KR20040037019A - Packing container and packing method for flat display glass - Google Patents

Abstract

PURPOSE: A packaging container and packaging method for flat glass for display purpose are provided to safely and efficiently perform the packaging work of loaded flat glass for display purpose. CONSTITUTION: The packaging container(100) comprises: a loading frame(110) provided with a loading plane(112) and a backing plane(114); flat glass fixing devices(130a,130b) for fixing the loaded flat glass for display purpose; and an integral packaging material formed integral with the loading frame(110) and fixed and opened and closed and blocking an open region of the loading frame(110) through which the loaded flat glass for display purpose is exposed.

Description

PACKING CONTAINER AND PACKING METHOD FOR FLAT DISPLAY GLASS}

The present invention relates to a flat glass packaging container for packaging and a packaging method. Specifically, a plurality of flat glass for display is loaded in an 'L' shaped frame inclined at a predetermined angle, and the packaging material is integrated with the frame to improve work efficiency. The present invention relates to a flat glass packaging container for display and a packaging method.

As the size of displays increases, the size of flat glass used as a substrate material of flat panel displays such as liquid crystal monitor panels and plasma display panels is also increasing. As a result, when the horizontal stacking method is used for loading and transporting the flat glass for display, the efficiency of the work is notably reduced, and the flat glass can be contaminated or damaged due to mutual contact between the flat glass or external contaminants. It has been pointed out as a problem.

In order to solve this problem, technologies for preventing the contamination of flat glass and increasing the loading efficiency have emerged. For example, Japanese Patent Application Laid-Open No. 2000-203679 (glass plate storage method, hereinafter referred to as 'public patent'). .), Which is shown in FIG.

1 is a side view of the flat glass housing presented in the above-mentioned patent. As shown in FIG. 1, the housing disclosed in the above-described patent discloses a loading surface 14a for loading the flat glass G in the vertical direction and a back surface 14b extending in the vertical direction from the rear end of the loading surface. ) Is formed on the 'L' shaped support, the loading surface is formed to be inclined 2 to 20 degrees toward the back of the backrest to be stacked by leaning against the back surface (14b) of the plurality of flat glass (G). In addition, between the rim portion of each plate glass (G) and each plate glass to put the separation member 15 surrounding only the rim portion of the plate glass to be laminated, which is located in the outermost and rearmost plate glass The reinforcing plates 16 and 17 were disposed between the flat glass and the back surface 14b, and the separation member 15 was also inserted between the flat glass G and the reinforcing plate to prevent contamination and damage of the flat glass. On the other hand, in the published patent was fixed by hanging the rubber bands (18, 19) on the back of the back 14b and the foremost reinforcement plate (16) to fix the loaded flat glass, and covered the bag 20 thereon Again sealed with a rubber band (21) or the like.

In addition, when transporting the flat glass (G) is sealed by the packing bag 20, and transported in a state in which a separate box that can cover the whole, after dismantling the box and packing bag and unscrew the rubber band Put down the glass.

However, in the case of the published patent, there is a problem in that an external packaging material such as a packing bag or a box for packaging the loaded flat glass must be separately managed and a space for loading the disassembled external packaging material after transportation is required. In addition, as the size of the flat glass increases, the number of people required for the work increases, and as a result, the work efficiency decreases. In addition, when the final packing is done by hand, the worker may be injured and the loaded flat glass may be damaged due to a mistake. In addition, when using a separation member that separates only the edge portion of the flat glass to be stacked as proposed in the prior art, even if the flat glass is stacked vertically, the middle part of the stacked glass sags (sagging ( Sagging phenomenon has occurred, and the need for a new separation member has emerged.

The present invention has been made to solve the above problems, and an object of the present invention is to provide a flat glass packaging container for a display that can safely and efficiently carry out the packaging operation of the stacked flat glass for display.

In addition, another object of the present invention is to provide a display glass packaging method for a display that can safely and efficiently perform the loading and packaging operations of the display glass.

In other words, the present invention is formed integrally with the packaging material for packaging the flat panel glass for display, there is no need to manage the packaging material separately to improve the work efficiency and significantly reduce the number of workers required for the operation to reduce the cost It is an object of the present invention to provide a flat glass packaging container for a display and a flat glass packaging method for a display, which can be provided and do not need to secure a separate space for loading the packaging material separately.

