KR100765634B1 - Plate-shaped storage case - Google Patents

Abstract

A plurality of plate-shaped article receiving spaces S formed by placing a plurality of partition walls 2 made of a resin material having shock absorbing properties in a manner in which they are arranged on a pair of side walls 3 at predetermined intervals from each other. And fastening means 4 for fastening and fastening the group of partitions 2 for storing the plate-like object 1 in the individual plate-shaped article accommodation spaces S in the approaching direction of the adjacent partition walls 2. In the configuration, the size of the entire case that is fastened and fixed by the fastening means 4 is a predetermined size to be fitted to a predetermined transport box D or a number of these cases are accommodated in one box. Size, or sizes such that these cases are accommodated together with the packing material 50.

Description

Plate-shaped article storing case {HOUSING CASE FOR PLATE-SHAPED OBJECTS}             

1 is a perspective view showing a film laminate housing case;

2 is a perspective view showing each part of the film laminate housing case;

3 is a perspective view showing a film laminate, a film laminate housing case, and a transport box;

4 is a view showing a state where the film laminate housing case is accommodated in a transport box;

5 is a view showing a state in which a film laminate housing case is accommodated in a carrying box;

6 is a perspective view showing a transport box;

7 is a perspective view showing another embodiment;

8 is a perspective view showing another embodiment;

9 is a perspective view showing another embodiment;

10 is a perspective view showing another embodiment;

11 is a perspective view showing another embodiment;

12 shows another embodiment,                 

13 is a perspective view showing another embodiment;

14 is a perspective view showing another embodiment;

15 shows another embodiment,

16 is a perspective view showing another embodiment;

17 is a perspective view showing another embodiment;

18 is a perspective view showing another embodiment;

19 is a perspective view showing another embodiment;

20 is a perspective view showing another embodiment;

21 is a perspective view showing another embodiment;

22 is a perspective view showing another embodiment;

23 is a perspective view showing another embodiment;

24 is a perspective view showing another embodiment;

25 is a perspective view showing another embodiment;

26 is a perspective view showing another embodiment;

27 shows another embodiment,

28 shows another embodiment,

29 is a diagram showing a conventional configuration;

Explanation of symbols for the main parts of the drawings

1: Film laminated body 3: Side plate

5: belt type member 6: surface fastening device                 

7 recessed portion 12 box main body

13: upper lid 14: resin frame

The present invention relates to a housing case for a plate-shaped object.

When packing a precision article such as a polarizing film, the packing needs to be made so that the polarizing film does not rattle during transportation and is less sensitive to impact.

In the past, when the polarizing film was packed, the wrapping method shown in Fig. 29 below was used.

(1) A plurality of film stacks 1, such as plate-shaped objects (each of which is composed of dozens of laminated polarizing films), are accommodated in the plurality of forming trays 20, respectively.

(2) The forming trays 20 are stacked vertically, and the forming trays 20 are fixed to each other with an adhesive tape 21 so as not to move.

(3) The corrugated board pad 23 is attached to the bottom of the corrugated board box 22, and the forming tray 20 is located on the corrugated board pad 23. As shown in FIG.

④ Another corrugated board pad 23 is placed on the forming tray 20.

(5) In addition, a packing material (pad including air) 24 is placed on the corrugated board pad 23, and the cover of the corrugated board box 22 is closed in this state.                         

According to the conventional wrapping method described above, the film laminate can be prevented from rattle and also the film laminate is less susceptible to impact.

However, a problem associated with the present method is that during packing, a time consuming packing operation such as a bonding operation by an adhesive tape and a packing operation for packing corrugated board pads, packing material, etc. into a corrugated board box is required.

In addition, after the package is opened, adhesive tapes, corrugated board pads, packing materials, etc. need to be discarded, and corrugated board boxes need to be discarded after several uses, resulting in adverse impacts in terms of high packaging costs and environmental protection. There is this.

The present invention is designed to solve the above problems, the object of which is to provide a packing method,

① The packing is made so that the plate-shaped article does not rattle and is less sensitive to impact when it is returned.

② The packing work of the plate-shaped goods is carried out easily, and even after the packing is opened, it can prevent the generation of waste and consequently protect the environment,

③ The packing process can be shortened, and the packing cost can be reduced by reducing the cost required for the packing material.

In order to achieve the above object, the plate-shaped article accommodating case according to the present invention by placing a plurality of partition walls made of a resin material having a shock-absorbing characteristics in a manner of hypothetical alignment to a pair of side walls at a predetermined distance from each other A plurality of plate-shaped article receiving spaces formed,

Fastening means are provided for fastening and securing a group of partition walls for storing plate-like objects in individual plate-shaped article receiving spaces in the direction of approach of adjacent partition walls; In this configuration, the size of the entire case to be fastened and fixed by the fastening means is a predetermined size to be fitted to a predetermined transport box, or a size such that a plurality of these cases are accommodated in one box, or they are together with a packing material. It is set to a size to accommodate each other.

