JPH05193655A - Plate glass container - Google Patents

Abstract

PURPOSE:To reduce storage area by a method wherein a supporting member is provided to retain a pair of plate glass holding members at a predetermined inclination angle and the plate glass holding members are made foldable to a height lower than the place of folding main supporting members. CONSTITUTION:A pair of glass holding members 4 having a plurality of plate glass securely arranged in a stacked condition therebetween is retained stably by a supporting member 2 provided integrally with the rear side of the plate glass holding members. When the plate glass is stored in a plate glass container, the plate glass holding members 4 are both inclined by the supporting member 2 at a predetermined angle to the container bottom and, by such an inclination angle, the plate glass holding member 4 occupies a vertical plane space smaller than the vertical plane of the container. When the plate glass container is empty, the plate glass holding members 4 and main container supporting members 12a and 12b are folded to make the container lower as a whole. In this way the plate glass container can be reduced in the area required for storage.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a plate glass accommodating device, and more specifically, it can accommodate a large number of plate glasses in a stacked state without breaking or dew condensation. The present invention relates to a novel flat glass storage device that can be transported as it is using various transportation means.

[0002]

2. Description of the Related Art Conventionally, as a method for transporting flat glass, a large number of flat glasses have been stacked on a pallet at a flat glass manufacturing plant and fixed by binding to be integrated into a truck, a general freight ship, a freight train, etc. Generally, the method of transporting it to the destination in the state of being stored is adopted. Also,
In some cases, the plate glass integrated as described above is housed in a dry container complying with international standards.

Further, as a plate glass transportation method for the final user, a method is also adopted in which a plurality of plate glasses are supported and fastened to a rack having a substantially A-shaped cross section and then transported by a truck in this state.

[0004]

In recent years, the size of windows of buildings has become large, and the maximum size of sheet glass has also become large due to this influence. Also, due to the diversification of building window sizes and the diversification of automobile and train window sizes, the quality of sheet glass and the variety of products have become noticeable, and these have become larger or higher in quality. Measures are being sought for transporting sheet glass in a state where it is broken and dew condensation is eliminated.

By the way, when a method of stacking a large number of sheet glass on a pallet and securing them is adopted, the sheet glass is very fragile, so that it can be loaded on trucks, general freighters, and freight trains. There is an inconvenience that the loading and unloading must be done with great care, and the work efficiency will be significantly reduced. Considering that it is common to change the transportation means multiple times between the flat glass manufacturing plant and the destination, these operations should be performed at a place that does not have facilities for loading and unloading. There is a high possibility that it will have to be done, and these inconveniences will become more prominent.

[0006] Further, with the increasing variety of products, there is a high possibility that a certain number of sheets of glass will have to be stored as they are after being transported to a dealer or the like.
Moreover, if the glass is left wet for a long time, it will become cloudy and the commercial value will be significantly reduced. Therefore, a storage facility that does not cause such inconvenience is required. In addition, when storing flat glass in a storage facility, it is necessary to prevent breakage of the flat glass.Therefore, stacking multiple fixed flat glass on a pallet is not allowed, and the storage facility is not allowed. However, there is a disadvantage in that the area of is extremely large. Furthermore, when accommodating flat glass fixed on a pallet in a dry container, it is applicable only when the maximum size of the flat glass does not exceed the flat size of the dry container, and the maximum size of the applicable flat glass is restricted. There is an inconvenience that it will be done.

Further, when a method of supporting a plurality of plate glasses on a rack having a substantially A-shaped cross section and fastening them is adopted, since the rack itself is made of steel, the weight of the supported plate glasses is large. When becomes larger, deformation naturally occurs. Of course, the plate glass is also deformed. However, the rack itself and the linear expansion coefficient and the glass sheet (former 11 × 10 ^{- 6}
/ ° C, the latter is 8.5-9 x 10 ^-6 / ° C), Young's modulus (the former is 2,100,000 kg / cm ² , the latter is 720,00).
The rack itself cannot stably support the plate glass over the front because the difference is 0 kg / cm ² etc., and the amount of deformation that causes the plate glass to crack at the center of the rack, which has the largest deformation, causes There is the inconvenience of cracking. Therefore, the transportation of sheet glass using the A-shaped rack is applied only to small-sized sheet glass, and not to large-sized sheet glass. When an A-shaped rack is used to deal with a relatively small size of glass plate, the rack itself occupies a considerably large space in collecting only the rack after transporting the glass plate. As a result, the space utilization efficiency at the time of recovery decreases, which in turn increases the cost for recovering the rack. In particular, when plate glass is housed in an A-shaped rack and is housed in a hermetically sealed container in this state to eliminate the influence of wind and rain, the above inconvenience becomes remarkable.

