JP2000007072A - Packing device for annular fluorescent lamp - Google Patents

Abstract

PROBLEM TO BE SOLVED: To reduce the cost of a packing material. SOLUTION: A small-diameter fluorescent lamp 1 is placed on the main body part 3a of a containable packing paper having the form of a flat plate, side-plate parts 3b on both sides of the main body part 3a are folded inside, and the projection parts 3d in the middles of the side-plate parts 3b are pushed out by parts of the periphery of the fluorescent lamp 1. Then, containable plate parts 3c including the projection parts 3d are folded as far as the top of the fluorescent lamp 1, and parts of the periphery of the fluorescent lamp 1 at both ends are engaged with window holes 8 made in the middles of the side- plate parts 3b by cutting out the projection parts 3d. Thereafter the internal circumference of a large-diameter fluorescent lamp 2 is circumscribed about the edges 7 of both ends of the side-plate parts 3b at four points, and thus a fluorescent lamp-containing pack body 10 is composed. A plurality of the fluorescent lamp containing pack bodies 10 are stored into an empty outer box in such a manner as to be parallel to and in direct contact with each other.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a packing device for two ring-shaped fluorescent lamps having different sizes. More specifically, the present invention relates to a ring-shaped fluorescent lamp having a smaller ring outer diameter in a ring-shaped fluorescent lamp having a larger ring outer diameter. The present invention relates to a ring-shaped fluorescent lamp-containing packing device that packs and packs.

[0002]

2. Description of the Related Art For example, as a packing method for transporting home lighting equipment using two 30-watt and 40-watt ring-shaped fluorescent lamps, a lighting apparatus without the two ring-shaped fluorescent lamps and a ring-shaped fluorescent lamp are used. How to pack two lights separately,
There is a method in which two ring-shaped fluorescent lamps are attached to the main body or shade of the lighting equipment. Packing of the former two ring-shaped fluorescent lamps is usually performed by enclosing a large-diameter 40-watt ring-shaped fluorescent lamp and a small-diameter 30-watt ring-shaped fluorescent lamp in a ring-shaped fluorescent lamp. Plural sets of two ring-shaped fluorescent lamps packed and packaged are housed in one outer box (pass-through box) and transported. The conventional specific packing example will be described with reference to FIGS.

FIGS. 7 (A) and 7 (B) show a case where the outer ring diameter is 4 mm.
A ring-shaped fluorescent lamp in which a 0-watt ring-shaped fluorescent lamp (hereinafter, referred to as a large-diameter fluorescent lamp) 2 and a 30-watt ring-shaped fluorescent lamp (hereinafter, referred to as a small-diameter fluorescent lamp) 1 having a small ring outer diameter are packed. A package 20 containing two fluorescent lamps is shown. The large-diameter fluorescent lamp 2 is naked, and the small-diameter fluorescent lamp 1 is housed in a box 21 made of cardboard or the like. Individual box 2
Numeral 1 denotes a rectangular box as shown in FIG. 8, in which a single small-diameter fluorescent lamp 1 is stored and sealed. The packaging box 21 is a rectangular box whose four corner edges are inscribed in the inner periphery of the large-diameter fluorescent lamp 2. The packaging box 21 containing the small-diameter fluorescent lamp 1 is placed inside the naked large-diameter fluorescent lamp 2. The plurality of fluorescent lamp-containing packages 20 fitted in the box are accommodated side by side in one outer box 22 as shown in FIGS.

