TWM632092U - Storage container of sheet-like article - Google Patents

Abstract

The present invention relates to a storage container with a plate-shaped body. The pressing member provided in the storage container includes: a support plate, which has a first buckle groove and a second buckle for the fixing pins arranged on the pedestal to be buckled. a groove, and the fixing pin is fastened with the first fastening groove or the second fastening groove and installed on the pedestal; and a pressing part is arranged on the support plate, and the plate-shaped volume layered object is placed on the placing surface Press to the mounting surface; and, the installation position of the pressing member when the fixing pin is buckled to the first buckle groove of the support plate, and the fixing pin to the second buckle groove of the support plate are buckled and fixed The installation position of the pressing member when pinning is set at a different height relative to the pedestal.

Description

Container for plate-shaped body

This creation relates to a storage container for a plate-shaped body.

In recent years, the demand for enlargement of the glass substrate for FPD (Flat Panel Display), such as the glass substrate for liquid crystal displays, the glass substrate for plasma displays, etc., increases. The storage container used for storing and transporting such large glass plates is designed to stably transport the glass plates stacked on the pedestal of the storage container without sliding in order to avoid defects such as gaps or cracks caused by the sliding of the stored glass plate during transport. .

As a container for stacking and accommodating such glass plates, there is one that holds the laminate of glass plates in a stable state by pressing against the pedestal with a specific force by means of a locking portion provided on the side of the pedestal (for example, Patent Document 1). (refer to FIG. 13 and FIG. 14 )).

[Prior Art Literature] [Patent Literature]

[Patent Document 1] Japanese Patent No. 6597858

However, in the case of conveying plate-shaped objects such as glass plates, from the viewpoint of conveying efficiency, it is desirable to store and convey more plate-shaped objects to the storage container at one time, but in this case, it is possible to store and convey a small number of sheets. the plate body. In this case, if the number of sheets of the stacked plate-like body is less than the minimum number of stacked sheets that can be held by the locking portion, the pressing force of the locking portion on the laminated product of the plate-like body is insufficient, resulting in the transportation. There is a risk that the plate-like body on the pedestal will slide.

Therefore, the purpose of the present invention is to provide a storage container for a plate-shaped body that can well hold the laminated body of the plate-shaped body regardless of the number of layers of the plate-shaped body.

This creation includes the following composition.

A plate-shaped body storage container for accommodating a plurality of plate-shaped bodies in a stacked state, and comprising: a pedestal having a mount for placing the plate-shaped volume layer as a plate-shaped volume layer object a surface; and a pressing member provided on the side of the pedestal for pressing and holding the edge of the plate-like volume layered object placed on the pedestal on the pedestal; and the pressing member has: a support plate, It has a first buckling groove and a second buckling groove for buckling a fixing pin arranged on the side of the base, and the fixing pin is buckled with the first buckling groove or the second buckling A groove is fitted on the base; and a pressing portion is provided on the support plate for placing the plate-like body on the mounting surface. The laminate is pressed against the mounting surface; the mounting position of the pressing member when the fixing pin is engaged with the first engaging groove of the support plate; The installation positions of the above-mentioned pressing members when the two fastening grooves are fastened are set at different heights relative to the above-mentioned pedestals.

The storage container of the plate-shaped body according to the present invention can hold the laminated body of the plate-shaped body well regardless of the number of layers of the plate-shaped body.

1: Abutment

2: Bottom

3: Pillar

10: Storage container

11: Pedestal

11a: side

11b: side

11c: side

11d: side

13: Baffle

15: Compression components

17: Corner board

19: Protective plate

21: Mounting surface

31: Support board

32: Pressing part

33: Fixed plate part

34: Mounting plate part

35: Insert the groove

36A: First snap groove

36B: First snap groove

37A: Second snap groove

37B: Second snap groove

38: Reinforcing ribs

39: Reinforcing ribs

41: Press the bolt

42: Press the plate

43: Screw holes

44: Bracket

45: Through hole

46: Buckle

47: Buffer material

48A: Fixed pin

48B: Fixed pin

49a: Shaft

49b: head

51: Side panel

52: End plate part

55: Snap groove

55a: Lead-in

55b: Extensions

55c: Buckle part

56: Fixed pin

57a: Shaft

57b: head

58: Cover mounting member

61: Support board

62: Hinges

63: Lock lever

64: snap ring

65: Keeping Department

G: Glass plate (plate body)

GL: Plate-like volumetric layer

FIG. 1 is a side view of the storage container according to the embodiment of the present invention.