Accordingly, the present invention provides the following functions and effects.

The plurality of plate-shaped articles are received into the plurality of plate-shaped article receiving spaces in an independent manner, and the fastening means fasten and fix the group of partitions in the direction of approach of the adjacent bulkheads, which are housed in a predetermined transport box and in this state. Is returned.

Ⓑ As described above, the fastening means fastens and fixes the group of partition walls in the approaching direction of the adjacent partition walls, and in this configuration, the size of the entire case that is fastened and fixed by the fastening means is determined to fit in a predetermined transport box. Or size to allow a large number of these cases to be housed in one box, or size to allow them to be accommodated together with the packing material; This prevents the plate-shaped article receiving case from rattling inside the shipping box and also prevents the plate-shaped article from rattling inside the plate-shaped article receiving case.

The above detailed description, that is, "the size of the entire case which is fastened and fixed by the fastening means is a predetermined size to fit in a predetermined carrying box, or a size such that a plurality of these cases are accommodated in one box". It means one of 1) and (2).

(1) -I The size of the entire case is set so as to closely fit with a predetermined carrying box.

(1) -II The size of the entire case is set so that the group of plate-shaped article receiving cases is fitted closely to the carrying box.

(2) The size of the entire case is set slightly smaller than the case (1).

The case 1 makes it possible to eliminate the need to fill the transport box with pads (such as cushion materials). Therefore, it is possible to eliminate the generation of waste (pad after use).

In the case 2, approximately 1 to 2 pads are put into a carrying box together with a housing case having the above-described configuration.

Even in this case, since one or two pads are used, the amount of waste can be reduced even if they form waste. In addition, since the pad is formed of a reusable material, it is possible to eliminate the generation of waste (pad after use).

Here, in some cases, for example, in the case where the plate-shaped article is a polarizing film and a film laminate, a plurality of laminated polarizing films are accommodated in the plate-shaped article receiving space and returned to the user's position in the factory.

In such a case, the number of orders of the film stack conveyed to the user's position may be smaller than the number of all the plate-shaped article receiving spaces, and the loading may be made by several plate-shaped article receiving spaces in an empty state.

According to the configuration of the present invention, the individual partition walls are made of a resin material having shock absorbing properties; Therefore, even in the above case, the clamping force is applied to the plate-like article by flexibly distorting adjacent bulkheads in such a manner that the groups of partitions approach each other as they are fastened by the fastening means, so that the plate-shaped article is transported in the same manner as described above. You can prevent rattles from the inside.

또한 Also, since the individual partitions are made of a resin material having shock absorbing properties, it is possible to make the plate-shaped article less sensitive to the impact during conveyance.

Ⓓ Because the resin material having impact absorption properties is excellent in durability, the plate-shaped article housing case can be used repeatedly.

Thus, the above-described functions ⓑ and ⓒ can make the plate-shaped article eliminate rattle during conveyance and make it less sensitive to impact during conveyance.

The above-mentioned function makes it possible to easily carry out the packing process of the plate-shaped article, and also to reduce the generation of waste after the packing is opened, thereby reducing the adverse effect on the environment.

In addition, the above-described functions ⓐ and ⓓ to reduce the time required for the packaging process, and also to reduce the cost required by the packaging material, thereby reducing the packaging cost.

In a preferred embodiment of the present invention, the fastening means is such that a belt-shaped member made of a resin material having shock absorbing and flexible properties is inserted into an insertion hole formed at an end of each partition wall on an opposite side to the insertion hole for the plate-shaped article. A first connecting section for connecting the ends of the belt-like member in the longitudinal direction may be positioned such that the belt-like member wound around the group of partitions is fastened to secure the configuration of the group of partitions.

This configuration provides the following functions:

A belt-like member made of resin material having shock absorbing and flexible properties is wound around a group of partition walls, and both ends of the belt-shaped member in the longitudinal direction are connected by a first connecting member to fasten and fix the group of partition members. do.

In this way, since the belt-shaped member wound around the group of partitions is fastened to fix the group of partitions, it is possible to firmly fasten and fix the group of partitions.

In addition, when the group of partition walls are fastened and fixed, the belt-like members are simply wound around them, and both ends of the belt-like members are only connected to each other by the first connecting section; Therefore, no time consuming work is required in the fastening and fixing process.

Since the belt-like member has shock absorbing properties, the plate-like object is less sensitive to impact force during conveyance.

