JP2006224985A - Container made of synthetic resin - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a container made of a synthetic resin which can upgrade the image of a commodity, and also, can be reused even after the purchasing as well. <P>SOLUTION: This container 1 made of the synthetic resin comprises a rectangular front surface 4 and a rectangular rear surface 5 comprising one piece of a sheet base, right and left gusset surfaces 8 and a bottom gusset surface 9 which are formed into a bag shape of double sheet bases 7a and 7b. All the fabrics are made of a colorless transparent vinyl for the container 1 made of the synthetic resin. In bag sections 8a and 8b of the side gusset surfaces 8, and a bag section 9a of the bottom gusset surfaces 9 of the container 1, a colored transparent oil 10 is housed as it remains sealed. For the side gusset surfaces 8, the tone gradually changes from a colorless transparent section 13 to a colored transparent section 14 from the top to the bottom, and the total surface of the bottom gusset surface is formed into a colored transparent section. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a synthetic resin container for packaging that can also be used as a container for decorative goods.

In recent years, transparent packaging containers have been used so that products contained therein can be seen. However, since most of such packaging containers are not decorative, they are not useful after the purchase of goods and have been disposed of. If the product is to be used in a container, a glass container having a decorative property that improves the image of the product must be prepared separately.
More specifically, for example, fish models may be sold at tourist sites such as aquariums. Merchandise is displayed at stores, but they are sold in transparent packaging bags so that they can be seen. However, such an exhibition method has the problem that there is no sense of presence of fish swimming in an aquarium, and the product image is not fully exhibited. Moreover, in order to make the model fish of the purchased product full of realism, it is necessary to prepare a suitable container separately, which is very troublesome. In order to solve the former problem, it is sufficient to display a product sample as if the model fish is floating in, for example, an aquarium. To solve the latter problem, model fish and aquariums may be sold as a set. However, the display method of putting water in and floating is cumbersome, and the sale of a set of model fish and aquarium is bulky, resulting in a problem that it is difficult to take home. In addition, there are management problems such as bulkiness when products are in stock and damage.

  This invention makes it a subject to provide the container made from a synthetic resin which can improve the image of goods and can be reused after purchase.

  The synthetic resin container of the present invention (Claim 1) is a bottomed cylindrical container made of a flexible synthetic resin sheet, wherein at least the cylindrical portion of the container is transparent, and all or a part of the sheet is formed. It is formed in a double liquid-tight bag part, and a fluid or semi-fluid is contained in the bag part in a sealed state. In addition, the flexibility here means the property that the container can stand and be folded. Moreover, the container here means a container for packaging and a container for transportation or packaging.

  It is preferable that the bottom surface of the container is transparent, and the bag portion is formed on the bottom surface.

  Further, it is particularly preferable that the fluid or semi-fluid is colored and transparent.

  Moreover, the window part into which a fluid or a semi-fluid does not penetrate | invade may be formed in a part of said bag part (Claim 4).

  It is more preferable to provide a pair of lenders near the opening at the upper end of the cylindrical portion (Claim 5).

  Further, it is particularly preferable that the synthetic resin sheet has water resistance and as a whole has water tightness (Claim 6).

The container made of a synthetic resin according to the present invention (Claim 1) is a bottomed cylindrical container made of a flexible synthetic resin sheet, and at least the cylinder part is transparent. Further, all or a part of the cylindrical portion is formed in a double liquid-tight bag portion, and a fluid or semi-fluid is accommodated in the bag portion in a sealed state. That is, the bag portion in which the fluid or semi-fluid is stored is thick. Therefore, since the tension of the cylinder portion increases, the self-supporting state of the container is stable and can be prevented from falling. Moreover, since the said sheet | seat is formed so that the said sheet | seat may become a double liquid-tight form, the said bag part in which the fluid or the semifluid is accommodated forms a gentle swelling. In addition, the form of the bulge of the bag part has a gentle image like glass. Therefore, it seems that the thin part of the tube is made of synthetic resin instead of glass, whereas the bulging part looks like glass, so the container has an appearance in which synthetic resin and glass are fused It has become.
Further, when the fluid or semi-fluid is accommodated in the entire bag portion, the entire tubular portion is stretched, so that the container is further stabilized and can be prevented from being out of shape or falling.
As described above, when the fluid or semi-fluid is stored in the bag part, the container has a decorative property unlike a general synthetic resin product, and therefore has a very high-class feeling and can be reused. Because there are ways, it is economical.

