KR102327990B1 - A member for packing, a package, and the manufacturing method of a package - Google Patents

Abstract

The packing member 1 is disposed on the upper side of the bottom member 40 disposed below the plurality of tempered glasses G stacked up and down so that the bent portions G1 comrades overlap each other, and the plurality of tempered glasses G The upper surface 42 of the bottom member 40 has a bottom plate bent portion 421 having a shape corresponding to the lower surface of at least a part of the bent portion G1, and the top surface member 60 ), the lower surface 63 has a top plate bent portion 631 having a shape corresponding to the upper surface of at least a portion of the bent portion G1.

Description

A member for packing, a package, and the manufacturing method of a package

This invention relates to the manufacturing method of the member for packing, a package, and a package.

Conventionally, a package and a box for conveying a some glass substrate are known (for example, refer patent documents 1, 2).

In the package of Patent Document 1, a glass plate laminate is formed in which a plurality of flat glass plates are horizontally arranged and laminated with a protective sheet interposed therebetween. These are housed in a box.

In the package of Patent Document 2, the side plates are opposed at intervals narrower than the width of the glass substrate, the edge of the glass substrate is inserted into the vertical groove between the guide ribs provided on each side plate, and the glass substrate is forcibly bent. are accepting

However, in the package of patent document 1, there exists a possibility that a glass plate may slide in the surface direction due to the shake at the time of work or conveyance, and there exists a possibility that a friction flaw may appear on a glass plate.

Then, by using the box of patent document 2, it is thought that the defect at the time of using the package of patent document 1 is eliminated.

Japanese Patent Laid-Open No. 2012-51586 Japanese Patent Laid-Open No. 2005-67621

By the way, in recent years, there exists a request|requirement to laminate|stack and convey base materials, such as glass which at least partly bent, and it is considered to use the box of patent document 2 for such conveyance.

However, in such a case, there is a problem that a gap between the substrates is required and the number of sheets that can be conveyed at one time is limited.

It is an object of this invention to provide the manufacturing method of the member for packing which can be conveyed with high efficiency without damaging a base material, a package, and a package.

The packing member of the present invention is a packing member used for packing a plurality of base materials having a bent portion, and a bottom member disposed below a plurality of the base materials stacked up and down so that the bent portions overlap each other; a ceiling member disposed on an upper side of a substrate, wherein an upper surface of the bottom member has a bottom plate bent portion having a shape corresponding to a lower surface of at least a portion of the bent portion, and a lower surface of the ceiling member includes at least a part of the bent portion It is characterized in that it has a curved portion of the ceiling plate having a shape corresponding to the upper surface of the .

According to the present invention, sliding of the lowermost base material can be suppressed by placing the lowermost base material on the bottom member so that at least a part of the lower surface of the bent portion faces the base plate bent portion. In addition, by arranging the top surface member on the substrate so that at least a portion of the bent portion of the uppermost substrate faces the top plate bending portion and fixing it with respect to the bottom member, sliding of the uppermost substrate can be suppressed and all substrates can be pressed downward, and the sliding of the substrate can be suppressed even by this pressing force. Accordingly, it is possible to suppress the occurrence of friction scratches on the substrate due to shaking during operation or transport. Moreover, packing can be carried out without forming a gap|interval between base materials, and conveyance can be carried out with high efficiency.

In the packing member of the present invention, the side of the bottom member and the top member in a state where the plurality of substrates are interposed therebetween, or on the side of the plurality of substrates and disposed between the bottom member and the top member It is preferable to have a side member.

According to this aspect of this invention, when the package of a base material is laminated|stacked, the load of the upper package can be received by the side member of the lower package, and damage to the base material by this load can be suppressed.

The package of the present invention includes the above-described packing member, a plurality of substrates stacked vertically so that the bent portions overlap each other between the bottom face member and the top face member of the packing member, the bottom face member and the A fixing member for fixing the ceiling surface member is provided.

According to this aspect of this invention, sliding of this lowermost base material can be suppressed by loading a base material of a lowermost part on a bottom member so that the lower surface of at least one part of a bending part may oppose a bottom plate bending part. In addition, by arranging the top surface member on the substrate so that the upper surface of at least a part of the bent portion in the uppermost substrate faces the top plate bent portion, and fixing it using the bottom member and the fixing member, the sliding of the uppermost substrate can be suppressed. Together with this, all the substrates can be pressed downward, and even with this pressing force, the slide of the substrate can be suppressed. Accordingly, it is possible to suppress the occurrence of friction scratches on the substrate due to shaking during operation or transport. Moreover, packing can be carried out without forming a gap|interval between base materials, and conveyance can be carried out with high efficiency.

As for the package of this invention, it is preferable that the said base material is glass.

ADVANTAGE OF THE INVENTION According to this invention, the package which can be conveyed with high efficiency can be provided, without damaging glass.

