JP3089789U - Fresh flower packaging material - Google Patents

Abstract

(57) [Summary] [Problem] This invention aims to make it easy to hold the water that has fallen from fresh flowers by separating it from the cut end of the stem and to make it easy to hold the packaging material. It is an object of the present invention to make it possible to land the fish when taking it home or during the period from when it is brought back to life. SOLUTION: A partition 7 is provided on a bottom edge side of a bag made of a waterproof sheet.
And the partition 7 separates the open side and the bottom side of the bag body, and the partition section is provided with a non-blocking part 6 that communicates the open side and the bottom side of the bag body. The fresh flower packaging material 9 is configured such that water or a jelly-shaped culture material is stored on the lower side.

Description

[Detailed description of the invention]

[0001]

[Industrial applications]

 This invention relates to fresh flower packaging materials used by consumers who purchase fresh flowers at florists and ikebana classes when they bring flowers home.

[0002]

[Prior art]

 Fresh flowers are wet at the time of purchase. For this reason, when the buyer brings back the fresh flowers, it is necessary to keep the water from dripping, and for this purpose, a method of wrapping a waterproof sheet such as aluminum foil around the cut end of the stem has been adopted. For example, Japanese Patent Application Laid-Open No. 5-305988 has been proposed. The present invention relates to a cylindrical or conical wrapping material, the bottom of which is open or closed. By the way, fresh flowers are wet at the time of purchase, so those with open bottoms cannot be used when consumers bring fresh flowers home. In the case of the closed bottom, there is no difference in function from the one wrapped with aluminum foil.

When carrying a fresh flower, it is often carried by grasping the vicinity of the cut end of the stem by hand, except when using a cylindrical carrier with a hand. In such a case, when the waterproof sheet such as the aluminum foil is wound around or when a bottomed wrapping material is used, water is accumulated at the cut end of the stem, so it is difficult to hold the stalk. There was a problem that the cold was transmitted to the hands and the hands became cold.

[0004] Fresh flowers are preferably immersed in water when taken home or the like, but this is not possible with conventional packaging materials. Furthermore, the flowers may not grow immediately after they are brought back, but may grow after several hours or two to three days. In such a case, the basin is usually filled with water, and fresh flowers are placed here for landing.

[0005]

[Problems to be solved by the invention]

 The problem of the present invention is firstly to solve the above-mentioned problems concerning ease of holding by allowing water falling from fresh flowers to accumulate separately from the cut end of the stem, and secondly, to make the packaging material It is intended to be able to be landed at the time of take-out and the period of life after being brought back, for example, by allowing water to be spread.

[0006]

[Means for Solving the Problems]

 According to the invention of claim 1, a partition is formed on the bottom edge side of the bag made of a waterproof sheet, and the partition defines the open side and the bottom side of the bag, and the bag is opened at the partition. A non-blocking portion communicating between the side and the bottom side is provided, and water or a jelly-shaped culture material is stored on the bottom side from the partition portion to constitute a fresh flower packaging material. In the invention of claim 2, the bag body is configured by folding a rectangular waterproof sheet, closing one edge adjacent to the folded edge, and forming a partition between the folded edge and the closed edge. The partitioning section defines the open side and the bottom side of the bag body, and the partition section has a non-blocking section communicating the open side and the bottom side of the bag body. Water or jelly-shaped culture material is stored. According to a third aspect of the present invention, a culture solution, a jelly-like culture material, or other culture materials are stored on the bottom side of the bag according to the first aspect. It is a material that has been stored. The invention according to claim 5 is such that a space in which a culture material is not stored is provided on the bottom side, and water attached to fresh flowers is stored in this space.

[0007]

[Action]

 The packaging material of the invention according to claims 1 and 2 has two functions depending on the method of use. First, the wrapping material is used to wrap the stem end of the fresh flower and position the stem end on the open side of the partition. In this method of use, the water attached to the fresh flowers falls from the non-occluding portion of the partition to the bottom and accumulates there. Therefore, the first problem is solved because the end of the stem is separated from the water.

[0008] The second method is a method in which water or a culture material is put into the bottom of the packaging material, and the stem end of the fresh flower is inserted from the non-occluding portion of the partition portion to the bottom portion. In this method of use, since the stem end of the ikebana is made of water or a culture material, it can be landed even in a packaged state. Then, even at home or the like, the basin or the like can be left in a packaged state without being filled with water, so that the second problem is solved. The same applies to the inventions of claims 3 and 4.

During transportation, water can be stored in the water retaining portion according to the first usage method. After returning, the stem end can be inserted into the water retaining portion to perform the second usage method. According to the invention of claim 5, since there is a space on the bottom side of the bag body in which the culture material is not stored, the fresh flowers are supplied with nutrients while the culture material is being transported, and the water attached to the fresh flowers is removed on the bottom side during transportation. Collect in space.

[0010]

[Embodiment of the invention]

 In the figure, a rectangular waterproof paper 1 is folded substantially at the center, one edge adjacent to one end of the folded edge 2 is defined as a closed edge 3 by a method such as heat sealing, and two edges 2 and 3 sandwiching one corner 4 in a substantially square shape. Form a closed bag. Further, in the vicinity of the corner 4, the space between the two closed edges 2, 3 is closed by a method such as heat sealing while leaving a non-blocking portion 6 at the center, thereby forming a partition 7. A bottom section 8 is formed between the corner 4 and a fresh flower packaging material 9. The size of the non-obstructed portion is set so that an average bouquet cannot be inserted.However, in order to cope with the difference in the thickness of the stalk end of the bouquet, large, medium, and small standards may be prepared. it can. Further, a plurality of non-blocking portions may be formed in a dotted line.

