JP4689334B2 - Solidified packaging container, solidified packaging apparatus, and solidified packaging method for fluid - Google Patents

Description

  The present invention relates to a solidified packaging container and a solidified packaging apparatus for a fluid, which can easily and inexpensively solidify the fluid and form the block solidified when solidifying the fluid to form a block solidified product, and The present invention relates to a solidified packaging method.

  As a packaging means for supplying various articles for physical distribution, a packaging box using a cardboard case has been widely used. Such a cardboard case packaging box is suitable for packaging, transporting and storing vegetables, fruits, various foods, industrial products, etc. because it has appropriate strength and can be stacked. Yes.

  However, the packaging box made of the corrugated cardboard case is expensive in the corrugated cardboard material itself, and has a large number of assembly steps for maintaining strength by cutting, bending and fixing by gluing to form a box shape. The packaging box using a cardboard case has a problem that it is expensive.

In a packaging box using a cardboard case, for example, as shown in Patent Document 1, in order to supply vegetables collected in a production area to a consumption area, the vegetables are stored in a packaging box together with ice and transported. is there. The packaging box with this corrugated cardboard case has a corner portion connected between the two side plates when the long side plate and the short side plate are folded at right angles to the bottom plate formed of corrugated cardboard with polyethylene film on the inner surface. Is folded along the end side plate, and the folded portion at the upper end of the short side plate is folded to sandwich the corner portion, and the locking plate provided at the folded portion is folded to fold the folded portion. By locking to the part, it is assembled in a rectangular parallelepiped shape without using an adhesive or glue.
JP 2002-19769 A

  On the other hand, it is conceivable to form a block solidified product by supplying a fluidized product into the packaging box and solidifying it using a packaging box made of a cardboard case as described above. According to this method, formation of a block solidified product and packaging can be performed simultaneously by the packaging box. However, in this method, since a fluid is supplied to the packaging box, it is necessary to assemble a seamless packaging box inside and at the bottom using a non-permeable (waterproof) cardboard. In order to assemble a seamless packaging box, it is necessary to bend the corner portion between the side plates and fix it to the side plates. However, since the corrugated cardboard has a large thickness at this time, it is easy to break when the corner portion is bent at a large angle (180 °) and fixed to the side plate as in Patent Document 1, and the seal is There is a problem that the fluid is leaked due to the failure. In addition, as described above, since the folded portion where the corner portion is bent protrudes greatly inside or outside of the packaging box, the apparent volume of the packaging box increases, and the conveyance space and storage space increase. There is. In order to eliminate this space problem, it is conceivable that the corner portion is crushed and folded. However, it is necessary to carefully crush, fold, and fix so as not to cause the breakage. There is a problem that the price of the packaging box is further increased.

  Also, in the case of a packaging box using a cardboard case, for example, if the packaging box is tilted even a little, there is a problem that the fluid overflows from the upper end of the side wall. I can't. For this reason, a gap is formed in the upper part of the inner side of the packaging box, so that the substantial accommodation efficiency of the block solidified material is lowered, and there is a problem that the upper surface of the packaging box is dented and deformed by the gap when stacked. .

  Also, if the folded part that fixes the folded part where the corner part is bent protrudes inside the upper end of the packaging box, it cannot be taken out unless the packaging box is broken when taking out the solidified block from the packaging box. The taking-out operation becomes difficult, and there is an environmental problem because the amount of waste by the packaging box of the broken cardboard case increases.

  Therefore, a solidified block is formed by supplying a fluid to the inside of a paper container to the height of the side wall and solidifying it, and the block solidified product is wrapped in a container and transported, stacked, etc. If possible, very cheap and efficient packaging can be achieved. However, in the packaging box using the cardboard case as described above, the shape of the packaging box becomes complicated, the assembly operation is troublesome, and fluid leakage occurs. There is no one that has been put into practical use because it has a problem of being easy to do.

  The present invention has been made in view of the above circumstances, and it is easy and low-priced to form a block solidified product by fully supplying and solidifying a fluidized product to a solidified packaging container and packaging the block solidified product. An object of the present invention is to provide a solidified packaging container, a solidified packaging apparatus, and a solidified packaging method for a fluid, which can be performed by the above method.