The manufacturing method of the package of this invention is a manufacturing method of the package by which the base material which has a bending part was packed by the member for packing mentioned above, The some base material laminated|stacked up and down so that the said bending part may overlap each other, the base material of the lowermost part The top surface member is mounted on the bottom member so that the lower surface of at least a part of the bent part in It arranges on the said uppermost base material, and manufactures the said package by fixing the said bottom face member and the said top face member with a fixing member.

ADVANTAGE OF THE INVENTION According to this invention, the package which can be conveyed with high efficiency can be manufactured, without damaging a base material.

The manufacturing method of the package of this invention has the above-mentioned packing member, the box main body part which has an opening part on one side, and accommodates the said bottom face member, the said top face member, the said some base material, and the said side member, and the said box. A method of manufacturing a package in which a base material having a bent portion is wrapped by a cover portion for closing the opening of the body portion, wherein the bottom member and the side member are placed in the box body so that the side member is located on the side of the bottom member. a plurality of substrates positioned and stacked vertically so that the bent portions overlap with each other are placed on the bottom member such that the lower surface of at least a part of the bent portion in the lowermost substrate faces the bottom plate bent portion, and the uppermost The ceiling member is disposed on the uppermost substrate such that the upper surface of at least a part of the bent portion in the base material faces the top plate bent portion, and the upper surface of the ceiling member is located above the upper surface of the side member, , the opening of the box body is closed by pressing the ceiling surface member with the lid part, and the lid part is brought into close contact with the side member while deforming at least one of the lid part and the ceiling surface member, and the opening of the box body part is closed, and the base material is moved downward. The said package is manufactured by fixing the said bottom face member and the said top face member while pressurizing.

According to the present invention, the substrate can be pressed downward simply by pressing the ceiling surface member with the lid portion to block the opening of the box body portion, and the sliding of the substrate can be further suppressed by this pressing force.

The method for manufacturing a package of the present invention includes the above-described packing member, an upper plate member having an opening on one surface and disposed adjacent to the bottom member, the top member, and the top member, the plurality of substrates and the above A method for manufacturing a package in which a base material having a bent portion is packed by a box body portion for accommodating a side member and a lid portion for closing the opening of the box body portion, wherein the side member is positioned on the side of the bottom member The bottom member and the side member are positioned in the box body portion, and a plurality of substrates stacked vertically so that the bent portions overlap each other, the lower surface of at least a part of the bent portion in the lowermost substrate is placed in the bottom plate bent portion. the top surface member is placed on the uppermost substrate so that the upper surface of at least a part of the bent portion in the uppermost substrate is opposed to the top plate bent portion, the upper surface of the upper plate member is placed on the bottom member to face The top plate member is disposed on the ceiling member so as to be positioned higher than the height of the opening of the box body part, and the top plate member or the ceiling member is pressed with the cover part, so that the lid part and the top plate member or the cloth are pressed. The package is manufactured by closing the opening of the box body part with the lid part while deforming at least one of the scene members, pressing the base material downward and fixing the bottom face member and the top face member.

According to the present invention, the substrate can be pressed downward simply by pressing the ceiling surface member with the lid portion to block the opening of the box body portion, and the sliding of the substrate can be further suppressed by this pressing force.

In the manufacturing method of the package of this invention, the said ceiling surface member and the said top plate member are integral.

ADVANTAGE OF THE INVENTION According to this invention, since a top plate member and an upper plate member are integral, the number of parts reduces and a package can be manufactured simply.

BRIEF DESCRIPTION OF THE DRAWINGS It is an exploded perspective view of the package which concerns on one Embodiment of this invention.
Fig. 2 is a longitudinal sectional view of the central position in the short side direction of the package;
It is a longitudinal sectional view which shows the manufacturing method of the said package, and shows the state before closing an inner cover part and an outer cover part.
Figure 4 (A) is a longitudinal cross-sectional view of the package according to Modification Example 1 of the present invention, (B) is a cross-sectional view.
5 (A), (B) is a longitudinal cross-sectional view of the package according to Modifications 2 and 3 of the present invention.
Figure 6 (A), (B) is a longitudinal cross-sectional view of the package according to Modifications 4 and 5 of the present invention.
Fig. 7 (A) is a longitudinal cross-sectional view of the package according to Modification Example 6 of the present invention, (B) is a cross-sectional view of the package according to Modification Example 7 of the present invention.
8 is a perspective view of a bottom member according to another modified example of the present invention.

[Embodiment]

EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described with reference to drawings.

[constitution of package]

First, the structure of a package is demonstrated. In addition, when expressing a direction, a direction parallel to the X-axis of FIG. 1 is expressed as a left-right direction, a direction parallel to the Y-axis is referred to as a front-back direction, and a direction parallel to the Z-axis is expressed as a vertical direction.

As shown in FIG. 1 and FIG. 2, the package P is what packed the tempered glass G as a base material by the member 1 for packing.