Thus, it is possible to provide a simple structure for the fastening means.

In another preferred embodiment of the invention, a holding-use hole can be formed at each end of the belt-like member in the longitudinal direction so that individual ends of the belt-like member can be kept unconnected. .

This configuration provides the following functions.                         

For example, after the conveyed transport box is opened and the belt-shaped member end is disconnected, the end described above can be gripped, and the plate-shaped accommodation case having the above-described configuration is taken out and transferred to a predetermined position. .

Moreover, at the time of packing, the edge part of a belt-shaped member is gripped and a case is put in a conveyance box.

Therefore, handleability can be improved.

In another preferred embodiment of the present invention, the aforementioned partitions and side walls may be formed of corrugated board material made of resin.

This configuration makes it possible to provide the following functions.

Since the partition walls and the side walls are formed by the corrugated board member made of resin, the plate-shaped article can be made less sensitive to impact force during conveyance.

In another preferred embodiment of the present invention, a position fixing means can be provided, which pressurizes the plate-shaped article received in the receiving space of the plate-shaped article from the outside in the width direction to the width at the position of the partition wall. Direction is fixed.

This configuration makes it possible to provide the following functions.

The plate-like article accommodated in the receiving space of the plate-shaped article is compressed by the position fixing means in the width direction from the outside and fixed at their position in the width direction of the plate-shaped article with respect to the partition wall.

Then, the group of partition walls are fastened and fixed by fastening means in their directions so that adjacent partition walls approach each other, and then stored in a predetermined transport box, and the transport box is conveyed in this state.

As described above, since the plate-shaped article is fixed by the position fixing means at their position in the width direction of the plate-shaped article with respect to the partition wall, it is possible to prevent the plate-shaped article accommodated in the plate-shaped article receiving space from rattle in the width direction with respect to the partition wall. It becomes possible.

For example, it may be proposed that only the fastening force of the fastening member is used to prevent the plate-shaped article from rattle in the width direction with respect to the partition wall.

However, in this method, the tightening force must be sufficiently increased, and as a result, in some cases, the following problem is caused.

In other words, in the case where the plate-shaped article is a polarizing film and a film stack (each having a plurality of laminated polarizing films) is accommodated in the plate-shaped article receiving space, excessive tightening force is caused to compress and deform the adhesive layer formed on the polarizing plate. do.

When such deformation remains bent without recovery and when a polarizing plate is used in a liquid crystal display device or the like, the bent portion causes image deformation and causes an unstable polarizing plate.

On the contrary, the configuration of the present invention uses a position fixing means to prevent the plate-shaped article rattling in the width direction with respect to the partition wall; Therefore, as compared with the case where only the fastening force by the fastening means is used to prevent the plate-shaped object from rattling in the width direction, the fastening force by the fastening means can be weakened, and as a result, the aforementioned problems can be avoided.

As mentioned above, the plate-shaped articles are fixed by the position fixing means in the width direction of the plate-shaped article with respect to the partition wall, and they are also fastened and fixed by the fastening means in the direction to allow adjacent partition walls to approach each other. The size of the entire case is set to a predetermined size to fit in a predetermined carrying box, or a size such that a plurality of these cases are accommodated in one box, or a size such that they are accommodated together with a packing material; Therefore, the plate-shaped article receiving case can be prevented from rattling inside the transport box, and the plate-shaped object can be prevented from rattling inside the plate-shaped object receiving case.

In another preferred embodiment of the present invention, the position fixing means includes a cut portion formed at each end or at one end in the width direction of each partition wall, and an elongated plate-shaped article pressing member crosslinked to the partition wall is positioned at the cut portion. While the position can be freely changed in the width direction, it may have a configuration in which a second connecting portion for connecting the plate-shaped article pressing member to the belt-shaped member or the outermost partition wall is provided.

This configuration makes it possible to provide the following functions.

An elongate plate-shaped article pressing member can change its position with respect to the central portion of each partition wall, and is located in the cutting section, and each cut portion is formed in the width direction of each partition wall at each end or at one end.

Then, the second connecting portion of the plate-like pressing member is connected to the belt-shaped member or the outermost partition wall.                         

Therefore, the plate-shaped article accommodated in the plate-shaped article accommodation space is pressed in the width direction of the plate-shaped object from the outside and is fixed in the width direction of the plate-shaped object with respect to the partition.

Therefore, the structure of the position fixing means can be simplified.

In another preferred embodiment of the present invention, the plate-shaped article pressing member may be formed in a plate shape, and protrusions protruding outward in the width direction of the plate-shaped article are formed at individual ends in the longitudinal direction of the plate-shaped article pressing member, and the plate-shaped article The pressing member may be pressed onto the plate-shaped article, and each protrusion may have a configuration that engages with the outermost partition wall from the outside of the partition wall.