[0008]

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and even plate glass of a size that easily cracks can be accommodated without cracking and can be transported in the accommodated state. It is an object of the present invention to provide a novel plate glass storage device which can prevent dew condensation during transportation and storage, can be stored in a stacked state of a plurality of stages, and can be made bulky in a state where plate glass is not stored.

[0009]

In order to achieve the above object, in the plate glass accommodating device of claim 1, the upper member is removable, and the upper part of the main pillar member supporting the upper member is foldable. Inside the container, a pair of substantially L-shaped metal plate glass support members capable of supporting a plurality of plate glasses in a stacked state are detachably housed in a back-to-back detachable manner. At the same time, it has a supporting member for supporting both plate glass supporting members in a tilted state at a predetermined angle, and each plate glass supporting member is configured to be foldable to a height lower than the unfolded portion of the main pillar member. ..

In the plate glass accommodating device of claim 2, the plate glass support member is divided by a predetermined height which is not higher than the unfolded portion of the main pillar member, and the divided portions can be sequentially folded in opposite directions. Has a connecting member for connecting to. In the plate glass accommodating device according to the third aspect, only the uppermost divided portion and the lowermost divided portion have plate glass regulating members that regulate the ends of the sheet glass at both ends.

According to a fourth aspect of the present invention, there is provided a plate glass accommodating apparatus, wherein a pair of plate glass support members are arranged as back plate support members in a state where the pair of plate glass support members are arranged back to back. It is used in the shape of a letter. The plate glass accommodating device according to a fifth aspect of the present invention further includes a tilting prevention member that prevents tilting of each plate glass support member at a position separated from the support member by a predetermined distance.

In the plate glass accommodating device of claim 6, the plate glass support member has a hygroscopic cushioning member extending in the vertical direction at predetermined intervals on the surface facing the plate glass.
The thickness of each cushioning member is set so that the thickness of the cushioning member at the central portion is larger than the thickness of the cushioning member at the edge portion. In the plate glass accommodating device according to a seventh aspect, the thickness of each cushion member is set so that the plate glass bearing surface of the cushion member is substantially flush with the plate glass bearing member when tilted at a predetermined angle.

The plate glass accommodating device according to the eighth aspect uses a sand bag filled with dry sand as a hygroscopic cushioning member.

[0014]

According to the plate glass accommodating apparatus of claim 1, the plate glass supporting members supporting a plurality of plate glasses in a stacked state are accommodated with the upper member of the container removed, and the pair of plate glass supporting members are back-to-back. The two plate glass supporting members are stably held by the supporting member integrally formed into a shape. Therefore,
The plate glass can be transported and stored by fixing the plate glass to the plate glass supporting member and performing the same handling as a normal container cargo with the upper member attached to the container. Further, since the plate glass supporting member can be supported by the supporting member in a state where the deformation is small between these, it is possible to prevent the plate glass from cracking. Further, in the state where the plate glass is not housed, the plate glass support member and the main column member of the container are folded, whereby the bulkiness can be reduced as a whole.

According to the plate glass accommodating device of claim 2, the plate glass supporting member is divided into units each having a predetermined height which is not higher than the unfolded portion of the main pillar member, and the divided portions are sequentially reversed. Since the foldable connecting member is provided, the plate glass supporting member can be folded in a bulky manner inside the container by sequentially folding the respective divided portions that are divided at predetermined heights, and then the container By folding the main pillar member and finally supporting the upper member of the container, the whole structure can be made significantly bulky.

According to the plate glass accommodating device of claim 3, since only the uppermost divided portion and the lowermost divided portion have the plate glass regulating members for regulating the ends of the sheet glass, The positional deviation can be reliably prevented by the plate glass restricting member, and since the plate glass restricting member is provided only at the uppermost and lowermost divided portions, the folding of the plate glass supporting member can be achieved without any support.

According to the plate glass accommodating apparatus of claim 4, the plate glass supporting portion connects the engaging members provided at corresponding positions with the connecting member in a state where the pair of plate glass supporting members are arranged back to back. Since it is integrated into an A shape by means of the above, it is possible to easily handle a pair of plate glass supporting members in a state where they are integrated in an A shape, and processing such as transportation can be easily achieved. .. And
Shape retention in these cases can also be ensured.