The tempered glass G has a rectangular shape in plan view, and has a bent portion G1 in which the center in the longitudinal direction is bent upward in a cylindrical shape when viewed in a cross section in the thickness direction.

The packing member 1 includes a box body 10 , a top plate member 20 , a side member 30 , a bottom member 40 , a protection member 50 , and a top member 60 . The box body 10 and the upper plate member 20 constitute the fixing member 2 of the present invention.

The box body 10 is formed in a rectangular box shape with at least one layer of corrugated cardboard extending in the left-right direction in plan view and larger than the tempered glass G. The box body 10 includes a box body portion 11 with an open upper surface, an inner cover portion 12 extending from the upper ends of both left and right sides of the box body portion 11 , and the box body portion 11 . It is provided with the outer cover part 13 which extends and protrudes from the upper end of both front and back sides. The inner lid portion 12, the outer lid portion 13 and the upper plate member 20 constitute the lid portion 3 of the present invention.

The inner space of the box body 11 is configured to accommodate the top plate member 20 , the side member 30 , the bottom member 40 , the protection member 50 , and the top member 60 . The length of the inner cover part 12 in the extending protrusion direction is set to be less than half of the length in the left-right direction of the box body part 11 . The length of the outer cover part 13 in the extending protrusion direction is set to half the length of the box body part 11 in the front-rear direction.

The upper plate member 20 is formed with at least one layer of corrugated cardboard so that the opening of the box body 11 can be closed. The upper plate member 20 is arranged inside the box body 11 so that the plane direction of the corrugated cardboard is in the horizontal direction, and is easily deformed with respect to the force in the vertical direction.

In addition, in this embodiment or the following modifications, corrugated cardboard such as A flute, B flute, E flute, W flute, F flute, G flute and the like can be used for the configuration formed of corrugated cardboard, and there is no particular limitation. Moreover, as a liner, a C liner, a K liner, etc. can be used, K liner is preferable, K5 (180 g/m<2>), K6 (220 g/m<2>), and K7 (280 g/m<2>) are more preferable. As thickness of 1 sheet of corrugated cardboard, 0.8 mm - 10 mm are preferable, and 3 mm - 8 mm are more preferable.

The side member 30 is provided with a pair of short side members 31 and long side members 32, respectively.

The short side member 31 and the long side member 32 are formed by winding at least one layer of corrugated cardboard, and have a buffer function with respect to the tempered glass G.

The short side member 31 has a length in the front-rear direction equal to the length in the front-rear direction inside the box body 11 , and is accommodated in close contact with the left and right inner walls of the box body 11 . The long side member 32 is accommodated so that the length in the left and right direction is the same as the length between the short side members 31 in the state accommodated in the box body part 11 and is in close contact with the inner wall before and after the box body part 11 . do. The short side member 31 and the long side member 32 are arranged so that the surface direction of the corrugated cardboard is in the vertical direction, so that they are hardly deformed with respect to the vertical force.

In addition, the short side member 31 and the long side member 32 have the sum of their height and the thickness of the top plate member 20 as the inner cover portion 12 and the outer cover portion 13 , and the box body portion 11 . It is formed so that it may become equal to the height of the internal space of the box main body part 11 at the time of closing.

As shown in the circular region C of FIG. 1, the bottom member 40 is formed of the corrugated cardboard laminated|stacked back and forth, and has a buffer function with respect to the tempered glass G. As shown in FIG. The bottom member 40 is provided with a rectangular bottom surface 41, an upper surface 42, and a side surface 43 of the same size as the space surrounded by the side member 30 and larger than the tempered glass G in plan view, respectively. . The upper surface 42 has a bottom plate bent portion 421 corresponding to the shape of the entire lower surface of the bent portion G1 of the tempered glass G, and the entire tempered glass G is supported by the bottom plate bent portion 421 . The lower surface 41 and the side surface 43 are formed in a planar shape, and are configured to be in surface contact with the box body 11 and the side member 30 . The bottom member 40 is disposed inside the box body 11 so that the surface direction of the corrugated cardboard is in the vertical direction, and is difficult to deform with respect to a vertical force.

The protective member 50 is formed of a laminate film in a rectangular shape substantially the same size as that of the bottom member 40 in plan view. The protection member 50 is disposed between the tempered glass G, and has a scratch prevention function of the tempered glass G. The protective member 50 is preferably formed of a material that is difficult to generate static electricity so that it can be easily peeled off from the tempered glass G. In addition, since the positioning of the tempered glass G can be reliably achieved by making the protective members 50 less slippery, a high friction resin or the like can be suitably used as the material of the protective member 50 .

The top member 60 includes a pressing member 61 formed in the same shape as the bottom member 40 in plan view, and an upper opposing member 62 . The pressing member 61 is formed of one layer of corrugated cardboard, and the upper opposing member 62 is formed of corrugated cardboard laminated back and forth, respectively, and has a cushioning function with respect to the tempered glass G.