FIG. 2 is a diagram of arrow A in FIG. 1 .

FIG. 3 is a diagram of arrow B in FIG. 1 .

FIG. 4 is a cross-sectional view taken along line C-C of FIG. 1 .

Figure 5 is a front view of the pressing member mounted on the base.

Figure 6 is a side view of the pressing member mounted on the pedestal.

Figure 7 is a cross-sectional view of the upper portion of the compression member.

Fig. 8 is a view showing a method of holding a plate-shaped bulk layer by using a pressing member, Fig. 8(A) is a view before the pressing member during normal lamination, and Fig. 8(B) is a front view of the pressing member when a small amount is laminated .

Fig. 9 is a diagram showing a method of holding a plate-shaped bulk laminate by using a pressing member, Fig. 9(A) is a side view of the pressing member during normal lamination, and Fig. 9(B) is a side view of the pressing member during a small amount of lamination. side view.

Figure 10 is a side view of a corner plate mounted on a pedestal.

Fig. 11 is a schematic front view and a schematic side view of the protective plate viewed from the back side of the pedestal.

Fig. 12 is a diagram illustrating the operation method of the protective plate, Fig. 12(A) is a schematic front view and a schematic side view of the protective plate viewed from the back side of the pedestal in the middle of folding, and Fig. 12(B) is from the folded state A schematic front view and a schematic side view of the protective plate viewed from the back of the pedestal.

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 diagram of arrow A in FIG. 1 . FIG. 3 is a diagram of arrow B in FIG. 1 .

As shown in FIGS. 1 to 3 , the plate-shaped body storage container 10 of the present embodiment accommodates the plate-shaped volume layered object GL.

The plate-like volume layered product GL is a layered product in which a plurality of plate-like bodies are stacked. In this example, the plate system is a glass plate G formed in a rectangular shape in plan view, and the container 10 accommodates a plurality of glass plates G in a stacked state. The storage container 10 accommodates the glass plate G of the 11th generation size which exceeds 2800 mm on one side and exceeds the 10th generation size. 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 accommodated is placed in a container and transported by a ship, or placed on a loading platform of a transport vehicle (for example, a trailer or a truck) and transported. Thereby, the glass plate G is conveyed from the glass plate manufacturer to the user of the glass plate that processes and assembles the glass plate, ie, the manufacturer or the like.

The glass plate G includes an alkali-free glass-based material used for flat panel displays (FPD: Flat Panel Display) such as LCD (Liquid Crystal Display) and OLED (Organic Light-Emitting Diode), for example. The glass plates G are superimposed on each other and layered through a spacer paper (not shown) to prevent surface defects or contamination caused by friction with the adjacent glass plates G.

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

The storage container 10 mainly includes a base 11 , a baffle 13 , a pressing member 15 , a corner plate 17 , and a protection plate 19 . The baffle plate 13 , the pressing member 15 , the corner plate 17 and the protection plate 19 are respectively provided on the pedestal 11 . The upper surface of the pedestal 11 is set as a placement surface 21 , and the plate-like volume layered object GL is placed on the placement surface 21 .

The storage container 10 includes two shutters 13 . The baffles 13 are disposed on one side portion 11 a of the inclined lower side of the pedestal 11 , and are fixed to the pedestal 11 with a space therebetween. The baffles 13 are formed in a plate shape, and are fixed to the base 11 by welding. In addition, the baffle 13 can also be detachably fixed to the base 11 by bolts.