According to the plate glass accommodating device of the fifth aspect, since the plate glass supporting member further includes a tilt preventing member for preventing the plate glass supporting members from tilting at a position apart from the supporting member by a predetermined distance, they are integrated into an A shape. It is possible to reliably receive the force in the displacement direction due to gravity in the state in which the plate glass supporting member thus accommodated is accommodated in the container, and further it is possible to reliably maintain the tilt angle in the state in which only one plate glass supporting member is accommodated in the container. This can be achieved so that the glass pane to be accommodated can be dealt with more or less easily.

According to the plate glass accommodating device of claim 6, the plate glass support member has a hygroscopic cushioning member extending in the vertical direction at predetermined intervals on the surface facing the plate glass, and the cushioning member in the central portion. Since the thickness of each cushioning member is set so that the thickness of the cushioning member is larger than the thickness of the cushioning member at the edge portion, when suspending the sheet glass supporting member with a crane or the like and storing it in the container, the sheet glass supporting member is It will be slightly tilted and it will be curved due to the self-weight of the stacked sheet glass, etc., but in the state where the plate glass does not deform too much due to the cushioning member with each thickness set in consideration of this bending Therefore, it is possible to eliminate the inconvenience that the plate glass is broken before being stored in the container.
Further, the hygroscopicity of the cushioning member can prevent dew condensation on the plate glass, and further, by stacking the containers, the plate glass can be stored in a stacked state, and the area required for storage can be reduced.

According to the plate glass accommodating apparatus of claim 7, the thickness of each buffer member is set so that the plate glass supporting surface of the buffer member is substantially flush with the plate glass supporting member when tilted at a predetermined angle. Therefore, the amount of deformation of the plate glass decreases with an increase in the tilt angle of the plate glass supporting member, and a stable supporting state can be finally achieved. According to the plate glass storage device of the eighth aspect, not only the dry sand that has absorbed moisture to the limit can be reused by firing, but also environmental pollution can be eliminated when it is discarded as it is.

[0021]

Embodiments will now be described in detail with reference to the accompanying drawings showing embodiments. FIG. 2 is a perspective view showing an embodiment of the flat glass container of the present invention, and FIG. 2 is an exploded perspective view showing a state in which the upper member is removed and the flat glass supporting member is housed.

A main pillar member 12 erected at four corners of a rectangular bottom member 11 is divided into a lower main pillar member 12a and an upper main pillar member 12b. This upper main pillar member 12b is erected by a connecting metal fitting (not shown) in a continuous state with the lower main pillar member 12a, and the upper main pillar member 12b is folded in a state where the connection by the connecting metal fitting is removed. A folding guide member 12c for guiding is provided.
The folding direction is set along the long side of the bottom member 11. The side members 13a and 13b are provided between the lower main pillar members 12a, and the bottom member 11 is provided.
Only the side member 13a parallel to the long side of is configured to be rotatable outward. Also, a pair of upper main pillar members 1
Side members 13c parallel to the short sides of the bottom member 11 are also provided between the two members 2b. Further, the upper main pillar member 12 is engaged with the upper edge of the side member 13c by the connecting member 15.
It has an upper member 16 which is detachably connected to b. The folding guide member 12c is the upper main pillar member 12b.
The base of the lower main pillar member 12a is guided inwardly downward from the extended position of the lower main pillar member 12a, and the upper end of the lower main pillar member 12a is in the folded state.
Is ready to be installed.

Further, a support member 2 having a trapezoidal cross section parallel to the long side is arranged at a predetermined position in the central portion of the bottom member 11 of the container 1, and a base regulating member 3 (at a predetermined position substantially facing the support member 2). (See FIG. 4). The supporting member 2 has a tapered surface 21 for supporting the plate glass supporting member 4 in a tilted state at a predetermined position, and has a lock member 22 at a predetermined upper position. Further, the support member 2 may be detachably provided to the bottom member 11, and in this case, it is preferable to integrally form a fork pocket in the lower portion, and not only the suspending work but also the forklift truck. Can easily handle lifting work by car.