The pressing member 61 is arranged inside the box body 11 so that the plane direction of the corrugated cardboard is in the horizontal direction, and is easily deformed with respect to a vertical force.

The lower surface 63 of the upper opposing member 62 has a top plate bent portion 631 corresponding to the shape of the entire upper surface of the curved portion G1 of the tempered glass G, and the entire tempered glass G can be pressed by the top plate bent portion 631 Consists of. The upper surface 64 and the side surface 65 of the upper opposing member 62 are formed in a planar shape, and are configured to be in surface contact with the pressing member 61 and the side member 30 . The upper opposing member 62 is disposed between the pressing member 61 and the uppermost protective member 50 so that the surface direction of the corrugated cardboard is in the vertical direction, and is difficult to deform with respect to a vertical force.

[Method for producing a package]

Next, the manufacturing method of the package P by which tempered glass G was packaged by the member 1 for packing is demonstrated.

In addition, a person may perform the following operation|work, and machines, such as a robot, may perform it, and a person and a machine may share and perform it for each process.

First, as shown in FIG. 3 , the inner lid portion 12 and the outer lid portion 13 of the box body 10 are opened, and the side member 30 is arranged in the box body portion 11 . do. At this time, the short side member 31 and the long side member 32 are brought into close contact with adjacent members, and their lower ends are brought into close contact with the bottom wall of the box body portion 11 . Next, the bottom member 40 is arranged in the space surrounded by the side member 30 , and the bottom surface 41 is brought into close contact with the bottom wall of the box body 11 . Further, the bottom member 40 may be disposed in the box body 11 before the side member 30, or the side member 30 and the bottom member 40 may be brought into close contact with each other and disposed in the box body 11 at the same time. .

Next, the tempered glass G is loaded on the bottom member 40 so that the bent portion G1 faces the bottom plate bent portion 421 via the protective member 50, and then, the protective member 50 is positioned at the uppermost portion and the bent portion The protection member 50 and the tempered glass G are alternately arranged so that G1 comrades overlap. At this time, as for the protection member 50 and the tempered glass G, when the pressing member 61 and the upper opposing member 62 are arranged as described later, the upper surface of the pressing member 61 is higher than the upper surface of the side member 30 . It is preferable to arrange|position as many as the number of sheets located above.

And the upper opposing member 62 is mounted on the protection member 50 so that the bending part G1 of the uppermost tempered glass G is opposed to the ceiling plate bending part 631 via the protection member 50, and a pressing member 61 is placed thereon. By loading , the upper surface of the pressing member 61 is in a state located above the upper surface of the side member 30 . At this time, it is preferable that the pressing member 61 protrudes from the side member 30 by less than its thickness.

Thereafter, as shown in FIG. 2 , the pressing member 61 is pushed through the upper plate member 20 by bending the inner lid portion 12 and the outer lid portion 13 to the inside of the box body portion 11 . By pressing, the outer periphery of the upper plate member 20 is brought into close contact with the upper surface of the side member 30 while vertically deforming the contact portion between the upper plate member 20 and the pressing member 61 to close the opening of the box body 11 . It is closed, and the outer cover part 13 is fixed with an adhesive tape, a band, etc..

Through the above operation, the upper opposing member 62 is pressed by the upper plate member 20 via the pressing member 61, whereby the tempered glass G is pressed downward, and the bottom member ( 40) and the ceiling surface member 60 are fixed, and the package P is completed. At this time, the tempered glass G may be pressed not only in the downward direction of the package P by this pressing force, but also in the front-back, left-right direction.

[Operation and Effects of the Embodiment]

A bottom plate bending portion 421 having a shape corresponding to the lower surface of the bending portion G1 of the tempered glass G is provided on the upper surface of the bottom surface member 40 constituting the packing member 1, and the upper side opposing member of the ceiling surface member 60 A top plate bent portion 631 having a shape corresponding to the upper surface of the bent portion G1 is provided on the lower surface of (62).

With such a configuration, in the package P obtained using the packing member 1, the tempered glass G can be arranged on the bottom member 40 so that the lower surface of the bent part G1 faces the bottom plate bent part 421, The sliding of the lowermost tempered glass G can be suppressed. In addition, by arranging the upper opposing member 62 on the uppermost tempered glass G so that the upper surface of the bent portion G1 faces the top plate bent portion 631 and fixing it against the bottom member 40, the sliding of the uppermost tempered glass G is suppressed. All of the tempered glass G can be pressed downward, and the sliding of the tempered glass G can also be suppressed by this pressing force. Therefore, it is possible to suppress the occurrence of friction scratches on the tempered glass G due to shaking during work or conveyance, and packing can be performed without forming a gap between the tempered glass G, so that it can be conveyed with high efficiency.

