KR20100099218A - Plate-like body container - Google Patents

Abstract

The plate-shaped container is a horizontally arranged container for storing a plate-shaped object, the container body having an upper surface of a rectangular shape, an upper padding member stacked on the container body, a cushioning material stacked on the upper padding member, and its height A is arranged along one or two sides of four sides that form an end of the upper surface of the container body, which is higher than the mounting height of the predetermined number of plate-shaped bodies stacked on the cushioning material, and substantially parallel to the side surface of the plate-shaped body. And a wrapping member for wrapping and fixing the positioning member, the container body, the upper padding member, the cushioning material, and the plate-shaped body mounted on the cushioning material.

Description

Plate-shaped storage container {PLATE-LIKE BODY CONTAINER}

The present invention relates to a plate-shaped container for storing a plate-shaped body, particularly a large glass plate used in a flat panel display (FPD) such as a liquid crystal display or a plasma display.

The glass plate manufactured by the glass plate manufacturing apparatus and cut | disconnected to predetermined | prescribed size is adsorbed-held one by one by the storage apparatus, such as a robot or a dedicated machine, and conveyed, and it is laminated | stacked and stored in the empty plate-shaped storage container (pallet) arrange | positioned at the predetermined position. do. When a predetermined number of glass plates are accommodated in the plate-shaped container, the plate-shaped container is replaced with the next empty plate-shaped container, and the above operation is repeated. The plate-shaped storage container in which the predetermined number of glass plates are accommodated is conveyed by a forklift etc., for example, is stored in a storage, or is loaded in a trailer and shipped.

In the process of processing a glass plate, the plate-shaped storage container in which a predetermined number of glass plates are stored is conveyed to a predetermined position by a forklift, and the glass plates are sucked and held one by one from the plate-shaped storage container by a robot or a dedicated machine. It is input (supplyed) to the next process. When taking out of the predetermined number of glass plates accommodated in the plate-shaped storage container is complete | finished, the empty plate-shaped storage container is replaced with the plate-shaped storage container in which the glass plate of the next work object was accommodated, and the above-mentioned operation is repeated.

The processed glass plate is laminated | stacked and accommodated in an empty plate-shaped container by a storage apparatus similarly to a glass plate manufacturing apparatus. The plate-shaped storage container in which a predetermined number of glass plates are accommodated is stored in a storage, or loaded into a trailer and shipped.

By the way, the dimension of the glass plate called 10th generation (also called G10) is a magnitude | size exceeding the square whose one side is about 3m, and this cut | disconnects to predetermined dimension and is used as a glass plate for FPD.

Here, as a prior art document concerning this invention, there exists patent document 1 which concerns on this applicant, for example. The document comprises, for example, a pedestal having an upper padding member, a plate-shaped accommodating box loaded on the pedestal, and an upper cover which is detachable from the pedestal and surrounds the plate-shaped accommodating box on the pedestal. A plate-shaped package in which a vibration absorbing material is interposed between the bottom plates of the shape receiving box, and a cushion material is provided between the top plate of the top cover and the plate shape loaded on the bottom plate of the plate shape receiving box. ) Box is disclosed. However, in this method, the weight and the size of the plate-shaped storage container are increased in proportion to the size of the glass plate, causing a problem such that the plate-shaped storage container cannot be stored in a general trailer. Therefore, the plate-shaped container suitable for storing a large plate-shaped object which is not limited to a glass plate but light and compact, and is also conveyable by a trailer is calculated | required.

Japanese Patent Laid-Open No. 2006-264786

SUMMARY OF THE INVENTION An object of the present invention is to solve the problems of the prior art and to provide a plate-shaped storage container suitable for storing a large plate-shaped body.

In order to achieve the above object, the present invention is a horizontally arranged plate-shaped container for storing the plate-like body on the upper surface approximately horizontally,

A container body having a rectangular top surface, an upper pad member loaded on the container body in a rectangular shape in plan view, a first buffer member stacked on the top pad member in a rectangular shape in plan view, and having a height above the first buffer material Positioning disposed along one or two sides of four sides forming an end of the upper surface of the container body, which is higher than a mounting height of a predetermined number of plate-shaped bodies to be loaded in the container and is substantially parallel to the side surface of the plate-shaped body. And a wrapping member for wrapping and fixing the container body, the upper lid member, the first cushioning material, and the plate-shaped body stacked on the first cushioning material. To provide.