1 is a side view of a flat glass housing shown in Japanese Patent Laid-Open No. 2000-203679.

2 is a perspective view of a flat glass packaging container for a display according to the present invention;

Figure 3 is a state of use of the flat glass packaging container for display according to the present invention.

Figure 4 is a state of use of another embodiment of a flat glass packaging container for a display according to the present invention.

*** Explanation of symbols on the main parts of the drawing ***

100: flat glass container for display

110: loading frame 111, 113, 115: cushioning material

112: loading surface 114: back

120: flat glass for display 122: spacer

124: reinforcement 130: flat glass fixing device

140: Shutter 142: Shutter Roll

144: shutter rail 150: rolling shutter

152: shutter plate 154: chain

156: roller

In order to achieve the above object, the flat glass packaging container for display according to the present invention is a flat glass packaging container for display for vertically loading and packaging a plurality of flat glass for display, the basis of the flat glass packaging container for display It forms a frame and is formed at the rear end of the loading surface and the loading surface which is formed to support the lower end of each display flat glass to be stacked, and is formed perpendicular to the loading surface to support the back surface of each display flat glass. A loading frame provided; A flat glass fixing device for fixing the flat glass for display; And an integrated packaging material for opening and closing an open space of the loading frame to which the stacked display flat glass is exposed while being fixed and opened integrally with the loading frame.

Preferably, the upper surface of the loading surface, the front surface of the back surface and the back side and the side of the side wall of the loading frame formed by connecting both side ends of the loading surface, further comprising a buffer for protecting the flat plate glass for display A spacer disposed between the stacked flat glass for display and in contact with at least 90% of the entire surface or the entire surface of the flat glass; And a reinforcing material loaded in front of the display flat glass stacked on the front of the stacked display flat glass.

In addition, the flat glass fixing device may be composed of a clamp, or a pair of elastic belts left and right and may be composed of a binding means for mutually binding to an unfixed end of each belt.

The integrated packaging material includes a shutter roll provided on the rear surface of the loading frame; A shutter rail formed into a groove having a predetermined depth from the back surface to the loading surface to the inside of the side wall of the loading frame formed by connecting both side ends of the back surface and the loading surface; And a shutter for opening and closing the open top and front surfaces of the loading frame while the first end of one end is wound and fixed to the shutter roll and the second end of the second end moves up and down along the shutter rail. Hanging jaw protruding to a predetermined size at two ends; And it is preferable that the front end of the loading surface further comprises a hook to be engaged with the engaging jaw, or further comprising a magnet at the front end of the loading surface and the second end of the shutter in contact with each other.

In addition, the integral packaging material is installed in close contact with the inside of the left and right side walls of the loading frame formed by connecting both side ends of the back surface and the loading surface, a plurality of cylindrical rollers respectively installed on the top and bottom of the left and right side walls ; A series of left and right chains which are respectively wound between the rollers to the inside of the left and right side walls of the loading frame to surround the front and back of the backrest, and are wound on the rollers and rotate in a vertical direction; And a plurality of shutter plates that are installed in close contact with each other with both side ends fixed to the left and right chains and cover at least the open top and front surfaces of the loading frame, and the left and right chains and the shutter plates can pass through the front end of the loading surface. The through holes may be formed so as to penetrate vertically.

In addition, in order to achieve the above another object, the display flat glass packaging method according to the present invention is formed in a vertical direction with the loading surface and the loading surface formed to support the lower end of each display flat glass, each display A backing frame supporting the back surface of the flat glass for backing, and a combination of the stacking surface and the backing surface forms an 'L' shape and the mounting frame inclined at an angle to the rear, and the flat glass for fixing the stacked flat glass for display. Display flat glass packaging method for loading and packaging a plurality of flat glass for display in a display glass package having an integrated packaging material which is integral with the fixing device and the loading frame and opens and closes the open space of the loading frame. As an example, the method for loading the flat glass for each display on a loading frame Stage 1; A second step of loading a reinforcing material on a front surface of the display flat glass stacked on the front of the stacked display flat glass; A third step of fixing the stacked flat glass for display and reinforcing material with a flat glass fixing device; And a fourth step of closing the integrated packaging material to block the open space of the loading frame to package the stacked flat glass for display.

