaped buffer plate 6 are stored. Then, as shown in FIG. 13, after closing the flap portion 11 of the packaging box 8 containing the lighting fixture, the flap portion 11 and the packaging box 8 are sealed with a tape 10, and the packaging box 8 is further closed. Is wound around a PP band 9.

[0008]

As described above, in the conventional packaging apparatus, the shade support 7 attached between the fixture body 1 and the shade 5, the L-shaped buffer plate 6 covering the outer periphery of the lighting fixture, and the lighting fixture are provided. And an individual box 8 for storing the same. Therefore, the number of packaging members increases. Furthermore, since the volume of the packaging device is large, there is a problem that the packaging operation is troublesome and the distribution cost is high.

The present invention has been made in view of the above points, and has as its object to provide a packaging apparatus which reduces distribution costs and simplifies the packaging operation.

[0010]

According to a first aspect of the present invention, there is provided a packaging apparatus according to the present invention, wherein an H-shaped lighting device has movable lamp mounting portions on both ends of an apparatus main body. In a packaging device for packaging the lamp and the lighting device, which is formed into a substantially I shape by moving the lamp mounting portion of the device to the side surface of the device body, the packaging device includes the substantially I-shaped lighting device and the lamp. A substantially U-shaped buffer formed by bending a single flat packaging material attached to each end of the lamp, and wrapping the buffer, the substantially I-shaped lighting fixture, and the periphery of the lamp. An outer wrapping member, wherein the cushioning body has an end surface side overlapped by an outer end surface wall portion and an inner end surface wall portion, and is formed into a rectangular cylindrical shape in a width direction, and an upper surface of the rectangular cylindrical body Turn downward from the wall and form the square tube A positioning piece which is formed in a substantially L-shape in contact with the lower surface wall of the lighting device, and a holding recess formed in front of the positioning piece to hold an end of the substantially I-shaped lighting device. End buffer, forming an outer side wall portion and an inner side wall portion extending in the width direction through fold lines formed at both ends of the outer end wall portion and the inner end wall portion, respectively, The outer side wall portion and the inner side wall portion are bent toward the near side along the fold line to make contact with the end surface portions of the end buffer, respectively, and the lower end of the outer side wall portion and the inner side wall portion And a side buffer body comprising an L-shaped cylindrical body having a lamp mounting recess for mounting the lamp opposite to the upper part and bent in an L-shape in the longitudinal direction, and the outer side surface. A locking projection is formed on the end side of the wall and the locking projection is locked. It is characterized in that a recess on the end side of the inner end wall part.

According to a second aspect of the present invention, there is provided a packaging apparatus according to the present invention, wherein the lamp mounting portion of an H-shaped lighting device having movable lamp mounting portions on both ends of the device main body is provided on a side surface of the device main body. In a packaging device for packaging a lighting device and the lamp, each of which is movable to have a substantially I shape, the packaging device is a single flat plate mounted on both ends of the substantially I-shaped lighting device and the lamp. C-shaped shock absorbers formed by bending the packaging material, and an outer wrapping member that wraps these shock absorbers, the substantially I-shaped lighting fixture, and the periphery of the lamp. A square tubular body that is overlapped by the face wall portion and the inner end face wall portion and is formed into a rectangular tubular shape in the width direction, and a lower surface wall of the rectangular tubular body that faces downward from the upper wall portion of the rectangular tubular body. Bent into a substantially L-shape to contact the part An end buffer having a holding recess for holding an end of the substantially I-shaped lighting device formed in front of the positioning piece, and a center formed via a fold line at an upper end of the outer end wall; A top surface protection piece portion that protects the top surface of the lighting fixture, and a connection piece that is formed on both sides of the top surface protection piece portion and partially contacts the top wall portion of the end buffer body. And a pair of rectangular cylinders that extend from the end of the connecting piece and abut on both sides of the inner wall of the end buffer body and overlap the rear surface of the connecting piece to form a square tube. A side cushion comprising a body and a bottom wall formed continuously from the bottom of the rectangular tubular body, and a lamp mounting member formed inside the side cushion and protruding from both inner ends of the bottom wall. Before being formed by a mounting piece and a rising piece bent upward from an inner end of the lamp mounting piece. It comprises a lamp mounting recess for mounting a lamp, and a locking projection is locked on one of the two sides of the end buffer body and the side buffer body in contact with the other, and the locking projection is locked on the other. The locking recesses are formed respectively.