The baffle 13 is a metal plate, and an elastic plate (not shown) such as rubber or resin is attached to the surface on the mounting surface 21 side of the pedestal 11 . The baffles 13 are in contact with one side surface of the plate-shaped volume layer GL placed on the placing surface 21 of the pedestal 11 . Thereby, the plate-shaped volume layer GL is in contact with the baffle plate 13 and one side surface is positioned.

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

FIG. 4 is a cross-sectional view taken along line C-C of FIG. 1 .

As shown in FIG. 4 , the pressing members 15 provided on the side portions 11b and 11c of the storage container 10 press and hold the plate-like volume layer GL placed on the placing surface 21 of the pedestal 11 against the pedestal 11 . Thereby, when the storage container 10 which accommodates the plate-shaped volume layered object GL is conveyed, movement of each glass plate G constituting the plate-shaped volumetric layered object GL is suppressed.

FIG. 5 is a front view of the pressing member 15 installed on the base 11 . FIG. 6 is a side view of the pressing member 15 mounted on the base 11 . FIG. 7 is a cross-sectional view of the upper portion of the pressing member 15 .

As shown in FIGS. 5 and 6 , the pressing member 15 includes a support plate 31 and a pressing portion 32 . The support plate 31 includes a metal plate such as an aluminum plate, and is formed by bending the upper end of the metal plate to have a fixing plate portion 33 and a mounting plate portion 34 extending laterally from the upper end of the fixing plate portion 33 . L-shaped in side view. In addition, 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, and may be formed of a non-metal such as resin as long as it is a material capable of securing and maintaining the strength of the plate-like bulk layer GL. In addition, it is preferable to attach an elastic buffer plate such as rubber or resin to the surface of the support plate 31 on the mounting side of the fixing plate portion 33 of the support plate 33 to the pedestal 11 .

A pair of insertion grooves 35 are formed in the fixed plate portion 33 . The insertion grooves 35 are along the fixing plate The upper and lower directions of the portion 33 are arranged parallel to each other, and the lower end side opposite to the mounting plate portion 34 is opened.

The fixing plate portion 33 has a pair of first locking grooves 36A, 36B and a pair of second locking grooves 37A, 37B communicated with each insertion groove 35 . The first locking grooves 36A, 36B and the second locking grooves 37A, 37B extend in a direction orthogonal to the insertion groove 35 . A pair of first locking grooves 36A and 36B are provided at intervals in the upper and lower directions of the fixing plate portion 33 . The pair of second locking grooves 37A, 37B are arranged at the same interval as the interval between the pair of first locking grooves 36A, 36B. The pair of second engaging grooves 37A, 37B are arranged on the side of the mounting plate portion 34 rather than the pair of first engaging grooves 36A, 36B. Thereby, for each insertion groove 35, the first locking groove 36A, the second locking groove 37A, the first locking groove 36B and the second locking groove are communicated in order from the lower end side of the fixing plate portion 33 The groove 37B is closed.

In addition, a plurality of reinforcing ribs 38 are formed on the fixed plate portion 33 . The reinforcing ribs 38 are formed in the vicinity of the center and both sides of the fixed plate portion 33 in the width direction, and are formed along the upper and lower directions of the fixed plate portion 33, respectively. Thereby, the support plate 31 is reinforced by the reinforcement rib 38. In this way, by forming the plurality of reinforcing ribs 38 on the fixing plate portion 33 of the support plate 31 , the strength of the support plate 31 can be improved while reducing the weight compared to the case where the thickness is increased to increase the strength. In addition, when the support plate 31 is formed by pressing, the reinforcing ribs 38 can be easily formed.

In addition, a reinforcing rib 39 is formed at a corner formed by the fixing plate portion 33 and the mounting plate portion 34 . Thereby, 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 not easily changed.