As shown in FIGS. 3 to 7, the plate glass supporting member 4 is a member having a substantially L-shaped cross section, and is locked at a predetermined position on the back surface of the receiving portion 41 conforming to the planar shape of the plate glass. An engaging member 42 that can be engaged with is formed to project. The sandbags 45 filled with dry sand are arranged at predetermined intervals on the surface of the receiving portion 41 facing the plate glass, and the height of each sandbag 45 in the direction perpendicular to the receiving portion 41 is set to the central portion. The sandbag 45 is set to be high, and the sandbag at the edge portion is set to be low.
Incidentally, 48 is a spreader suspending tool, and 49 is a connecting member for connecting the plate glass supporting members 4 to each other.

The plate glass support member 4 will be described in more detail. The substantially L-shaped plate glass support member 4 has two
The whole is formed into a substantially A shape by being integrally connected by the connecting member 49 as one set, and in this state, the supporting member 2 is engaged so as to surround the supporting member 2 and is integrally formed. It is connected. Then, in this state, the connecting portion 43 formed at a predetermined upper position of the both glass supporting members 4 is integrally connected by the connecting member 49 between the back surfaces. Then, the engaging members 49a formed on the back surfaces of the respective dividing members 41a, which will be described later, are also integrally connected by the connecting member 49, so that an A-shaped plate glass bearing portion is obtained as a whole.

The plate glass supporting member 4 is divided into receiving portions 41 at predetermined heights not higher than the lower main pillar member 12a (in the embodiment, divided into three portions), and the upper side A connecting metal fitting (rotary fastening metal fitting) 41b having the same structure as the connecting metal fitting engaged with the corner metal fitting of the container is provided at a predetermined lower position of each of the two divided portions 41a, and an upper predetermined position of all the divided portions 41a. An engaging member 41c having the same configuration as the corner fitting of the container is provided at the position, and the upper and lower split portions 41a are separated from each other by a predetermined distance at a predetermined position close to these fittings.
A folding assisting member 41d is provided which allows relative rotation of both of the divided portions 41a in the separated state. The sandbag 45 may have a length corresponding to the height of the receiving portion 41, but may be formed to be short corresponding to the height of each divided portion 41a.

Furthermore, a restricting member 41e that engages with the edge of the sheet glass is provided at a predetermined position on both ends of the lowermost dividing portion 41a and the uppermost dividing portion 41a, and the tip end portion of the regulating member 41e is provided. A plate glass pressing member 41g that engages with the guide groove 41f formed in the above is provided. The guide groove 41f is formed in an inclined state so that the lower end portion approaches the divided portion 41a, and the plate glass pressing member 41g whose both ends engage with the guide groove 41f moves downward due to its own weight and engages with the surface plate glass. The stacked state of the plate glass is maintained. In addition, the restriction member 41e corresponds to the corresponding divided portion 4
It is rotatably connected to 1a, and when the plate glass support member 4 is folded, the flat glass support member 4 is rotated along the back surface of the corresponding divided portion 41a so that folding can be achieved smoothly.

The operation of the plate glass accommodating device having the above structure is as follows. The plate glass support members 4 are arranged so that the receiving portions 41 are substantially horizontal, and the plate glasses sequentially manufactured in the manufacturing line are stacked. Then, when a predetermined number of glass sheets are stacked, the regulating member 41e is rotated to protrude outward from the dividing portion 41a, and the glass sheet pressing member 41g is attached to integrate the glass sheets. After that, the upper edge predetermined position of the receiving portion 41 of the plate glass support member 4 and the front predetermined position of the base portion 43 are connected to the spreader suspending tool 48 via the wire rope 48a, and lifted by a crane or the like (not shown) to directly above the container 1. (See Fig. 3). In this suspended state, even a large-sized plate glass must be accommodated inside the container 1. Therefore, by tilting the plate glass support member 4 by a predetermined angle, the plane size of the container 1 becomes the plane size. Smaller than. Also, when tilted, the receiving portion 4 is caused by its own weight and the weight of the plate glass.
1 is largely deformed, and the plate glass is only partially received by the receiving portion 41.
It seems that the sandbag 45 will be cracked, but the height of the sandbag 45 is set higher toward the center, so it can be supported almost entirely without deforming the plate glass so much. It is possible to reliably prevent the occurrence of cracks.

Thereafter, the plate glass supporting member 4 is attached to the container 1
And the back surface of the receiving portion 41 is supported by the tapered surface 21 of the supporting member 2, the engaging member 42 is engaged with the receiving member 22, and the base portion is engaged with the base regulating member 3. Then, the same operation is performed on the other plate glass supporting member 4. That is, by performing these operations, the pair of plate glass support members 4 are housed back to back in the container 1. Therefore, in this state, the pair of plate glass supporting members 4 are integrally connected to each other by the connecting member 49 to support the plate glass.
Are stably stored and held in the container 1 (see FIG. 4).
In this state, the support member 2 directly supports the lower portion (the lowest divided portion 41a) of the receiving portion 41 of the plate glass supporting member 4, so that the amount of deformation of the receiving portion 41 becomes smaller than that during suspension, and transportation is performed. The plate glass can be safely held regardless of the occurrence of impact on the way.