Here, it is preferable to equip the said plate-shaped object of the predetermined | prescribed number of sheets loaded, and to provide the airbag wrapped by the said wrapping member.

In addition, the present invention is a horizontally arranged plate-shaped container for storing the plate-like body on the upper surface substantially horizontally,

A container body having a rectangular top surface, an upper pad member loaded on the container body in a rectangular shape in plan view, a first buffer member stacked on the top pad member in a rectangular shape in plan view, and having a height above the first buffer material Positioning disposed along one or two sides of four sides forming an end of the upper surface of the container body, which is higher than a mounting height of a predetermined number of plate-shaped bodies to be loaded in the container and is substantially parallel to the side surface of the plate-shaped body. A member, a second cushioning material loaded on the plate-shaped body of the predetermined number of sheets, and a fixing member for fixing the plate-shaped body of the predetermined number of sheets to the container body by sandwiching the second buffer material. A plate-shaped container is provided.

Moreover, of the four sides which comprise the edge part of the upper surface of the said container main body, the position of the horizontal direction of the predetermined number of sheets of plate-shaped objects loaded detachably attached along at least 1 side which the said positioning member is not arrange | positioned It is preferable to provide the pressing member to fix.

Moreover, the said pressing member is equipped with the edge part press part which presses the side surface of the said plate-shaped object of the predetermined number of sheets loaded, and the upper surface press part which presses the surface of the uppermost plate-shaped object, The height of the said upper surface press part loads, It is preferable that it is comprised so that adjustment is possible according to the mounting height of the plate-shaped object to become.

In addition, a lower end formed at each position of the four corners of the bottom surface of the container body corresponding to each of the four pillars of the predetermined height provided on each of the four corners of the upper surface of the container body and the four support corners It is preferable that the end stacking means which consists of a support column support which fits with the front-end | tip of the four pillars of a plate-shaped storage container is provided.

According to the present invention, there is no upper lid, and the plate body storage container can be reduced in weight and compact by having a simplified structure of a container body, an upper lid member, and a first cushioning material. Even if the plate-shaped container is inclined with respect to the horizontal, the plate-shaped body stacked on the plate-shaped container is fixed in the plate-shaped container, so that the plate-shaped container can be stored in an inclined state in a general trailer. Therefore, even a general trailer can convey a plate-shaped object.

BRIEF DESCRIPTION OF THE DRAWINGS The schematic diagram of one Embodiment which shows the structure of the plate-shaped container of this invention.
FIG. 2 is an enlarged view of an end portion of the plate-shaped body stacked on the plate-shaped container shown in FIG. 1. FIG.
FIG. 3 is a schematic view showing the configuration at the time of conveyance of the plate-shaped storage container shown in FIG. 1. FIG.
4 is a side view showing a state where the plate-shaped container shown in FIG. 1 is stacked.
5 is a schematic view of another embodiment showing the structure of a plate-shaped container of the present invention.
FIG. 6 is a cross-sectional view illustrating a configuration of a pressing member used in the plate-shaped container shown in FIG. 3. FIG.
FIG. 7 is a cross-sectional view illustrating a configuration of a pressing member used in the plate-shaped container shown in FIG. 5. FIG.
FIG. 8 is a schematic view showing the configuration at the time of conveyance of the plate-shaped storage container shown in FIG. 1. FIG.

EMBODIMENT OF THE INVENTION Below, preferred embodiment of the plate-shaped container of this invention is described in detail based on an accompanying drawing.

1 is a schematic view of one embodiment showing the configuration of a plate-shaped storage container 10 of the present invention, and FIG. 2 is an end of the plate-shaped body stacked on the plate-shaped storage container 10 shown in FIG. 1. It is an enlarged view. In the center of Fig. 1, a plan view of a plate-shaped container 10 (hereinafter simply referred to as a container for short) is shown, and side views from the front side and the right side side are shown at the lower and right sides thereof. In addition, the lower side of FIG. 2 shows the side view of the plate-shaped container 10 of the right part of FIG. 1, and the enlarged view of the right end part is shown in the upper part.