The outer box 22 is a rectangular box made of corrugated cardboard, and is internally partitioned into a plurality of lamp storage spaces m by a plurality of parallel partition spacers 24. The partition spacer 24 is a rectangular thick paper of corrugated cardboard or cardboard, and the both ends of a plurality of sheets of the same size are connected by connecting paper 25. The connecting paper 25 is attached to the partition spacer 24 in a bendable manner, and the connecting paper 25 is bent as shown in FIG.
Are folded so as to overlap. When the plurality of folded partition spacers 24 are placed in the outer box 22 and the connecting paper 25 is extended, the respective partition spacers 24 are separated to form a lamp storage space m. A fluorescent lamp-containing package 20 of two annular fluorescent lamps is inserted into each lamp storage space m from directly above. The partitioning spacers 24 are adjacent to the fluorescent lamp-containing package 20.
And acts as a cushioning material between the large-diameter fluorescent lamps 2. When the fluorescent lamp-containing package 20 is stored in each lamp storage space m in the outer box 22, it is stored with the lid 23 of the outer box 22 closed and sealed, and transported to a lighting equipment store or the like.

[0005]

As described above, in a packing apparatus in which two ring-shaped fluorescent lamps having different sizes are contained and packed, and a plurality of the fluorescent lamp-containing packing bodies are housed in an outer box in a side-by-side state. Since the fluorescent lamps are double-packed and triple-packed, they are safely protected from external impact. However, it is difficult to reduce the weight and material cost of the individual packaging box that houses and protects the entire small-diameter fluorescent lamp, and in particular, the number, weight, and material cost of the partition spacer that partitions the inside of the outer box into multiple lamp storage spaces increase In addition, the manufacturing cost of connecting a plurality of partition spacers with connecting paper is high, and the packing material cost of the entire ring fluorescent lamp-containing packing device is high. Also, the work of forming the lamp storage space by putting the partition spacer in the outer box is laborious and cumbersome, and this has impaired the workability of packing the annular fluorescent lamp using the outer box.

SUMMARY OF THE INVENTION Therefore, an object of the present invention is to simplify packaging including two ring-shaped fluorescent lamps having different sizes to reduce the cost of packing materials.

[0007]

According to the present invention, a ring-shaped fluorescent lamp having a small outer diameter (small diameter fluorescent lamp) is packaged in a ring-shaped fluorescent lamp having a large outer diameter (large-diameter fluorescent lamp). A packing device, comprising a rectangular cardboard-shaped flat cardboard-shaped packaging paper 1 having a rectangular size or more and circumscribing an outer periphery of a small-diameter fluorescent lamp.
The object described above is achieved by using a sheet having the following structure.

[0008] That is, the wrapping paper includes a rectangular main body portion in contact with one side of the small-diameter fluorescent lamp, and two opposite main body portions.
Between the two points crossing the inner circumference of the large-diameter fluorescent lamp on the side,
A pair of opposing side plates bent substantially at right angles from the valley fold line formed between the two points at the height of the outer diameter of the glass tube of the small-diameter fluorescent lamp, and a pair of side plates at both ends of the tip side. The valley fold line is formed so as to be bent substantially at a right angle from the valley fold line so as to face the main body portion, and is constituted by a pair of inclusion plate portions which sandwich the opposite end portions of the small-diameter fluorescent lamp with the main body portion, and a pair of side plate portions. The center of the side plate portion and both ends are cut by a cut line formed between the two points intersecting the outer circumference of the small-diameter fluorescent lamp at the main portion side valley fold line and the cut line formed from the two points to the inclusive plate portion side valley fold line of the side plate portion. And the central portion of the separated side plate portion is formed as an overhang portion that is integrated with the containing plate portion, and the small-diameter fluorescent lamp is brought into contact with the main body portion of the flat-shaped containing packaging paper. At this time, a part of the outer periphery of the small-diameter fluorescent lamp presses the overhanging portion of the enclosing plate located at the center of the side plate, and this pressing is performed. The cover plate including the overhang is bent over the small-diameter fluorescent lamp by force, and a part of the outer periphery of the small-diameter fluorescent lamp protrudes through a window formed at the center of the side plate by the escape of the overhang. The inner periphery of the large-diameter fluorescent lamp is engaged with both end edges of a pair of side plates bent from the main body.