In the above-described configuration, the lamp mounting portions mounted on both ends of the substantially H-shaped lighting fixture are bent inward, and both ends of the substantially I-shaped lighting fixture are shown in FIG. 3 or FIG. Each of the holding concave portions formed in the U-shaped buffer is mounted. Next, rectangular lamps containing lamps are stored in parallel in the lamp mounting recesses formed in the U-shaped buffer. Finally, wrap the outer wrapping plate as an outer wrapping member around the lighting equipment and the U-shaped buffer, and paste tape from both U-shaped buffers along the edge of the top plate of the outer wrapping plate to perform the packaging operation. Is completed.

[0013] As described above, since the lamp mounting portion movably movable from both ends of the appliance main body is packaged by the packaging device while being moved inward, the appliance main body and the lamp are securely connected by the packaging device. Protected. Furthermore, since the apparatus main body can be moved and stored in the packaging device, the amount of packaging material can be reduced,
At the same time, since the packaging volume can be reduced, distribution costs can be reduced.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A first embodiment of the present invention will be described below with reference to FIGS.

FIG. 4 shows a substantially H-shaped lighting fixture directly mounted on a ceiling. The substantially H-shaped lighting fixture e is formed to project right and left from both ends of the fixture main body a and both ends of the fixture main body a. A pair of lamp mounting portions b, b and a plurality of lamp sockets c, c are provided on the lamp mounting portion b so as to face each other.
A straight tube fluorescent lamp d is provided between these lamp sockets c.
(Hereinafter referred to as "lamp") is detachably mounted. As shown in FIG. 5, the lamp mounting portion b is moved toward the side surface g of the appliance body a so as to contact the side surface g,
The lighting device f can be shaped like a letter.

When packaging the substantially H-shaped lighting fixture e with a packaging device, the lamp d mounted on the substantially H-shaped lighting fixture e is removed from the lamp socket c, and then the socket mounting part b Is brought into contact with the side face g of the fixture body a and folded into a substantially l-shaped illumination fixture f. Then, the substantially l-shaped lighting fixture f is packaged by a packaging device.

As shown in FIG. 7, a packaging device 20 for packaging the substantially l-shaped lighting equipment f is provided with a corrugated cardboard material and a flute 2.
As a pair of U-shaped buffers 21 and 21 bent in a direction perpendicular to 4, and as outer wrapping members that wrap around the buffers 21 and 21 and the substantially L-shaped lighting fixture f and lamp d. And an outer packaging plate 22.

The U-shaped buffer 21 will be described with reference to FIGS.

FIG. 1 is a development view showing a U-shaped buffer of the packaging apparatus according to the first embodiment. The buffer 21 is made of a single horizontally long rectangular packaging material, for example, a cardboard material. The direction of the flute 24, which is the center of the cardboard material, is formed in the longitudinal direction of the cushion.

At the center of the packaging material, the flute 2
A first fold line 25, a second fold line 26, a third fold line 27, and a fourth fold line 28 are formed in parallel with each other from above and perpendicular to the line 4, and these fold lines are formed in parallel with each other. A rectangular first wall portion 40 from above through
A second wall portion 41, a third wall portion 42, a fourth wall portion 43, and a fifth wall portion 44 are formed, respectively.

Further, a U-shaped cut line 56 opened upward is formed at the center of the second wall surface portion 41 and the third wall surface portion 42, and a positioning piece portion is formed in the U-shaped cut line 56. 55 are formed. The U-shaped cut line 5
6 is connected to both ends of the fifth fold line 25 in parallel with the first fold line 25.
Of the fifth fold line 29
A sixth fold line 30 is formed below the positioning piece 55 in parallel with the above.