In particular, since the bottom plate bent portion 421 and the top plate bent portion 631 are respectively formed to correspond to the shapes of the entire lower surface and the entire upper surface of the bent portion G1, the area facing the tempered glass G is widened, and the pressing force by the upper opposing member 62 is It is possible to suppress damage to the tempered glass G due to an impact or the like to the package P.

In addition, the package P does not need to make the bottom face of the box main body part 11 downward, and convey it. When the top surface of the box main body 11 is conveyed downward, the pressing force of the packing member 1 in the inside becomes stronger, and the effect that tempered glass G is fixed will be acquired. If one of the side surfaces of the box body 11 is conveyed as the lower side, the space of the conveying machine can be effectively utilized, and more efficient conveyance is possible.

Since the member 1 for packing is comprised including the side member 30 arrange|positioned at the side of the bottom member 40 and the ceiling member 60, when the package P is laminated|stacked, the upper package The load of P can be received by the side member 30 of the lower package P, and the breakage of the tempered glass G by this load can be suppressed.

Since the box body 10, the upper plate member 20, the side member 30, the bottom member 40, and the ceiling member 60 are made of corrugated cardboard, the cost can be reduced and disposal becomes easy.

[Variation]

In addition, the present invention is not limited only to the above embodiments, and various improvements and design changes are possible within the scope not departing from the gist of the present invention, and other specific procedures and structures at the time of implementation of the present invention, It is good also as another structure etc. in the range which can achieve the objective of this invention.

For example, as the base material of the present invention, other than tempered glass, non-strengthened glass, laminated glass laminated with glass and resin, resin, metal, and wood may be formed. , exhibits excellent effects on easily scratched substrates. Although physical strengthening or chemical strengthening may be sufficient as the strengthening process of glass, if thickness is 2 mm or less, chemical strengthening is preferable. As thickness of a base material, 0.3 mm - 5 mm are preferable, 0.7 mm - 5 mm are more preferable, and 1.3 mm - 3 mm are still more preferable. Print processing, anti-glare processing (AG processing), antireflection processing (AR processing), and anti-fingerprint processing (AFP processing) may be made on the base material on either main surface. At least a part of the base material may be bent, and for example, a plurality of locations may be bent in a different shape. The planar shape of the base material may be a polygon such as a square or a triangle, a trapezoid, a circle, an ellipse, or an irregular shape. The base material may be a panel display such as a liquid crystal display, a cover glass such as a portable device such as a smartphone, or a window glass for a vehicle. The bending may be formed by molding various substrates in an environment such as high temperature, or may be formed by temporarily bending the glass.

In particular, at least one of the bottom plate bent portion 421 of the bottom member 40 and the top plate bent portion 631 of the top surface member 60 is at least one of the front-back direction and the left-right direction when the package P is packed. If the pressing force from the direction is distributed forward and backward, or both in the left direction and the right direction, the sliding of the substrate can be further suppressed.

As the material of the box body 10, the upper plate member 20, the side member 30, the bottom member 40, the protection member 50, the pressing member 61, and the upper opposing member 62, plastic corrugated cardboard or foam Resin, such as a styrol, may be sufficient, metal or wood other than the protection member 50 may be sufficient, and paper may be sufficient as a protection member.

The box body 10, the upper plate member 20, the side member 30, the bottom member 40, the pressing member 61, and the upper opposing member 62 made of corrugated cardboard have at least an end portion wrapped with a film or paper. you can lose With such a configuration, even when the edge of the corrugated cardboard directly or indirectly touches the tempered glass G, it is possible to suppress the occurrence of scratches on the tempered glass G.

The upper plate member 20 , the side member 30 , the bottom member 40 , the protective member 50 , the pressing member 61 , and the upper opposing member 62 may be hollow.

The upper plate member 20 , the side member 30 , the bottom member 40 , the pressing member 61 , and the upper opposing member 62 may be in point or line contact with other members.

The bottom member 40 , the pressing member 61 , and the upper opposing member 62 may be divided into a plurality of members.

The upper plate member 20 , the side member 30 , the bottom member 40 , the pressing member 61 , and the upper opposing member 62 may be integrated with each other. For example, the side member 30 and the bottom member 40 may be integrated, and the side member 30 and the upper opposing member 62 may be integrated.

In addition, even if a plurality of pressing members 61 are used so that when the protection member 50 and the tempered glass G are disposed, the pressing member 61 located at the uppermost position protrudes from the side member 30 by less than its thickness. do. In addition, when using one pressing member 61, by making it thicker than the sum of the thicknesses of the protection member 50 and the tempered glass G, the pressing member 61 protrudes from the side member 30 by less than the thickness. .

The box body portion 11 and the inner lid portion 12 and the outer lid portion 13 constituting the lid portion 3 may be detachable. The inner lid portion 12 may not be provided. The outer lid portion 13 only needs to be able to block the opening of the box body portion 11 . For example, the sum of the lengths of the pair of outer lid portions 13 is the length in the front-rear direction of the box body portion 11 . As long as it is above, the length of each of the outer lid portions 13 may be different, and the outer lid portion 13 having a length equal to or greater than the length in the front-rear direction of the box body portion 11 is placed on the front side or the rear side of the box body portion 11 . You can install it only on .