Preferably, the first step includes the step 1-1 of loading the spacer material between the flat plates for display to be loaded.

In addition, the fourth step, one end is wound around the shutter roll installed on the rear surface of the loading frame and fixed, and the loading surface at the back surface inside the side wall of the loading frame formed by connecting both side ends of the back surface and the loading surface. Step 4-1 of closing the shutter, the other end of which is attached to the shutter rail formed with a predetermined depth groove along the shutter rail, to block the open upper and front surfaces of the loading frame, or both side ends of the back surface and the loading surface. The left and right chains which are respectively installed and rotated in a vertical direction and are installed in close contact with each other in a state fixed to the left and right chains are installed to surround the back surface inside the left and right side walls of the loading frame which are connected and formed, at least the top and front surfaces of the loading frame. An open top surface of the loading frame with a plurality of shutter plates by rotating a rolling shutter composed of a plurality of shutter plates covering And to a second step to block the 4-2 plane.

Hereinafter, with reference to the accompanying drawings will be described in detail the advantages, features and preferred embodiments of the present invention.

2 is a perspective view of a flat glass packaging container for a display according to the present invention. 3 is a view showing a state of use of the flat glass packaging container for a display according to the present invention, Figure 3 (a) is a view showing a state in which the flat glass for display in a flat glass packaging container for display according to the present invention, 3 (b) is a view showing a state where the shutter of the display glass packaging container is closed after loading the display glass. Referring to Figures 2 and 3 will be described with respect to the flat glass packaging container for a display according to the present invention.

The flat glass packaging container 100 for a display according to the present invention forms a basic frame of a container, and a stacking frame in which a stacking surface 112 is formed in a horizontal direction and a backrest 114 is formed in a vertical direction with a stacking surface. 110, the reinforcing material 124 disposed on the front of the display plate glass loaded in the foremost to protect the stacked display glass plate 120, the flat plate glass for fixing the loaded display glass plate 120 Fixing devices 130a and 130b and a shutter 140 for protecting the stacked display flat glass from external shocks are provided.

The stacking frame 110 according to the present invention forms a basic skeleton of the flat glass packaging container 100 for a display, and a stacking surface 112 is formed at the bottom in the horizontal direction and the backrest 114 is vertical in the vertical direction. Is formed. The loading surface 112 is a portion that supports the lower end of the display flat glass when the display flat glass 120 is loaded, and attaches a cushioning material 113 to the upper surface thereof, thereby causing the load of the display flat glass itself and the vibration or impact from the outside. To buffer. In addition, the back surface 114 is a portion that supports the rear surface of the display glass when the display glass 120 is loaded, and attaches the cushioning material 115 to the front, so that the load of the display glass itself and the vibration from the outside. And shocks. On the other hand, connecting both side ends of the back surface 114 and the loading surface 112 and attaching the buffer 111 to the inner side of both side walls (110a, 110b) of the loading frame 110 is formed to protrude forward. It is preferable. At this time, the cushioning material (111, 113, 115) attached to the side wall (110a, 110b), the loading surface 112 and the backrest 114 is to be detachable so that it can be replaced if necessary, for this purpose The contact surface of the loading surface and the back surface and one surface of the cushioning material may be formed of Velcro tape.

The mounting surface 112 and the backrest 114 are formed perpendicular to each other to form an 'L' shape, and the combination of the mounting surface and the backrest is mounted on the loading frame 110 in a state inclined at an angle toward the rear as a whole. Be sure to That is, the loading surface 112 is inclined upward by a predetermined angle and the backrest 114 is also inclined backward by a predetermined angle. Therefore, the display glass 120 can be stably loaded on the loading surface and the back surface.

The reinforcing material 124 according to the present invention is to protect the stacked display flat glass 120 from external impact and is disposed in front of the display flat glass loaded at the foremost of the stacked display flat glass. In addition, the reinforcing member 124 impacts the flat glass 120 for display due to the flat glass fixing device so that the flat glass fixing device 130 is bound and tightened at the front of the reinforcing material when the display glass 120 is fixed. This can be prevented from being applied or damaged.