Here, the above-mentioned wrapping paper packs the small-diameter fluorescent lamp by bending a pair of side plates from the main body and bending the wrapping plate from each side plate. The small-diameter fluorescent lamp is included and packed in the large-diameter fluorescent lamp with the inner circumference of the large-diameter fluorescent lamp being circumscribed at both ends of a pair of side plates of the enclosing packing paper in which the small-diameter fluorescent lamp is packed. As described above, the wrapping paper containing the two annular fluorescent lamps is manufactured with high productivity by punching out thick paper such as corrugated cardboard with a mold, thereby enabling a reduction in the cost of packing materials.

Further, the present invention provides a rectangular main body of the above-mentioned wrapping paper, in which two rectangular sides which are not two sides on which a pair of side plate portions extend extend and circumscribe the outer periphery of the large-diameter fluorescent lamp. It is characterized in that the main body extension of the size is formed integrally. The main body extending portion of the main body here protects the naked large-diameter annular fluorescent lamp circumscribed on the side plate portion of the wrapping paper from external impact.

The present invention also relates to a ring-shaped fluorescent lamp-containing package comprising a large-diameter fluorescent lamp in which a small-diameter fluorescent lamp is inserted and packaged by using a package including the main body extending portion. Characterized by being directly contacted and housed in an outer box in a parallel state. The outer case in which a plurality of the fluorescent lamp-containing package bodies of the two ring-shaped fluorescent lamps thus packaged are contained is an empty box without a partition spacer or the like inside. When a plurality of fluorescent lamp-containing packaging bodies are stored in a side-by-side state, the main body and the inclusion plate of the packaging paper act as a cushioning material for preventing collision between adjacent small-diameter fluorescent lamps, a partition spacer, and the main body. The main body extending portion functions as a cushioning material and a partition spacer for preventing collision between adjacent large-diameter fluorescent lamps.

Further, the present invention is characterized in that a handle hole is formed in a part of the main body extending portion. In other words, a fluorescent lamp-containing package that contains two large-diameter and small-diameter fluorescent lamps in a single packaging paper is a weight that can be taken in and out of the outer box with one hand. In order to do so, it is desirable to form a handle hole in a portion of the inclusion wrapper that is held by hand.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment will be described below with reference to FIGS.

The ring-shaped fluorescent lamp packing apparatus of the embodiment shown in FIGS. 1A, 1B, and 1C is a ring-shaped fluorescent lamp (small-diameter fluorescent lamp) 1 of two lamps having different ring outer diameters, for example, 30 watts. And a 40-watt ring-shaped fluorescent lamp (large-diameter fluorescent lamp) 2 are wrapped in one wrapping paper 3. The single package paper 3 is a cardboard or cardboard cardboard. FIG. 2 shows a development view before the package packaging, and FIG. 3 shows a perspective view of the package packaging before the package packaging.

The wrapping paper 3 is a rectangular flat main body 3.
a, a pair of side plate portions 3b bent from two opposing sides of the main body portion 3a, and a pair of inclusion plate portions 3c bent from the tip of each side plate portion 3b. The central part of each side plate part 3b is
3c is formed as an overhang 3d. In the main body 3a, a main body extension 3e is integrally formed on two sides without the side plate 3b, and a handle hole 9 is formed in a central portion of the main body extension 3e.

The main body portion 3a is rectangular thick paper which is in contact with and protects one side of the small-diameter fluorescent lamp 1, and a valley fold line 4 (dashed line in FIG. 2) is formed at both ends of two sides on both sides thereof. From the fold line 4, the side plate portion 3b is bent substantially at a right angle. Side plate 3b
Is bent from the main body 3a at a height substantially equal to the outer diameter of the glass tube of the small-diameter fluorescent lamp 1. Both end edges 7 of the side plate portion 3b bent from the main body portion 3a are located at positions substantially inscribed in the inner periphery of the large-diameter fluorescent lamp 2. From the valley fold lines 5 (dashed lines in FIG. 2) formed at both ends of the tip side of the side plate portion 3b, the inclusion plate portion 3c is bent inward at a substantially right angle.