  The fluidized solidified packaging container of the present invention is a first side wall portion for forming a rectangular bottom portion and a substantially rectangular side wall contiguously connected to two parallel sides of the bottom portion on a non-permeable packaging paper. And a substantially rectangular first lid portion connected to the height end side of each first side wall portion, and a substantially rectangular side wall connected to and opposed to the other two parallel sides of the bottom portion. From the intersection of the width side edge and the height edge side of the first side wall part, the second side wall part, the second lid part for connecting to the height edge side of each second side wall part and forming the lid part A substantially triangular seal fold formed between an intersection of the width end side and the tip end side of the second lid portion, the first side wall portion, the second side wall portion, and the first lid portion; When the second lid portion is folded to form a box shape, the seal folding portion is folded in a triangle between the width end side of the first side wall portion and the width end side of the second side wall portion. Of the first side wall A first folding portion fixed to the surface, a first lid portion folded in a triangle between a substantially extended line of the height end side of the second side wall portion and a width end side of the second lid portion; A second folding part that is held between the second lid part and the second lid part is formed by folding folds, and is folded three-dimensionally to form a box shape.

  The fluidized solidified packaging device of the present invention is a first for forming a rectangular bottom and a substantially rectangular side wall facing and connecting to two parallel sides of the bottom on a non-permeable packaging sheet. In order to form a side wall portion, a substantially rectangular first lid portion connected to the height edge of each first side wall portion, and a substantially rectangular side wall connected to and opposed to the other two parallel sides of the bottom portion. The second side wall portion, the second lid portion for forming a lid portion connected to the height end sides of the second side wall portions, the width end side and the height end side of the first side wall portion. A substantially triangular seal fold formed between an intersection and the intersection of the width end side and the tip end side of the second lid portion; the first side wall portion; the second side wall portion; When forming the box shape by folding the lid portion and the second lid portion, the seal folding portion has a triangular shape between the width end side of the first side wall portion and the width end side of the second side wall portion. Fold the first side The first lid is folded in a triangle between a first folding part fixed to the outer surface of the part, a substantially extended line of the height end side of the second side wall part and a width end side of the second lid part A solidified packaging container formed by folding a fold and formed into a box shape by three-dimensionally folding the second folded portion that is sandwiched between the first lid portion and the second lid portion, and the solidified packaging It is characterized by comprising a holding casing that holds the container and holds the shape when the solidified packaging container is supplied with a fluid and solidified.

  In the fluidized solidification packaging apparatus, the holding casing may be configured such that a side plate that accommodates the solidified packaging container and holds the shape thereof can be opened and closed.

  In the solidified packaging apparatus for fluids, the holding casing includes two side plates provided opposite to each other on a bottom plate and a plurality of partition plates that divide the side plates in the longitudinal direction, and the side plates are opened and closed. It may be configured to be possible.

  In the fluidized solidified packaging method of the present invention, the wrapping paper is three-dimensionally folded to have a bottom portion, a peripheral wall portion, and a lid portion, and the first folding portion is fixed to the outer surface of the side wall portion, and the second folding portion is the first one. Forming a box-shaped solidified packaging container that is sandwiched between one lid part and a second lid part, supplying a fluid into the solidified packaging container and solidifying it, and the upper part of the block solidified substance after solidification Is covered and fixed by the lid portion and packaged.

  The fluid solidification packaging method of the present invention includes a bottom part, a peripheral wall part, and a cover part by three-dimensionally folding the packaging paper, fixing the first folding part to the outer surface of the side wall part, and the second folding part. Is formed between the first lid portion and the second lid portion, a box-shaped solidified packaging container is formed, and the solidified packaging container is accommodated in the holding casing, and then the fluid is contained in the solidified packaging container. Is solidified by covering the upper part of the solidified block solidified product by covering with the lid portion and packaging.

  In the solidified packaging method of the fluid, the fluid may be a fluid feed mixture that is supplied into the solidified packaging container to form a block feed.

  According to the present invention, the impervious packaging paper is folded three-dimensionally to have a bottom portion, a peripheral wall portion, and a lid portion, to fix the first folding portion to the outer surface of the first side wall portion, and to set the second folding portion to the second folding portion. Forming a box-shaped solidified packaging container that is sandwiched between one lid part and a second lid part, supplying a fluid into the solidified packaging container and solidifying it, and the upper part of the block solidified substance after solidification Can be wrapped and fixed with the lid, so that the fluid can be solidified and packaged using inexpensive packaging paper, and the assembly of the box-shaped solidified packaging container is easy. Even if the fluidized material is supplied to the inside of the solidified packaging container, the fluidized material can be solidified without causing leakage, and the work of packaging the block solidified material is also easy.