As shown in FIG. 7 , the pressing portion 32 includes a pressing bolt 41 and a pressing plate 42 . For through to support In the screw holes 43 of the mounting plate portion 34 of the plate 31 , the pressing bolts 41 are screwed in from the upper side and attached. In addition, as the pressing bolt 41, a trapezoidal screw is preferably used.

The pressing plate 42 is attached to the front end of the pressing bolt 41 . A bracket 44 is fixed to the upper surface side of the pressing plate 42 . An insertion hole 45 is formed in the bracket 44 , and the front end portion of the pressing bolt 41 is inserted through the insertion hole 45 . A retaining ring 46 is installed at the front end of the pressing bolt 41 inserted through the insertion hole 45 . Thereby, the bracket 44 is fastened to the front end of the pressing bolt 41 by the retaining ring 46 , and the pressing plate 42 is supported movably relative 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 buffer member 47 formed of an elastic material such as rubber at the lower portion thereof.

As shown in FIG. 5 and FIG. 6 , fixing pins 48A and 48B are protruded from the side surfaces of the mounting portion of the pressing member 15 of the base 11 . The fixing pins 48A and 48B have a shaft portion 49a and a head portion 49b having a larger diameter than the shaft portion 49a. The diameter of the shaft portion 49a of the fixing pins 48A, 48B is slightly smaller than the width of the insertion groove 35, the first locking grooves 36A, 36B and the second locking grooves 37A, 37B, and the diameter of the head 49b is larger than the diameter of the insertion groove 35 The widths of the grooves 35 , the first locking grooves 36A and 36B and the second locking grooves 37A and 37B. Thereby, the shaft portions 49a of the fixing pins 48A, 48B can be inserted into the insertion grooves 35, the first locking grooves 36A, 36B, and the second locking grooves 37A, 37B. And, in a state where the shaft portion 49a is inserted into the insertion grooves 35, the first locking grooves 36A, 36B, and the second locking grooves 37A, 37B, the insertion grooves 35, the first locking grooves 37A, 37B Edges of the grooves 36A, 36B and the second engaging grooves 37A, 37B are locked to the head 49b.

The fixing pins 48A and 48B are arranged one by one with an interval in the thickness direction of the pedestal 11 , respectively at Two rows are arranged at intervals in the surface direction of the pedestal 11 . The interval between the fixing pins 48A, 48B in the thickness direction of the base 11 is set to be the same size as the interval between the first engaging grooves 36A, 36B and the second engaging grooves 37A, 37B. In addition, the distance between the pair of fixing pins 48A and 48B in the plane direction of the base 11 is set to be the same size as the distance between the insertion grooves 35 .

The fixing pins 48A and 48B are inserted into the insertion grooves 35 of the support plate 31 by the pressing member 15 , so that the fixing pins 48A and 48B can be selectively engaged with the first locking grooves 36A and 36B or the second locking grooves. Either one of the grooves 37A and 37B is attached to the pedestal 11 thereby. In this way, when the pressing member 15 is attached to the pedestal 11 , the pressing portion 32 provided on the attachment portion 34 is arranged at a position facing the plate-shaped bulk layer GL placed on the placing surface 21 of the pedestal 11 . In this state, when the pressing bolt 41 of the pressing portion 32 is screwed in, the pressing plate 42 moves toward the plate-like bulk layer GL, and the buffer material 47 abuts and presses the upper surface of the plate-like bulk layer GL.

At this time, the pressing plate 42 having the buffer material 47 is supported so as to be rockable in all directions around the axis with respect to the pressing bolt 41 . Therefore, even if the pressing bolt 41 is inclined with respect to the upper surface of the plate-shaped bulk layered object GL, the pressing plate 42 is rocked relative to the pressing bolt 41, and the buffer material 47 uniformly abuts on the upper surface of the plate-shaped bulk layered object GL. Thereby, the pressing force is uniformly applied to the plate-shaped volume layered object GL from the buffer material 47 of the pressing plate 42 . Therefore, the plate-shaped volume layer GL placed on the placing surface 21 of the pedestal 11 is uniformly pressed by the six pressing members 15, respectively, and the balance is preferably maintained (refer to FIG. 4 ).

