JP3231713U - Plate-shaped storage container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a storage container for a plate-shaped body capable of satisfactorily holding a laminated product of the plate-shaped bodies regardless of the number of laminated plates. A storage container has a pedestal 11 and a holding member 15, and the holding member is secondly engaged with first engaging grooves 36A and 36B to which fixing pins 48A and 48B provided on the pedestal can be engaged. A support plate 31 having grooves 37A and 37B and having a first engaging groove or a second engaging groove engaged with a fixing pin to be attached to a pedestal, and a support plate provided on the support plate and mounted on a mounting surface 21. It has a pressing portion 32 that presses the plate-shaped laminated product GL toward the mounting surface, and a mounting position of the pressing member when the fixing pin is engaged with the first engaging groove of the support plate. , The mounting position of the holding member when the fixing pin is engaged with the second engaging groove is set to a different height with respect to the pedestal. [Selection diagram] FIG. 8

Description

The present invention relates to a plate-shaped storage container.

In recent years, there has been an increasing need for larger sizes of glass substrates for FPDs (Flat panel Display) such as glass substrates for liquid crystal displays and glass substrates for plasma displays. The storage container used for storing and transporting such a large glass plate is laminated on the pedestal of the storage container in order to prevent the stored glass plate from moving during transportation and causing defects such as chipping and cracking. It is required that the glass plate can be stably conveyed without moving.

As a storage container for stacking and storing such glass plates, there is one that holds the laminated glass plates in a stable state by pressing the laminated glass plates against the pedestal with a constant force by a locking portion provided on the side of the pedestal. (For example, Patent Document 1 (see FIGS. 13 and 14)).

Japanese Patent No. 6579858

By the way, when transporting a plate-like body such as a glass plate, it is required to store and transport more plate-like bodies in a storage container at one time from the viewpoint of transportation efficiency, but in some cases, a small number of plate-like bodies are transported. It is also possible to store and transport. In such a case, if the number of plate-shaped bodies to be loaded is less than the minimum number of stacked plates that can be held by the locking portion, the pressing force of the locking portion on the laminated plate-shaped bodies is insufficient, and the pedestal is transported. The upper plate may move.

Therefore, an object of the present invention is to provide a plate-shaped storage container capable of satisfactorily holding a laminated plate-shaped body regardless of the number of stacked plate-shaped bodies.

The present invention has the following configuration.
A storage container for storing a plurality of plate-like bodies in a laminated state.
A pedestal having a mounting surface on which the plate-shaped bodies are laminated and mounted as a plate-shaped body laminated body, and
A pressing member provided on the side portion of the pedestal and pressing and holding the edge portion of the plate-shaped laminate placed on the pedestal against the pedestal.
With
The holding member is
The fixing pin provided on the side of the pedestal has a first engaging groove and a second engaging groove to which the fixing pin can be engaged, and the fixing pin has the first engaging groove or the second engaging groove. A support plate that is engaged and attached to the pedestal,
A pressing portion provided on the support plate and pressing the plate-like laminate placed on the previously described mounting surface toward the previously described mounting surface.
Have,
When the fixing pin is engaged with the first engaging groove of the support plate, the mounting position of the holding member and when the fixing pin is engaged with the second engaging groove of the support plate. The mounting position of the holding member is set to a different height with respect to the pedestal.
Plate-shaped storage container.

According to the container for storing the plate-shaped body of the present invention, the laminated product of the plate-shaped body can be satisfactorily held regardless of the number of laminated plates of the plate-shaped body.