The container 10 shown in these figures is a horizontal arrangement type container which laminated | stacked predetermined number of sheets of the rectangular large glass plate 20 (plate-shaped object) of the dimension more than G10, for example, and the container main body 12 and And an upper attachment member 14, a cushioning material 16, and a positioning member 18.

The container body 12 is a lattice-shaped frame body produced by assembling a plurality of frame members such as rod-shaped pillars, pipes, and section steels in a vertical and horizontal direction, and its upper surface (the surface on the side where the glass plate 20 is loaded) is approximately. It is formed in the plane (plane of the same height). In the example of illustration, as frame material, the thing of materials, such as stainless steel (SS) and aluminum, is used, for example. Moreover, the container main body 12 is a rectangle of substantially the same dimension as the rectangular glass plate 20 accommodated in plan view, and is formed in the box shape of predetermined height.

It is preferable that at least two forklift holes 24 are formed on the long side of the container 10. In addition, at least two forklift holes 24 for inserting the forklift forklift are formed in each side surface of the container body 12, and the forklift fork in any direction of the side surface of the container body 12. May be inserted into the forklift hole 24 to convey the container 10. When the container main body 12 loads the glass plate 20 of predetermined number, and conveys it by a forklift, the structure and rigidity which can endure the weight of the glass plate are necessary.

Moreover, each of the four corners of the upper surface of the container main body 12 is provided with the support pillar 26 of predetermined height, and corresponds to each of the four corners in which the support pillar 26 was provided, At each position of the four corners, a support pillar support 27 is fitted to fit with the tip of the support pillars 26 at the four corners of the lower container 10. These four corner support pillars 26 and support pillar supports 27 constitute the stage loading means of the present invention. On the support pillars 26 at the four corners of the lower container 10, the support pillar supports 27 at the four corners of the upper container 10 are positioned so that the upper container 10 is placed at the lower container ( The storage efficiency can be improved simply by laminating | stacking on 10) and loading a predetermined number of containers 10 only. In addition, although the support column 26 may be fixed, when detachable, it is also possible to change the height of the support column 26 according to the number of glass plates 20 laminated | stacked on the container 10, and to improve storage efficiency. have.

In addition, although the material of the container main body 12 is not restrict | limited at all, it is preferable that there is no oscillation and a lightweight material is used, for example, aluminum and stainless steel are used.

The upper attachment member 14 is a rectangle of the substantially same dimension as the upper surface of the container main body 12 in the planar view, is a bottom plate of predetermined height, and is mounted on the frame body of the container main body 12. As shown in FIG. In the illustrated example, an aluminum plate, an aluminum resin plate (aluminum + resin + aluminum), an aluminum honeycomb structural plate, or the like is used as the upper attachment member 14. The upper attachment member 14 supports the glass plate 20 to be loaded and prevents intrusion of dust into the receiving portion of the glass plate 20 from the hole 28, which is a space formed by the frame member constituting the frame body of the container body 12. Installed for

In addition, the structure and the constituent material of the upper attachment member 14 are not restrict | limited at all, Various structures and a constituent material can be used as long as it can support the glass plate 20 which functions similarly and is loaded.

As shown in FIG. 2, the shock absorbing material 16 is a rectangle of substantially the same dimension as the glass plate 20 mounted on it in plan view, and is mounted on the upper surface of the upper mounting member 14. As shown in FIG. In the example of illustration, foaming resin, resin sponge, etc. of foamed polyethylene, foamed polyurethane, etc. of predetermined thickness are used as the buffer material 16. As shown in FIG. The shock absorbing material 16 absorbs vibration transmitted to the glass plate 20 so that the loaded glass plate 20 is not broken by vibration or the like when the glass plate 20 is loaded thereon, or when the container 10 is conveyed after the load. It is provided for the purpose of reducing and protecting the glass plate 20. In addition, the constituent material of the shock absorbing material 16 is not limited at all, and various elastic members can be used as long as the same function is achieved.

In addition, when the glass plates 20 are directly brought into contact with each other, the glass plate 20 is displaced when the glass plate 20 is stored in the container 10 or when the container 10 is conveyed. have. In order to prevent this, as shown in FIG. 2, at the time of storing the glass plate 20 in the container 10, between the buffer material 16 and the glass plate 20, between the glass plates 20, the outermost surface On the upper surface of the glass plate 20, the glass plate 20 is laminated | stacked in the state which has arrange | positioned the thin paper (laminated paper or slip paper) 22. As shown in FIG.