In the above, the case where the stacking work is performed for each plate glass supporting member 4 has been described, but the pair of plate glass supporting members 4 are firmly integrated by the connecting member 49 to form an A-shape. Therefore, as shown in FIG. 8, a spreader suspending tool 44 having an engaging member that engages with the connecting portion 43 is attached, and the spreader suspending tool 44 is lifted by a crane or the like (not shown) to load the container 1. Good. In this case, the connecting member 49 causes the whole A
Since it is formed in a letter shape, each plate glass support member 4
Can be made lighter.

Finally, the upper main pillar member 12b of the container 1 is erected, the upper member 16 is mounted, and the side member 1
By mounting the sheet member 13d so as to cover the opening above 3a, the inside can be hermetically closed, and since the cushioning member 45 has a hygroscopic property, the occurrence of dew condensation can be reliably prevented, and the glass sheet Since it can be stored in the open field while being stored in the container 1, it is not necessary to prepare a special plate glass storage facility.

The amount of dry sand as the cushioning member 45 is about 300 kg in the case of a 20-foot container complying with international standards. The above is the operation when the plate glass is housed for transportation and storage, but the operation when the plate glass is not housed is as follows. In this case, as shown in FIG. 9, by disengaging the coupling member 41b from the engaging member 41c, and by rotating the upper divided portion 41a to a certain degree and rotating it by approximately 180 °, the plate glass support member 4 is rotated. Fold. Since the folding direction of each divided portion 41a is set to be the opposite direction to the adjacent divided portion 41a, the plate glass supporting member 4 can be made bulky simply by performing the above work in sequence. It can be folded. After that, the upper main pillar member 12 of the container 1
By rotating b to a substantially horizontal state and then connecting the upper member 16 to the upper portion of the lower main pillar member 12a, the whole can be folded in a significantly low bulk (see FIGS. 10 and 11). Therefore, the space required for recovering the plate glass storage member can be significantly reduced, and the space utilization efficiency during recovery can be significantly improved. Of course, the space utilization efficiency for storing the recovered plate glass accommodating member can be greatly improved.

The present invention is not limited to the above embodiment, and for example, for the plate glass supporting member 4,
By supporting a plurality of auxiliary plate glass supporting members containing a relatively small number of plate glasses, it is possible to simplify the plate glass loading and unloading work at a plurality of plate glass transport destinations, and to some extent on the bottom of the container 1. By accommodating the dry sand, the plate glass support member 4 can be buffer-supported, and a hygroscopic buffer material such as silica gel can be used instead of the dry sand. Various design changes can be made without changing the gist of the invention.

[0034]

As described above, according to the first aspect of the invention, when the flat glass supporting member is hung by the crane or the like to be housed in the container, the plate glass can be prevented from being deformed so much that it is housed in the container. It is possible to eliminate the inconvenience that the plate glass is broken between the two, and in the state where the plate glass supporting member is accommodated in the container, the pair of plate glass supporting members are connected back-to-back and the supporting member does not deform the plate glass supporting member. Since it can be supported, it is possible to reliably prevent breakage of glass sheets, and by stacking containers, the glass sheets can be stored in a stacked state as a result,
It has a unique effect that the area required for storage can be reduced.

According to the second aspect of the invention, the flat glass supporting member can be folded in a bulky manner inside the container by sequentially folding the respective divided portions divided by a predetermined height, and then the main pillar member of the container is folded. By folding and finally supporting the upper member of the container, there is a peculiar effect that the whole can be made extremely low in volume. According to the invention of claim 3, the plate glass can be surely prevented from being displaced by the plate glass restricting member, and the plate glass restricting member is provided only on the uppermost and lowermost divided portions, so that the plate glass supporting member is not supported at all. It has the unique effect of being able to achieve folding. The invention of claim 4 can improve the strength in the state in which the plate glass supporting member is integrated in an A shape,
As a result, the peculiar effect that the weight reduction of the plate glass supporting member can be achieved is achieved.