It is a side view of the storage container which concerns on embodiment of this invention. It is a view of arrow A in FIG. It is a B arrow view in FIG. FIG. 5 is a cross-sectional view taken along the line CC in FIG. It is a front view of the holding member attached to a pedestal. It is a side view of the holding member attached to a pedestal. It is sectional drawing in the upper part of the holding member. It is a figure which shows the method of holding the plate-like body laminated body by the holding member, (A) is the front view of the holding member at the time of normal stacking, (B) is the front view of the holding member at the time of a small amount stacking. It is a figure which shows the method of holding the plate-like body laminated body by the pressing member, (A) is the side view of the pressing member at the time of normal lamination, (B) is the side view of the pressing member at the time of a small amount of lamination. It is a side view of the corner plate attached to a pedestal. It is a schematic front view and a schematic side view of a protective plate seen from the back side of a pedestal. It is a figure explaining how to operate a protective plate, (A) is a schematic front view and a schematic side view of a protective plate seen from the back side of a pedestal in the middle of folding, (B) is a view from the back side of a pedestal in a folded state. It is a schematic front view and a schematic side view of a protective plate.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 1 is a side view of the storage container 10 according to the embodiment of the present invention. FIG. 2 is a view taken along the arrow A in FIG. FIG. 3 is a view taken along the line B in FIG.

As shown in FIGS. 1 to 3, the plate-shaped storage container 10 according to the present embodiment stores the plate-shaped laminate GL.

The plate-shaped body laminate GL is a laminate in which a plurality of plate-shaped bodies are laminated. In this example, the plate-like body is a glass plate G formed in a rectangular shape in a plan view, and the storage container 10 stores a plurality of glass plates G in a laminated state. The storage container 10 stores a glass plate G of the 11th generation size, which further exceeds the 10th generation size having a side of more than 2800 mm. The thickness of the glass plate G is, for example, 0.3 mm or more and 0.7 mm or less. The storage container 10 in which a plurality of such large glass plates G are stacked and stored is put in a container and transported by ship, or is carried on a loading platform of a transportation vehicle (for example, a trailer or a truck). .. As a result, the glass plate G is transported from the glass plate maker to the manufacturer who is the user of the glass plate that processes and assembles the glass plate.

The glass plate G is made of a non-alkali glass-based material used for a flat panel display (FPD) such as an LCD (Liquid Crystal Display) or an OLED (Organic Light-Emitting Diode). The glass plates G are laminated on top of each other via interleaving paper (not shown) to prevent surface scratches and contamination due to rubbing with the adjacent glass plates G.

The storage container 10 includes a base 1. The base 1 is formed by combining steel materials, and has a bottom portion 2 and a plurality of columns 3 having different lengths. The back surface side of the storage container 10 is connected to the support column 3, and the storage container 10 is supported by the base 1 in a state of being obliquely inclined.

The storage container 10 mainly includes a pedestal 11, a stopper plate 13, a pressing member 15, a corner plate 17, and a protective plate 19. The stopper plate 13, the pressing member 15, the corner plate 17, and the protective plate 19 are provided on the pedestal 11, respectively. The upper surface of the pedestal 13 is a mounting surface 21, and the plate-shaped laminate GL is mounted on the mounting surface 21.

The storage container 10 includes two stopper plates 13. These stopper plates 13 are provided on one side portion 11a on the lower side of the inclination of the pedestal 11, and are fixed to the pedestal 11 at intervals from each other. These stopper plates 13 are formed in a plate shape and are welded and fixed to the pedestal 11. The stopper plate 13 may be detachably fixed to the pedestal 11 by a bolt.

The stopper plate 13 is a metal plate, and a plate having elasticity such as rubber or resin (not shown) is attached to the surface of the pedestal 11 on the mounting surface 21 side. One side surface of the plate-like laminate GL mounted on the mounting surface 21 of the pedestal 11 is brought into contact with these stopper plates 13. As a result, the plate-shaped laminate GL is brought into contact with the stopper plate 13 and one side surface is positioned.

The storage container 10 includes six pressing members 15. Three of these pressing members 15 are provided on the side portions 11b and 11c adjacent to the one side portion 11a provided with the stopper plate 13 on the pedestal 11.

