JP2011046426A - Package structure for thin display apparatus and method of packing thin display apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a package structure for a thin display apparatus that offer easier packing operations and protect a thin display panel or thin display apparatus packed in a package box from being deformed when the package box falls down. <P>SOLUTION: The package structure includes: a reinforced plate 5 attached to the thin display apparatus 50 so that one end portion 5t1 is positioned at a front side of the thin display apparatus 50, another end portion 5t2 is positioned at a rear side of the thin display apparatus 50 and an middle portion is positioned at a top side of the thin display apparatus 50; a cushion member 7 installed to a top side portion of the thin display apparatus 50 and supporting the top side portion of the display apparatus from a front and rear directions; and a buffer member 6 fixed to the one end portion 5t1 of the reinforced plate 5. The cushion member 7 supports the top portion of the thin display apparatus 50 from a front and rear directions through the reinforced plate 5 with the buffer member 6 being in contact with the display screen 1a or being positioned in the vicinity of the display screen at the front side. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a packaging structure for a thin display device and a packaging method for the thin display device.

  As an example of a packing structure used when a thin display panel such as a liquid crystal panel or an organic EL panel or a thin display device using the thin display panel is transported as an object to be packed, a well-known example of supporting four corners of the object to be packed with a cushioning material. And a package structure for a thin display device disclosed in Patent Document 1 as an improvement of the structure.

  In Patent Document 1, a structure in which a holding member is brought into contact with the left and right ends of the lower portion of the liquid crystal television main body and the left and right ends of the upper portion to store the liquid crystal television main body in a cardboard box, A packaging structure is described in which a sponge plate is fixed as a ring wound around the liquid crystal television main body in the vertical direction so as to preload the horizontal center of the display panel. According to this packaging structure, even if the display screen of the thin display device is large, the sponge plate suppresses the shaking of the central portion of the display panel caused by the impact and vibration applied during transportation, and the vibration and impact during transportation. It is supposed to be able to endure.

JP 2006-232360 A

  By the way, since a thin display panel or a thin display device using a thin display panel can be installed in various forms such as wall hanging and hanging, it is expected to be lighter and thinner with a larger screen. It has been demanded.

To reduce weight, for example, the display panel frame that is the structural frame of the thin display panel or the housing that houses the thin display panel can be changed from a conventional iron-based metal to a light metal such as aluminum. It is done.
Due to this material change and the like, the mass of about 10 kg as a display device has been reduced to about 6 kg.
On the other hand, the rigidity of the display panel itself or the display device itself tends to decrease compared with the same screen size.

In the case of a liquid crystal display panel using liquid crystal, it is possible to reduce the thickness by reducing the thickness of each member itself such as a cell panel, an optical sheet, a diffusion plate and reducing the distance between the members. Is planned.
By this correspondence, the thickness of the thinnest part, which has been 30 mm or more in the past as a display device, can be reduced to 10 mm or less.

  By the way, among the problems that occur when packing and transporting a thin display panel and a thin display device using the thin display panel that have been reduced in weight and thickness in this way, there have been problems that could not occur before.

Specifically, as the first, the cell panel and the optical sheet adjacent to the back surface (rear surface) of the cell panel rub against each other due to vibrations applied from the outside, or the cell panel back surface may be scratched. It is a bug.
This is due to the fact that the cell panel itself becomes thinner and the central portion vibrates more and more back and forth, and that the distance between the cell panel and the adjacent optical sheet is narrowed to reduce the thickness.

  Secondly, the packaging box has also been made thinner and easier to tip than the previous box, and if the packaging box falls down, the center of the packed cell panel or the top frame of the display device is in the tipping direction. This is a problem that it may be bent and deformed to be convex.

FIGS. 13A and 13B are diagrams for explaining this bending deformation.
The article to be packed 101 is, for example, a thin display panel, and cushioning materials 102 are fitted into the four corners thereof, and the article to be packed 101 and the cushioning material 102 fitted into the four corners are accommodated in the packaging box 103. In the figure, the packing box 103 is indicated by a one-dot chain line for easy understanding.
Here, FIG. 13A shows a state in which the packing box 103 is placed vertically on the floor or the like, and FIG. 13B shows a state in which the packaging box 103 has been overturned in the direction of the arrow.

  As shown in FIG. 13 (b), when the packing box 103 is overturned, a bent deformed portion K that is deformed so as to be convex in the overturning direction due to the overturning impact is generated in the vicinity of the center portion on the top side of the thin display panel 101. End up.