Seventh fold lines 31, 31 are formed at both ends of the first wall portion 40, and eighth fold lines 32, 32 are also provided at both ends of the fifth wall portion 44.
Are formed respectively. Further, rectangular holes 60 are formed at both ends of the second wall portion 41, the third wall portion 42, and the fourth wall portion 43, respectively.

A ninth line is formed on the extension lines of the first fold line 25, the second fold line 26, the third fold line 27 and the fourth fold line 28 through the rectangular hole 60. A fold line 33, a tenth fold line 34, an eleventh fold line 35, and a twelfth fold line 36 are formed, respectively. A first half cut 61 and a second half cut 62 are provided between the ninth fold line 33 and the tenth fold line 34 and between the tenth fold line 34 and the eleventh fold line 35. Are formed respectively.

Between the seventh fold line 31 and the ninth fold line 33, the ninth fold line 33 and the first half cut 6
Between the first half cut 61 and the tenth fold line 3
4, the tenth fold line 34 and the second half cut 6
2, the second half cut 62 and the eleventh fold line 3
5, the sixth wall portion 45 and the seventh wall portion 4 between the twelfth fold line 36 and the eighth fold line 32, respectively.
6, eighth wall part 47, ninth wall part 48, tenth wall part 4
9, the eleventh wall part 50 and the twelfth wall part 51 are respectively formed.

Further, a trapezoidal locking convex portion 66 is formed at the end of the sixth wall portion 45, and the locking convex portion 66 is a fold line parallel to the end of the sixth wall portion 45. 68 are formed, and 67 and 67 are formed by expanding and cutting from both ends of the fold line 68, respectively. This locking projection 66
Is locked to the twelfth wall portion 51.
Is drilled at the end.

A method of assembling the U-shaped shock absorber will be described with reference to FIGS.

First, as shown in FIG. 2A, a fourteenth positioning piece 55 formed at the center of the packaging material is formed.
The wall surface portion 53 is bent at a right angle to the back side along the sixth fold line 30, and the thirteenth wall portion 52 is bent at a right angle to the back side along the fifth fold line 29. Next, the first wall portion 40, the second wall portion 41, and the third wall portion 42
And the fourth wall surface 43 and the fifth wall surface 44 along the first fold line 25, the second fold line 26, the third fold line 27, and the fourth fold line 28 on the back side. At the back of the first wall portion 40,
The wall portions 44 are bent so as to overlap each other, and are bent into a rectangular tube shape in the width direction to form the rectangular tube body 38.

At the center of the rectangular cylindrical body 38, a positioning piece 55 bent rearward in a substantially L-shape is formed, and in front of the positioning piece 55, a substantially I-shaped lighting device f is provided. A holding recess 39 into which an end is inserted and held is formed.

The rectangular cylindrical body 38 formed in the width direction and the holding concave portion 39 formed on the front side of the center of the rectangular cylindrical body 38.
And the end buffer 37 is formed. The fourteenth wall portion 53 formed below the positioning piece portion 55 contacts the fourth wall portion 43, and the distal end portion 53 a of the fourteenth wall portion 53 contacts the back surface of the fifth wall portion 44. Is bent. Therefore, even when an external force is applied from above, the rectangular cylindrical body 38 does not collapse.

As shown in FIG. 2B, an L-shaped cylindrical body 15 is formed on each of the left and right end buffer bodies 37 by bending a tenth fold line 34 at right angles to the back side. , This L
The character-shaped cylindrical body 15 is formed with side buffer bodies 14 each having a lamp mounting recess 16 formed by an eighth wall part 47 formed vertically and a ninth wall part 48 formed horizontally. I have.

The side shock absorbers 14 are connected to each other as shown in FIG.
As shown by the arrows in FIG.
As shown in (5), the U-shaped buffer 21 is assembled by bringing the fifth wall portion 44 into contact with the end of the end buffer 37.
The inner end of the side shock absorber 14 is in contact with the third wall surface 42 of the end shock absorber.

Finally, the locking convex portion 66 having a trapezoidal shape is bent inward to form the locking concave portion 6 formed on the twelfth wall portion 51.
5 and hold.

A procedure for packaging the lighting equipment in the packaging apparatus will be described with reference to FIGS.