Each of the pair of side plate portions 3b is divided into both ends and a center portion by a cut line 6 formed in the center portion, and the center portion serves as an overhang portion 3d of the inclusion plate portion 3c. The cut line 6 is formed between two points of the valley fold line 4 on the body part 3a side of the side plate part 3b intersecting the outer periphery of the small-diameter fluorescent lamp 1, and a valley fold line from the two points on the side of the inclusion plate part 3c of the side plate part 3b. By 5 it is formed in a horizontally long U shape. When a central portion (overhang portion 3d) of the side plate portion 3b surrounded by the cut line 6 is extruded by a part of the outer periphery of the small-diameter fluorescent lamp 1, a window hole 8 through which the overhang portion 3d passes is formed at the center of the side plate portion 3b.
The small-diameter fluorescent lamp 1 is partially fitted into the window hole 8 so as to protrude.

The main body extension 3e extending flush with the main body 3a is rectangular, and its outer side circumscribes the outer periphery of the large-diameter fluorescent lamp 2 or slightly protrudes from the outer periphery of the large-diameter fluorescent lamp 2. It is set to rectangular size. The main body extending portion 3e is effective when it is necessary to protect the bare large-diameter fluorescent lamp 2, and its effectiveness will be described when the ring-shaped fluorescent lamp is packed in FIG.

The enclosing and packing of two annular fluorescent lamps by one flat enclosing packing paper 3 is performed in the following procedure. First,
As shown in FIG. 3, one side of the small-diameter fluorescent lamp 1 is brought into contact with the main body 3a of the flat wrapping paper 3, and
The side plate portions 3b on both sides of “a” are bent toward the small-diameter fluorescent lamp 1 side. Then, a part of the outer periphery corresponding to the center of the side plate portion 3b of the small-diameter fluorescent lamp 1 presses the overhang portion 3d at the center of the side plate portion 3b, and the pressing force causes the inclusion plate portion 3c including the overhang portion 3d to form a valley fold line. 5 and bends over the small diameter fluorescent lamp 1 along the circumferential surface of the small diameter fluorescent lamp 1 while being bent. In parallel with the bending operation of the inclusive plate portion 3c, a part of the outer periphery of both ends of the small-diameter fluorescent lamp 1 is inserted into the window hole 8 formed through the protrusion 3d in the center of the side plate portion 3b and included. When the plate portion 3c is bent above the small-diameter fluorescent lamp 1, a part of the outer periphery of the small-diameter fluorescent lamp 1 projects from the window hole 8 so as to cover the window hole 8.

The above-described packing operation of the small-diameter fluorescent lamp 1 by the flat-shaped wrapping paper 3 is performed by placing the flat-shaped wrapping paper 3 on a workbench, placing the small-diameter fluorescent lamp 1 on its main body 3a, and placing the small-diameter fluorescent lamp 1 on both sides. By bending the side plate portion 3b and the containing plate portion 3c so as to push them up with both hands, it is possible to perform the operation easily and quickly in a one-touch manner. In addition, the small-diameter fluorescent lamp 1 is fitted to the center window hole 8 of the side plate portion 3b obtained by bending a part of the outer periphery of the small-diameter fluorescent lamp 1 so as to cover the window hole 8, as described above.
Is stably held on the inclusion wrapping paper 3 without shifting back and forth and left and right. The main body 3a and the pair of inclusion plates 3c sandwich the small-diameter fluorescent lamp 1 from the front and rear surfaces to protect it from external impact, and the small-diameter fluorescent lamp 1 presses the main body 3a and the pair of inclusion plates 3c. Due to the reaction force, the main body portion 3a and the pair of inclusion plate portions 3c hold the small diameter fluorescent lamp 1 resiliently and strongly to hold the small diameter fluorescent lamp 1 firmly. Further, a part of the outer periphery of the small-diameter fluorescent lamp 1 protruding from the window hole 8 is protected from external impact by the overhang portion 3d of the enclosing plate portion 3c located right above.