However, as described above, according to the thickness of the plate-like volume layer GL placed on the placing surface 21 of the pedestal 11 , the pressing member 15 can selectively engage the fixing pins 48A and 48B in the first engaging grooves. 36A, 36B or any of the second snap grooves 37A, 37B. In addition, the installation position of the pressing member 15 when the fixing pins 48A and 48B are fastened to the first fastening grooves 36A and 36B of the supporting plate 31 is fastened to the second fastening grooves 37A and 37B of the supporting plate 31 . The mounting positions of the pressing members 15 when the pins 48A and 48B are fixed are set at different heights with respect to the base 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 bulk layer GL.

Next, a method of pressing the pressing member 15 according to the thickness of the plate-shaped bulk layered object GL will be described.

8 and 9 are views showing a method of holding the plate-like volume layer GL by the pressing member 15, respectively.

(normally when stacking)

As shown in FIGS. 8(A) and 9(A) , the plate-like volume layered object GL containing the glass plate G of the maximum number of laminations or less and the usual number of laminations (for example, 176 or more and 300 or less) is accommodated. In the case of the pedestal 11 , the fixing pins 48A, 48B are fastened to the first fastening grooves 36A, 36B, and the pressing member 15 is installed on the pedestal 11 . Then, the pressing bolt 41 of the pressing portion 32 is screwed in, and the buffer member 47 of the pressing plate 42 is pressed against the upper surface of the plate-shaped bulk layered object GL. Thereby, the plate-shaped volume layered object GL including the glass plate G of the usual number of sheets to be laminated, which is placed on the placement surface 21 of the pedestal 11 , is held by the pressing member 15 .

(for a small amount of layers)

As shown in FIG. 8(B) and FIG. 9(B) , the plate-shaped bulk laminate GL including the glass plate G with a small number of lamination sheets (for example, 175 sheets or less) less than the usual lamination number is accommodated on the pedestal 11 the situation At this time, the fixing pins 48A and 48B are engaged with the second engaging grooves 37A and 37B, and the pressing member 15 is attached to the base 11 . In this way, the pressing member 15 is installed at a position lower than the installation position of the pressing member 15 when the fixing pins 48A and 48B are fastened to the first fastening grooves 36A and 36B of the support plate 31 , and the pressing portion 32 is relative to the pedestal. The placement surface 21 of 11 is arranged at a lower position. In this state, the pressing bolt 41 of the pressing portion 32 is screwed in, and the buffer member 47 of the pressing plate 42 is pressed against the upper surface of the plate-shaped volume layered object GL. Thereby, the plate-shaped volume layered object GL including the glass plate G of a small number of laminated sheets placed on the placing surface 21 of the pedestal 11 is held by the pressing member 15 .

In this way, in the storage container 10 of the present embodiment, any one of the first locking grooves 36A, 36B or the second locking grooves 37A, 37B is selectively locked to the fixing pins 48A, 48B, the pressing member 15 can be installed at different height positions with respect to the base 11 according to the number of laminated sheets of the glass plate G to be laminated and accommodated. Therefore, it is not limited to the case of accommodating the glass plate G of the usual number of laminated sheets, and even in the case of accommodating the glass plate G of a small number of sheets, that is, a small number of laminated sheets, the plate-like volume layered object GL can be held with a sufficient pressing force .

In addition, since the pressing plate 42 is swingably supported relative to the pressing bolt 41 in all directions around the axis, even if the pressing bolt 41 is inclined relative to the upper surface of the plate-like volume layer GL, the pressing plate 42 is also relatively The pressing bolt 41 is rocked, and the upper surface of the plate-shaped bulk layered object GL is uniformly abutted against the buffer material 47 . Thereby, the pressing force can be uniformly applied to the plate-shaped volume layer GL from the pressing plate 42, and the plate-shaped volume layer GL can be pressed uniformly, and the balance can be maintained preferably.