  This is because, as described above, due to the increase in size and thickness, the rigidity of the casing of the thin display device is reduced, and the four corners of the casing are supported by the cushioning material, but are between the cushioning materials. Because the central part of the side is in a free state, the frame on the top side of the housing cannot withstand the impact when the side of the packaging box collides with the floor surface due to a fall. .

With respect to these defects, according to the packaging structure described in Patent Document 1, vibration in the front-rear direction of the cell panel is suppressed by the buffer member that contacts the central portion of the display surface. It is inferred that a suppression effect is obtained.
However, the central portion of the thin display panel or the top frame of the thin display device is not supported by the cushioning material and is in a free state, so that a sufficient suppression effect for the second problem cannot be obtained. Inferred.

  In addition, the packaging structure described in Patent Document 1 has a point that should be improved in the packaging operation.

That is, if the packaged item is a thin display panel or display device and the thickness is extremely thin such as 10 mm or less as described above, it is weakly wound when it is wound around the packaged item and connected at both ends in a ring shape. On the contrary, there is an improvement in that if the sponge material is wound too strongly, there is a concern about the adverse effect on the thin display panel side where the rigidity is lowered due to the sponge material being too strongly hit the display surface.
Moreover, it is necessary to perform beforehand the operation | work which winds a buffer plate with respect to a to-be-packaged object, and the operation | work which connects the edge parts and makes it ring shape, and there exists an improvement point that many man-hours start.
Also, if you accidentally put the packing material in the packing box without wrapping the buffer plate, you must take out the packing material from the packing box, wrap the buffer plate, and store it again in the packing box. There is an improvement in that it is difficult to increase the efficiency of the packing work because two storage steps are required.

  Therefore, the problem to be solved by the present invention is that a thin display that can prevent a thin display panel and a thin display device packed in the packing box from being deformed even if the packing box falls over, and can be easily packed. An object of the present invention is to provide a packing structure for a device and a packing method for a thin display device.

In order to solve the above problems, the present invention has the following configurations 1) to 4).
1) A thin display device packing structure for packing a thin display device (50) having an image display surface (1a),
One end portion (5t1) is located on the front side of the thin display device (50), the other end portion (5t2) is located on the rear surface side of the thin display device (50), and an intermediate portion is located on the thin display device (50). A reinforcing plate (5) placed on the thin display device (50) so as to be positioned on the top side;
A cushion member (7) attached to the top side portion of the thin display device (50) and supporting the top side portion from the front-rear direction;
A buffer member (6) fixed to the one end (5t1) side of the reinforcing plate (5), and
In the state where the cushion member (7) supports the top side portion of the thin display device (50) from the front-rear direction via the reinforcing plate (5), the buffer member (6) is configured to support the image display surface (1a). A thin display device packaging structure characterized by being configured to abut against or face each other.
2) The left and right corner cushions (4c) and (4d) and the packing box (8), which are mounted on the left and right corners on the top side of the thin display device (50), respectively,
When the thin display device (50) is stored in the packing box (8) with the cushion member (7) and the left and right corner cushions (4c) (4d) being mounted, the left and right corner cushions ( 4c) The packaging structure for a thin display device according to 1), wherein the cushion member (7) is positioned in the left-right direction by (4d).
3) The packing structure for a thin display device according to 1), wherein the cushion member (7) supports a top side portion of the thin display device (50) from the front and rear directions including left and right corners. It is.
4) The buffer member (6) is in contact with or in close proximity to the image display surface (1a) in a region including the center of the image display surface (1a). It is the packaging structure of the thin display apparatus in any one.
Moreover, in order to solve said subject, this invention has the procedure of following 5) -8).
5) A method of packing a thin display device for packing a thin display device having an image display surface (1a),
The cushioning member (6) has the buffer member (6) on one end side (5t1) and has a bent portion (kk) in the middle, and the cross section is substantially J-shaped. A reinforcing plate laying step that hangs on the top portion of the thin display device (50) so that the other end (5t2) side faces the surface (1a) and is located on the back side of the thin display device (50);
A cushion member (7) for supporting the top portion of the thin display device (50) from the front and rear direction via the reinforcing plate (5) is hung on the thin display device (50) in the reinforcing plate hanging step. And a cushion member mounting step for mounting on the reinforcing plate (5).
6) A corner cushion mounting step for mounting corner cushions (4c) and (4d) for regulating the position of the cushion member (7) in the left-right direction at each of the left and right corners on the top side of the thin display device (50). 5) The thin display device packaging method according to 5).
7) The packing method for a thin display device according to 5), wherein the cushion member (7) supports the top side portion of the thin display device (50) from the front and rear directions including left and right corners. It is.
8) The buffer member (6) is in contact with or in close proximity to the image display surface (1a) in a region including the center of the image display surface (1a). It is a packaging method of the thin display apparatus in any one.