The fixing member of the present invention may be a band-like member or a string-like member made of cloth or resin.

At least one of the upper plate member 20 , the side member 30 , and the protection member 50 may be omitted.

The tempered glass G may be pressed downward by forming one of the upper plate member 20 and the pressing member 61 from a material that does not deform, and deforming only the contact portion with one of the other.

The side member 30 may not have the short side member 31 or the long side member 32, and may form the short side member 31 and the long side member 32 as one member.

The side member 30 may be disposed on the side of the plurality of tempered glass G only between the bottom member 40 and the ceiling member 60 .

The side member 30 may be comprised as follows. The long side member 32 is accommodated so that the length in the left-right direction is the same as the length in the left-right direction inside the box body part 11 , and closely adheres to the inner walls of the front and rear sides of the box body part 11 . The short side members 31 are accommodated so that the length in the front-rear direction is the same as the length between the long side members 32 in the state accommodated in the box body 11, and is in close contact with the left and right inner walls of the box body 11. do.

For example, as shown by the dashed-dotted line in FIG. 2 , the bottom plate member 40 and the top plate member 60 have a bottom plate bent portion 421 and a top plate bent portion 631 corresponding to the shape of a part of the bent portion G1 instead of the whole. ), and a part of the tempered glass G may be supported.

Tempered glass G is sandwiched between the upper surface 42 and the lower surface 63 of the bottom member 40 and the ceiling member 60, and a bottom plate bent portion 421, a top plate bent portion ( 631) may be provided with a fitting groove portion. As a result, the tempered glass G is more firmly fixed by the bottom member 40 and the ceiling member 60, and as described above, even if one of the side surfaces of the box body 11 is transported downward, it is strengthened. Glass G is hard to shift|deviate and is stabilized. At this time, it is more preferable to wrap so that the protection member 50 which covers the tempered glass G may be inserted in the bottom plate bending part 421 and the top plate bending part 631 other than a fitting groove part. Thereby, the tempered glass G becomes more difficult to move and is stabilized.

In the upper plate member 20 or the pressing member 61, description information such as the type of the substrate and the lot number may be written, or a pocket in which the sheet on which the description information is written may be provided.

You may apply the above-mentioned modified example suitably to the modified example of FIGS. 4-8 demonstrated below.

As shown to Fig.4 (A), (B), the package P of the modification 1 is a member for packing provided with 30 A of side members instead of the side member 30 of the member for packing 1 ( 1A) may be packed.

The side member 30A includes a plurality of short side members 31A (four in FIG. 4(B) ) shorter in front and rear than the short side member 31 , and a length on the left and right sides of the long side member 32 . A plurality of short (four in Fig. 4B) long side members 32A are provided. Two short side members 31A are accommodated at a predetermined distance along the inner walls on the left and right, and two long side members 32A are accommodated at a predetermined distance along the front and rear inner walls.

According to such a configuration, the tempered glass G can be easily accommodated or taken out by inserting a hand or a robot arm between the adjacent short side members 31A or between the long side members 32A.

In addition, at least one of the short side member 31A and the long side member 32A may be provided along the inner wall so that a hand or the like can be put on either side or one side thereof, or three or more may be provided apart from each other. In addition, the short side member 31 may be provided instead of the short side member 31A, and the long side member 32 may be provided instead of the long side member 32A.

As shown in FIG.5(A), the package P of the modification 2 is packed by the member 1B for packing provided with the bottom member 40B instead of the bottom member 40 of the member 1 for packing. may be The bottom member 40B is formed of a base plate member 44B formed in a flat shape with a material having a higher rigidity than corrugated cardboard, such as resin, metal, wood, and corrugated cardboard stacked back and forth, and is the same as the bottom member 40 It is provided with the lower side opposing member 45B which has a structure. A bottom plate bent portion 461B having the same shape as the bottom plate bent portion 421 is provided on the upper surface 46B of the lower opposing member 45B. The bottom plate member 44B is accommodated in the lowermost part of the box body part 11, and the lower opposing member 45B is accommodated thereon.

According to such a structure, the intensity|strength of the lower part of package P can be raised and the breakage of tempered glass G can be suppressed.

As shown in FIG.5(B), the package P of the modified example 3 may be packed by the member 1C for packing which is not provided with the upper plate member 20 of the member 1 for packing. In 1 C of packing members, 2 C of fixing members of this invention are comprised only with the box body 10, and 3 C of cover parts of this invention are comprised by the inner cover part 12 and the outer cover part 13. do.

According to 1 C of such packing members, by directly pressing the pressing member 61 with the inner lid part 12, the contact part of the inner lid part 12 and the pressing member 61 is reinforced while deforming up and down. In addition to being able to press glass G downward, the number of parts of 1 C of members for packing is reduced.