Such a configuration can provide the following functions.

The plate-like article pressing member can prevent the deflection from the plate-like object in the direction in which the partition wall is aligned.

In another preferred embodiment of the present invention, the second connecting portion is attached to the plate-shaped article pressing member in such a manner that the assisting belt-shaped members protrude in their longitudinal direction from both ends and are male. Alternatively, the female or male surface fasteners to which the female surface fasteners are attached to the belt-like member or the outermost partition wall may be formed on both ends of the assisting belt-like member.

This configuration makes it possible to provide the following functions.

The plate-shaped article is accommodated in the plate-shaped article receiving space. The female or male surface fasteners on both ends of the assisted belt-like member attached to the plate-shaped article pressing member are then engaged with the male or female surface fasteners located on the belt-like member or the outermost partition.

Thus, the plate-shaped article is fixed in position in the width direction of the plate-shaped article with respect to the partition wall.

In other words, in order to fix the plate-shaped article in the width direction of the plate-shaped article with respect to the partition wall, the elongated plate-shaped article pressing member is changed in its position with respect to the central portion of the partition wall, and the female or male surface fastening device on both cross-sections of the assist belt-shaped member. Is simply engaged with a male or female surface fastener located on the belt-like member or the outermost partition wall; Therefore, no time consuming work is required to fix the plate-shaped article.

Further, the plate-shaped article receiving case according to the second embodiment of the present invention is each of a pair of sidewalls such that a plurality of partition walls made of a resin material having shock absorbing characteristics are aligned at predetermined intervals to form a plurality of plate-shaped article receiving spaces. Positioned above and the bottom member is formed on one of the group opening sides of the partition, while a lid member for opening and closing the other opening side can be positioned, in which the plate-shaped article is placed in the plate-shaped article receiving space. The size of the entire case to be accommodated has a configuration that is set to a predetermined size that fits in a predetermined carrying box, or a size that allows many of these cases to be accommodated in one box, or a size such that they are accommodated together with a packing material.

This configuration provides the following functions.

Multiple plate-shaped articles are independently housed in a plurality of plate-shaped article receiving spaces, and the other open side of the partition group is closed by a lid member, which is housed in a predetermined shipping box and conveyed in this state.                         

B) As described above, the size of the entire case in which the plate-shaped article is accommodated in the plate-shaped article receiving space may be a predetermined size to fit in a predetermined carrying box, or a size such that a plurality of these cases are accommodated in one box, or they are packed. Sized to be received with the ashes; This prevents the individual plate-shaped article receiving case having the above-described configuration (or each of the plate-shaped article receiving cases having the above-described configuration) from rattling inside the shipping box, and also the plate-shaped article rattling inside the plate-shaped article receiving case. The distance can be prevented.

In the configuration of the first embodiment of the present invention, the above detailed description, that is, "the size of the entire case is set to a predetermined size to fit in a predetermined carrying box, or to allow a number of these cases to be accommodated in one box". It is detailed in "functions".

Thus, this configuration can provide the same function as the " function " of? In the configuration of the first embodiment of the present invention.

또한 Also, since the individual partitions are made of a resin material having shock absorbing properties, the plate-shaped article can be made less sensitive to impact during conveyance.

Ⓓ Because the resin material having impact absorption characteristics is excellent in durability, the plate-shaped article housing case can be used repeatedly.

Thus, the above-described functions? And? Make it possible to pack in such a way that the plate-shaped article is prevented from rattling during transportation and is less sensitive to impact.

The above-mentioned function ⓐ makes it possible to easily carry out the packing process of the plate-shaped article, and also to reduce the generation of waste after the bales are opened, thereby reducing the adverse effect on the environment.

In addition, the above-described functions ⓐ and ⓑ can reduce the time required for the packing process, and also reduce the cost required for the packing material, thereby reducing the packing cost.

In a preferred embodiment of the second embodiment of the present invention, the aforementioned partition walls, side walls, bottom members and lid members are formed of corrugated board material formed of resin.

This configuration provides the following functions.

Since the aforementioned partitions, side walls, bottom members and lid members are formed by corrugated board member formed of resin, the plate-shaped article can be made less sensitive to impact force during transportation.

Referring to the drawings, the following detailed description describes embodiments of the invention.

1, 2 and 3 show a housing case C for accommodating a plurality of film stacks 1 (each having a structure in which 50 polarizing films are laminated with a plate-like article) (corresponding to a plate-shaped article storage case). ) And a transport box D for accommodating the housing case C.