First, as shown in FIG. 6, the ends of the substantially I-shaped luminaires f in which the lamp mounting portions b are respectively folded inward are respectively mounted in the holding concave portions 39 of the U-shaped buffer 21. . Then, the rectangular cylindrical body 18 made of a cardboard material accommodating the lamp d is accommodated in parallel in the lamp mounting recesses 16 formed in the buffer 21.

Finally, as shown in FIG. 7, an outer wrapping plate 22 as a rectangular outer wrapping member made of a wrapping material such as a corrugated cardboard material is wound around a lighting fixture f and a U-shaped buffer 21 and both buffers are provided. The tape 10 is attached from the body 21 along the edge of the top plate portion 22a of the outer packaging plate 22, and the packaging operation is completed.

A packaging device according to a second embodiment of the present invention will be described with reference to FIGS. In addition,
The same components as those in the first embodiment will be described with the same reference numerals.

FIG. 9 is an expanded view of a U-shaped buffer of the packaging apparatus according to the second embodiment. This U-shaped buffer is formed by bending a corrugated cardboard material in a direction perpendicular to the flute 24. doing.

A first fold line 25, a second fold line 26, a third fold line 27, a fourth fold line 28, and a thirteenth fold line 70 are provided from above. The first wall portion 40 is formed on the fold line 25, and the second fold line 26 and the third fold line are provided between the first fold line 25 and the second fold line 26. 27, between the third fold line 27 and the fourth fold line 28, and between the fourth fold line 28 and the thirteenth fold line 7.
0, the second wall 41, the third wall 4
Second and fourth wall portions 43 and fifth wall portions 44 are formed, respectively.

At the center of the second wall surface portion 41 and the third wall surface portion 42, a U-shaped cut line 56 that opens upward is formed, and inside this cut line 56 is a positioning piece portion 55. A fifth fold line 29 and a sixth fold line 30 are formed below and parallel to the fifth fold line 29 by connecting the ends of the U-shaped cut lines 56. The tip 53a of the positioning piece 55 is formed on the horizontal line of the third fold line 27. A thirteenth wall part 52 and a fourteenth wall part 53 are formed between the fifth fold line 29 and the sixth fold line 30 and below the sixth fold line 30, respectively. . Further, trapezoidal locking projections 66 are formed on both sides of the third wall portion 42, and a fold line 68 is formed at the bottom of the locking projection 66, and the fold line 68 is formed. Cut lines 67, 67 are formed from both ends.

At the lower center of the thirteenth fold line 70, a U-shaped cut line 90 which is open upward is formed, and the inside of the cut line 90 forms a top surface protection piece 58. Further, a third half cut 80 is formed at an upper portion of the top surface protection piece 58 in parallel with the thirteenth fold line 70.

A fifteenth fold line 72 is formed on the extension of the bottom of the cut line 90, and a fourteenth fold line is provided between the fifteenth fold line 72 and the thirteenth fold line 70. A fifteenth wall portion 8 is formed between the thirteenth fold line 70 and the fourteenth fold line 71 and between the fourteenth fold line 71 and the fifteenth fold line 72.
Fourth and sixteenth wall portions 85 are provided, respectively. Below the bottom of the cut line 90, a rectangular 17th wall portion 8
A sixteenth fold line 73 is provided at the lower end of the seventeenth wall portion 86.

Cut lines 91 are respectively formed at right angles downward from both ends of the sixteenth fold line 73, and a seventeenth fold line 74 is provided outward from an intermediate portion of the cut line 91. Have been. In addition, between the sixteenth fold line 73 and the seventeenth fold line 74 and below the seventeenth fold line 74, the eighteenth
A wall portion 87 and a nineteenth wall portion 88 are provided, respectively. The end of the eighteenth wall portion 87 has the locking projection 6
A locking recess 65 for holding and locking 6 is provided.

A rectangular opening recess 79 is formed in the lower center of the seventeenth wall portion 86, and a space between the opening recess 79 and the cut line 91 extends parallel to the sixteenth fold line 73. An eighteenth fold line 75 and a nineteenth fold line 76 are respectively formed. A cut line 92 is formed from the edge of the opening concave portion 79 in parallel with the nineteenth fold line 76, and a fourth half cut 81 is formed downward from the end of the cut line 92.