  According to the present invention, even if the packaging box falls down, the thin display panel and the thin display device packed in the packaging box are prevented from being deformed, and the packaging work can be performed more easily.

It is a three-view figure explaining the example of the to-be-packaged object packed with the packing method of the thin display apparatus of the Example of this invention. It is the 1st figure for demonstrating the packing method of the thin display apparatus of the Example of this invention. It is the 2nd figure for demonstrating the packing method of the thin display apparatus of the Example of this invention. It is the 3rd figure for demonstrating the packing method of the thin display apparatus of the Example of this invention. It is an expanded view of the main members in the packing structure of the thin display apparatus of the Example of this invention. It is a figure for demonstrating the use condition of the main member in the packing structure of the thin display apparatus of the Example of this invention. It is a cross-sectional view for demonstrating the packing structure of the thin display apparatus of the Example of this invention. It is a longitudinal cross-sectional view for demonstrating the packing structure of the thin display apparatus of the Example of this invention. It is the elements on larger scale of FIG. It is an enlarged view of the other part of FIG. It is a schematic diagram for demonstrating the packing structure of the thin display apparatus of the Example of this invention. It is a perspective view for demonstrating the modification of the packing structure of the thin display apparatus of the Example of this invention. It is a schematic diagram for demonstrating the subject in the packaging structure of the conventional thin display apparatus.

  The preferred embodiments of the present invention will be described with reference to FIGS.

FIG. 1 is a three-sided view showing an example of an object to be packed according to the present invention.
An example of the packaged item is the thin display device 50, for example, a liquid crystal monitor.

The thin display device 50 includes a liquid crystal thin display panel 1 and a housing 2 that has an opening 2 a that exposes the image display surface 1 a and accommodates the thin display panel 1.
The housing 2 has a projecting portion 3 that projects and accommodates a circuit board or the like on the back side.

The thin display device 50 is a 32 type liquid crystal monitor, and the outer width W, height H, thickness T1 other than the protruding portion 3, and thickness T2 at the protruding portion 3 are as follows.
W = 773mm, H = 496mm, T1 = 7mm, T2 = 23mm
The housing 2 includes the protruding portion 3 and is formed of aluminum, and the mass of the liquid crystal monitor 50 is 5.7 kg.

  2 to 4 are perspective views for explaining a procedure for packing the thin display device 50 by the packing method of the present invention.

First, the thin display device 50 is put in a polyethylene packaging bag (not shown in each figure), and then corner cushions 4a to 4d are attached as cushioning materials to the four corners of the housing 2 as shown in FIG. .
That is, the left and right corners on the ground side of the housing 2 are supported by the corner cushions 4a and 4b, respectively, and the left and right corners on the top side are supported by the cushioning materials 4c and 4d, respectively.
The packaging bag is sufficiently thin with respect to other members, and the presence / absence of its use does not affect the effect obtained by the present invention, and is therefore omitted in the following description.

The corner cushions 4a to 4d are provided with cuts 4a1 to 4d1 formed in a shape in which the four corner portions of the housing 2 are inserted almost without backlash. In FIG. 2, the cuts are shown only for 4a1 to 4c1.
Corner cushions 4a to 4d are formed of foamed polystyrene.

  Next, as shown in FIG. 3, the reinforcing plate 5 bent into a substantially J shape is mounted between the corner cushions 4c and 4d from the top so that the housing 2 enters between the opposing inner surfaces of the J shape. To do.

  Here, details of the reinforcing plate 5 will be described. A development view of the reinforcing plate 5 is shown in FIG.

The reinforcing plate 5 is formed using corrugated cardboard, for example. When corrugated cardboard is used, as shown in FIG. 5, the corrugated cardboard material is cut into a rectangular shape, and a crease in which the front side of the paper is valley-folded at an intermediate portion between one end 5t1 and the other end 5t2. 5a-5c are provided. The fold lines 5a to 5c are preferably provided in a direction orthogonal to the flute direction.
Further, the type of flute of cardboard is not limited. A perforation may be used instead of the crease.
When the flute direction is set in the reinforcing plate 5 as shown in FIG. 5, the buffer plate 6 is fixed to one end 5t1 side (upward in FIG. 5) in the flute direction.