When the plate glass 20 is accommodated in the container 10, the container 10 is inclined so that the glass plate 20 is inclined in order to easily remove air between the glass plate 20 that is already stored and the glass plate 20 that is stored therein. I receive it. In the case where the container 10 is inclined, the container 10 may be inclined at least one side of the container 10 as an axis. In order to mount the glass plate 20 on the inclined top surface of the container 10, the positioning member 18 is provided in the side which will become a lower side (henceforth a lower side) when the container 10 is inclined. In this embodiment, in the case of the example of FIG. 1, the positioning member 18 is a predetermined space | interval along the lower side when the container 10 is inclined among four sides which comprise the edge part of the upper surface of the container main body 12. It consists of two members spaced apart.

The positioning member 18 is a flat plate shape whose height is higher than the mounting height of the predetermined number of glass plates 20 to be loaded, and is set up substantially parallel to the side surface of the glass plate 20.

The glass plate 20 contacts the positioning member 18 of a lower side at the time of loading into the container 10, is positioned in a vertical direction (lower direction in FIG. 1), and is laminated | stacked on the upper surface of the buffer material 16, It is stored. The positioning member 18 may be provided on the side adjacent to the positioning member 18, and the glass plate 20 may be loaded by bringing the end side of the glass plate 20 into contact with each side of the positioning member 18. . The glass plate 20 becomes substantially the same position by planar view, and it becomes easy to automate plate collection, and it can also prevent that the glass plates 20 shift | deviate from each other during the container 10 conveyance. Incidentally, since the inclination of the container 10 may be inclined with respect to one side of the container 10 as described above, the positioning members 18 only need to be on one or two sides, and one on one side. Several may be provided as mentioned above. The fixing of the positioning member 18 to the container main body 12 may be, for example, fixed by welding, or may be detachable by, for example, a bolt or the like, but the fixed type may have a positional accuracy of the glass plate 20. Since it is high and it is easy to make rigidity required when the load from the glass plate 20 is applied to the positioning member 18, a fixed type is preferable. Moreover, although rubber is used as a constituent material of the contact part with the glass plate 20 of the positioning member 18, various elastic members which perform the same function can be used.

Next, the structure at the time of conveyance of the container 10 is demonstrated.

In the case of near-field conveyance, such as in a manufacturing plant, the container 10 is conveyed to a destination by the forklift in the state of a horizontal arrangement, for example. On the other hand, in the case of a long distance conveyance, although conveyed by a trailer etc., since the width | variety of the container 10 which accommodates the glass plate larger than G10 size exceeds the width | variety of the loading table of a trailer, it can convey in the state of a horizontal arrangement. none. Therefore, the container 10 is conveyed in an inclined state, for example in the loading table of a trailer. Since the positioning member 18 is provided in the container 10, the container 10 on which the glass plate 20 is mounted can be inclined. When each glass plate 20 shifts and moves in the container 10 at the time of conveyance, there exists a possibility that a damage, a crack, etc. may arise in the glass plate 20. FIG.

3 is a schematic view showing an example of embodiment of a configuration at the time of conveyance of a container. The upper part of FIG. 3 shows the top view at the time of conveyance of the container 10, and the lower side of FIG. 3 shows the side view of the front side. The container 10 shown in FIG. 3 has shown the state of the container 10 after laminating | stacking and storing the predetermined number of glass plates 20, The press member 34 in the container shown in FIGS. ), An airbag 30 and a wrapping member 32 are further provided.

The pressing member 34 presses the glass plate 20 in order to reliably prevent movement (deviation) of the predetermined number of glass plates 20 loaded, and in the state where the predetermined number of glass plates 20 are accommodated, the container body ( Of four sides which form the edge part of the upper surface of 12), it is attached so that attachment or detachment is possible with respect to one side along all the sides which the positioning member 18 is not arrange | positioned. In this embodiment, the press member 48 is the 1st metal member 35 which attaches and detaches to the container main body 12, and the edge part press part 36 which presses the edge part of the glass plate 20, as shown in FIG. And the screw 37 which is screwed to the first metal member 35 and makes the end pressing portion 36 contact or spaced apart from the end of the glass plate 20. The rubber plate 38 is provided in the surface which contacts the edge part of the glass plate 20 of the edge part press part 36.