  Further, since the cylindrical portion or the bag portion is flexible, the fluid or semi-fluid contained therein can move or vibrate when it is pushed or hit. ing. The situation can also be seen. Therefore, the container of the present invention has a design that does not exist in a conventional container, and is very attractive and also has a sense of fun.

  In addition, the fluid or semi-fluid also has an impact absorbing effect, so that the contents stored in the container can be protected. For example, during swinging during transportation, even if the stored item swings in the container, it can be safely transferred to the destination without being severely damaged.

  Further, since the sheet has flexibility and the fluid or semi-fluid can cope with the deformation of the cylindrical portion, the cylindrical portion can be folded to reduce the bulk of the container. Therefore, the container can be transported and stocked in a space-saving manner.

  Further, when the bottom surface of the container is transparent and the bag portion is formed on the bottom surface (Claim 2), the bottom surface is in a stationary state by pushing or hitting the bag portion or the cylindrical portion, like the cylindrical portion. Since the appearance of the change of the fluid or semi-fluid can be seen, it has various functions and effects as in the case of the cylindrical portion. The impact absorbing action by the bottom fluid or semi-fluid is effective in reducing the collision between the bottom and the base when the container is placed on the base. For example, when the weight of the stored item in the container is equivalent, the collision between the stored item and the base is buffered by the fluid or semi-fluid, so that the impact sound is mitigated and the damage to the stored item is also prevented. .

  When the fluid or semi-fluid is colored and transparent (Claim 3), the bulge formed in the bag portion or the cylinder portion is colored, so that it can be more clearly seen. Since the contents in the container can be seen through this fluid or semi-fluid, the contents can be seen in a color different from the actual color. For example, in the case of a container in which the fluid or semi-fluid is colored in blue, the water stored in the container and the fish model floating in the water can see the fish in the sea but can enjoy the atmosphere. Also, since the water inside does not need to be colored water, the product is not soiled with water.

  When a window part that does not allow fluid or semi-fluid to enter is formed in a part of the bag part (Claim 4), the window part becomes a transparent part of a different color in the colored transparent part. ing. Therefore, it can observe in a different color by seeing one stored item from a bag part and a window part. In the previous example, the difference between the color of fish in the sea and the color of actual fish can be seen. Also, when looking at the fish inside from the window, it will be an image of peeking into the sea, and the excitement will increase.

  In addition, when a pair of extenders is provided near the opening at the upper end of the cylindrical portion (Claim 5), the container in a state in which the pair of extenders are brought close to each other, or in a state of being put together, It is possible to maintain the open state in a constant state. Therefore, the shape of the container can be maintained for a long time. Also, the opening does not expand greatly due to the weight of the stored items. Therefore, the container is not deformed by the stored item, and the balance is not lost.

  When the synthetic resin sheet has water resistance and watertightness as a whole (Claim 6), this container can be used as a water tank. Since the container is flexible, the water stored therein is stimulated by pushing the tube portion from the outside, and the state in which the water moves can be seen. At the same time, it can affect underwater fish and floating decorations, and make their movements look like. Therefore, when this container is used as a water tank, since this container has the above-described effects, it is possible to realize a way of enjoying that could not be experienced at all with a conventional water tank.

  In addition, the fluid or semi-fluid can be refracted by water in the container and reflected to other cylindrical portions. Therefore, when the fluid or semi-fluid is colored, the fluid or semi-fluid is not only seen on the surface of the cylinder part, but is also reflected on the other cylinder part at the same time. The part that looks like it is more extensive than it actually is, and it also appears as if the water was partially colored. In addition, since the colored region and the expression of the cylindrical portion change depending on the viewing angle, containers having various appearances can be appreciated.

  Next, embodiments of the container of the present invention will be described with reference to the drawings. 1 is a front perspective view showing an embodiment of the container of the present invention, FIGS. 2a to 2c are sectional views taken along lines AA, BB and CC in FIG. 1, and FIG. 3 is a perspective view of the container in a folded state. FIG. 4 is a front perspective view showing another embodiment, FIG. 5 is a front perspective view showing one use state of the container, and FIGS. 6a and 6b are front views showing examples of stored items.