  Further, according to the present invention, the non-permeable packaging paper is three-dimensionally folded to have a bottom portion, a peripheral wall portion, and a lid portion, and the first folding portion is fixed to the outer surface of the first side wall portion and the second folding portion. Is formed between the first lid portion and the second lid portion, a box-shaped solidified packaging container is formed, and the solidified packaging container is accommodated in a holding housing, and then the fluid is introduced into the solidified packaging container. Supply and solidify, and the upper part of the solidified block solidified product can be covered and fixed with the lid, and can be packaged, so that it is possible to solidify and package the fluid using inexpensive packaging paper, Furthermore, it is easy to assemble the box-shaped solidified packaging container, and even if the fluid is fully supplied inside the solidified packaging container, it can be solidified without causing leakage, and the work of packaging the block solidified product is also easy. Even when the volume of the solidified packaging container is large, There is an effect that blocks solid of large holding for the intended purpose can be produced by maintaining the shape precursor.

  Further, by making the side plate of the holding casing openable and closable, the block solidified product in which the fluid is solidified can be easily taken out from the holding casing by opening the side plate.

  Embodiments of the present invention will be described below with reference to the accompanying drawings.

  1 to 3 are examples of embodiments for carrying out the present invention, FIG. 1 is a plan view showing an example of the shape of a wrapping paper for forming a box-shaped solidified packaging container, and FIG. FIG. 3 is a partial perspective view showing a state in which a box-shaped solidified packaging container is formed, and FIG. 3 is a front view showing a state in which a fluid is supplied to the box-shaped solidified packaging container.

  FIG. 1 shows a planar shape of a wrapping paper 1 when forming a box-shaped solidified packaging container whose front and side shapes are slightly trapezoidal (a truncated pyramid shape) when assembled. The wrapping paper 1 is kept non-permeable (waterproof) by, for example, applying a non-permeable agent to at least a surface (upper surface shown in FIG. 1) containing a fluid.

  In order to assemble the solidified packaging container 2 as shown in FIG. 2, the wrapping paper 1 forms a rectangular bottom 3 and a substantially rectangular side wall that is connected to and faces two parallel sides 4 and 4 of the bottom 3. First side wall portions 5, 5, rectangular first lid portions 6, 6 connected to the height end sides 5 a, 5 a of the first side wall portions 5, 5, and the other two parallel sides of the bottom portion 3 Second side wall portions 8 and 8 for forming substantially rectangular side walls connected to and opposite to each other, and lid portions connected to height end sides 8a and 8a of the second side wall portions 8 and 8, respectively. And the second lid portions 9 and 9 from the intersection 10 of the width end sides 5b and 5b of the first side wall portions 5 and 5 and the height end sides 5a and 5a. And a substantially triangular seal folding portion 12 formed between the width end sides 9b and 9b and the intersection 11 of the front end sides 9a and 9a.

  In the wrapping paper 1 of FIG. 1, the solid line shown inside the outer shape represents a valley fold, the broken line represents a mountain fold, and the valley fold of the solid line and the mountain fold of the broken line are folded by a press or the like. There is a spear.

  When the first side wall parts 5 and 5, the second side wall parts 8 and 8, the first lid parts 6 and 6, and the second lid parts 9 and 9 are folded to form a box shape, the seal folding is performed. As shown in FIG. 2, the portion 12 is folded in a mountain line along the fold line 13 between the width end sides 5b, 5b of the first side wall portions 5, 5 and the width end sides 8b, 8b of the second side wall portions 8, 8. A first folding part 14 is formed on the outer surface of the first side wall parts 5 and 5 so as to be fixed by a fixing material 17 such as an adhesive, glue or adhesive tape, and the second side wall parts 8, The first lid portion is folded into a valley fold along the fold line 15 between the substantially extended lines 8c, 8c of the height end sides 8a, 8a and the width end sides 9b, 9b of the second lid portions 9, 9. A second folding part 16 is formed between 6 and 6 and the second lid parts 9 and 9.