As shown in FIG.6(A), the package P of the modification 4 was provided with the ceiling-surface member 60D instead of the ceiling-surface member 60 of the member 1 for packing (1D) for packing. may be packaged with The ceiling member 60D is formed so as not to be deformed with respect to a vertical force by the corrugated cardboard stacked back and forth, and has the same configuration as the upper opposing member 62 except that the vertical length is long. A top plate bent portion 661D having the same shape as the top plate bent portion 631 is provided on the lower surface 66D of the ceiling member 60D.

According to such a member 1D for packing, the tempered glass G can be pressed downward while crushing the contact part with the ceiling surface member 60D in the upper plate member 20, and the member 1D for packing Reduce the number of parts.

In this case, the top plate member 20 may be disposed on the ceiling member 60D so that the upper surface of the top plate member 20 is positioned above the height of the opening of the box body part 11 . By pressing the top plate member 20 or the ceiling member 60D with the lid part 3, the lid part 3 is deformed while at least one of the lid part 3 and the top plate member 20 or the ceiling surface member 60D is deformed. ) to close the opening of the box body 11 . Thereby, by pressing the tempered glass G downward, it can be fixed by the bottom surface member 40 and the ceiling surface member 60D.

Moreover, the top surface member 60D and the upper surface member 20 may be integral. Not only can the tempered glass G be pressed downward, but the number of parts of the packing member is further reduced.

As shown in FIG.6(B), the package P of the modified example 5 is the member 1E for packing which provided the inner box 7E instead of the upper plate member 20 in the member 1 for packing. ) may be packaged. The inner box 7E is configured to be accommodated in the space surrounded by the side member 30 by at least one layer of corrugated cardboard. The inner box body 7E includes an inner box body portion 71E as a rectangular box-shaped box body portion, and an inner box cover portion 72E extending from the upper ends of both left and right sides of the inner box body portion 71E. are being prepared In the packing member 1E, the fixing member 2E of this invention is comprised by the inner box body 7E, and the cover part 3E of this invention is comprised by the inner box cover part 72E.

According to such a packing member 1E, by pressing the pressing member 61 with the inner box lid portion 72E, the contact portion between the inner box lid portion 72E and the pressing member 61 is vertically deformed. The tempered glass G can be pressed downward.

In addition, the inner box main body 71E and the inner box lid 72E constituting the cover 3E may be detachable.

As shown to Fig.7 (A), the package P of the modification 6 is packed by the member 1F for packing provided with the side member 30F instead of the side member 30 of the member 1 for packing. may be

A short side member 31F and a long side member (not shown) of the side member 30F are respectively disposed on the short side member 31 and the long side member 32 between the bottom member 40 and the ceiling member 60 . A fitting portion 311F fitted to the , and a fitting portion (not shown) are added.

Moreover, it is not necessary to provide the fitting part 311F only to the short side member 31F, and it is not necessary to provide the fitting part only to the long side member which is not shown in figure. Moreover, you may provide the fitting part similar to the fitting part 311F in at least one of the short side member 31A and the long side member 32A shown in FIG.4(B).

As shown in FIG.7(B), the package P of the modification 7 is packed by the member 1G for packing provided with 30G of side members instead of the side member 30 of the member 1 for packing. may be

The short side member 31G of the side member 30G is formed so that the length in the front-rear direction is shorter than the length in the front-rear direction inside the box body part 11 by the length in the front-rear direction of the side member 32G. The long side member 32G is formed so that the length in the left-right direction is shorter than the length in the left-right direction inside the box body part 11 by the length in the left-right direction of the side member 31G. The short side member 31G and the long side member 32G are accommodated in close contact with the left and right, front and rear inner walls of the box body 11, respectively.

As shown in FIG. 8 , a bottom member 40H may be used instead of the bottom member 40 . In this bottom member 40H, a plurality of plate-shaped members 47H are interposed in a grid shape, and a bottom plate bent portion 471H corresponding to the shape of the entire lower surface of the bent portion G1 of the tempered glass G is formed on the upper surface thereof.

If it is set as such a structure, weight reduction of a package and cost suppression can be aimed at.

Further, the upper opposing member 62 shown in Fig. 1, the lower opposing member 45B shown in Fig. 5B, and the top face member 60D shown in Fig. 6A are attached to the bottom member 40H. ), you may form by arranging plate-shaped members in a grid shape.

This application is based on Japanese Patent Application No. 2016-050662 for which it applied on March 15, 2016, The content is taken in here as a reference.