Flat glass fixing device 130 according to the present invention is for fixing the stacked display glass plate 120 to the loading frame 110, the left and right fixed integrally fixed to the grooves formed on both sides of the backrest 114 It consists of a pair of belts (130a, 130b). At this time, both belts (130a, 130b) of the flat glass fixing device is preferably formed of a rubber material with excellent elasticity, so that the length can be freely adjusted, such as a bag strap depending on the amount of the flat glass 120 for display to be loaded. It is preferred to have length adjusting means (not shown). In addition, the one end of the belt (130a, 130b) to the non-fixed end is to be provided with the binding means (132a, 132b) to be mutually bound, preferably to form the binding means in the form of a buckle or hook. Accordingly, the flat glass fixing device 130 is wrapped around the loaded flat glass plate 120 and is fastened to each other by the binding means 132 at the front of the reinforcing member 124. In addition, at least two or more flat glass fixing devices 130 may be provided to vertically fix the loaded flat panel glass 120 for display. 2 and 3 illustrate a case in which the flat glass fixing device is composed of a pair of left and right belts, alternatively, it may be composed of two belts constituting a pair of upper and lower sides, and in addition to the belt, in various forms such as a support rod or a clamp. Of course, it can also be configured.

The shutter 140 according to the present invention is an integrated packaging material for protecting the display flat glass 120 loaded from an external physical shock. One end of the shutter 140 is wound on a shutter roll 142 provided on the rear surface of the loading frame 110. It is fixed, and closes along the shutter rail 144. After the shutter 140 is closed, the shutter is fixed by a shutter lock device (not shown) provided separately to prevent the shutter 140 from being opened arbitrarily.

The shutter roll 142 is provided in a space formed on the rear surface of the stacking frame 110, that is, the rear surface of the back surface 114, and is fixed by winding one end of the shutter 140 and stably winding and releasing the shutter. A shock absorber is to be provided. In addition, the shutter rail 144 is a rail for guiding the movement of the shutter when opening and closing the shutter 140. The loading frame connects both side ends of the back surface 114 and the loading surface 112 to protrude toward the front. It is formed in a groove shape of a predetermined depth inside the side walls (110a, 110b) of the (110). On the other hand, when opening and closing the shutter 140 along the shutter rail 144, the shutter driving roller (top) at the top of the back 114 so as to move smoothly without the shutter in the portion folded back to the front of the loading frame 110 Not shown). Therefore, the shutter 140 can be opened and closed smoothly by the shutter driving roller, and the load of the shutter can be supported and the shutter can be prevented from sagging.

The shutter locking device (not shown) is to prevent the shutter from being opened randomly after closing the shutter 140 and fixes the shutter to the front end of the loading surface 112. To this end, a locking projection protruding to a predetermined size is formed at one end of the shutter 140 in contact with the loading surface 112, and a binding that can be attached to the locking projection like a hook at the front end of the loading surface in contact with the shutter. Means to be provided. The shutter lock may be modified in various forms. For example, a magnet may be attached to one end of the shutter 140 and / or a front end of the loading surface 112 to fix the shutter by magnetic force. have.

Meanwhile, in FIGS. 2 and 3, the shutter rails 124 are installed in the vertical direction, and thus the shutter 120 is opened and closed. However, the shutter rails 124 may be installed in the horizontal direction to open and close the shutter. Of course you can. In this case, the shutter roll may be installed on the rear surface of the stacking frame 110 in the vertical direction, and the shutter rail may be installed at the front end of the stacking surface 112 and the top of the stacking frame to open and close the shutter from side to side.

Referring to the process of loading and transporting the flat glass for display using the flat glass packaging container for display according to the present invention.