FIG. 4 is a cross-sectional view taken along the line CC in FIG.
As shown in FIG. 4, the pressing member 15 provided on the side portions 11b and 11c of the storage container 10 presses the plate-shaped laminated product GL mounted on the mounting surface 21 of the pedestal 11 toward the pedestal 11. To hold. As a result, the movement of the individual glass plates G constituting the plate-shaped laminate GL is suppressed during transportation of the storage container 10 containing the plate-shaped laminate GL.

FIG. 5 is a front view of the pressing member 15 attached to the pedestal 11. FIG. 6 is a side view of the pressing member 15 attached to the pedestal 11. FIG. 7 is a cross-sectional view of the upper part of the pressing member 15.

As shown in FIGS. 5 and 6, the pressing member 15 has a support plate 31 and a pressing portion 32. The support plate 31 is made of, for example, a metal plate such as an aluminum plate, and by bending the upper end of the metal plate, the fixing plate portion 33 and the mounting plate portion 34 extending laterally from the upper end of the fixing plate portion 33 are formed. It is formed in an L-shape in a side view having a. The pressing portion 32 is provided on the mounting plate portion 34 of the support plate 31. The support plate 31 of the pressing member 15 is not limited to a metal plate but may be formed of a non-metal such as a resin as long as the material can secure the strength to press and hold the plate-shaped laminate GL. .. Further, it is preferable that a cushioning plate having elasticity such as rubber or resin is attached to the support plate 31 on the surface of the fixing plate portion 33 on the mounting side to the pedestal 11.

A pair of insertion grooves 35 are formed in the fixing plate portion 33. These insertion grooves 35 are arranged parallel to each other along the vertical direction of the fixing plate portion 33, and the lower end side opposite to the mounting plate portion 34 is open.

The fixing plate portion 33 has a pair of first engaging grooves 36A and 36B and a pair of second engaging grooves 37A and 37B communicating with each of the insertion grooves 35. These first engaging grooves 36A and 36B and the second engaging grooves 37A and 37B extend in a direction orthogonal to the insertion groove 35. The pair of first engaging grooves 36A and 36B are provided at intervals in the vertical direction of the fixing plate portion 33. The pair of second engaging grooves 37A and 37B are provided at the same interval as the pair of first engaging grooves 36A and 36B. The pair of second engaging grooves 37A and 37B are arranged closer to the mounting plate portion 34 than the pair of first engaging grooves 36A and 36B. As a result, the first engaging groove 36A, the second engaging groove 37A, the first engaging groove 36B, and the second engaging groove 37B are sequentially communicated with each insertion groove 35 from the lower end side of the fixing plate portion 33. ing.

Further, a plurality of reinforcing ribs 38 are formed on the fixing plate portion 33. The reinforcing ribs 38 are formed near the center and both side portions in the width direction of the fixing plate portion 33, and are formed along the vertical direction of the fixing plate portion 33, respectively. As a result, the support plate 31 is reinforced by the reinforcing ribs 38. In this way, by forming the plurality of reinforcing ribs 38 on the fixing plate portion 33 of the support plate 31, it is possible to increase the strength of the support plate 31 while suppressing the weight as compared with the case where the thickness is increased to increase the strength. it can. These reinforcing ribs 38 can be easily formed when the support plate 31 is formed by press working.
Further, a reinforcing rib 39 is formed at a corner portion formed by the fixing plate portion 33 and the mounting plate portion 34. As a result, the strength of the support plate 31 is improved, and even if an external force is applied, the angle formed by the fixing plate portion 33 and the mounting plate portion 34 is less likely to change.

As shown in FIG. 7, the pressing portion 32 has a pressing bolt 41 and a pressing plate 42. The pressing bolt 41 is screwed from above into the screw hole 43 penetrating the mounting plate portion 34 of the support plate 31 and mounted. It is preferable to use a trapezoidal screw as the pressing bolt 41.