  Therefore, the non-permeable packaging paper 2 is folded three-dimensionally to erect the bottom portion 3, the first side wall portions 5, 5, and the second side wall portions 8, 8, and the first folding portion 14 is moved to the first side wall portion 5. , 5 is fixed with a fixing member 17 and the second folding part 16 is sandwiched between the first lid parts 6 and 6 and the second lid parts 9 and 9, as shown in FIG. A box-shaped solidified packaging container 2 can be formed on the base surface.

  Next, the operation of the embodiment shown in FIGS. 1 to 3 will be described.

  In the wrapping paper 1 shown in FIG. 1, the first side wall portions 5, 5, the second side wall portions 8, 8, the first lid portions 6, 6, and the second lid portions 9, 9 are folded into FIG. 2. When forming the box-shaped solidified packaging container 2 as shown, the seal folding part 12 becomes an excessive part.

  For this reason, in the seal folding part 12, the width of the first side wall parts 5, 5 between the width end sides 5 b, 5 b and the width side edges 8 b, 8 b of the second side wall parts 8, 8 is shown along the fold line 13. The first folding part 14 is formed by folding it in a mountain fold as shown in Fig. 2, and the first folding part 14 is fixed to the outer surface of the first side wall parts 5 and 5 with a fixing material 17 such as an adhesive, glue or adhesive tape. And fix. The fixing by the fixing material 17 may be fixed over the entire length of the broken line 13 or may be a partial point fixing.

  Further, a valley along a fold line 15 is formed between the substantially extended lines 8c, 8c of the height end sides 8a, 8a of the second side wall portions 8, 8 and the width end sides 9b, 9b of the second lid portions 9, 9. The second folding part 16 is formed by folding, and the second folding part 16 is held between the first lid parts 6 and 6 and the second lid parts 9 and 9. Thereby, the box-shaped solidified packaging container 2 is assembled.

  In order to solidify and package the fluid using the box-shaped solidified packaging container 2 assembled as described above, the solidified packaging container 2 includes the first lids 6 and 6 and the first lids 6 and 6 as shown in FIGS. 2 The upper part is opened by the lid parts 9 and 9.

  Subsequently, the fluid 25 is supplied from above into the solidified packaging container 2 whose top is open. As the fluid 25, various materials can be used as long as they are naturally solidified by being supplied and held in the solidified packaging container 2. For example, when the liquid 25 is supplied to the solidified packaging container 2 and held for a predetermined time, the fluid 25 is blocked. A liquid feed mixture containing molasses in which a solidified product (block feed) is formed can be used.

  At this time, the first side wall portions 5 and 5 are folded in a mountain fold along the fold line 13 between the width end sides 5b and 5b of the first side wall portions 5 and 5 and the width end sides 8b and 8b of the second side wall portions 8 and 8. A first folding part 14 is provided on the outer surface of the first side wall parts 5 and 5 with a fixing member 17, and further, substantially extended lines 8 c of height end sides 8 a and 8 a of the second side wall parts 8 and 8, Between the first lid portions 6, 6 and the second lid portions 9, 9 are folded in a valley fold along the fold line 15 between 8 c and the width end sides 9 b, 9 b of the second lid portions 9, 9. Since the second folding portion 16 is provided so as to be held, the intersection 10 between the width end sides 5b and 5b of the first side wall portions 5 and 5 and the height end sides 5a and 5a is provided by the second folding portion 16. Can be sealed. Therefore, as shown in FIG. 3, the first side wall parts 5, 5 and the second side wall parts 8, 8 are opened with the first lid parts 6, 6 and the second lid parts 9, 9 of the solidified packaging container 2. Even if the fluid 25 is supplied to the full height position, the problem that the fluid 25 leaks out from the solidified packaging container 2 does not occur.

  When the solidified packaging container 2 to which the fluid is supplied as described above is left standing for a predetermined time, the fluid is solidified, and the block solidified product 26 filled in the entire interior of the solidified packaging container 2 as shown by a broken line in FIG. Manufactured.

  The block solidified product 26 manufactured as shown in FIG. 4 covers the upper portion by fixing the first lid portions 6 and 6 with a fixing material such as an adhesive tape, glue or adhesive tape (not shown). By fixing the lids 9 and 9 with a fixing material 27 such as an adhesive tape, glue or adhesive tape, a solidified block 26 in which the entire peripheral surface is packaged with the chemical packaging container 2 is manufactured.

  According to the above, since the block solidified product 26 such as block feed packed and packaged in the inside of the solidified packaging container 2 can be manufactured, the volume of the block solidified material 26 can be substantially reduced, and thus the conveyance space, Storage base due to overloading can be reduced.