The housing case C is formed by placing a plurality of partition plates 2 (corresponding to the partition walls) in such a manner as to be bridged and aligned over the pair of side plates 3 (corresponding to the side walls) at a predetermined distance from each other. Fastening means for fastening and fastening a group of partition plates accommodating the film laminate 1 in the direction of approach of the adjacent partition plates 2 and the film stacking agent accommodation space S (corresponding to the plate-shaped article receiving space) (4) is provided.

Both the partition plate 2 and the side plate 3 are formed of corrugated board material made of resin (corresponding to a resin material having shock absorbing properties).

The fastening means 4 comprises a belt-shaped member 5 made of corrugated board material formed of resin (corresponding to a resin material having shock absorption and flexible characteristics) on the side opposite to the insertion hole for the film laminate 1. Inserted into an insertion hole 11 formed at each end of each partition plate 2, the surface fastening device 6 (corresponding to the connecting portion) for overlapping and connecting with the end of the belt-like member 5 in the longitudinal direction is connected to the belt. The belt-like member 5 wound around the group of partition plates is fastened to be positioned on the mold member 5 to fix the group of partition plates.

Here, on each end in the longitudinal direction of the belt-like member 5, two folded lines L (more specifically, "narrowed portions") are formed in the width direction.

In addition, a pair of gripping holes 33 overlapping the belt-like member 5 are formed in the belt-like member 5 when the belt-like member 5 is folded along the fold line L on an idle end side. Both ends of the belt-like member 5 can be gripped when the mold member 5 is in the unconnected state (see FIG. 3). The parts of the belt-like member 5 folded along the fold line L are connected to each other by the surface fastening device 6.

A recess 7 is formed in each partition plate 2 on the insertion opening side so that each film stack 1 is easily inserted into each film stack accommodation space S and from the film stack accommodation space S. Removed. In addition, a window 8 is formed on one partition plate 2 of the pair of outermost partition plates 2 and attached to the film stack 1 (type of film stack, etc. thereon). Can be read).

The partition plate 2 and the side plate 3 are assembled by inserting one side into the slit 12 on the other side.

Moreover, the slit 35 is formed in the both ends of the width direction of each partition plate 2 on the bottom surface (end side opposite to the insertion opening of the film laminated body 1). The pair of resin frames 14 are individually arranged to fit in a pair of slits, and the resin frame 14 and the side walls 3 are fastened by rivets.

In addition, the size (length, width, and height) of the entire case in which the film laminate 1 is accommodated in the film laminate storage space S, fastened and fixed, is set to an appropriate size to be fitted in the transport box D. .

As shown in FIG. 3, according to the above-described structure, the film stack 1 is individually accommodated in the film stack accommodation space S, and the belt-like member 5 is wound around a group of partition plates. .

In addition, both ends in the longitudinal direction of the belt member 5 are overlapped and connected by the surface fastening device 6 to fasten and fix the group of partition plates. Therefore, this is accommodated in the conveyance box D and conveyed.

As shown in Figs. 4, 5 and 6, the transport box D is composed of a box main body 12 and an upper lid 13. The upper lid 13 is provided with two folds 13A on the short side with the surface fastener 19, and one fold 13A on the long side with the surface fastener 19. And one fold 13A is provided on the long side without the surface fastener.

Then, the three folds 13A having the surface fastening device 19 are folded on the upper end side of the box main body 12 and fixed thereon with the fastening device 19.

Further, one fold 13A on the long side without surface fastening device is fixed on the upper end side of the box main body 12 by rivets (not shown). The sealing tack 15 also rests on the long side with the surface fastening device 19 and on the fold 13A on the top side of the box main body 12.

Four surface fasteners 71 are located on four corners of the top lid 13 surface and four surface fasteners 71 are located on four corners of the bottom of the box main body 12. When a plurality of transport boxes D are stacked in the longitudinal direction, corresponding surface fastening devices 71 are connected to each other; Thus, the transport box D is less sensitive to deflection at those locations. In Fig. 6, reference numeral 30 denotes a handle.

The handle 30 is located on the shorter sidewall of the long sidewall and shorter sidewall of the box main body 12; However, it may be located only on the long sidewall, or may be located on either the long sidewall or the short sidewall.

Both ends of the handle 30 are inserted into through holes formed in each side wall and fastened on the rear side of the side wall.

Then, the handle portion on the rear side is pressed by the adhesive tape 40 to be fixed (see FIG. 3). In this method, by pressing and fixing the handle portion with the adhesive tape 40, the handle portion can be suppressed from rising on both end sides inside the box main body 12. This can also prevent other objects from being inserted into the box main body 12 through the through holes.