Between the sixteenth fold line 73 and the eighteenth fold line 75, the eighteenth fold line 75 and the nineteenth
Between the fold line 76 of the rectangular 20th wall portion 9
3 and a 21st wall part 94 are provided, respectively. Further, below the nineteenth fold line 76, an L-shaped 22nd wall surface portion 95 is provided, and the rectangular 23rd wall surface portion 9 is surrounded by the cut line 92 and the fourth half cut 81.
6 are formed.

The procedure for assembling the U-shaped shock absorber according to the second embodiment will be described with reference to FIGS.

First, the first part of the positioning piece 55
The third wall portion 52 and the fourteenth wall portion 53 are bent at right angles to the back side along the fifth fold line 29 and the sixth fold line 30, respectively. Then, the first wall portion 40, the second wall portion 41, the third wall portion 42, the fourth wall portion 43, and the fifth wall portion 44 are connected to the first fold line 25 and the second fold line 2 respectively.
6, along the third fold line 27 and the fourth fold line 28, and are bent at right angles to the back side respectively.
The front surface of the wall portion 40 is brought into contact with the back surface of the fifth wall portion 44 to form the rectangular cylindrical body 38 in the width direction as shown in FIG. The end cylindrical body 37 and the positioning piece 55 constitute the end buffer 37. A front portion of the thirteenth wall portion 52 of the end buffer 37 is provided with a holding recess 39 for holding an end of the instrument body.
Is composed. In the state where the rectangular cylindrical body 38 is formed, the tip 53 a of the fourteenth wall portion is in contact with the back surface of the first wall portion 40. For this reason, even when an external force acts from above the end buffer 37, the end buffer 37 does not collapse.

Next, a part of the fifteenth wall portion 84 is moved along the thirteenth fold line 70 so that
Each of the twentieth wall part 93, the twenty-first wall part 94, and the twenty-second wall part 95 is bent to the back surface side so as to contact the wall surface part 41, and the sixteenth fold line 73 and the eighteenth fold line 75 are formed. Each is bent to the back side along the nineteenth fold line 76.

Then, the sixteenth wall part 85, the seventeenth wall part 86, the eighteenth wall part 87, and the nineteenth wall part 88 are
4th fold line 71, 15th fold line 72 and 16th fold line
Along the fold line 73 and the seventeenth fold line 74 at right angles to the back side. At this time, as shown in FIG. 11, the nineteenth wall part 88 is provided on the back side of the fifteenth wall part 84.
And is bent into a rectangular cylindrical shape, and the eighteenth wall portion 87
Is brought into contact with the third wall surface portion 42 to form a rectangular tubular side buffer body 59 in the width direction.

Finally, the 23rd wall portion 9 serving as a rising piece portion
6 is bent at a right angle upward along the fourth half cut 81. The upper surface of the twenty-second wall surface part 95 constitutes a lamp mounting piece part, and the twenty-second wall surface part 9 as a lamp mounting piece part.
The lamp mounting concave portion 57 is constituted by 5 and the 23rd wall surface portion 96 as a rising piece portion.

The packaging state of the lighting equipment in the packaging apparatus is not shown, but the packaging procedure will be described with reference to FIGS.

First, as shown in FIG. 6, the holding concave portions 39 of the U-shaped buffer shown in FIG. 11 are respectively mounted on both ends of the I-shaped luminaire f. Then, the lamp d housed in the rectangular cylindrical body 18 made of corrugated cardboard is placed in the lamp mounting recess 57.
And the top surface protection piece 58 is
Along the fold line 70 of FIG.
Abut on the upper surface of

Next, an outer wrapping plate 22 as a rectangular outer wrapping member made of a wrapping material such as a corrugated cardboard material is wound around the substantially I-shaped luminaire f and the U-shaped buffer 99 to form a double-sided buffer 99. Then, the tape 10 is attached along the edge of the top plate portion 22a of the outer packaging plate 22 to complete the packaging operation.

The operation of the above embodiment will be described.