1, 1A, 1B, 1C, 1D, 1E, 1F, 1G: member for packing
2, 2C, 2E: fixing member
3, 3C, 3E: cover part
11: box body
30, 30A, 30F, 30G: side member
40, 40B, 40H: Bottom member
42, 46B: top
60, 60D: ceiling member
63, 66D: Bottom
71E: inner box body portion (box body portion)
421, 461B, 471H: bottom plate bent part
631, 661D: Ceiling plate bends
G: tempered glass
G1: bend
P: package

Claims (8)

A packing member used for packing of a plurality of base materials having a bent portion;
A plurality of substrates stacked up and down so that the bent portions overlap each other;
It is a package provided with a fixing member,
The packing member,
A bottom member formed of corrugated cardboard disposed below the plurality of substrates, and
and a ceiling member formed of corrugated cardboard disposed on the upper side of the plurality of substrates,
The upper surface of the bottom member has a bottom plate bent portion corresponding to the shape of a portion of the lower surface of the bent portion,
The lower surface of the ceiling member has a ceiling plate bent portion corresponding to the shape of a portion of the upper surface of the bent portion,
The lowermost substrate and the uppermost substrate of the plurality of the substrates stacked up and down are fitted into fitting grooves of the upper surface of the bottom member and the lower surface of the ceiling member, respectively, and the bottom plate is respectively fitted in the fitting grooves A bent portion and a curved portion of the ceiling plate are installed,
The said fixing member fixes the said bottom face member and the said top face member, The package characterized by the above-mentioned. The member for packing according to claim 1, wherein the packing member is a side of the bottom member and the top member in a state where a plurality of the substrates are interposed therebetween, or a side of the plurality of the substrates and the bottom member and the top member The package provided with the side member arrange|positioned in between. delete The package of claim 1 , wherein the substrate is glass. It is the manufacturing method of the package of Claim 1,
In a plurality of substrates stacked vertically so that the bent portions overlap each other, a part of the lower surface of the bent portion in the lowermost substrate faces the bottom plate bent portion, and the lowermost substrate is fitted with the upper surface of the bottom member Loaded on the bottom member so as to be fitted into the groove,
In the uppermost substrate, the ceiling surface member is attached to the uppermost substrate so that a part of the upper surface of the bent portion faces the top plate bent portion, and the uppermost substrate is fitted into the fitting groove portion of the lower surface of the ceiling surface member. placed on top,
The manufacturing method of the package which manufactures the said package by fixing the said bottom face member and the said top face member with the said fixing member. It is the manufacturing method of the package of Claim 2,
The packing member, a box body portion having an opening on one surface and accommodating the bottom surface member, the top surface member, a plurality of the base materials and the side members, and a lid portion for closing the opening of the box body portion, A substrate having a bent portion is packed,
Positioning the bottom member and the side member in the box body so that the side member is located on the side of the bottom member,
In a plurality of substrates stacked vertically so that the bent portions overlap each other, a part of the lower surface of the bent portion in the lowermost substrate faces the bottom plate bent portion, and the lowermost substrate is fitted with the upper surface of the bottom member Loaded on the bottom member so as to be fitted into the groove,
A portion of the upper surface of the bent portion of the uppermost substrate faces the top plate bent portion, and the uppermost substrate is fitted into the fitting groove portion of the lower surface of the ceiling surface member, and the upper surface of the ceiling surface member is disposing the ceiling member on the uppermost substrate so as to be positioned above the upper surface of the side member;
The opening of the box body is closed by pressing the ceiling surface member with the lid part, and the lid part is brought into close contact with the side member while deforming at least one of the lid part and the ceiling surface member, and the base material is pressed downward. The manufacturing method of the package which manufactures the said package by fixing the said bottom surface member and the said ceiling surface member together. It is the manufacturing method of the package of Claim 2,
a box body portion having an opening on one surface and having an opening on one surface, the upper plate member disposed adjacent to the bottom member, the top member, the top member, a plurality of the substrates, and the side member; The base material having a bent part is packed by the cover part which closes the opening part of the box body part,
Positioning the bottom member and the side member in the box body so that the side member is located on the side of the bottom member,
In a plurality of substrates stacked vertically so that the bent portions overlap each other, a part of the lower surface of the bent portion in the lowermost substrate faces the bottom plate bent portion, and the lowermost substrate is fitted with the upper surface of the bottom member Loaded on the bottom member so as to be fitted into the groove,
In the uppermost substrate, the ceiling surface member is attached to the uppermost substrate so that a part of the upper surface of the bent portion faces the top plate bent portion, and the uppermost substrate is fitted into the fitting groove portion of the lower surface of the ceiling surface member. placed on top,
disposing the top plate member on the ceiling member so that the top surface of the top plate member is positioned above the height of the opening of the box body part;
By pressing the top plate member or the ceiling member with the lid part, while deforming at least one of the lid part, the top plate member, or the ceiling plane member, the opening of the box body part is closed by the lid part, and the base material is removed. The manufacturing method of the package which manufactures the said package by fixing the said bottom face member and the said top face member while pressing downward. The method for manufacturing a package according to claim 7, wherein the ceiling surface member and the upper plate member are integrally formed.

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