After laminating | stacking the glass plate 20, the end part press part 36 can contact the glass plate 20 edge part with the screw 37, and the movement of the glass plate 20 in the horizontal direction can be prevented reliably.

In addition, when the container 10 is shared with the glass plate 20 of another small size, the part occupied by the glass plate 20 by making the buffer material 16 isolate | separable like FIG. 8 according to the size of the glass plate 20 is possible. In addition, since the inverted U-shaped part (buffer remainder) 16a of the shock absorbing material 16 can be removed, and the pressing member 48 can be mounted according to the size of the glass plate 20, the edge part of the glass plate 20 is It can pressurize with the press member 48.

The airbag 30 is mounted on the predetermined number of glass plates 20 stored therein. In the example of illustration, an H-shaped thing is used as the airbag 30, and is mounted in the substantially center of the uppermost glass plate 20 (paper 22).

In addition, the shape, arrangement position, number, air pressure at the time of use, etc. of the airbag 30 are not restrict | limited at all, It determines suitably as needed in the range in which defects, such as a damage and a crack, do not arise in the glass plate 20.

The wrapping member 32 wraps and fixes the container body 12, the upper padding member 14, the cushioning material 16, the loaded glass plate 20, and the air bag 30 as a whole. In the illustrated example, a stretch film is used as the wrapping member 32. The lapping, for example, when bandaging, winds one or more circumferences in the long direction of the glass plate 20, and then moves only a predetermined interval a little in the short direction of the glass plate 20 in the long direction of the glass plate 20. The winding of one or more circumferences is repeatedly performed over substantially the entire region in the short direction of the glass plate 20.

The airbag 30 is mounted on the uppermost glass plate 20 (paper 22) in a state where air is removed. Subsequently, the entirety of the container body 12, the upper lid member 14, the cushioning material 16, the loaded glass plate 20, and the airbag 30 are wrapped by the wrapping member 32. Thereafter, a part of the wrapping member 32 (near the air inlet and outlet of the airbag 30) is torn and air is supplied to the airbag 30. Thereby, the glass plate 20 is pressurized by the airbag 30 and the lapping member 32 to predetermined | prescribed pressure, and the position is fixed reliably, without shifting even at the time of conveyance of the container 10. FIG. In addition, the airbag 30 is not essential and may be wrapped only without using the airbag 30 at the time of near-field conveyance, such as in a manufacturing plant.

In addition, in the case where it is stored in the storage bin, it may be loaded as it is. However, since the height of the airbag 30 is changed while the air is removed and the air is supplied, the airbag 30 is stored by removing the air and lowering the height. The efficiency can be improved.

4 is a side view showing a state where the container 10 is stacked. 4 shows the support pillar support 27 of the four corners of the upper container 10 on the support pillars 26 of the four corners of the lower container 10, thereby lowering the upper container 10 of the lower container 10. The container 10 is loaded by loading on the container 10 of the container. At this time, the portion of the wrapping member 32 covering the support pillars 26 at the four corners of the lower container 10, and the wrapping member 32 covering the support pillar support 27 at the four corners of the upper container 10. The part of) is stabbed by the support column 26 of the four corners of the container 10 of a lower end. In addition, illustration of the lapping member 32 is abbreviate | omitted in FIG.

5 is a schematic diagram of another embodiment which shows the structure at the time of conveyance of a container. As shown in FIG. 5, the container 40 of the present embodiment is fixed to the antistatic cover 42, the spacer (buffer) 44, and the container 10 shown in FIGS. 1 and 2. The member 46 and the pressing member 48 are further provided.

The antistatic cover 42 is to prevent dust from adhering to the glass plate 20 by static electricity generated between the glass plate 20 and the paper. The antistatic cover 42 covers the entirety of the stacked glass plate 20 (and the paper 22), the shock absorbing material 16, the upper lid member 14, and the container body 12. The antistatic cover 42 is not used and discarded at once, but can be rewound a plurality of times.