The lamp mounting portions attached to both ends of the substantially H-shaped lighting fixture are bent inward to form the U-shaped buffer shown in FIG. 3 or 11 at both ends of the substantially I-shaped lighting fixture. Each holding recess is mounted. Then, the rectangular cylinders containing the lamps are stored in parallel in the lamp mounting recesses of the U-shaped buffer. Finally, the outer packaging plate is wrapped around the lighting device and the U-shaped buffer, and a tape is attached from both the U-shaped buffers along the edge of the top plate portion of the outer packaging plate, thereby completing the packaging operation.

With the above structure, the lamp mounting portion which can be moved from both ends of the fixture body is moved,
Since the instrument body is packaged in the packaging device, it is reliably protected by the packaging device. In addition, since the lamp mounting portion of the appliance main body is stored in the packaging device in a housed state, the amount of packaging material can be reduced, and at the same time, the packaging volume can be reduced, so that distribution costs can be reduced.

Further, as described in the second aspect, since the U-shaped buffer body is provided with a top protection piece for covering the top surface of the instrument body, the instrument body is securely protected by the packaging device.

[0057]

As described above in detail, according to the present invention, the lamp mounting portion of a substantially H-shaped lighting device having movable lamp mounting portions to which lamps are mounted at both ends of the device main body is used. In a device in which a substantially I-shaped lighting device and the lamp are wrapped by a packaging device while being respectively moved to the side surface of the main body, the packaging device is formed in a substantially U-shape by bending a single flat packaging material. A shock absorber, and an outer wrapping member that wraps around the substantially I-shaped lighting device and the lamp, wherein the shock absorber has an end buffer having a holding concave portion that holds an end of the substantially I-shaped lighting device; And the side shock absorber having a lamp mounting recess for mounting the lamp, so that the apparatus main body is packaged in the packaging apparatus with the lamp mounting portions movably movable from both ends of the apparatus main body being moved. Therefore, it is surely protected by the packaging device. In addition, since the lamp mounting portion of the appliance main body is stored in the packaging device in a housed state, the amount of packaging material can be reduced, and at the same time, the packaging volume can be reduced, so that distribution costs can be reduced.

As described in claim 2, since the U-shaped cushioning body is provided with the top protection piece for covering the top of the instrument body,
The appliance body is reliably protected by the packaging device.

[Brief description of the drawings]

FIG. 1 is a developed view showing a buffer of a packaging device according to a first embodiment of the present invention.

FIG. 2A is a perspective view showing a procedure of assembling the shock absorber in the embodiment, and FIG. (B)
FIG. 3 is a perspective view showing a bent state.

FIG. 3 is an exemplary perspective view showing a state where the shock absorber according to the embodiment is assembled;

FIG. 4 is a lighting fixture housed in the packaging device according to the embodiment.

FIG. 5 shows a lighting device housed in the packaging device according to the embodiment.

FIG. 6 is an exemplary perspective view showing a state in which a lighting device and a lamp are attached to the buffer according to the embodiment;

FIG. 7 is an exemplary perspective view showing a state in which the lighting device and the lamp are housed in the packaging device according to the embodiment;

FIG. 8 is a perspective view showing a state in which the packaging device in the embodiment is sealed with a tape.

FIG. 9 is a developed view showing a buffer of the packaging device according to the second embodiment of the present invention.

FIG. 10 shows an assembling procedure of the shock absorber in the embodiment, and FIG. 10 (A) is a development view of the shock absorber. (B) is a perspective view showing an assembled state.

FIG. 11 is an exemplary perspective view showing a state where the shock absorber according to the embodiment is assembled;

FIG. 12 is a perspective view showing a state in which a lighting device and a lamp are housed in a conventional packaging device.

FIG. 13 is a perspective view showing a state in which a lighting device and a lamp are housed in the packaging device of the related art.