[0011] The method of using the fresh flower packaging material 9 configured as described above is as follows. First, as shown in FIG. 3, the stem end 11 of the stem of the fresh flower 10 is inserted up to the upper part of the partition part 7, the upper part of the packaging material is wrapped around the stem, and fixed with a rubber band or ribbon. use. The fresh flower 10 is wrapped by this packaging material. Here, the water attached to the fresh flowers gradually flows toward the end of the stem, passes through the non-occluding portion 6, flows into the bottom section 8, and is stored therein. That is, water and stems are separated.

As shown in FIG. 4, a second use method is to put an appropriate amount of water 12 in advance in the bottom section 8 of the packaging material 9 and then to separate the stem end 11 from the non-occluding section 6 of the partition section to the bottom section 8. And use it with the upper part of the packing material fixed with a rubber band or the like. Here, since the stem ends of the fresh flowers are filled with water, they can be landed in a packaged state.

In the above embodiment, the wrapping material is made of waterproof paper. However, the wrapping material may be a waterproof sheet, and a metal sheet or a synthetic resin sheet may be used. Further, the shape of the packaging material is not limited to a square shape, but may be a fan shape or any other suitable flat shape. The point is that two edges sandwiching one corner may be closed. The two closed edges need not be closed over the entire length of each edge.

FIG. 5 relates to the invention of claim 5, wherein a jelly-shaped culture material 13 is stored in the bottom section 8, and a space 14 is partially left. Here, when the stem end is pierced into the culture material 13 and packaged, fresh flowers can obtain nutrients from the culture material and can maintain freshness for a long time. Further, since there is a space 14 in the bottom section 8, water attached to the fresh flowers is stored in the space 14.

In the above description, since the partitioning portion 7 functions as a weir, even if the stem is tilted during transportation, the water stored in the bottom compartment or the culture solution stored in the bottom compartment does not flow out. The packaging material of the present invention can be subjected to arbitrary printing at the time of implementation, and the shape and size can be appropriately selected. Therefore, it can be used as a packaging tool (wrapping tool) that not only wraps the stem end but also wraps the entire stem as a large one.

[0016]

[Effect of the invention]

 According to this invention, a partition having a non-blocking portion is formed in the bag body, and water and culture material can be stored below the partition, so that the stalks of the fresh flowers are positioned above the partition and packed. Then, the water attached to the fresh flowers accumulates separately from the stems in the lower water retention portion. Therefore, water does not accumulate at the cut end of the stem, so it is easy to hold, and cold water does not reach the hands.

[0017] Further, when water or a culture material is put below the partition portion, and the stem end portion is inserted and used therein, it is possible to land in a packaged state. According to the invention of claim 5, it is possible to both accumulate water adhering to the fresh flowers and replenish nutrients from the culture material.

[Brief description of the drawings]

FIG. 1 is a perspective view of a material sheet.

FIG. 2 is a plan view of the embodiment.

FIG. 3 is a perspective view of a use state in which water attached to a fresh flower is accumulated below a partition.

FIG. 4 is a perspective view of a used state in which water is stored below the partition.

FIG. 5 is a perspective view of a use state in which a jelly-shaped culture material is stored below a partition.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Waterproof paper 2 Folded edge 3 Closed edge 4 Corner 6 Non-closed part 7 Partition part 8 Bottom section 9 Fresh flower packaging material 10 Fresh flower 11 Stem end part 12 Water 13 Culture material 14 Space

Claims (5)

[Utility model registration claims] 1. A partition part is formed on the bottom edge side of a bag made of a waterproof sheet, and the partition part divides an open side and a bottom side of the bag body. A flower packaging material having a non-blocking portion communicating with the bottom portion, wherein water or a jelly-like culture material is stored on the bottom side from the partition portion; 2. A rectangular waterproof sheet is folded back, one edge adjacent to the folded edge is closed, and a partition portion is formed between the folded edge and the closed edge. An open side and a bottom side are defined, and a non-blocking part communicating the open side and the bottom side of the bag body is provided in the partition part, and water or jelly-like culture material is stored on the bottom side from the partition part. Fresh flower packaging material 3. A partition section is formed on the bottom edge side of the bag made of a waterproof sheet, and the partition section separates the open side and the bottom side of the bag section. A fresh flower packaging material having a non-blocking portion communicating with the bottom side, and a culture material stored on the bottom side from the partition portion; 4. A rectangular waterproof sheet is folded and one edge adjacent to the folded edge is closed, and a partition is formed between the folded edge and the closed edge. A fresh flower, in which an open side and a bottom side are defined, and a non-closed portion communicating the open side and the bottom side of the bag body is provided in the partition, and a culture material is stored on the bottom side from the partition. Packaging material 5. The flower packaging material according to claim 3, wherein a space in which no culture material is stored is provided on the bottom side, and water attached to the flower is stored in this space.