  The container 1 shown in FIG. 1 is provided with a pair of handbags 2 in the vicinity of the opening, and has the appearance of a so-called handbag. In addition, the container 1 is moderately provided with a hardness capable of being self-supporting and a softness capable of being folded. The clasp 2 is provided with a fastener 3 for integrating it. In addition to the substantial usage when carrying the container 1, the hander 2 can also be used as a hook part for lowering the container to a hook or the like. Further, the litter 2 is used to prevent the opening of the container 1 from being pushed by the stored items and being expanded or out of shape by bringing together the fasteners 3. You can also

As shown in FIG. 1 and FIGS. 2a to 2c, the container 1 has a rectangular front surface 4 and rear surface 5 made of a single sheet material, and left and right side walls formed into a bag shape from the double sheet materials 7a and 7b. It consists of a surface 8 and a bottom surface 9, and all the fabrics are made of a colorless and transparent vinyl fabric. Colored and transparent oil 10 is stored in a sealed state in the bag portions 8a and 9a of the side surface 8 and the bottom surface 9 formed in a bag shape.
Although the bag portions 8a and 9a are integrally formed in a communication state as shown in FIG. 2a, they are bent to form independent bag portions. Since the inner surfaces of the folded portions O are in close contact with each other, the oil 10 stored in the respective bag portions 8a, 8b, 9a is not normally distributed. In the bag portions 8a and 8b on the side wall surface, the oil 10 is stored in the lower half, and in the bag portion 9a on the bottom wall surface, the oil is stored in the bag portions 8a and 9a. And the storage state is maintained. However, in order to eliminate the tight state, if the folded portion O is extended and the respective bag portions 8a and 9a are communicated, the oil 10 therein can be moved. Can be adjusted freely.
When the tightness of the bent portion O is not tight or the viscosity of the oil is low, the oil 10 stored in the bag portion 8a flows through the bent portion O until the bag portion 9a is full. To do. Further, since the flow stops after being filled, the bag portion 8a can store a certain amount of oil 10 in a stable state.

  As shown in FIGS. 2a to 2c, since the bag portions 8a and 9a themselves have no wrinkles, the inner surfaces of the bag portions, that is, the double sheets 7a and 7b are easily adhered to each other. In particular, the portion where the film of the viscous oil 10 is interposed is more closely adhered. In addition, the double sheets 7a and 7b in the portion in which the oil 10 is stored are separated, but the oil 10 is sealed between the double sheets 7a and 7b. Although the oil 10 thus sealed forms a certain shape, the degree of adhesion between the inner surfaces of the bag portions 8a is not uniform, so that the contour is different even with the same amount of oil.

  As shown in FIG. 1, the boundary portion between the front surface 4 and the bottom flange surface 9 and the side flange surface 8 adjacent thereto, and the rear surface 5 and the boundary portion between the bottom flange surface 9 and the side flange surface 8 adjacent thereto are welded. Because it is hard. Since the welded portion 11 is provided on the rectangular edge of the front surface 4 or the rear surface 5, it acts as a reinforcing rib for preventing the container 1 from being deformed. Therefore, the welded portion 11 is very effective in preventing the deformation of the mold and the overturn even when the container 1 stores a corresponding item.

  As shown in FIG. 1, the bag portion 8a, 8b on the side surface of the embodiment does not contain oil 10 above the bag portion 8a, 8b, and the bag portion 9a is filled with oil 10. Stored. Therefore, since the oil 10 stored in the bag portions 8a, 8b, and 9a is sealed by the double sheet, the stored state is stable and the contour thereof is held substantially constant. Moreover, even if the container is rocked, the storage state hardly changes. However, when the oil in the bag portions 8a and 8b is pushed with a finger or the like, the oil moves in the bag portion, and the contour changes instantaneously.

  The bag portion 8a, 8b or the side surface 8 of the side wall surface of the oil 10 sealed as described above (hereinafter referred to as packed oil 10) is partially inflated. The shape of swells gradually from the periphery toward the inside. That is, the oil 10 in the packed state is formed into a substantially convex lens shape, and thus has a smooth surface. Further, since the oil is colored and transparent, the color of the oil 10 in the packed state gradually becomes deeper from the periphery toward the inside. Therefore, the oil 10 in a packed state can be seen as a pattern of a very gentle image like a handmade glass.