As shown in FIGS. 1 to 3 , the container 10 includes two gussets 17 . The isometric plates 17 are attached to the two corners of the inclined upper side of the pedestal 11 . The corner plate 17 is, for example, a metal plate including an aluminum plate or the like, By bending a metal plate, it is formed in the L-shape which has the side plate part 51 and the end plate part 52 (refer FIG. 2).

A corner plate 17 (the right corner plate 17 in FIG. 2 ) is attached to a corner portion (the right corner portion in FIG. 2 ) of the inclined upper side of the pedestal 11 , whereby the side plate portion 51 is arranged along the side portion 11 b of the pedestal 11 , The end plate portion 52 is arranged along the side portion 11 d on the inclined upper side of the pedestal 11 . The other corner plate 17 (the left corner plate 17 in FIG. 2 ) is mounted on the other corner (the left corner in FIG. 2 ) of the inclined upper side of the pedestal 11 , whereby the side plate 51 is along the side 11 c of the pedestal 11 . The end plate portion 52 is arranged along the side portion 11d on the inclined upper side of the pedestal 11 . Furthermore, by attaching the isometric plates 17 to the two corners of the inclined upper side of the pedestal 11, the two corners of the inclined upper side of the plate-shaped volume layer GL are covered and protected. In addition, the corner plate 17 is not limited to a metal plate, and may be formed of a non-metal such as resin. In addition, it is preferable to attach elastic buffer plates such as rubber or resin to the surfaces of the side plate portion 51 and the end plate portion 52 of the corner plate 17 on the mounting side of the pedestal 11 .

FIG. 10 is a side view of the corner plate 17 mounted on the pedestal 11 .

As shown in FIG. 10 , the side plate portion 51 of the gusset 17 has two locking grooves 55 , and the locking grooves 55 are spaced apart in the width direction. The engaging grooves 55 are formed in the shape of a crankshaft, and are open at the lower end of the side plate portion 51 . The engaging groove 55 has 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 engaging portion 55c on the opposite side of the introduction portion 55a in the extension portion 55b. In the side portion 11 b (side portion 11 c ) of the base 11 , at the installation portion of the gusset 17 , there are provided fixing pins 56 arranged at the same interval as the interval between the engaging grooves 55 . The fixing pins 56 have a shaft portion 57a and a head portion 57b having a larger diameter than the shaft portion 57a.

When the gusset 17 is installed on the base 11 , first, the shaft portion 57 a of the fixing pin 56 is introduced into the introduction portion 55 a of the two engaging grooves 55 of the side plate portion 51 . Furthermore, by moving the gusset 17 to the inclined downward side 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. In this way, the corner plate 17 is supported with respect to the pedestal 11 at two positions spaced apart in the width direction of the side plate portion 51 . Therefore, the angle plate 17 attached to the base 11 can restrain the rotation due to its own weight, and can suppress the inclination of the angle plate 17 relative to the installation posture of the base 11 .

Moreover, the cover attachment member 58 is fixed to the side part 11b (side part 11c) of the pedestal 11. As shown in FIG. The cover mounting member 58 is provided with a surface fastener (not shown) for fastening a cover (not shown) covering the plate-shaped volume layer GL on its surface. The cover attachment member 58 has its end arranged in the vicinity of the side plate portion 51 of the corner plate 17 attached to the base 11 . Therefore, even if the corner plate 17 is rotated by its own weight, the side plate portion 51 abuts against the cover attachment member 58 . Thereby, the inclination of the installation posture of the gusset 17 with respect to the pedestal 11 can be further suppressed.

As shown in FIGS. 1 to 3 , the container 10 includes two protection plates 19 . These protection plates 19 are provided in parallel on the side portion 11d of the inclined upper side of the pedestal 11 . The protective plate 19 is formed of, for example, a metal plate such as an aluminum plate, and is erected upward from the upper end of the pedestal 11 . And the edge part of the inclined upper side of the plate-shaped volume layered object GL is protected by these protection plates 19. As shown in FIG. In addition, the protective plate 19 is not limited to a 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 viewed from the back side of the pedestal 11 . FIG. 12 is a diagram illustrating an operation method of the protection plate 19. FIG.