The pressing plate 42 is attached to the tip of the pressing bolt 41. A bracket 43 is fixed to the pressing plate 42 on the upper surface side. An insertion hole 45 is formed in the bracket 44, and the tip portion of the pressing bolt 41 is inserted into the insertion hole 45. A snap ring 46 is attached to the tip of the pressing bolt 41 inserted into the insertion hole 45. As a result, the bracket 44 is locked to the tip of the pressing bolt 41 by the snap ring 46, and the pressing plate 42 is swingably supported with respect to the pressing bolt 41 in all directions around the axis. The pressing plate 42 supported by the pressing bolt 41 has a plate-shaped cushioning material 47 formed of, for example, an elastic material such as rubber under the pressing plate 42.

As shown in FIGS. 5 and 6, fixing pins 48A and 48B are projected on the side surfaces of the holding member 15 at the mounting location on the pedestal 11. These fixing pins 48A and 48B have a shaft portion 49a and a head portion 49b having a diameter larger than that of the shaft portion 49a. In the fixing pins 48A and 48B, the diameter of the shaft portion 49a is slightly smaller than the width of the insertion groove 35, the first engaging groove 36A and 36B and the second engaging groove 37A and 37B, and the diameter of the head portion 49b is large. It is made larger than the width of the insertion groove 35, the first engaging grooves 36A and 36B, and the second engaging grooves 37A and 37B. As a result, the shaft portions 49a of the fixing pins 48A and 48B can be inserted into the insertion grooves 35, the first engagement grooves 36A and 36B, and the second engagement grooves 37A and 37B. Then, with the shaft portion 49a inserted through the insertion grooves 35, the first engagement grooves 36A, 36B and the second engagement grooves 37A, 37B, the insertion grooves 35, the first engagement grooves 36A, 36B and the first engagement groove 35A, 36B are inserted. The edges of the two engaging grooves 37A and 37B are locked to the head 49b.

A pair of fixing pins 48A and 48B are provided at intervals in the thickness direction of the pedestal 11, and are arranged in two rows at intervals in the surface direction of the pedestal 11. The distance between the fixing pins 48A and 48B in the thickness direction of the pedestal 11 is the same as the distance between the first engaging grooves 36A and 36B and the second engaging grooves 37A and 37B. Further, the distance between the pair of fixing pins 48A and 48B in the surface direction of the pedestal 11 is the same as the distance between the insertion grooves 35.

In the pressing member 15, fixing pins 48A and 48B are inserted into the insertion grooves 35 of the support plate 31, and these fixing pins 48A and 48B are inserted into either the first engaging grooves 36A or 36B or the second engaging grooves 37A or 37B. Is attached to the pedestal 11 by selectively engaging with the pedestal 11. When the pressing member 15 is attached to the pedestal 11 in this way, the pressing portion 32 provided on the mounting plate portion 34 is located at a position facing the plate-shaped body laminate GL mounted on the mounting surface 21 of the pedestal 11. Be placed. In this state, when the pressing bolt 41 of the pressing portion 32 is screwed in, the pressing plate 42 is moved toward the plate-shaped laminate GL, and the cushion material 47 is abutted against and pressed against the upper surface of the plate-shaped laminate GL. ..

At this time, the pressing plate 42 having the cushion material 47 is supported by the pressing bolt 41 so as to be swingable in all directions around the axis. Therefore, even if the pressing bolt 41 is tilted with respect to the upper surface of the plate-shaped laminate GL, the pressing plate 42 swings with respect to the pressing bolt 41, and the cushion material 47 is placed on the upper surface of the plate-shaped laminate GL. It is evenly abutted. As a result, the pressing force is uniformly applied from the cushion material 47 of the pressing plate 42 to the plate-shaped laminate GL. Therefore, the plate-shaped laminate GL mounted on the mounting surface 21 of the pedestal 11 is uniformly pressed by the six pressing members 15 and held in a well-balanced manner (see FIG. 4).