Further, as shown in FIG. 1, since the inner surfaces of the double sheets 7a and 7b are in close contact with each other above the oil 10 in a packed state, it looks like a single piece of cloth like the front surface 4 and the rear surface 5. Almost colorless and transparent. Accordingly, since the color of the side surface 8 gradually changes from the colorless transparent portion 13 to the colored transparent portion 14 from the upper side to the lower side, it exhibits a natural and uncomfortable color change. In addition, the colored transparent portion 14 gradually bulges from the periphery to the inside. For example, when the colored transparent portion 14 is viewed from an oblique direction, the edge near the boundary with the colorless transparent portion 13 appears dark. Accordingly, since the color density and the range of the colored transparent portion 14 change depending on the viewing direction, various variations of patterns can be exhibited. As described above, the side surface 8 is composed of two colors of the colorless transparent portion 13 and the colored transparent portion 14, and the former is almost flat and the latter has a three-dimensional shape. 8a and 8b and the colored transparent 13 oil 10 are collaborated, and the color change is naturally expressed and the bulge of the surface is finished very smoothly and beautifully.
Further, a part of the side surface, that is, the part in which the oil 10 is stored has cushioning properties and tension, so that the stored items in the container can be protected from impact, and the container is difficult to dent. It can be used in a beautiful state. If the bag portions 8a and 8b are filled with oil in a full state, the side surface 8 can have more reliable cushioning and tension.

  As shown in FIGS. 2b and 2c, the bag portion 9a on the bottom wall surface is filled with the oil 10, and it is apparent that the bottom wall surface 9 is very thick. Further, since the entire surface of the bottom flange surface 9 has cushioning properties, the stored items in the container can be more reliably protected against the impact on the bottom flange surface 9. Therefore, when the bottom saddle surface 9 of the container 1 hits an object, and when the bottom saddle face hits a mounting table when the container 1 is placed, the impact generated by the bottom saddle surface 9 is absorbed. The contents in the container can be avoided from direct hits. Further, since the bottom flange surface 9 is fully stretched, it is prevented that the bottom saddle surface 9 remains depressed even if an object collides with it. Moreover, even if the stored item in the container is a little heavy, it is possible to prevent the bottom surface from protruding downward due to the tension. Therefore, since the bottom face does not easily lose its shape, a beautiful appearance can be maintained. Moreover, it not only has an aesthetic effect, but also can sufficiently function as a container for transporting, for example, a glass or precision instrument that is vulnerable to impacts, so that it can be used with confidence. In particular, when the bag portion 8a on the side wall is stored in a full state with the oil 10, the utility value as a transport container is higher.

  In addition, if the oil 10 stored in the bag portions 8a and 9a extends the bend of the corner portion O, the oil 10 in the bag portion 9a on the bottom side surface is forcibly moved to the bag portions 8a and 8b on the side surface side. For example, the bag portions 8a and 8b of the side surface 8 can be filled. Therefore, since it is possible to change from a colored bottom surface to a colorless bottom surface and also from a colorless side surface to a colored side surface, it is possible to form a container having a completely different color. Moreover, since the pattern from which a shape differs is formed by changing the oil amount accommodated in the side face 8, the pattern of a container can also be changed according to liking. In addition, the amount of oil in each bag can be made substantially uniform.

  In the embodiment, the side saddle face 8 and the bottom saddle face 9 are provided with the oil 10 as described above, so that the stored items inside can be seen through from any face. However, when viewed through the bag portions 8a, 8b, and 9a, the contents in the container 1 do not appear in various colors but appear to overlap with the color of the oil, and the front 4 or rear 5 The color can be seen. That is, the color of the stored item can be changed according to the viewing surface or position. In addition, oil bags may be provided on the front surface 4 and the rear surface 5 instead of the left and right side surface 8. When the impact mitigating action is emphasized, the entire surface of the container may be formed in a bag shape to store oil. Further, it is desirable that the amount of oil should match the image of what is stored inside whether or not the bag portion is filled. Full oil does not have an outer shape, but when it is sealed in a bag with no wrinkles, the swollen form itself has a very aesthetic impression, and has a design effect. Furthermore, since the colored oil clearly expresses the difference in color shade, it can be used as a container with a decorative appearance and a beautiful gradation.