After the small-diameter fluorescent lamp 1 is packed as shown in FIG. 3, the inner periphery of the large-diameter fluorescent lamp 2 is substantially circumscribed at both ends 7 of the pair of side plates 3b as shown in FIG. By mounting the diameter fluorescent lamp 2 on the main body extending portion 3e, a fluorescent lamp-containing package 10 of two ring-shaped fluorescent lamps is configured. The large-diameter fluorescent lamp 2 has four inner peripheral
b is engaged with and held at both edges 7. In this case, it is desirable to provide a slight clearance between the inner periphery of the large-diameter fluorescent lamp 2 and both end edges 7 of the side plate portion 3b so that the large-diameter fluorescent lamp 2 can be easily fitted into the side plate portion 3b. ,
The above-mentioned clearance is also effective in absorbing manufacturing variations in the size of the glass tube of the large-diameter fluorescent lamp 2.

FIG. 4 shows an apparatus for packing a plurality of fluorescent lamp-containing packages 10 of two annular fluorescent lamps shown in FIG. Outer box 11
Is a rectangular empty box made of corrugated cardboard, in which the fluorescent lamp-containing package 10 is placed in the vertical position shown in FIG. 1A, that is, in a position in which the pair of main body extending portions 3e of the main body portion 3a are up and down. Inserted vertically. In particular, if the main body extension portion 3e extending flush with the main body portion 3a is configured to slightly protrude from the outer periphery of the large-diameter fluorescent lamp 2, the single fluorescent lamp-containing package 10 is placed in the outer case 11. When inserted in a vertical position, the lower end of the main body extending portion 3e below the main body portion 3a abuts against the bottom of the outer housing 11, preventing the large-diameter fluorescent lamp 2 from colliding against the bottom of the outer housing 11, The extending portion 3e protects the large-diameter fluorescent lamp 2. A plurality of fluorescent lamp-containing packages 10 are housed in the outer box 11 in parallel and adjacent ones are brought into direct contact. At this time, in the adjacent fluorescent lamp containing package 10, the main body portion 3a and the containing plate portion 3c are in contact with each other and function as a cushioning material and a partition spacer for avoiding collision between the annular fluorescent lamps. Therefore, the outer box 11 can be made up of an empty box which does not require a partition spacer as shown in FIG.

The package 10 is inserted into the outer box 11 with the hands of an operator. At this time, if a finger is hooked on the handle hole 9 of the main body extending portion 3e above the main body portion 3a of the fluorescent lamp containing package 10, the fluorescent lamp containing package 10 can be held by hand. There is no need to worry about the lamp-containing package 10 slipping and falling, and a safe and easy-to-operate package is performed. When a predetermined number of fluorescent lamp-containing packages 10 are stored in the outer box 11, the lid 12 of the outer box 11 is closed and sealed. At this time, the main body extending portion 3e above the main body portion 3a of the fluorescent lamp containing package 10 is
2 to protect the large-diameter fluorescent lamp 2. Even if an object is placed on the outer box 11 sealed by this protection or a plurality of outer boxes 11 are stacked, the large-diameter fluorescent lamp 2 inside the outer box 11 is protected from heavy pressure from above.

The above embodiment is directed to a case in which two ring-shaped fluorescent lamps having large and small ring outer diameters are packaged together and vertically packed in an empty box for packing, as shown in FIG. It is also possible to pack the fluorescent lamp containing package 10 horizontally (horizontally). 5 and 6 show an embodiment in which the fluorescent lamp-containing package 10 is packed sideways, and this will be described.