[Other Preferred Embodiment I]

7, 8 and 9, the size (length, width and height) of the entire case in which the film stack 1 is accommodated, fastened and fixed in the film stack accommodation space S is appropriate. These two cases are set to a size so that they fit in the conveyance box D. As shown in FIG.

In the above-described structure, the film stack 1 is individually accommodated in the film stack accommodation space S, and the belt-like member 5 is wound around a group of partition plates. In addition, both ends overlap in the longitudinal direction of the belt member 5 and are connected by the surface fastening device 6, so that a group of partition plates is fastened and fixed. Therefore, two cases are accommodated in the box D for conveyance, and are conveyed.

The size of the entire fastened and fixed case can be set to an appropriate size so that three or more of these cases are fitted in the carrying box D.

[Other Preferred Example II]

As shown in FIG. 10, when setting the case size, the size of the entire fastened and fixed case can be set to an appropriate size that can be fitted to the transport box D together with the packing material 50.

The packing material 50 is a so-called air pack, which is used by injecting air into the bag for inflation and is designed to be reused.

[Other Preferred Embodiment III]

11, 12, and 17 show a housing case C for housing a plurality of film laminates 1, and a transport box D for housing the housing case C. FIG.

The housing case (C) includes a plurality of film stack accommodation spaces (S) formed by positioning the plurality of partition plates (2) in such a manner as to crosslink and align on the pair of side plates (3) at predetermined intervals from each other; As the position fixing means 51, the position fixing means pressurizes the film laminate 1 accommodated in the film laminate accommodation space S in the width direction of the film laminate 1 from the outside so that the film laminate is a partition plate. The position fixing means (51) fixed at those positions in the width direction with respect to (2); Fastening means 4 are provided for fastening and fastening a group of partition plates for receiving the film stack 1 in the direction of approach of the adjacent partition plates 2.

Both the partition plate 2 and the side plate 3 are formed of a corrugated board member made of resin.

The position fixing means 51 is an elongated film pressing member 53 (plate-like object pressing) in which cut portions 52 are formed at each of the two end portions in the width direction of each partition plate 2 and crosslinked on the partition plate 2. Member) is positioned on the cutout 52 so as to freely change its position in the width direction, while a second connection 57 for connecting the film pressing member 53 to the belt-like member 5 is provided. Has a configuration that is installed.

In particular, the film pressing member 53 is formed in a plate shape, has a protrusion 53a protruding outward in the width direction of the film pressing member 53, and is formed at each end of the film pressing member 53 in the longitudinal direction. .

Here, the film pressing member 53 is pressed onto the film stack 1, and each of the protrusions 53a engages with the outermost partition plate 2 on the outside of the partition plate 2.

In addition, the assisting belt-like member 54 is attached to the film pressing member 53 by a method of protruding from both ends in the longitudinal direction of the film pressing member 53.

Here, the male surface fasteners 56 associated with the female surface fasteners 55 attached to the belt-like member 5 are located at both ends of the assisting belt-shaped member 54 to form the second connection 57. .

The assist belt type member 54 is an elongated female surface fastening device and is inserted into the through holes formed at both end sides of the film pressing member 53. In addition, the male surface fastening device 56 is connected back to back on the assistance belt-like member 54.

The fastening device means 4 has an insertion hole 11 formed at the end of each partition plate 2 on the side opposite to the insertion hole for the film laminate 1 with a belt-like member 5 formed of corrugated board material made of resin. A surface fastening device (corresponding to the first connection portion) 6 inserted into and for longitudinally overlapping and connecting the ends of the belt-like member 5 is located on the belt-like member 5 and is positioned around the group of partition plates. The belt-like member 5 wound on the member has a configuration that is fastened to fix the group of partition plates.

Reference numeral L denotes a fold line, and reference numeral 33 denotes a gripping hole (the same method as in the first embodiment).

The assembly structure or the like between the partition plate 2 and the side plate 3 is the same as in the first embodiment; Therefore, the description thereof is omitted.

The size (length, width, and height) of the entire case in which the film laminate 1 is accommodated in the film laminate accommodation space S is set to an appropriate size so as to fit in the transport box D. FIG.

In the above-described structure, as shown in FIGS. 13, 15, and 17, the film stack 1 is accommodated in the film stack accommodation space S, respectively, and the film stack 1 is film pressurization, respectively. The member 53 is pressed in the width direction from the outside.

Then, one of the male surface fasteners 56 on both end sides of the assistance belt-shaped member 54 attached to the film pressing member 53 is a female surface fastener 55 formed on the belt-like member 5. Overlaid on

Further, the other one of the male surface fasteners 56 on both end sides of the assisting belt-like member 54 is the rear of one end of the assisting belt-like member (ie, the female surface fastening device as described above) 54. Nested in

Therefore, the film laminated body 1 is position-fixed in the width direction of the film laminated body 1 with respect to the partition plate 2.