As shown in FIG. 11 , the protection plate 19 is rotatably connected by a hinge 62 with respect to the support plate 61 provided on the side portion 11d of the base 11 . In addition, the protection plate 19 has a lock lever 63 which can be moved in and out with respect to the support plate 61 . When the lock lever 63 is made to protrude toward the support plate 61 , its front end is inserted into the locking ring 64 provided on the support plate 61 . Moreover, the protection plate 19 has the holding|maintenance part 65 which hold|maintains the lock lever 63 drawn in to the opposite side of the support plate 61. As shown in FIG.

The protection plate 19 is erected upward from the upper end of the pedestal 11 so that the locking rod 63 protrudes, and the front end of the locking rod 63 is inserted into the locking ring 64 to be supported by the support plate 61 and maintain the state of standing upward from the upper end of the pedestal 11 . Thereby, the edge part of the inclined upper side of the plate-shaped volume layered object GL is protected by the protection plate 19 .

As shown in FIG. 12(A), when the locking lever 63 is introduced to the opposite side of the support plate 61 and held by the holding portion 65, the locking of the support plate 61 by the locking lever 63 is released, and the protection plate 19 can be relative to the support plate. 61 Spin. In this state, as shown in FIG. 12(B) , when the protection plate 19 is rotated, the protection plate 19 falls to the back side of the base 11 .

For example, in the operation of taking out the glass plate G of the plate-shaped bulk layer GL by the unpacking device, if the number of the glass plates G decreases, the protective plate 19 may become a hindrance, and the unpacking device cannot be used smoothly. Take out the glass plate G. However, since the storage container 10 can rotate the protective plate 19 and fold it to the back side of the base 11, even if the number of sheets of the glass plate G is reduced, the glass plate G can be easily and smoothly taken out by the unpacking device.

In addition, this creation can be used as a collection of electronic devices other than LCD, OLED, and FPD. The container is, for example, a plate-shaped body that accommodates a glass substrate for an optical element, a glass disk, a solar cell, or the like. In addition, the plate-shaped body to be accommodated is not limited to a glass plate, and may be formed of, for example, metal, ceramics, or resin.

In this way, the present creation is not limited to the above-mentioned embodiments. Combining the various components of the embodiments, or changing and applying the invention based on the description of the description and the well-known technology by those skilled in the art are all intended for this creation. within the scope of seeking protection.

As described above, the following matters are disclosed in this specification.

(1) A plate-shaped body storage container for storing a plurality of plate-shaped bodies in a stacked state, and comprising: a pedestal having the plate-shaped bulk layer on which the plate-shaped bulk layer is placed. and a pressing member, which is provided on the side of the above-mentioned pedestal, and presses and holds the edge portion of the above-mentioned plate-shaped volume layered object placed on the above-mentioned pedestal on the above-mentioned pedestal; and the above-mentioned pressing member has: A support plate, which has a first buckling groove and a second buckling groove for buckling of the fixing pin disposed on the side of the base, and the fixing pin is buckled with the first buckling groove or the above-mentioned fixing pin A second engaging groove is attached to the pedestal; a pressing portion is provided on the support plate and presses the plate-like volume layered object placed on the placing surface against the placing surface; The installation position of the pressing member when the first buckle groove of the support plate is buckled, and the fixing pin is buckled to the second buckle groove of the support plate. At this time, the installation position of the above-mentioned pressing member is set to a different height relative to the above-mentioned pedestal.

According to the plate-shaped body container of the above (1), the pressing member is installed on the base by selectively engaging the fixing pin with the first engaging groove or the second engaging groove of the support plate. And, the installation position of the pressing member when the fixing pin is buckled to the first buckle groove of the support plate is relative to the installation position of the pressing member when the fixing pin is buckled to the second buckle groove of the support plate. The pedestals are set to different heights.