By the way, as described above, in the pressing member 15, the fixing pins 48A and 48B are placed in the first engaging grooves 36A and 36B according to the thickness of the plate-shaped laminate GL to be mounted on the mounting surface 21 of the pedestal 11. Alternatively, it is possible to selectively engage with any of the second engaging grooves 37A and 37B. Then, the mounting position of the holding member 15 when the fixing pins 48A and 48B are engaged with the first engaging grooves 36A and 36B of the support plate 31 and the fixing pins with the second engaging grooves 37A and 37B of the support plate 31. The mounting position of the pressing member 15 when the 48A and 48B are engaged is set to a different height from the pedestal 11. That is, the mounting height of the pressing member 15 with respect to the pedestal 11 can be changed according to the thickness of the plate-shaped laminated product GL.

Next, a method of pressing by the pressing member 15 according to the thickness of the plate-shaped laminated product GL will be described.
8 and 9 are views showing how the plate-shaped laminate GL is held by the pressing member 15, respectively.

(Normal stacking)
As shown in FIGS. 8A and 9A, a plate-like laminate GL composed of glass plates G having a maximum number of layers or less and a normal number of layers (for example, 176 sheets or more and 300 sheets or less) is used as a pedestal 11. In the case of storing, the fixing pins 48A and 48B are engaged with the first engaging grooves 36A and 36B to attach the pressing member 15 to the pedestal 11. Then, the pressing bolt 41 of the pressing portion 32 is screwed in, and the cushion material 47 of the pressing plate 42 is brought into contact with the upper surface of the plate-shaped laminate GL and pressed. As a result, the plate-shaped laminated product GL made of the normal number of laminated glass plates G placed on the mounting surface 21 of the pedestal 11 is held by the pressing member 15.

(When stacking a small amount)
As shown in FIGS. 8B and 9B, a plate-like laminate GL composed of a small number of glass plates G (for example, 175 or less) smaller than the normal number of laminates is stored in the pedestal 11. In this case, the fixing pins 48A and 48B are engaged with the second engaging grooves 37A and 37B to attach the pressing member 15 to the pedestal 11. Then, the pressing member 15 is attached at a position lower than the attachment position of the pressing member 15 when the fixing pins 48A and 48B are engaged with the first engaging grooves 36A and 36B of the support plate 31, and the pressing portion 32 is attached. It is arranged at a position lower than the mounting surface 21 of the pedestal 11. In this state, the pressing bolt 41 of the pressing portion 32 is screwed in, and the cushion material 47 of the pressing plate 42 is brought into contact with the upper surface of the plate-shaped laminate GL and pressed. As a result, the plate-like laminate GL made of a small number of laminated glass plates G mounted on the mounting surface 21 of the pedestal 11 is held by the pressing member 15.

As described above, in the storage container 10 according to the present embodiment, either the first engaging grooves 36A, 36B or the second engaging grooves 37A, 37B are selectively engaged with the fixing pins 48A, 48B of the pedestal 11. As a result, the pressing member 15 can be attached to the pedestal 11 at a different height position depending on the number of laminated glass plates G to be stacked and stored. Therefore, the plate-like laminated product GL is held with a sufficient pressing force not only when the normal number of laminated glass plates G is stored but also when the small number of laminated glass plates G is stored. Can be done.

Moreover, since the pressing plate 42 is swingably supported with respect to the pressing bolt 41 in all directions around the axis, even if the pressing bolt 41 is tilted with respect to the upper surface of the plate-shaped laminate GL. , The pressing plate 42 swings with respect to the pressing bolt 41, and the cushion material 47 is uniformly brought into contact with the upper surface of the plate-shaped laminated product GL. As a result, the pressing force can be uniformly applied from the pressing plate 42 to the plate-shaped laminate GL, and the plate-shaped laminate GL can be uniformly pressed and held in a well-balanced manner.