  Further, when using the block solidified product 26 of FIG. 4, the block solidified product 26 can be easily taken out from the solidified packaging container 2 only by removing the fixing material 27. At this time, the used paper-made solidified packaging container 2 is thin and lightweight, and therefore can be made environmentally friendly with little waste.

  According to the above-described solidified packaging container 2, it is possible to easily form a box shape using the inexpensive packaging paper 1, and to solidify the fluid and the block solidified product 26 with the solidified packaging container 2. Furthermore, even if the fluid is supplied to the inside of the solidified packaging container, no leakage occurs, and the work of packaging the block solidified is easy.

  When the present inventors form the block solidified product 26 from the fluid 25 using the solidified packaging container 2 that is three-dimensionally assembled with the non-permeable packaging paper 1, the shape of the solidified packaging container 2 collapses. A test was conducted to confirm the condition of the size that the block solidified product 26 can be formed while maintaining the predetermined shape without any problems.

  As the non-permeable packaging paper 1, PE laminated kraft paper (Dai Nippon Printing Co., Ltd.) having a five-layer structure was used. This PE laminated kraft paper was obtained by alternately laminating polyethylene and kraft paper in five layers, and the thickness was PE15 μm / kraft paper 75 kg / PE13 μm / kraft paper 98 kg / PE15 μm. Here, the thickness of the kraft paper represents a kg continuous quantity (weight (kg) per 1000 sheets (one series) of each paper size).

  Further, in order to form a block feed using a molasses-based fluid feed mixture having a specific gravity of about 1.35 (average value of 1.32 to 1.39), the capacity is 1 kg, 3 kg, 5 kg, 10 kg. A solidified packaging container was prepared, and the fluid feed mixture was supplied to each test solidified packaging container and solidified.

  The results were as shown in Table 1 below.

[Table 1]
10kg ×
5kg ○
3kg ◎
1kg ◎

  In the case of a solidified packaging container for 10 kg, solidification was possible, but since the side wall portion swelled outward and deformed, it was determined that it was impossible to secure a certain product shape.

  In the case of the solidified packaging container for 5 kg, the side wall portion showed a tendency to swell slightly outward, but it was determined to be acceptable because it can be applied when the product shape is not strictly required.

  In the case of the solidified packaging containers for 3 kg and 1 kg, no deformation was observed and a good block feed could be formed.

  Therefore, when forming a block feed using a fluid feed mixture from the above test, if a solidified packaging container having a capacity of 5 kg or less or 3 kg or less is used, a good blocked feed can be obtained without deforming the solidified packaging container. It was found that can be formed.

  FIG. 5 is a cross-sectional view showing an example of a solidified packaging device including a holding casing 18 configured to receive the box-shaped solidified packaging container 2 assembled as shown in FIG. 3 using the packaging paper 1 of FIG. 6 is a perspective view of the holding housing 18 of FIG. The holding housing 18 includes a bottom plate 19, a fixed plate 20 fixed on the bottom plate 19 so as to oppose the bottom plate 19, and arranged at the longitudinal ends of the two fixed plates 20. The side plate 21 is configured to be openable and closable, and a locking tool 24 that can be engaged with and detached from the bin 23 provided on the fixed plate 20 is attached to the width end of the side plate 21. The container 24 can be formed and opened by the holding housing 18 by the engagement / disengagement of the locking member 24.

  In order to solidify and package the fluid using the solidification packaging apparatus shown in FIGS. 5 and 6, the solidified impermeable packaging paper 2 is three-dimensionally folded to form a box-shaped solidified packaging container 2 as shown in FIG. After the formation, the box-shaped solidified packaging container 2 is accommodated in the container-like interior of the holding housing 18 in which the side plate 21 is fixed to the fixing plate 20 with the locking tool 24. At this time, the first lid portions 6 and 6 and the second lid portions 9 and 9 of the solidified packaging container 2 are left open.

  Subsequently, the fluid 25 is supplied from above into the solidified packaging container 2 whose top is opened. As described above, when the fluid 25 is supplied to the inside of the solidified packaging container 2, particularly when the capacity of the solidified packaging container 2 is large, the solidified packaging container 2 bulges outside due to the pressure of the fluid 25 and deforms. However, since the solidified packaging container 2 is held in the holding housing 18 and is prevented from being deformed, the solidified packaging container 2 can maintain a predetermined shape even if the fluid 25 is supplied.