In order to transfer the flat glass 120 for display, which has been inspected in the clean room, it is loaded on the loading frame 110. Specifically, the lower end of the display glass plate 120 is supported by the mounting surface 112 and the rear surface is supported by leaning against the backrest 114. At this time, since the combination of the mounting surface and the back surface is inclined at a predetermined angle toward the rear, it is possible to stably maintain the loading state of the flat glass for display. In addition, in loading the flat glass 120 for display, the separator 122 is placed in contact with at least 90% or more of the entire surface or the entire surface of the flat glass that is provided and stacked between the respective flat glass plates for display. In order to prevent contamination or damage due to mutual contact between the flat plates for the glass, the spacer 122 may be inserted between the cushioning material 115 mounted on the back 114 and the flat plate for display mounted on the rear side. . On the other hand, apart from the spacer 122, it is possible to prevent from contamination by coating the film on the front and rear of the flat glass 120 for display, respectively. Therefore, the film is coated between the flat glass 120 for display and the spacer 122 is disposed, or it is possible to implement in various forms such as only the spacer 122 without coating the film.

After loading the flat glass 120 for display, load the reinforcing material 124 to the front of the flat glass for display and pull the left and right belts 130a and 130b of the flat glass fixing device 130. By binding to each other, the flat glass for display is fixed. At this time, the spacer 122 may also be inserted between the flat glass 120 for display and the reinforcing material 124.

When the loading and fixing of the flat glass 120 for display is completed, the shutter 140 is pulled down along the shutter rail 144 to close the shutter, and the shutter is locked by locking the shutter and then transferred to the moving place. At this time, when the shutter lock is made of a magnet, the shutter is engaged by simply lowering the shutter completely.

In addition, when lowering the display flat glass loaded after the transfer, the shutter lock is released and the shutter 140 is pushed along the shutter rail 144. Then, after releasing the binding state of the flat glass fixing device 130, the reinforcing material 124 is taken out and the flat glass 120 for display may be lowered one by one.

Figure 4 is a state of use of another embodiment of a flat glass packaging container for a display according to the present invention, Figure 4 (a) is a display glass in another embodiment of a flat glass packaging container for a display according to the present invention Fig. 4 (b) is a view showing a state in which the rolling shutter is closed after loading the flat glass for display, and Fig. 4 (c) is for display shown in Fig. 4 (b). It is sectional drawing in the AA 'direction of another embodiment of a flat glass packaging container. Another embodiment of the flat glass packaging container for a display shown in FIGS. 4 (a) to 4 (c) is to rotate the stacking frame 110 instead of the shutter 140 which opens and closes up and down to open the stacking frame. It is an embodiment provided with the rolling shutter 150 which opens and closes an area | region. Hereinafter, another embodiment of a flat glass packaging container for a display according to the present invention will be described with reference to FIGS. 4 (a) to 4 (c), but to components already described with reference to FIGS. 2 and 3. The description is omitted.

As shown in Figure 4 (a) and 4 (b), another embodiment of the flat glass packaging container 100 for a display according to the present invention, opening and closing the open front and top of the stacking frame 110 Rolling shutter 150 is provided in order to protect the loaded flat panel glass 120 from external impact. Rolling shutter 150 is installed to surround the back (114) back and forth in the inner side of the both side walls (110a, 110b) of the loading frame 110, a series of interconnected chains (154) are provided on the left and right, the basic skeleton To form.

As shown in FIG. 4C, a plurality of shutter plates 152 for blocking the front and upper surfaces of the stacking frame 110 are connected to one surface of the rolling shutter 150 by using a screw 152a. 154, and on the opposite side, only the chain is provided without a shutter plate. Therefore, the shutter plate 152 should be mounted at a quantity sufficient to cover at least the front and top surfaces of the stacking frame 110. The chain 154 is installed and moved over a plurality of rollers 156 respectively provided at the upper and lower ends of the loading frame 110. In addition, the left and right chains 154 are preferably installed in close contact with the inside of both side walls 110a and 110b of the loading frame 110, and the chain 154 when loading or unloading the flat glass 120 for display. Allow sufficient clearance between the chain and the flatbed loading area for the display to prevent contact with or jam.

On the other hand, since the rolling shutter 150 must move freely up and down in a connected state, it passes through the loading surface. Therefore, the front end portion of the mounting surface 112 is provided with a through-hole 158 formed to pass through the rolling shutter. At this time, in order to prevent the rolling shutter 150 from being caught by the through hole 158, the left and right widths of the through hole are formed at least equal to the rolling shutter 150, and the front and rear widths are the thickness of the shutter plate 152 and the chain 154. At least equal to the sum.