As shown in FIGS. 1 to 3, the storage container 10 includes two corner plates 17. These corner plates 17 are attached to both corners on the upper side of the inclination of the pedestal 11. The corner plate 17 is made of, for example, a metal plate such as an aluminum plate, and is formed in an L shape having a side plate portion 51 and an end plate portion 52 by bending the metal plate (see FIG. 2). ).

One corner plate 17 (the right corner plate 17 in FIG. 2) is attached to one corner (the right corner in FIG. 2) on the upper side of the inclination of the pedestal 11, so that the side plate 51 is attached to the pedestal 11. The end plate portion 52 is arranged along the side portion 11b on the upper side of the inclination of the pedestal 11. The other corner plate 17 (the left corner plate 17 in FIG. 2) is attached to the other corner portion (the left corner portion in FIG. 2) on the upper side of the inclination of the pedestal 11, so that the side plate portion 51 is attached to the pedestal 11. The end plate portion 52 is arranged along the side portion 11c on the upper side of the inclination of the pedestal 11. Then, by attaching these corner plates 17 to both corners on the upper side of the slope of the pedestal 11, both corners on the upper side of the slope of the plate-like laminate GL are covered and protected. The corner plate 17 is not limited to the metal plate, and may be formed of a non-metal such as resin. Further, it is preferable to attach an elastic cushioning plate such as rubber or resin to the surface of the corner plate 17 on the side plate portion 51 and the end plate portion 52 on the side to be mounted on the pedestal 11.

FIG. 10 is a side view of the corner plate 17 attached to the pedestal 11.
As shown in FIG. 10, the corner plate 17 has two engaging grooves 55 on its side plate portion 51, and these engaging grooves 55 are provided at intervals in the width direction. These engaging grooves 55 are formed in a crank shape and are opened at the lower end of the side plate portion 51. The engagement groove 55 includes an introduction portion 55a at the lower end of the side plate portion 51, an extension portion 55b extending from the introduction portion 55a to the end plate portion 52 side, and an engagement portion 55c on the extension portion 55b opposite to the introduction portion 55a. And have. The side portion 11b (side portion 11c) of the pedestal 11 is provided with fixing pins 56 arranged at the same intervals as the engagement grooves 55 at the attachment points of the corner plates 17. These fixing pins 56 have a shaft portion 57a and a head portion 57b having a diameter larger than that of the shaft portion 57a.

In order to mount the corner plate 17 on the pedestal 11, first, the shaft portion 57a of the fixing pin 56 is introduced into the introduction portion 55a of the two engagement grooves 55 of the side plate portion 51. Further, by moving the corner plate 17 to the lower side of the inclination of the pedestal 11, the fixing pin 56 is relatively moved along the extending portion 55b, and then the fixing pin 56 is engaged with the engaging portion 55c. .. Then, the corner plate 17 is supported with respect to the pedestal 11 at two positions spaced apart from each other in the width direction of the side plate portion 51. Therefore, the corner plate 17 mounted on the pedestal 11 is restricted from rotating due to its own weight, and the inclination of the mounting posture of the corner plate 17 with respect to the pedestal 11 can be suppressed.

Further, a cover mounting member 58 is fixed to the side portion 11b (side portion 11c) of the pedestal 11. The cover mounting member 58 is provided with a hook-and-loop fastener (not shown) for fastening a cover (not shown) that covers the plate-shaped laminate GL on its surface. The end of the cover mounting member 58 is arranged near the side plate portion 51 of the corner plate 17 mounted on the pedestal 11. Therefore, even if the corner plate 17 rotates due to its own weight, the side plate portion 51 is brought into contact with the cover mounting member 58. As a result, the inclination of the mounting posture of the corner plate 17 with respect to the pedestal 11 can be further suppressed.