  As described above, when the solidified packaging container 2 supplied with the fluid is allowed to stand for a predetermined time, the fluid is solidified, and the block solidified product 26 filled in the entire interior of the solidified packaging container 2 is manufactured.

  When the fluid 25 supplied into the solidified packaging container 2 is solidified, the locking tool 24 is removed from the bottle 23, the side plate 21 of the holding housing 18 is opened as indicated by the arrow, and the solidified solidified block 26 (FIG. 4). ) Is taken out from the holding housing 18 together with the solidified packaging container 2. At this time, since the side plate 21 is open, the work of taking out the block solidified material 26 from the holding housing 18 can be easily performed.

  As shown in FIG. 4, the block solidified material 26 taken out from the holding housing 18 covers the upper part by fixing the first lid parts 6 and 6 with a fixing material such as an adhesive tape, glue or adhesive tape (not shown). Further, by fixing the second lid portions 9 and 9 with a fixing material 27 such as an adhesive tape, glue, or adhesive tape, the block solidified product 26 whose entire peripheral surface is packaged in the chemical packaging container 2 is manufactured.

  FIG. 7 is a plan view showing another form of the solidification packaging apparatus provided with a holding casing 18 that accommodates the box-shaped solidification packaging container 2 assembled as shown in FIG. 3 using the packaging paper 1 of FIG. 8 is a view in the direction of arrows VIII-VIII of the holding housing 18 of FIG. The holding housing 18 includes two long side plates 28 provided opposite to each other on the bottom plate 19, and a plurality of partition plates 29 and end plates 29a that partition the side plates 28 in the longitudinal direction. The partition plate 29 and the end plate 29a are fixed to the bottom plate 19, and the side plate 28 is attached to the bottom plate 19 by a hinge 22 or the like so as to be opened and closed. A locking tool 24 that can be engaged / disengaged with respect to the bin 23 provided on the end plate 29 a is provided at the longitudinal end of the side plate 28. Thus, a plurality of container shapes can be formed and opened by the holding housing 18.

  In order to solidify and package the fluid using the solidified packaging apparatus of FIGS. 7 and 8, the block solidified product 26 can be formed from the fluid 25 in the same procedure as in FIGS. 5 and 6, but in this embodiment, A plurality of block solidified products 26 can be formed at the same time, and the block solidified products 26 thus formed can be easily taken out from the holding housing 18 by opening the side plate 28, so that the block solidified product 26 is manufactured. Can be performed more efficiently.

  In each of the above-described embodiments, the case of the box-shaped solidified packaging container 2 having a slightly trapezoidal front and side shape and the holding housing 18 having a shape configured to accommodate the box-shaped solidified packaging container 2 has been described. The present invention can also be applied to the case where the side surface is trapezoidal and the other two side surfaces have an inclined rectangle, or where both the front surface and the side surface have vertical parallel surfaces. Further, the holding housing 18 may be provided with a heating means if necessary to promote solidification of the fluid 25.

  In addition, the solidified packaging container, the solidified packaging apparatus, and the solidified packaging method of the present invention are not limited to the above-described embodiments, and various changes can be made without departing from the scope of the present invention. is there.

It is a top view which shows an example of the shape of the packaging paper for forming the solidification packaging container in this invention. It is a fragmentary perspective view which shows the state which folds packaging paper and forms a box-shaped solidified packaging container. It is a front view which shows the state which supplies a fluid to a solidification packaging container. It is a perspective view of the block solidified product packaged by the solidified packaging container of this invention. It is sectional drawing which shows the state which supplies a fluid to the solidification packaging container accommodated in the holding housing. It is a perspective view which shows an example of the holding | maintenance housing | casing which comprises the solidification packaging apparatus of FIG. It is a top view which shows the other example of the holding | maintenance housing | casing which comprises the solidification packaging apparatus in this invention. It is a VIII-VIII direction arrow line view of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Packaging paper 2 Solidified packaging container 3 Bottom 4, 4 Parallel 2 sides 5, 5 1st side wall part 5a, 5a Height edge 5b, 5b Width edge 6,6 1st cover part 7, 7 2 parallel sides 8, 8 Second side wall portion 8a, 8a Height end side 8b, 8b Width end side 8c, 8c Approximate extension line 9, 9 Second lid portion 9a, 9a Tip side 9b, 9b Width end side 10 Intersection 11 Intersection 12 Seal Folding section 14 First folding section 16 Second folding section 17 Fixing material 18 Holding housing 19 Bottom plate 21 Side plate 25 Fluid 26 Block solidified material 28 Side plate 29 Partition plate