The container shown in FIG. 1 can be folded by folding the side surface 8 and the bottom surface 9 inward as shown in FIG. Since the container 1 in the folded state surrounds the colorless and transparent storage portion 12 with the colored and transparent oil 10, it looks like a picture frame. Since the storage unit 12 can store either flat or three-dimensional objects, the objects are stored as if they were stored in a picture frame. Therefore, since the storage form exhibiting the appearance of such a frame has not been used as a container storage method so far, it is very novel and full of luxury.
In addition, the bag part 9a on the bottom side surface can be easily folded by moving to the bag parts 8a and 8b on the side side surface in order to reduce the amount of oil 10. When the folded portion O is not tightly adhered, the oil 10 in the bag portion 9a on the bottom ridge surface is folded and pressed down so that the oil 10 in the portion is sacked on the side ridge surface bag portion 8a, Forcibly flows to 8b, and the whole can be folded into a flat state with a low bulk.

As the container 20 of other embodiment, as shown in FIG. 4, the formation place of the bag part 8a of FIG. 1 is changed into the front surface 21 and the rear surface 22. As shown in FIG. As with the container of FIG. 1, all the fabrics are made of a colorless and transparent vinyl fabric. The bag portions 21a and 22a are similarly formed by double sheet bases 23a and 23b. Moreover, the bag part 24a is formed also in the bottom collar surface 24. FIG. Since the boundary portions of the front surface 21 and the bottom collar surface 24 and the rear surface 22 and the bottom collar surface 24 are welded to each other, the bag portions 21a and 21b on the side collar surface and the bag portion 24a on the bottom collar surface are in a disconnected state. It has become. Further, the oil 25 stored in each bag portion does not circulate. A side portion of the bag portion 21a is formed in a closed window 26 so as to prevent the oil 25 from entering by welding the double sheet fabrics 23a and 23b to each other with a circular outline. The shape of the window 26 may be an appropriate shape such as a circle or a square, but it is desirable that the size and shape be such that the actual color of an object stored in the container 20 can be clearly recognized. Since the front surface 21 is partially formed as a colorless and transparent surface in the colored and transparent surface, the actual color of the stored item can be seen through the colorless and transparent surface. In addition, since the stored item exhibits a color different from the color from the colorless and transparent portion when viewed through the colored and transparent surface, one item can be viewed almost simultaneously with a different pattern color scheme. Therefore, the more spectacular colors are provided in the scene from the front surface 21, the more the color of the stored items can be appreciated. In addition, although it is preferable from the surface of strength that the bag part is formed by a double sheet together with the side wall surface as in the embodiment of FIG. 1, the bag part is formed only by the double sheet on the bottom wall surface. It may be formed.

FIG. 5 shows a use state when the container 1 shown in FIG. 1 is used as a water tank. The bag portions 8a and 8b on the side surface 8 and the bag portion 9a on the bottom surface 9 store blue transparent oil 10 which is an image color of the sea or river.
It is important that the size of the container 1 is within a range in which the container 1 does not fall in a state where water is stored. When the container 1 is used as an aquarium, the size is approximately 5 to 15 centimeters in width, especially 9 centimeters, and the height is 5 to 14 centimeters, especially 10.5 centimeters (excluding the hand portion) .), Depth is 2-6cm, especially 4cm, mainly storing imitation aquatic animals. For example, the fish model F shown in FIG. 6a (hereinafter referred to as the model F) is connected to the floating ball K via the Tegus T, so that it can float in water and be moved artificially. Yes. Although this model is small, by storing water W in the container 1, the surfaces of the front surface 4 and the rear surface 5 form gentle convex surfaces, so that the model F stored in the container 1 is the front surface 4 or When viewed from the rear 5 direction, it looks larger than the actual one.
Further, the front surface 4 and the rear surface 5 are originally colorless and transparent, but when the container 1 is viewed obliquely from the upper side as shown in FIG. 5, the blue color of the bottom surface 9 is reflected on the rear surface 5 and is seen as blue. Moreover, since the water in the container 1 is illusioned to be blue, it creates an atmosphere of a sea or a river. In particular, as shown in FIG. 6b, the bottom of the container 1 has a blue bottom surface by submerging the bottom of the container 1 such as sand S1, pebbles S2, shellfish K1 or a model of seaweed K2, such as a model of seaweed K2. 9 is reflected in the scene just like the bottom of the river or the sea, making it even more realistic. The sand S1, pebbles S2, and shells K1 may be real, but by making them colorful models made of transparent or translucent glass, the appearance can be further improved.