4 (a) and 4 (b) show a case in which the rolling shutter 150 is installed vertically on the loading frame 110 and moved up and down, but the rolling shutter is installed horizontally and moved horizontally. Of course, you can. In this case, a top wall is formed to block the top surface of the stacking frame 110, and a rolling shutter is installed between the stacking surface 112 and the top wall, and the rolling shutter passes through both side walls 110a and 110b. Each through hole should be formed.

Referring to the process of loading and transporting the flat glass for display using another embodiment of a flat glass packaging container for a display according to the present invention.

In order to transfer the flat glass 120 for the display, which has been inspected in the clean room, it is loaded on the loading frame 110 and fixed with the flat glass fixing device 130. At this time, the rolling shutter 150 will be located on the front surface of the stacking frame 110, that is, only the chain 154 of the left and right side, that is, the shutter plate 152 is not mounted. On the other hand, the loading of the reinforcing material 124 on the front of the display plate glass loaded with the separation member 122 in order to protect the display plate glass when the display plate glass 120 is loaded as described above. When loading of the flat glass 120 for display is completed, the operator rotates the rolling shutter 150 so that the surface on which the shutter plate 152 is mounted faces the front of the loading frame 110 so as to open the open area of the loading frame. Shut off and transport.

When lowering the stacked display glass after transporting, the rolling shutter 150 is rotated so that the surface on which the shutter plate 152 is not mounted, that is, only the left and right chains 154 is provided in front of the loading frame 110. Open the loading frame, release the binding of the flat glass fixing device 130, and then lower the flat glass 120 for the display.

As described above, the display flat glass packaging container and packaging method according to the present invention comprises a display frame by integrally configuring a loading frame for loading the flat glass for display and a packaging material for packing the stacked flat glass for display. There is a remarkable effect that the loading and packaging of glass can be performed safely and efficiently.

In other words, the flat glass packaging container and display method for a display according to the present invention,

Firstly, since it uses an integrated packaging material that is integrated with a loading frame such as a shutter or a rolling shutter, it does not require manpower and space for separately managing the packaging material, thereby reducing work cost and improving work efficiency.

Secondly, in the conventional case, a glass of a large size (generally greater than 1m in length and length by inserting a spacer material to separate only the edge portion of the plate glass into the spacer member inserted between the plate glass loaded in the vertical direction. In the case of glass), sagging occurs, but according to the present invention, the sagging phenomenon is achieved by using a spacer which allows at least 90% or more of the entire surface or the entire surface to contact between the flat glass and the flat glass. Can be removed,

Third, when the shutter is used as an integrated packaging material, the shutter rail can stably support the movement of the shutter, and the shutter roll and the shutter driving roller gently open and close the shutter to minimize the impact on the loaded flat glass. By doing so, it is possible to stably maintain the loading state of the flat glass for display,

Fourth, by attaching a cushioning material to the front surface in contact with the loaded display flat glass to prevent damage to the flat glass for the display, it is possible to replace the worn or damaged buffer material by making the buffer material detachable,

Fifth, a separation material covering at least 90% of the entire surface or the entire surface is inserted between the display glass to prevent contamination due to contact between the display glass, and the front surface of the flat glass for display is provided with a reinforcing material. It can be loaded to prevent damage to the flat glass for display due to external impact or flat glass fixing device.

Sixth, by forming the flat glass fixing device made of elastic rubber material and having a length adjusting means, it can be applied even when the loading amount or the thickness of the flat glass for display is different,

Finally, since the structure and shape of the shutter or rolling shutter can be variously modified, the application is wide.

While the preferred embodiments of the present invention have been described using specific terms, such descriptions are for illustrative purposes only, and it is understood that various changes and modifications may be made without departing from the spirit and scope of the following claims. Should be done.