The buffer plate 6 is formed in a rectangular parallelepiped with EPS (Expanded Polystyrene), sponge material, or the like, and is fixed to the reinforcing plate 5 with fixing means such as glue or double-sided tape.
Further, the width W2 of the inner surface 5e that is the inner side in the usage mode of the reinforcing plate 5 is set to be the same as or slightly smaller than the width W3 (see FIG. 2).

FIG. 6 shows a configuration in which the reinforcing plate 5 is bent at the folding lines 5a to 5c and used for packaging.
The fold lines 5a and 5b are bent at substantially right angles, and the fold line 5c is bent slightly.
As a result, the reinforcing plate 5 has a bent portion kk in the middle and has a substantially J-shaped cross section. Here, the “substantially J-shape” includes not only the J-shape but also the case where the end portion 5t2 is located below the shape of FIG.

Here, the positions of the folding lines 5a and 5b are set as follows in a state of being folded as shown in FIG.
That is, the vertical direction position of the inner surface 5e between the folding line 5a and the folding line 5b and the distance Dm1 to the center of the buffer plate 6 in the vertical direction in FIG. 6 is approximately H / 2 (see FIG. 1). .
Further, the width T3 in the left-right direction in FIG. 6 of the inner surface 5e is the same as or slightly larger than the thickness T1 (see FIG. 1).
The position of the folding line 5c will be described later.

  Further, in the reinforcing plate 5, an inner surface between the folding line 5a and the lower end of FIG. 5 is an inner surface 5d, an inner surface between the folding line 5b and the folding line 5c is an inner surface 5f, and the folding line 5c The inner surface between the upper end of FIG. 5 is defined as an inner surface 5g.

  Returning to the description of the packing method shown in FIG. 3, the reinforcing plate 5 bent in the form shown in FIG. 6 is set to have a front-rear direction and a direction in which the buffer plate 6 is positioned on the image display surface 1 a side of the thin display panel 1. It is attached in the direction of the arrow D3 so that the top portion of the thin display device 50 enters between the inner surface 5d and the inner surface 5f.

Next, as shown in FIG. 4, a cushion 7 (details will be described later) is mounted as a cushioning material between the corner cushions 4c and 4d from the top side in the direction of the arrow D4.
Thereafter, the corner cushions 4a to 4d, the reinforcing plate 5, and the cushion 7 are attached to the thin display device 50, and the flaps 8f of the packing box 8 are sealed, and the packing operation is completed. In FIG. 4, the packing box 8 is drawn in a reduced manner with respect to the thin display device 50 and the like.

Here, the cushion 7 will be described.
The cushion 7 is formed of a buffer material such as expanded polystyrene.
The central portion of the top side of the thin display device 50 is supported by the cushion 7 via the reinforcing plate 5. Details thereof will be described with reference to FIGS.

7 is a cross-sectional view taken along line S2A-S2A in FIG.
8 is a cross-sectional view taken along the line S2B-S2B in FIG.
FIG. 9 is a partially enlarged view of the top side in FIG.
FIG. 10 is an enlarged view of the DT area in FIG.
FIG. 11 is a schematic diagram for explaining the dimensional relationship of each member.

As shown in FIG. 7, the cushion 7 has a width W4 in the left-right direction that is the same as or slightly smaller than a width W3 that is a gap interval between the corner cushions 4c and 4d.
Thereby, inside the packing box 8, the corner cushion 4c, the cushion 7, and the corner cushion 4d are arranged with almost no backlash in the left-right direction on the top side of the thin display device 50.

As shown in FIGS. 8 and 9, the cushion 7 has a slit 7 a formed at the center in the cross-sectional shape.
The inner surface 7a1 that is the inner surface on the front side of the slit 7a and the inner surface 7a2 that is the rear inner surface facing the inner surface 7a1 are inclined surfaces in the direction in which the distance between the slits 7a increases toward the opening side (downward in FIG. 8). It is said that.
A plurality of ribs 7a3 are formed on the rear inner surface 7a2 so as to be spaced apart from each other in the left-right direction, with the front end surface being substantially vertical in the vertical direction (see also FIG. 7).