The spacer 44 is a cushioning material used in the state where the fixing member 46 and the glass plate 20 are fitted. By providing the spacer 44, when the glass plate 20 is fixed to the container body 12 with the fixing member 46, defects such as damage and cracks are generated in the glass plate 20 by the fixing member 46. Can be prevented. In the example of illustration, the spacer 44 is a strip | belt-shaped of predetermined thickness, and is arrange | positioned so that it may cross between the center parts of two opposite sides among the four sides which form the edge part of the upper surface of the container main body 12. As shown in FIG.

In addition, the constituent material of the spacer 44 is not limited at all as long as it is an elastic material serving as a buffer material. In addition, the shape of the spacer 44 is not limited to a strip | belt-shaped thing, The number, arrangement | positioning, and place are not limited, either.

In order to reliably prevent collapse of the glass plate 20 at the time of conveyance of the container 10, the fixing member 46 fixes the predetermined number of glass plates 20 loaded to the container main body 12 with the spacer 44 interposed. It is. In the example of illustration, the lashing belt wound around the upper surface of the spacer 44, the side surface, and the bottom surface of the container 40 as a fixing member 46 is used. By tightening the lashing belt, the spacer 44 can be sandwiched and the glass plate 20 can be securely fixed to the container body 12.

In addition, the fixing member 46 is not limited to a lashing belt, and the same effect is acquired, for example, arrange | positioning a rod-shaped member on the spacer 44, bolting it to the container main body 12, and fixing it. Various fixing members can be used.

The pressurizing member 48 presses the glass plate 20 in order to prevent the movement (deviation) of the predetermined number of glass plates 20 loaded, and the container main body 12 in the state in which the predetermined number of glass plates 20 were accommodated. Of the four sides forming the end of the upper surface of the top surface, the positioning member 18 is detachably attached along all the sides where the positioning member 18 is not arranged. In the example of illustration, the positioning member 18 is being fixed only to the lower side. Therefore, the pressing member 48 is attached to the three sides of an upper side and the left and right sides with respect to one side in plurality (two in this embodiment), predetermined spaced apart.

In addition, the pressurizing member 48 is comprised so that the height which presses the upper surface of the glass plate 20 mounted in the uppermost part is adjustable according to the height of the glass plate 20 mounted. In the example of illustration, as for the pressing member 48, as shown in FIG. 7, the rubber plate 50a is provided in the surface which faces the edge part of the glass plate 20, and is made of the pressing part which presses the side surface of the glass plate 20. The first metal member 48a is screwed into the container main body 12 through a first metal member 48a and a screw hole (not shown) that is open to the first metal member 48a, thereby to attach the first metal member 48a to the container main body 12. Is formed in an inverted L-shape, and a long hole (not shown) extending in the stacking direction of the glass plate 20 is opened in the vertical portion, and the horizontal portion is formed. The second metal member 48b, which is an upper surface pressing portion provided with a rubber plate 50b on the lower surface side thereof, and the first metal member 48a through a long hole of the second metal member 48b, It is comprised by the screw 52b which fixes 48b to the 1st metal member 48a.

After laminating | stacking the glass plate 20 to the container 12, the end press part is made to contact the side surface of the glass plate 20, and the 1st metal member 48a is tightly tightened by tightening the 1st screw 52a. )). Subsequently, by moving the 2nd metal member 48b up and down along the long hole of the 2nd metal member 48b in the state which loosened the 2nd screw 52b, the upper surface according to the height of the glass plate 20 to be loaded. Adjust the position of the pressurization part in the height direction as appropriate. After adjusting the height of an upper surface press part according to the height of the stacked glass plate 20, by tightening the 2nd screw 52b, the stacked glass plate 20 can be pressurized by a predetermined pressing force by the upper surface press part. . The pressing member 48 can reliably prevent the glass plate 20 from moving in the horizontal direction and the vertical direction of the glass plate 20. In addition, the press member 48 is not limited to this embodiment, Any structure may be sufficient, if the movement of the glass plate 20 of the horizontal direction and the vertical direction of the glass plate 20 can be prevented.

In this packing method, the position of the edge part vertical direction and the horizontal direction of the glass plate 20 is fixed by the positioning member 18 and the press member 48, and also the center part of the glass plate 20 by the fixing member 46 is carried out. Since the up and down direction of is fixed, the glass plate 20 can be fixed more reliably, Therefore, this wrapping method is not limited at all, For example, it is suitable for near-field conveyance in a manufacturing plant, and the glass plate 20 It is more suitable for the case of transporting the container loaded with the trailer in a long distance by the trailer.