[Explanation of symbols]

d: lamp, f: substantially I-shaped lighting device, 14: side buffer, 16: lamp mounting recess, 21: buffer, 22: outer packaging plate (outer packaging member), 37: end buffer 38, square tubular body, 39, holding recess, 40, first wall (outer end wall), 41, second wall (upper wall of square tubular), 4
Reference numeral 3 denotes a fourth wall portion (lower wall portion of the rectangular cylindrical body), 44 denotes a fifth wall portion (inner end wall portion), 45 denotes a sixth wall portion (outer side wall portion), and 51 denotes a twelfth wall portion ( Inner side wall), 55 ...
Positioning piece part, 57 ... Lamp mounting concave part, 58 ... Top surface protection piece part, 59 ... Side buffer, 65 ... Locking concave part, 66 ... Locking convex part, 84 ... Fifteenth wall part (connection piece part) , 95 ... 22nd
Wall surface portions (lamp mounting piece portions), 96 ... 23rd wall surface portions (rise-up piece portions), 99 ... buffer.

Claims (2)

[Claims] 1. An H-shaped luminaire having a movable lamp mounting portion to which a lamp is mounted at both ends of the luminaire main body, the lamp mounting portions are respectively moved to the side surfaces of the luminaire main body so as to be substantially I-shaped.
In a packaging device for packaging the lighting fixture and the lamp, the packaging device bends the substantially I-shaped lighting fixture and a single flat packaging material attached to both ends of the lamp. A substantially U-shaped buffer formed, and an outer wrapping member that wraps the buffer, the substantially I-shaped lighting fixture, and the lamp. The buffer has an outer end wall and an inner end. A square tubular body that is superimposed on the face wall and bent and formed into a square tubular shape in the width direction and is directed downward from the upper wall of the square tubular body and abuts against the lower wall of the square tubular body. An end buffer having a positioning piece bent and formed in a substantially L-shape, and a holding recess formed in front of the positioning piece to hold an end of the substantially I-shaped lighting device; Folds formed on both sides of the end wall and the inner end wall Forming an outer side wall portion and an inner side wall portion extending in the width direction via the fold line, and bending the outer side wall portion and the inner side wall portion toward the near side along the fold line. The lower end of the outer side wall portion and the upper end of the inner side wall portion are continuously abutted against the end surface portions of the end buffer body, and are bent in the longitudinal direction in an L-shape so that the lamp is placed facing the upper portion. And a side cushion made of an L-shaped cylinder having a lamp mounting concave portion to be mounted. A locking projection is formed on the end side of the outer side wall and the locking projection is locked. A packaging device, wherein a locking recess is formed at an end of the inner end wall. 2. An H-shaped luminaire having a movable lamp mounting portion to which a lamp is mounted at both ends of the device main body, the lamp mounting portions are respectively moved to the side surfaces of the device main body to substantially move the lamp mounting portions.
In a packaging device for packaging the lighting fixture and the lamp, the packaging device bends the substantially I-shaped lighting fixture and a single flat packaging material attached to both ends of the lamp. And an outer wrapping member for wrapping around the buffer, the substantially I-shaped lighting fixture and the lamp, and wherein the buffer has an outer end wall and an inner end wall on the end face side. And a substantially cylindrical member bent downwardly from the upper wall of the rectangular tubular body and abutted against the lower wall of the rectangular tubular body. An end buffer body having a holding concave portion for holding an end of the substantially I-shaped lighting device formed in front of the positioning piece portion bent and formed into a letter shape; and a fold at an upper end of the outer end face wall portion. The illumination having a substantially rectangular shape formed at the center through a streak line A top protection piece that protects the instrument top surface, a connection piece formed on each side of the top protection piece and partially abutting on the upper wall of the end buffer, and an end of the connection piece A pair of rectangular tubular bodies extending from the inner end wall of the end buffer body and abutting on both sides of the inner wall and overlapping the back side of the connecting piece to form a rectangular tubular body, and the bottom surfaces of these rectangular tubular bodies A side cushion comprising a continuously formed bottom wall; a lamp mounting piece protruding from both inner ends of the bottom wall inside the side cushion; and a lamp mounting piece. A lamp mounting recess formed with a rising piece formed by bending upward from the inner end of the lamp mounting recess, and both sides of the end buffer and the side buffer abutting on the lamp mounting recess. A locking concave portion for locking the locking convex portion on one side and a locking concave portion on the other side. Packaging device that.