The width T5 on the back side of the slit 7a is a width obtained by adding twice the thickness of the reinforcing plate 5 to the thickness T1 of the thin display device 50.
In other words, the cushion 7 is attached to the thin display device 50 in the front-rear direction without looseness by fitting the slit 7 a into the portion of the thin display device 50 to which the reinforcement plate 5 is attached from above the reinforcement plate 5.
Further, the width in the front-rear direction of the outer shape of the cushion 7 is set to be the same as or slightly smaller than the inner dimension in the front-rear direction of the packaging box 8, so that the cushion 7 can be housed in the front-rear direction with respect to the packaging box 8. . The same applies to the corner cushions 4a to 4d.

  That is, the thin display device 50 is housed in the front-rear direction and the left-right direction with respect to the packing box 8 through the corner cushions 4a to 4d, the reinforcing plate 5, and the cushion 7.

In the cushion 7, an inclination angle θ7 (see FIG. 9) with respect to the vertical line of the inner surface 7a1 on the front side is set to about 4 °, for example.
The inclination angle θ7 is determined by the vertical distance Dm2 (see FIG. 6) between the inner surface 5e between the fold line 5a and the fold line 5b and the fold line 5c in the reinforcing plate 5, and the thickness T4 of the buffer plate 6. It is set in relation to This will be specifically described.

In FIG. 10, the image display surface 1 a is in a position (rightward in FIG. 10) that is recessed by Δd with respect to the front end surface 2 b of the housing 2.
The buffer plate 6 is preferably in contact with the image display surface 1a in a packed state or opposed to the image display surface 1a at an extremely close position.
Therefore, when the thickness of the buffer plate 6 is T4, as is clear from FIG. 11 schematically showing the dimensional relationship,
tan θ7 = (T4−Δd) / Dm2 (Expression 1)
Each dimension is set in relation to
Specifically, T4 = 10 mm, Δd = 1.5 mm, and Dm2 = 120 mm.

  Accordingly, the outer surface 5fr (see FIG. 6) facing the inner surface 5f of the reinforcing plate 5 in contact with the inner surface 7a1 on the front side of the slit 7a of the cushion 7 in a packed state.

The rib 7a3 is provided to bring the inner surface 5d of the reinforcing plate 5 into contact with the back surface of the housing 2 in contact with the surface.
The ribs 7a3 have a predetermined width and height and are spaced apart in the left-right direction. Thereby, when an impact is applied from the outside toward the rear from the front in the packed state, or when the packing box falls backward, the kinetic energy associated with the movement of the thin display device 50 in the rear direction is reduced. The ribs 7a3 are effectively absorbed by the deformation (smashing), and a good buffering effect is exhibited.

According to the packing method and the packing structure of the above-described embodiment, the thin display device 50 that is an object to be packed is supported in the packing box 8 by the corner cushions 4a to 4d without any backlash, and the top side has the corners. The corner cushions 4c and 4d and the cushion 7 are supported without any play.
Therefore, even when the packaging box falls to the front side or the rear side, the top side of the packaged item is supported, so that the top side of the packaged item is prevented from being deformed.

Further, in the packed state, the buffer plate 6 is applied to a region including the central portion of the image display surface 1a in the thin display device 50, or is disposed so as to face the gap with a slight gap, and the reinforcing plate 5 to which the buffer plate 6 is fixed. Since the deformation in the forward direction is restricted by the inner surface 7a1 on the front side of the cushion 7, the cell panel 1s in the thin display panel 1 of the thin display device 50 due to vibration applied from the outside (see FIGS. 1 and 10). Even if it vibrates in the front-rear direction, the increase in the amplitude is suppressed by the buffer plate 6.
Further, if the folding lines 5a to 5c and the flute direction are orthogonal to each other, the reinforcing plate 5 that supports the buffer plate 6 has higher rigidity against deformation in the front-rear direction, and thus the vibration suppressing effect of the cell panel 1s. Can be strengthened.
When the reinforcing plate 5 is corrugated cardboard, the flute type, the material such as the core, and the flute direction can be appropriately selected so that the vibration of the cell panel 1s can be satisfactorily suppressed.
This prevents damage to the cell panel 1s itself, avoids contact (rubbing and striking) with an optical panel (not shown) arranged immediately after the cell panel 1s, and prevents damage to the rear surface of the cell panel 1s. Is done.

Further, in the packing operation, the reinforcing plate 5 can be attached even after an object to be packed (such as the thin display device 50) is stored in the packing box 8, so that the operation is easy and the efficiency is improved.
In addition, when the reinforcing plate 5 is replaced due to a defect after packing, the replacement can be performed without taking out an object to be packed (such as the thin display device 50), and the workability is extremely good.