As shown in FIGS. 1 to 3, the storage container 10 includes two protective plates 19. These protective plates 19 are arranged side by side on the side portion 11d on the upper side of the inclination of the pedestal 11. The protective plate 19 is made of, for example, a metal plate such as an aluminum plate, and is erected upward from the upper end of the pedestal 11. Then, these protective plates 19 protect the upper edge of the slope of the plate-like laminate GL. The protective plate 19 is not limited to the metal plate, and may be formed of a non-metal such as resin.

FIG. 11 is a schematic front view and a schematic side view of the protective plate 19 as viewed from the back side of the pedestal 11. FIG. 12 is a diagram illustrating how to operate the protective plate 19.

As shown in FIG. 11, the protective plate 19 is rotatably connected to the support plate 61 provided on the side portion 11d of the pedestal 11 by a hinge 62. Further, the protective plate 19 has a lock rod 63 that can appear and disappear with respect to the support plate 61. When the lock rod 63 is projected toward the support plate 61, its tip is inserted into the locking ring 64 provided on the support plate 61. Further, the protective plate 19 has a holding portion 65 for holding the lock rod 63 pulled to the side opposite to the support plate 61.

The protective plate 19 is supported by the support plate 61 and is supported by the pedestal 11 by erecting the lock rod 63 upward from the upper end of the pedestal 11 and projecting the lock rod 63 and inserting the tip end portion of the lock rod 63 into the locking ring 64. It is maintained in a state of being erected upward from the upper end of the. As a result, the upper edge of the slope of the plate-shaped laminate GL is protected by the protective plate 19.

As shown in FIG. 12A, when the lock rod 63 is pulled toward the side opposite to the support plate 61 and held by the holding portion 65, the protective plate 19 is released from the lock by the lock rod 63 and supported. Rotation with respect to the plate 61 is possible. In this state, as shown in FIG. 12B, when the protective plate 19 is rotated, the protective plate 19 is tilted to the back side of the pedestal 11.

For example, in the work of taking out the glass plate G of the plate-like laminate GL by the packer device, when the number of the glass plates G is small, the protective plate 19 becomes an obstacle and the glass plate G can be smoothly taken out by the packer device. It may disappear. However, since the storage container 10 can be folded to the back side of the pedestal 11 by rotating the protective plate 19, even if the number of glass plates G is small, the glass plate G can be easily taken out by the packer device. It can be done smoothly.

The present invention can be applied as a storage container for storing electronic devices other than LCDs, OLEDs, and FPDs, for example, glass substrates for optical elements, glass disks, solar cells, and other plate-like bodies. Further, the plate-shaped body to be stored is not limited to a glass plate, and may be, for example, a plate formed from metal, ceramic or resin.

As described above, the present invention is not limited to the above-described embodiment, and can be modified or applied by those skilled in the art based on the combination of the configurations of the embodiments with each other, the description of the specification, and the well-known technique. It is also the plan of the present invention to do so, and it is included in the range for which protection is sought.

As described above, the following matters are disclosed in this specification.
(1) A storage container for storing a plurality of plate-shaped bodies in a laminated state.
A pedestal having a mounting surface on which the plate-shaped bodies are laminated and mounted as a plate-shaped body laminated body, and
A pressing member provided on the side portion of the pedestal and pressing and holding the edge portion of the plate-shaped laminate placed on the pedestal against the pedestal.
With
The holding member is
The fixing pin provided on the side of the pedestal has a first engaging groove and a second engaging groove to which the fixing pin can be engaged, and the fixing pin has the first engaging groove or the second engaging groove. A support plate that is engaged and attached to the pedestal,
A pressing portion provided on the support plate and pressing the plate-like laminate placed on the previously described mounting surface toward the previously described mounting surface.
Have,
When the fixing pin is engaged with the first engaging groove of the support plate, the mounting position of the holding member and when the fixing pin is engaged with the second engaging groove of the support plate. A plate-shaped storage container in which the mounting position of the holding member is different from the height of the pedestal.