Then, the belt-like member 5 is wound around the group of partition plates, and both ends of the belt-shaped member 5 in the longitudinal direction overlap each other so as to be connected by the surface fastening device 6 so that the group of partition plates is formed. Fastened and fixed. This is accommodated in the conveyance box D in the said state, and is conveyed (refer FIG. 16, FIG. 17, FIG. 18 and FIG. 19).

Here, when both ends of the film laminate 1 in the width direction come into contact with the inner surfaces of the two partition plates 2, there is no need to use the position fixing means 51; In such a case, therefore, as shown in FIG. 14, the assist belt-like member 54 is bent outward from the partition plate 2 and the surface fasteners at both ends are connected to each other.

The surface fasteners on the end side of the paired right and left side assistance belt-shaped members 54 are connected to each other so that the film stack 1 accommodated in the film stack accommodation space S is in the width direction with respect to the partition plate 2. Is pressed in the width direction from the outside so as to be fixed in position.

The film pressing member 53 may be connected to the partition plate 2 on the outermost side.

As shown in Fig. 20 and Fig. 21, the size (length, width and height) of the entire case in which the film stack 1 is accommodated in, and fastened to and fixed in the film stack accommodation space S is determined by these two cases. Is set to an appropriate size so as to fit in the transport box D.

21 and 22 show a state where two housing cases are accommodated in the transport box D. FIG.

As shown in FIG. 23, the size of the entire fastened and fixed case may be set to an appropriate size so as to fit in the transport box D together with the packing material 50.

The size of the entire fastened and fixed case can be set to an appropriate size so that three or more of these cases are fitted in the carrying box D.

[Other Preferred Embodiment IV]

As shown in FIG. 24, each of the pair of side plates 3 is arranged such that the plurality of partition plates 2 are arranged at predetermined intervals so that the plurality of partition plates 2 form the plurality of film stack accommodation spaces S. As shown in FIG. ) And the bottom member 70 is formed on one of the open sides of the partition plate group, while the pair of lid members 31 for opening and closing the other open side are freely submerged thereon. Integrally located with the partition plate 2 on the side; The size of the entire case in which the film stack 1 is accommodated in the film stack accommodation space S is a predetermined size to be fitted in the transport box D, or a size such that a plurality of these cases are accommodated in one box. Furnace, or a size set such that they are accommodated together with the packing material.

The partition plate 2, the side plate 3, the bottom member 70 and the lid member 31 are all formed of a corrugated board member made of resin.

The structure of the lid member 31 provided with the gripping hole 33, the fold line L, and the surface fastening device 6 is substantially the same as that of the longitudinal ends of the belt-shaped member 5 of the first embodiment. same.

The male surface fastener and the female surface fastener may be set to have different colors from each other. This configuration allows for easy recognition of male and female surface fasteners.

As shown in FIGS. 25 and 26, the assist belt-like member 54 may be superimposed on the surface fastener 55 formed on the film pressing member 53 to engage with the film pressing member 53.

The cut portions 60 are formed at both ends of the film pressing member 53 to receive the assist belt member 54.                     

As shown in Fig. 27, the position fixing means 51 has an elongated film pressing member 53 which is cross-linked on the plurality of partition plates 2 so that its position is freely changed in the width direction of the width of each partition plate 2. It may have a configuration accommodated in the cut portion 52 formed only at one end in the direction.

Another Preferred Example V

As shown in FIG. 28, the film stack housing case has a plurality of partition plates 2 each having a pair of side plates 3 (aligned at predetermined intervals to form a plurality of film stack accommodation spaces S). Corresponding to the sidewalls); A bottom member (not shown) is formed on one of the open sides of the partition plate group; The pair of lid members 31 for opening and closing the other open side have a configuration which is integrally located with the partition plate 2 on the outermost side so as to be freely immersed therein; In such a configuration, the size of the entire case in which the film stack 1 is accommodated in the film stack accommodation space S is a predetermined size to be fitted in the transport box D, or a plurality of these cases in one box. It is set to a size to be accommodated, or a size to be accommodated together with the packing material.

The partition plate 2, the side plate 3, the bottom member, and the lid member 31 are all formed of corrugated board member made of resin.

The assembly structure of the partition plate 2 and the side plate 3 is the same as that of the 1st embodiment. In addition, the structure of the lid member 31 provided with the gripping hole 33, the fold line L, and the surface fastening device 6 is the structure of both ends in the longitudinal direction of the belt-like member 5 of the first embodiment. Substantially the same.                     