The embodiment of the present invention is not limited to the configuration and procedure described above, and it goes without saying that modifications may be made without departing from the scope of the present invention.
The material of the reinforcing plate 5 is not limited to corrugated cardboard. For example, it may be made of resin. An example of a resin is polypropylene (PP).
As described above, the object to be packed is not limited to the thin display device 50 but may be a single thin display panel 1.
Further, the object to be packed is not limited to a display device or a display panel, but can be applied to the packaging of thin plate materials such as glass and resin.
The position, area, and shape of the cushioning material 6 applied to the image display surface 1a of the cell panel 1s of the thin display panel 1 are not limited, but include the center of the image display surface 1a that maximizes the amplitude. It is desirable that

FIG. 12 is a modification of the packaging structure of the above-described embodiment. In this modification, instead of the corner cushions 4c and 4d and the cushion 7, a cushion 71 in which they are integrated is used.
Also in this modified example, the thin display device 50 that is an object to be packed is supported in the packing box 8 by the cushion 71 with the two corners on the top side and the portion between them at the back. Although the outer dimensions of the cushion 71 are larger than the respective outer dimensions when the corner cushions 4c and 4d and the cushion 7 are independent, the man-hour for mounting the cushion on the thin display device 50 is １ ／.
Also in this modified example, when the packing box falls to the front side or the rear side, the top side of the packaged item is supported, so that the top side deformation of the packaged item is prevented.

DESCRIPTION OF SYMBOLS 1 Thin display panel 1a Image display surface 1s Cell panel 2 Housing | casing 2a Opening part 2b Front side end surface 3 Protrusion part 4a-4d Buffer material (corner cushion)
4a1 to 4d1 Cut 5 Reinforcing plates 5a to 5c Folding lines 5d, 5e, 5f Inner surface 5fr Outer surfaces 5t1, 5t2 End 6 Buffer plate 7, 71 Cushion 7a Slit 7a1, 7a2 Inner surface 7a3 Rib 8 Packing box 50 Thin display device (liquid crystal monitor )

Claims (8)

A thin display device packaging structure for packaging a thin display device having an image display surface,
The one end is positioned on the front side of the thin display device, the other end is positioned on the rear side of the thin display device, and the middle portion is placed on the thin display device so as to be positioned on the top side of the thin display device. A reinforcing plate,
A cushion member attached to the top side portion of the thin display device and supporting the top side portion from the front-rear direction;
A buffer member fixed to the one end side of the reinforcing plate,
In the state where the cushion member supports the top side portion of the thin display device from the front-rear direction via the reinforcing plate, the cushioning member is configured to contact or approach the image display surface. A packaging structure for a thin display device. Left and right corner cushions and packing boxes mounted on the left and right corners on the top side of the thin display device,
When the thin display device is stored in the packaging box with the cushion member and the left and right corner cushions being mounted, the cushion member is positioned in the left-right direction by the left and right corner cushions. The packaging structure for a thin display device according to claim 1.   The packing structure for a thin display device according to claim 1, wherein the cushion member supports the top side portion of the thin display device from the front and rear directions including left and right corners.   4. The thin display device according to claim 1, wherein the buffer member is in contact with or in close proximity to the image display surface in a region including a center of the image display surface. Packing structure. A method of packing a thin display device for packing a thin display device having an image display surface,

A reinforcing plate having a buffer member on one end side and having a bent portion in the middle and having a substantially J-shaped cross section, the buffer member faces the image display surface, and the other end side is positioned on the back side of the thin display device A reinforcing plate hanging step for hanging on the top portion of the thin display device,
A cushion member for mounting a cushion member for supporting the top side portion of the thin display device from the front and rear direction via the reinforcing plate on the reinforcing plate placed on the thin display device in the reinforcing plate hanging step. And a mounting step. A method for packing a thin display device.   6. The thin display device according to claim 5, further comprising a corner cushion mounting step for mounting a corner cushion for restricting the position of the cushion member in the left-right direction at each of the left and right corners on the top side of the thin display device. Packing method.   The packing method for a thin display device according to claim 5, wherein the cushion member supports the top side portion of the thin display device from the front and rear directions including left and right corners.   8. The thin display device according to claim 5, wherein the buffer member is in contact with or in close proximity to the image display surface in a region including a center of the image display surface. Packing method.

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