When the container 12 of this embodiment is used, even if it conveys horizontally or inclines and conveys, each glass plate 20 laminated | stacked in the container at the time of conveyance can be inclined and stacked, without shifting. Long-distance conveying is possible by general trailer. In addition, since the container is compact and lightweight, the glass plate storage facility and the opening facility can be simplified, and the floor area at the time of storage can also be reduced, and a large number of stages can be stacked, thereby improving the storage efficiency of the glass plate 20. It may be.

Although the plate-shaped storage container of this invention is suitable as a storage container of large glass plates, such as G10, for example, it is not limited to this, It is not limited to this, and the glass plate of which a dimension is larger than the glass plate of G10 and the glass plate of G10 is larger than the glass plate of G10. It can also be used as a storage container. Moreover, it is not limited to a glass plate, It can use also as a storage container of plate-shaped bodies other than a glass plate.

As mentioned above, although the plate-shaped container of this invention was demonstrated in detail, this invention is not limited to the said embodiment, A various improvement and change may be made in the range which does not deviate from the main point of this invention.

10, 40: plate-shaped storage container
12: container body
14: upper cover member
16: cushioning material
16a: remainder of cushioning material
18: positioning member
20: glass plate
22: paper (kanji)
24: hole for forklift
26: support column
27: support column support
28: hole
30: Airbag
32: lapping member
34, 48: pressing member
35, 48a, 48b: metal member
36: end pressurization
37, 52a, 52b: screw
38, 50a, 50b: rubber sheet
42: antistatic cover
44: spacer (buffer)
46: fixing member

Claims (6)

It is a horizontally arranged plate-shaped container for storing the plate-like body on the upper surface approximately horizontally,
A container body having a rectangular top surface, an upper pad member loaded on the container body in a rectangular shape in plan view, a first buffer member stacked on the top pad member in a rectangular shape in plan view, and having a height above the first buffer material Positioning disposed along one or two sides of four sides forming an end of the upper surface of the container body, which is higher than a mounting height of a predetermined number of plate-shaped bodies to be loaded in the container and is substantially parallel to the side surface of the plate-shaped body. And a wrapping member for wrapping and fixing the container body, the upper lid member, the first cushioning material, and the plate-shaped body stacked on the first cushioning material. . The plate-shaped container according to claim 1, further comprising an air bag loaded on the plate-shaped body of a predetermined number of sheets and wrapped by the wrapping member. It is a horizontally arranged plate-shaped container for storing the plate-like body on the upper surface approximately horizontally,
A container body having a rectangular top surface, an upper pad member loaded on the container body in a rectangular shape in plan view, a first buffer member stacked on the top pad member in a rectangular shape in plan view, and having a height above the first buffer material Positioning disposed along one or two sides of four sides forming an end of the upper surface of the container body, which is higher than a mounting height of a predetermined number of plate-shaped bodies to be loaded in the container and is substantially parallel to the side surface of the plate-shaped body. A member, a second cushioning material loaded on the plate-shaped body of the predetermined number of sheets, and a fixing member for fixing the plate-shaped body of the predetermined number of sheets to the container body by sandwiching the second buffer material. Plate-shaped storage container to say. The horizontal of the said plate-shaped body of the predetermined number of sheets of Claim 1 which was detachably mounted along at least 1 side in which the said positioning member is not arrange | positioned among the 4 sides which comprise the edge part of the upper surface of the said container main body. And a pressing member for fixing the position in the direction. The said pressing member is equipped with the edge part press part which presses the side surface of the said plate-shaped object of the predetermined number of sheets loaded, and the upper surface press part which presses the surface of the uppermost plate-shaped object, The said upper surface press part The plate-shaped container of which height is comprised so that adjustment is possible according to the stacking height of the plate-shaped object to be loaded. The position of each of the four corners of the bottom surface of the said container main body of Claim 1 corresponding to each of the support column of the predetermined height provided in each of the four corners of the upper surface of the said container main body, and each of the four corners in which the said support column was provided. A plate-shaped storage container, characterized in that the end stacking means comprising a support column support fitted with the tip of the support column at the four corners of the lower plate-shaped storage container formed at the bottom thereof is provided.

Images