In the above embodiment, the first connection part 6 and the second connection part 57 may be formed of a material different from the surface fastening device. In addition, the belt-like member 5 may be formed of cloth material. The aforementioned plate-shaped article is not limited to the polarizing film; For example, glass can be accommodated. In addition, the resin material having impact absorbing properties can be replaced with expanded polyethylene or expanded polypropylene.

In the present invention, the packing is made so that the plate-shaped article does not rattle and is less susceptible to impact during transportation; The baling operation of the plate-shaped article is easily carried out and can prevent the generation of waste even after the bales are opened and consequently protect the environment; The packing time can be shortened and the cost of packing is reduced by reducing the cost required for the packing material.

Claims (10)

In the plate-shaped article storage case, A plurality of plate-shaped article receiving spaces S formed by placing a plurality of partition walls 2 made of a resin material having shock absorbing properties in such a way that they are crosslinked and aligned on a pair of side walls 3 with a predetermined distance from each other; , Fastening means (4) for fastening and securing a group of partitions (2) for receiving the plate-shaped article (1) in each said plate-shaped article receiving space (S) in the direction of approach of adjacent partitions (2), The size of the entire case fastened and fixed by the fastening means 4 is a predetermined size to be fitted to a predetermined transport box D, or a size such that a plurality of these cases are accommodated in one box, or These cases are set to a size to be accommodated together with the packing material 50, The fastening means 4 has an insertion hole formed at the end of each partition wall 2 on the side surface of which the belt-shaped member 5 made of a resin material having shock absorbing and flexible characteristics is opposed to the insertion hole for the plate-shaped article 1. (11) has a structure to be inserted into, A first connecting portion 6 for connecting the ends of the belt-like member 5 is positioned in the longitudinal direction, so that the belt-like member 5 wound around the group of partitions fastens the group of the partitions. Characterized in that Plate-shaped storage case. delete The method of claim 1, The holding hole 33 is formed at each end of the belt-like member 5 in the longitudinal direction, so that the individual end of the belt-like member 5 can be gripped without being connected. Plate-shaped storage case. The method according to claim 1 or 3, The barrier ribs 2 and the side walls 3 are formed of corrugated board material made of resin. Plate-shaped storage case. The method according to claim 1 or 3, Position fixing means 51 for pressing the plate-like article 1 accommodated in the receiving space (S) of the plate-like article from the outside in the width direction of the plate-like article 1 so as to be fixed in the width direction relative to the partition wall (2) Characterized in that installed Plate-shaped storage case. The method of claim 5, The position fixing means 51 is an elongated plate-like article pressing member 53, wherein a cutout is formed at each end or at one end in the width direction of each of the partition walls 2 and crosslinked to the partition walls 2. Can be freely changed in the width direction while being located at the cutting portion, while the second connecting portion 57 for connecting the plate-shaped article pressing member 53 to the belt-shaped member 5 or the outermost partition wall 2 is provided. ) Has a configuration that is installed Plate-shaped storage case. The method of claim 6, The plate-shaped article pressing member 53 is formed in a plate shape, and protrusions 53a protruding outward in the width direction of the plate-shaped article 1 are formed at individual end portions in the longitudinal direction of the plate-shaped article pressing member 53, The plate-shaped article pressing member 53 is pressed on the plate-shaped article 1, and each of the protrusions 53a is configured to engage with the outermost partition 2 from the outside of the partition 2. doing Plate-shaped storage case. The method of claim 6, The second connecting portion 57 is provided with the plate-shaped article pressing member 53 in such a manner that an assisting belt-shaped member 54 protrudes from both ends in the longitudinal direction of the plate-shaped article pressing member 53. A male or female surface fastening device attached to the belt-shaped member 5 or the outermost partition wall 2, the male or female surface fastening device being the support belt type member. Characterized in that it has a configuration formed on both ends of (54) Plate-shaped storage case. In the plate-shaped article storage case, A plurality of partition walls 2 formed of a resin material having shock absorbing properties and positioned over each pair of side walls 3 so as to be aligned at predetermined intervals to form a plurality of plate-shaped article receiving spaces S; A bottom member 70 formed on one of the open sides of the group of partition walls 2, A lid member 31 for opening and closing the remaining open side, The size of the entire case in which the plate-shaped article 1 is accommodated in the plate-shaped article accommodation space S is a predetermined size to fit in a predetermined transport box D, or a plurality of these cases are accommodated in one box. To size, or to the size such that these cases are accommodated together with the packing material (50) Plate-shaped storage case. The method of claim 9, The barrier rib 2, the side wall 3, the bottom member 70 and the lid member 31 is formed of a corrugated board material made of resin Plate-shaped storage case.

Images