The package 1 including the fluorescent lamp shown in FIG.
The inclusion wrapping paper 3 ′ of 0 ′ differs from the inclusion wrapping paper 3 of FIG. 1A only in that the upper and lower main body extending portions 3e are omitted from the main body part 3a of the inclusion wrapping paper 3 of FIG. . After packing the small-diameter fluorescent lamp 1 with the wrapping paper 3 'of FIG.
The large-diameter fluorescent lamp 2 is held at both end edges 7 of the side plate portion 3b, and the fluorescent lamp-containing package 10 'of two fluorescent lamps is held.
Is configured.

FIG. 6 shows a packaging device for a lighting device for two ring-shaped fluorescent lamps. A lighting device part 14 such as a device body or a shade other than the two ring-shaped fluorescent lamps is packaged in one outer box 13. After that, the fluorescent lamp-containing package 10 ′ of FIG. 5 is stored horizontally on the lighting fixture part 14. In particular, the fluorescent lamp-containing package 10 'can be stored in an outer box 11 as shown in FIG.

The two annular fluorescent lamps to be packed according to the present invention are not limited to the two 30-watt and 40-watt fluorescent lamps.
In short, it is only necessary to use two large-diameter and small-diameter ring-shaped fluorescent lamps of a size that can accommodate a small-diameter ring-shaped fluorescent lamp in a square inscribed in the inner periphery of a large-diameter ring-shaped fluorescent lamp.

[0028]

According to the present invention, the packaging paper for packaging the small-diameter fluorescent lamp in the large-diameter fluorescent lamp can be formed into a shape suitable for mass production by punching cardboard with a mold. Can be reduced. In addition, the small-diameter fluorescent lamp is packaged with a stable holding force simply by placing the small-diameter fluorescent lamp on the main body of the inclusion packing paper and bending the pair of side plates and the inclusion plate with respect to the main body. The workability of packing is improved.

In addition, the main body portion of the wrapping paper is provided integrally with the main body extending portion circumscribing the outer periphery of the large-diameter fluorescent lamp.
The naked large-diameter fluorescent lamp is protected from an external impact from the direction of the main body extending portion, and the handling of the fluorescent lamp-containing package including two large-diameter and small-diameter ring-shaped fluorescent lamps is facilitated.

The fluorescent lamp-containing package containing two large-diameter and small-diameter ring-shaped fluorescent lamps is packaged in parallel in a vertical position in an outer box, and adjacent ones are brought into contact with each other so as to be stored in the outer box. Since empty boxes can be used, the number of packing materials and the cost of packing materials of the entire fluorescent lamp packing device can be significantly reduced.

Further, by forming a handle hole in the main body extending portion extended to the main body portion of the wrapping paper, a relatively heavy fluorescent light is obtained by wrapping and packing two large-diameter and small-diameter annular fluorescent lamps. The use of the handle hole facilitates the carrying of the lamp-containing package, and the packing operation such as vertically inserting the fluorescent lamp-containing package into the outer box can be performed safely and with good workability.

[Brief description of the drawings]

FIG. 1A is a front view of a packing device including two ring-shaped fluorescent lamps according to an embodiment of the present invention, and FIG. 1B is a sectional view taken along line T ₁ -T ₁ of FIG. FIG. 2C is a cross-sectional view taken along line T ₂ -T _{2 of} FIG.

FIG. 2 is an exploded perspective view of the wrapping paper in FIG.

FIG. 3 is a perspective view of the wrapping paper in FIG. 1 when wrapping the ring-shaped fluorescent lamp;

FIG. 4 is a side view including a partial cross section of a packing device for packing the fluorescent lamp-containing package of FIG. 1 in an outer box.

FIG. 5 is a front view of a packing device including two ring-shaped fluorescent lamps according to another embodiment of the present invention.

FIG. 6 is a side view including a partial cross section of a packing device in which the fluorescent lamp-containing package of FIG. 5 is packed in an outer box for packing lighting fixtures.

FIG. 7 (A) is a front view of a conventional packaging device including two ring-shaped fluorescent lamps, and FIG. 7 (B) is T ₃ -T of FIG. 7 (A).
Sectional view along line ₃ .