In this way, by selectively engaging either the first engaging groove or the second engaging groove with the fixing pin of the pedestal, the number of layers of the plate-shaped body to be stored in layers can be adjusted relative to the pedestal according to the number of layers. The compression members are installed at different height positions. Therefore, it is not limited to the case of accommodating a normal number of plate-shaped objects, and even in the case of accommodating a small number of plate-shaped objects, the plate-shaped volume layered object can be held with a sufficient pressing force.

(2) The container of the plate-shaped body according to (1), wherein the pressing portion has: a pressing bolt that is screwed into a screw hole formed on the support plate and protrudes from the mounting plate portion toward the pedestal side; and a pressing plate, which is provided at the front end of the pressing bolt, and which is screwed into the screw hole by the pressing bolt to press the plate-like volume layered object against the mounting surface; The axis is rockably supported in all directions.

According to the plate-shaped body storage container of the above (2), when the pressing bolt is screwed in, the pressing plate will face the plate. The volume-like object moves, and the plate-like volume layer object is pressed against the mounting surface of the pedestal by the pressing plate. Thereby, the plate-shaped volume layered object is held on the pedestal by the pressing member, and the movement of the plate-shaped object during transportation can be suppressed.

However, since the pressing plate is rockably supported relative to the pressing bolt in all directions around the axis, even if the pressing bolt is inclined relative to the upper surface of the plate-like volume layer, the pressing plate is oscillated relative to the pressing bolt, uniformly. abutted against the upper surface of the plate-shaped volume layer. Thereby, the pressing force can be uniformly applied to the plate-like volume layered object from the pressing plate, and the plate-like volume layered object can be pressed uniformly and the balance can be maintained preferably.

This application is based on Japanese Utility Model Application No. 2021-000448 filed on February 10, 2021, the contents of which are incorporated herein by reference.

11: Pedestal

11b: side

15: Compression components

21: Mounting surface

31: Support board

32: Pressing part

33: Fixed plate part

34: Mounting plate part

35: Insert the groove

36A: First snap groove

36B: First snap groove

37A: Second snap groove

37B: Second snap groove

38: Reinforcing ribs

39: Reinforcing ribs

41: Press the bolt

48A: Fixed pin

48B: Fixed pin

GL: Plate-like volumetric layer

Claims (2)

A plate-shaped body storage container, which is used for storing a plurality of plate-shaped bodies in a stacked state, and has: a pedestal having a placing surface on which the above-mentioned plate-like bulk layer is placed as a plate-like bulk layer; and a pressing member provided on the side of the pedestal for compressing and holding the edge of the plate-like volume layer placed on the pedestal on the pedestal; and The above-mentioned pressing member has: A support plate, which has a first buckling groove and a second buckling groove for buckling of the fixing pin disposed on the side of the base, and the fixing pin is buckled with the first buckling groove or the above-mentioned fixing pin The second snap-fit groove is mounted on the above-mentioned pedestal; and a pressing portion, which is provided on the support plate and presses the plate-like volume layered object placed on the placing surface toward the placing surface; and The installation position of the pressing member when the fixing pin is engaged with the first engaging groove of the support plate, and the installation position of the pressing member when the anchoring pin is engaged with the second engaging groove of the support plate. The installation positions of the pressing members are set at different heights with respect to the above-mentioned pedestal. As in the storage container of the plate-shaped body of claim 1, wherein The above-mentioned pressing part has: a pressing bolt that is screwed into a screw hole formed in the mounting plate portion of the support plate and protruding toward the pedestal side; and a pressing plate, which is provided at the front end of the pressing bolt, and which is screwed into the screw hole by the pressing bolt to press the plate-like volume layered object against the placing surface; and The above-mentioned pressing plate is swingably supported in all directions around the axis with respect to the above-mentioned pressing bolt.

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