According to the plate-shaped storage container of the above (1), the pressing member is attached to the pedestal by selectively engaging the fixing pin with the first engaging groove or the second engaging groove of the support plate. .. Then, the mounting position of the holding member when the fixing pin is engaged with the first engaging groove of the support plate and the mounting position of the holding member when the fixing pin is engaged with the second engaging groove of the support plate. Is different in height from the pedestal.
In this way, by selectively engaging either the first engaging groove or the second engaging groove with the fixing pin of the pedestal, the pedestal can be laminated according to the number of stacked plate-like bodies to be stacked and stored. On the other hand, the pressing members can be attached at different height positions. Therefore, the plate-shaped body laminate can be held with a sufficient pressing force not only when a normal number of plate-shaped bodies are stored but also when a small number of plate-shaped bodies are stored.

(2) The pressing portion is
A pressing bolt formed on the support plate and screwed into a screw hole of a mounting plate portion protruding toward the pedestal side,
A pressing plate provided at the tip of the pressing bolt and pressing the plate-shaped laminate toward the above-mentioned mounting surface by screwing the pressing bolt into the screw hole.
Have,
The plate-shaped storage container according to (1), wherein the pressing plate is swingably supported with respect to the pressing bolt in all directions around the axis.

According to the plate-shaped storage container of (2) above, when the pressing bolt is screwed in, the pressing plate is moved toward the plate-shaped laminate, and the pressing plate causes the plate-shaped laminate to be placed on the pedestal mounting surface. Is pressed toward. As a result, the plate-shaped body laminate can be held on the pedestal by the pressing member, and the movement of the plate-shaped body during transportation can be suppressed.
Moreover, since the pressing plate is swingably supported with respect to the pressing bolt in all directions around the axis, even if the pressing bolt is tilted with respect to the upper surface of the plate-like laminate, the pressing plate is supported. It swings with respect to the pressing bolt and is evenly contacted with the upper surface of the plate-like laminate. As a result, the pressing force can be uniformly applied from the pressing plate to the plate-shaped laminate, and the plate-shaped laminate can be uniformly pressed and held in a well-balanced manner.

10 Storage container 11 Pedestal 11b, 11c Side part 15 Pressing member 21 Mounting surface 31 Support plate 32 Pressing part 34 Mounting plate part 36A, 36B First engaging groove 37A, 37B Second engaging groove 41 Pressing bolt 42 Pressing plate 43 Screw holes 48A, 48B Fixing pin G Glass plate (plate-shaped body)
GL plate-like laminate

Claims (2)

A storage container for storing a plurality of plate-like bodies in a laminated state.
A pedestal having a mounting surface on which the plate-shaped bodies are laminated and mounted as a plate-shaped body laminated body, and
A pressing member provided on the side portion of the pedestal and pressing and holding the edge portion of the plate-shaped laminate placed on the pedestal against the pedestal.
With
The holding member is
The fixing pin provided on the side of the pedestal has a first engaging groove and a second engaging groove to which the fixing pin can be engaged, and the fixing pin has the first engaging groove or the second engaging groove. A support plate that is engaged and attached to the pedestal,
A pressing portion provided on the support plate and pressing the plate-like laminate placed on the previously described mounting surface toward the previously described mounting surface.
Have,
When the fixing pin is engaged with the first engaging groove of the support plate, the mounting position of the holding member and when the fixing pin is engaged with the second engaging groove of the support plate. The mounting position of the holding member is set to a different height with respect to the pedestal.
Plate-shaped storage container. The pressing part is
A pressing bolt formed on the support plate and screwed into a screw hole of a mounting plate portion protruding toward the pedestal side,
A pressing plate provided at the tip of the pressing bolt and pressing the plate-shaped laminate toward the above-mentioned mounting surface by screwing the pressing bolt into the screw hole.
Have,
The pressing plate is swingably supported with respect to the pressing bolt in all directions around the axis.
The plate-shaped storage container according to claim 1.

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