8 is a perspective view of an individual box for packing the small-diameter annular fluorescent lamp in FIG. 7;

9 is a side view including a partial cross section of a packing device for packing the fluorescent lamp-containing package of FIG. 7 in an outer box.

FIG. 10 is a plan view of the outer box of FIG. 9;

11 is a partially enlarged plan view of a partition spacer housed in the outer box of FIG.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Small-diameter ring-shaped fluorescent lamp 2 Large-diameter ring-shaped fluorescent lamp 3 Inclusion packing paper 3 'Inclusion packaging paper 3a Main unit 3b Side plate 3c Inclusion plate 3d Overhang 3e Main extension 4 Trough fold line 5 Valley fold line 6 Cut line 7 Both edges 8 Window hole 9 Handle hole 10 Fluorescent lamp-containing package 10 'Fluorescent lamp-containing package 11 Outer box 13 Outer box

 ──────────────────────────────────────────────────続 き Continued on the front page F term (reference) 3E096 AA06 BA04 BB02 CA03 CB03 DA04 EA01X EA01Y FA29 GA11

Claims (4)

[Claims] 1. A packing apparatus for packing a ring-shaped fluorescent lamp (small-diameter fluorescent lamp) having a small outer diameter in a ring-shaped fluorescent lamp (large-diameter fluorescent lamp) having a large outer-ring diameter, It has one rectangular thick or larger rectangular thick paper-like wrapping paper circumscribing the outer periphery of the small-diameter fluorescent lamp, and the wrapping paper includes a rectangular main body portion in contact with one side of the small-diameter fluorescent lamp, and a main body. Is located between two points intersecting the inner circumference of the large-diameter fluorescent lamp on each of the two sides facing each other, and the height of the outer diameter of the glass tube of the small-diameter fluorescent lamp is substantially perpendicular to the valley fold line formed between the two points. A pair of opposed side plate portions bent at the same time, and are bent substantially at right angles from a valley fold line formed at both ends of the tip side of each of the pair of side plate portions, face the main body portion, and It consists of a pair of inclusion plates that sandwich the opposite ends of the small-diameter fluorescent lamp, and a pair of each side The center of the side plate portion is defined by a cut line formed between the two points intersecting the outer periphery of the small-diameter fluorescent lamp at the valley fold line on the side of the main body portion of the plate portion and from the two points to the inclusive plate portion side valley fold line of the side plate portion. And a central portion of the separated side plate portion is formed as an overhang portion that is integrated with the containing plate portion, and a small-diameter fluorescent lamp is provided on the main body of the flat-shaped containing packaging paper. When making contact, the outer peripheral portion of the small-diameter fluorescent lamp presses the overhang portion of the inclusive plate portion located in the center portion of the side plate portion, and the pressing force places the inclusive plate portion including the overhang portion on the small-diameter fluorescent lamp. Both ends of a pair of side plate portions bent from the main body portion are bent and made to project and engage a part of the outer periphery of the small-diameter fluorescent lamp into a window hole formed by the removal of the overhang portion at the center of the side plate portion. An annular fluorescent lamp packing device, wherein an inner periphery of a large-diameter fluorescent lamp is engaged with an edge. 2. A rectangular main body extending beyond the outer periphery of a large-diameter fluorescent lamp, is provided on two opposite sides of the rectangular main body of the wrapping paper, which are not two sides on which the pair of side plates extend. 2. The ring-shaped fluorescent lamp packaging device according to claim 1, wherein the existing portion is formed integrally. 3. A plurality of annular fluorescent lamp-containing packages, each of which includes a small-diameter fluorescent lamp in a large-diameter fluorescent lamp, is directly contacted in parallel with a rectangular box-type outer box. The ring-shaped fluorescent lamp packing device according to claim 2, wherein the ring-shaped fluorescent lamp packing device is housed. 4. The ring-shaped fluorescent lamp packaging device according to claim 2, wherein a handle hole is formed in a part of said main body extending portion.