  Since the model F can be moved in the water by pushing the floating ball K from the outside of the container 1, it can be regarded as a fish swimming in the sea. In other words, the combination of a small container and the model F creates a compact atmosphere that gives a glimpse into the sea. Also, if the model is a fish that lives in the river, you can create a sight that looks into the river.

  Since this container 1 is not hard like conventional glass or acrylic, but is flexible, water W in the container 1 can be pushed indirectly from the outside of the container 1. The water sways and the model F reacts and moves immediately, so you can play as well as watch. Moreover, since it is possible to fold and reduce the bulk, it is very easy to carry. It is safe because it will not be damaged if dropped. When moving the water tank filled with water, if the hand 2 is moved, it is not necessary to directly touch the container 1, so that the water in the container 1 is not pushed out and overflows. Further, when the litter 2 is integrated with the stopper 3, the opening of the container 1 can be prevented from expanding even if a large amount of water is stored, so that it can be used safely without falling down.

  As shown in FIG. 3, when the side wall surface and the bottom wall surface are folded inward as shown in FIG. 3, the container 1 has a frame shape of a blue frame, but the model F stored in the storage unit 12 has a blue surrounding. Because it is surrounded by, it creates an atmosphere as if you were in a river or the sea without water. Such a form can also be used as a packaging container when the model F is sold at a store or the like. This packaging container is different from the one in which the model F is simply put in a transparent box, and the model F can be imaged up. Then, the container 1 brought back may be viewed on the wall as it is, or it may be spread and used with the container 1 filled with water. In the latter case, since the container brought home can be used as it is as a water tank, there is no need to separately prepare a glass or acrylic container, which is very convenient. The oil can be used even if it is translucent. Instead of oil, transparent and translucent gels and semi-fluids can also be used.

FIG. 1 is a partially broken front perspective view showing an embodiment of the container of the present invention. 2a, 2b, and 2c are a cross-sectional view taken along line AA and a cross-sectional view taken along line BB and a cross-sectional view taken along line CC in FIG. FIG. 3 is a perspective view of the folded state. It is a front perspective view which shows other embodiment. It is a front perspective view which shows the use condition of a container. FIG. 6A is a front view of a fish model, and FIG. 6B is a front view showing another model.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Container 2 Linger 3 Fastener 4 Front surface 5 Rear surface 7a Sheet ground 7b Sheet ground 8 Side surface 8a Bag part 8b Bag part
DESCRIPTION OF SYMBOLS 9 Bottom side surface 9a Bag part 10 Oil 11 Welding part 12 Storage part 13 Colorless and transparent part 14 Colored transparent part 20 Container 21a Bag part 22 Rear surface 22a Bag part 23a Sheet base 23b Sheet base 24 Bottom base 24a Bag part 25 Oil 26 Window F Fish Model T Tegu K Floating Ball S1 Sand S2 Pebbles K1 Shell K2 Seaweed

Claims (6)

  A bottomed cylindrical container made of a flexible synthetic resin sheet, wherein at least the cylindrical part of the container is transparent, and all or part of the sheet is formed in a double liquid-tight bag part. A synthetic resin container that contains a fluid or semi-fluid in a sealed state.   2. The synthetic resin container according to claim 1, wherein a bottom surface of the container is transparent and the bag portion is formed on the bottom surface.   The synthetic resin container according to claim 1 or 2, wherein the fluid or semi-fluid is colored and transparent.   The synthetic resin container according to claim 3, wherein a window portion into which a fluid or semi-fluid does not enter is formed in a part of the bag portion.   The synthetic resin container according to claim 1, wherein a pair of hooks are provided in the vicinity of the opening at the upper end of the cylindrical portion. The synthetic resin container according to claim 1, wherein the synthetic resin sheet has water resistance and water-tightness as a whole.