Claims (7)

  A non-permeable packaging paper, a rectangular bottom portion, a first side wall portion for forming a substantially rectangular side wall contiguously connected to two parallel sides of the bottom portion, and a height of each first side wall portion A substantially rectangular first lid portion connected to the end side, a second side wall portion for forming a substantially rectangular side wall connected to and opposed to the other two parallel sides of the bottom portion, and each second side wall portion A second lid portion connected to the height end side of the second lid portion, and a width end side and a tip end of the second lid portion from an intersection of the width end side and the height end side of the first side wall portion A box having a substantially triangular seal folding part formed between the intersection with the side and folding the first side wall part, the second side wall part, the first lid part, and the second lid part When forming a shape, the seal folding part is folded in a triangle between the width end side of the first side wall part and the width end side of the second side wall part and fixed to the outer surface of the first side wall part. First fold Between the first lid portion and the second lid portion by folding in a triangle between the substantially extended line of the height side of the second side wall portion and the width end side of the second lid portion A fluidized solidified packaging container, wherein the second folding part is formed by folding folds and is folded three-dimensionally to form a box shape.   A non-permeable packaging paper, a rectangular bottom portion, a first side wall portion for forming a substantially rectangular side wall contiguously connected to two parallel sides of the bottom portion, and a height of each first side wall portion A substantially rectangular first lid portion connected to the end side, a second side wall portion for forming a substantially rectangular side wall connected to and opposed to the other two parallel sides of the bottom portion, and each second side wall portion A second lid portion connected to the height end side of the second lid portion, and a width end side and a tip end of the second lid portion from an intersection of the width end side and the height end side of the first side wall portion A box having a substantially triangular seal folding part formed between the intersection with the side and folding the first side wall part, the second side wall part, the first lid part, and the second lid part When forming a shape, the seal folding part is folded in a triangle between the width end side of the first side wall part and the width end side of the second side wall part and fixed to the outer surface of the first side wall part. First fold Between the first lid portion and the second lid portion by folding in a triangle between the substantially extended line of the height side of the second side wall portion and the width end side of the second lid portion A solidified packaging container which is formed by folding folds and is folded three-dimensionally to form a box shape; and the solidified packaging container is accommodated and flown into the solidified packaging container. An apparatus for solidifying and packaging a fluid, comprising: a holding housing that holds a shape when an animal is supplied and solidified.   The fluidized solidified packaging apparatus according to claim 2, wherein the holding casing is configured such that a side plate that accommodates the solidified packaging container and holds the shape thereof can be opened and closed.   The holding housing includes two side plates provided opposite to each other on a bottom plate and a plurality of partition plates that divide the side plates in the longitudinal direction, and the side plates are configured to be openable and closable. The solidified packaging apparatus for fluids according to claim 2.   A method for solidifying and packaging a fluid using the solidified packaging container according to claim 1, wherein the packaging paper is three-dimensionally folded to have a bottom portion, a peripheral wall portion, a lid portion, and a first folding portion as a side wall portion. A box-shaped solidified packaging container is formed which is fixed to the outer surface of the container and the second folding part is sandwiched between the first lid part and the second lid part, and a fluid is supplied into the solidified packaging container. Solidified packaging method of fluid, characterized in that the block solidified product after solidification is covered with the lid portion and fixed for packaging.   It is the solidification packaging method of the fluid using the solidification packaging apparatus of Claims 2-4, Comprising: The said wrapping paper is folded three-dimensionally, it has a bottom part, a surrounding wall part, a cover part, and a 1st folding part is made into a side wall. Forming a box-shaped solidified packaging container that is fixed to the outer surface of the unit and that holds the second folding part between the first lid and the second lid, and accommodates the solidified packaging container in the holding housing Then, a fluid is supplied and solidified inside the solidified packaging container, and the solidified packaging method of the fluid is characterized in that the upper part of the solidified block solidified product is covered and fixed with the lid and packaged. The method for solidifying and packaging a fluid according to claim 5 or 6, wherein the fluid is a fluid feed mixture that is supplied into the solidified packaging container to form a block feed.

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