Claims (13)

A flat glass packaging container for display for vertically loading and packaging a plurality of flat glass for displays, Forming a basic skeleton of the flat glass container for display, and being formed perpendicular to the loading surface at a rear surface of the loading surface and a rear end of the loading surface to support a lower end of each of the display flat glass; A stacking frame having a back surface for supporting a rear surface of each flat glass for display; A flat glass holder for fixing the stacked flat glass for display; And And an integrated packaging material for opening and closing an open space of the loading frame to which the stacked display flat glass is exposed while being fixed and opened integrally with the loading frame. The method of claim 1, The integrated packaging material, A shutter roll installed on a rear surface of the stacking frame; A shutter rail formed into a groove having a predetermined depth from an inner side of the back surface to the loading surface inward of a side wall of the loading frame formed by connecting both side ends of the back surface and the loading surface; And A display, characterized in that the shutter roll, the first end of which is one end is fixed and wound, and the second end, which is the other end, consists of a shutter that opens and closes the opened upper and front surfaces of the stacking frame while moving up and down along the shutter rail. Flat glass packaging container. The method of claim 2, A locking projection protruding to a predetermined size at the second end; And The flat glass packaging container for a display, characterized in that it further comprises a hook for binding to the locking step in the front end of the loading surface. The method of claim 2, And a magnet at the second end of the shutter and / or at the front end of the loading surface which are in contact with each other. The method of claim 1, The integrated packaging material, A plurality of rollers of cylindrical shape, which are installed to be in close contact with the inside of the left and right side walls of the loading frame formed by connecting both side ends of the back surface and the loading surface, respectively; A series of left and right chains which are respectively wound between the rollers to the inside of the left and right side walls of the loading frame to surround the front and back of the backrest, and are wound around the rollers and rotate in a vertical direction; And It is made of a plurality of shutter plates that are installed in close contact with each other in a state in which both side ends are fixed to the left and right chain, at least covering the open top and front of the loading frame, And a through-hole formed to penetrate the left and right chains and the shutter plate to the front end of the loading surface so as to pass therethrough. The method of claim 1, A buffer material for protecting the display plate glass is further provided inside the side wall of the loading frame formed by connecting the upper surface of the loading surface, the front surface of the back surface and both side ends of the back surface and the loading surface. A flat glass packaging container for a display, characterized in that. The method of claim 1, A spacer disposed between the stacked display flat glass and in contact with at least 90% of the entire surface of the stacked display flat glass; And And a reinforcing material which is loaded in front of the display flat glass which is loaded in the foremost of the stacked display flat glass. The method of claim 1, The flat glass packaging container for a display, characterized in that the flat glass fixing device is made of a clamp. The method of claim 1, And the flat glass holder comprises a pair of elastic belts on the left and right sides, and includes a binding means for binding each other to an unfixed end of each belt. A loading surface formed to support a lower end of each display glass plate and a back surface formed in a direction perpendicular to the loading surface to support a back surface of each display glass plate; The loading frame of the loading frame is opened and closed integrally with the loading frame, and the loading frame in which the assembly forms an 'L' shape and is inclined at a predetermined angle toward the rear, the flat glass fixing device for fixing the loaded flat glass for display, A display glass packaging method for displaying and packaging a plurality of the display glass in a display glass packaging container having an integrated packaging material for opening and closing a space, A first step of loading the flat glass for each display onto the stacking frame; A second step of loading a reinforcing material on a front surface of the display flat glass stacked on the front of the stacked display flat glass; A third step of fixing the loaded flat glass for display and the reinforcing material with the flat glass fixing device; And And a fourth step of closing the integrated packaging material to block the open space of the loading frame to package the loaded flat panel glass for display. The method of claim 10, The first step, Flat panel display packaging method comprising the step of loading the spacer material between the stacked glass plate for display. The method of claim 10, The fourth step, One end is wound around and fixed to the shutter roll installed on the rear surface of the loading frame, and the back surface to the loading surface is inward of the side wall of the loading frame formed by connecting both side ends of the back surface and the loading surface. And a step 4-1 of closing the shutter, the other end of which is attached to the shutter rail formed with a predetermined depth groove, along the shutter rail to block the open top and front surfaces of the stacking frame. Glass packing method. The method of claim 10, The fourth step, The left and right chains are respectively installed and wrapped around the back surface to the inside of the left and right side walls of the loading frame formed by connecting both side ends of the back surface and the loading surface and are fixed to the left and right chains. A fourth, which is installed in close contact with each other and rotates a rolling shutter composed of a plurality of shutter plates covering at least the open top and front surfaces of the loading frame to block the open top and front surfaces of the loading frame with the plurality of shutter plates. Flat glass packaging method for a display comprising a two-step.