According to the invention of claim 5, in the state where the plate glass supporting member integrated in the A shape is accommodated in the container, the force in the displacement direction due to gravity can be surely received.
Further, since it is possible to reliably achieve the holding of the tilt angle in the state where only one plate glass supporting member is housed in the container, it is possible to easily deal with the number of plate glasses to be housed.

According to the sixth aspect of the present invention, the cushioning members whose thicknesses are set in consideration of the curvature of the stacked glass sheets due to their own weight can prevent the glass sheets from being deformed so much that they can be accommodated in the container. It is possible to solve the problem that the plate glass is broken before the above process, and it is possible to prevent dew condensation on the plate glass due to the hygroscopicity of the cushioning member.

The invention of claim 7 has a peculiar effect that the amount of deformation of the sheet glass decreases with an increase in the tilt angle of the sheet glass supporting member, and finally a stable supporting state can be achieved. The invention according to claim 8 has a peculiar effect that not only the dried sand can be easily reused but also environmental pollution can be surely prevented when it is discarded as it is.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of a plate glass accommodation device of the present invention.

FIG. 2 is a perspective view of a plate glass accommodation device.

FIG. 3 is a perspective view showing a suspended state of a plate glass supporting member.

FIG. 4 is a lateral cross-sectional view of a main part of the plate glass supporting member in a fixed state.

FIG. 5 is a side view of the plate glass support member.

FIG. 6 is a plan view of a plate glass support member.

FIG. 7 is a front view of the right half and a rear view of the left half of the flat glass support member.

FIG. 8 is a perspective view showing another example of the suspended state of the plate glass support member.

FIG. 9 is a schematic side view illustrating a folding operation of the plate glass support member.

FIG. 10 is a perspective view showing a folded state of the plate glass accommodation device of the present invention.

FIG. 11 is a vertical cross-sectional view showing a folded state of the flat glass container of the present invention.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 container 2 support member 3 base regulation member 4 plate glass support member 16 upper member 41 receiving portion 41a dividing portion 41b connecting metal fitting 41c engaging member 41d folding assisting member 41e regulation member 45
Sandbag 49 Connection member 49a Engagement member

Claims (8)

[Claims] 1. The upper member (16) is detachable, and a plurality of sheet glasses are supported in a stacked state inside a container (1) in which an upper part of a main pillar member supporting the upper member (16) can be folded. A pair of possible substantially L-shaped metal plate glass supporting members (4) are detachably accommodated in a back-to-back detachable integrated manner, and both plate glass supporting members (4) are accommodated. It has a supporting member (2) for supporting it in a tilted state at a predetermined angle, and each plate glass supporting member (4) is configured to be foldable to a height lower than the unfolded portion of the main pillar member. A plate glass accommodation device characterized by: 2. The flat glass support member (4) is divided by a predetermined height which is not higher than the non-folded portion of the main pillar member, and each divided portion (41a) can be sequentially folded in the opposite direction. Connecting members (41b) (41) for connecting
c) The plate glass accommodating device according to claim 1, which has (41d). 3. The first uppermost divided portion (41a) and the lowermost divided portion (41a) only have plate glass regulating members (41e) for regulating the ends of the sheet glass at both ends. The plate glass accommodation device according to claim 2. 4. The plate glass supporting portion connects the engaging members (49a) provided at corresponding positions to each other in the state where the pair of plate glass supporting members (4) are arranged back-to-back to connect the connecting members (4).
The plate glass accommodating device according to any one of claims 1 to 3, wherein the plate glass accommodating device is integrally formed in an A-shape by being connected by 9). 5. A tilt prevention member (3) for preventing tilting of each plate glass support member (4) at a position separated from the support member (2) by a predetermined distance, further comprising: a tilt prevention member (3). The plate glass accommodation device according to any one of 1. 6. The plate glass support member (4) has a hygroscopic cushioning member (45) extending in the vertical direction at predetermined intervals on a surface (41) facing the plate glass, and a cushioning member at a central portion. The cushioning member (45) whose end portion has a thickness of (45)
The plate glass accommodating device according to any one of claims 1 to 5, wherein the thickness of each cushioning member (45) is set to be larger than the thickness of the sheet glass. 7. The thickness of each buffer member (45) is such that the plate glass bearing surface of the buffer member (45) is substantially flush when the pair of plate glass bearing members (4) are integrated back to back. The flat glass container according to claim 6, which is set. 8. The flat glass container according to claim 6, wherein the hygroscopic cushioning member (45) is a sand bag filled with dry sand.