KR100923789B1 - Dyeing method of plant petals and plant petals dyed by the method - Google Patents

Abstract

It relates to a plant petal dyed by the method of dyeing plants petals, which can be easily stored by storing dyes for dyeing petals and used for dyeing petals by combining them with plant branches.

This dyeing method is a step of partially cutting the end of the branch (13) of the plant (10), the branch (13) cut the storage body 21 while puncturing the sealing sheet 22 at the end of the cut branch (13) In addition, the dye 30 of the dye reservoir 20 discolors the petal 12 to a color corresponding to the dye 30 through the branches 13 and the plant stem 11.

This petal dyeing method is to cut the branches and combine the dye reservoir with the cut branches so that anyone can easily dye the petals regardless of the skill of the operator.

Description

Dyeing method of plant petals and plant petals dyed by the method {A method for dyeing of flower}

The present invention relates to a method of dyeing plant petals and petals dyed by the method, in particular, the dyeing method of the plant petals that can be stored and stored in a convenient and portable to dye the petal dye can be used for dyeing the petals It relates to a petal dyed in its way.

Recently, a so-called "rainbow rose" has been introduced, which has dyed petals in various colors that cannot be obtained from the original color of a flower.

In this method of dyeing the petals, as shown in FIG. 1, the stem 11 of the plant 10 is immersed in the container 1 in which the dye 2 is accommodated, whereby the dye 2 is applied to the stem 11. It is moved along the water pipe of the petal 12 to dye the color of the dye.

This staining is accomplished by chromatography and capillary action.

However, in the case of dyeing a variety of colors for a single plant plug by the dyeing method as described above, it is necessary to have a plurality of containers containing dyes of different colors, and to be dyed by immersing the stem ends of the plants in each container sequentially In this case, there is a problem that takes a lot of dyeing time.

To this end, a method and apparatus for dyeing flowers is disclosed in Dutch Patent Registration No. 1030378 (International Application No. PCT / NL2006 / 000555) (International Publication No. WO 2007/055565 A2).

The prior patent discloses that the holder 2 is divided into two spaces 16a and 16b by the partition 4, as shown in FIG. 2, and the dyes are different in color in each of the divided spaces 16a and 16b. After accommodating (5a) (5b), the divided stems are divided into dyes 5a (5b) in each of the spaces 16a and 16b while dividing the ends of the stems 11 of the plant 10 by partitions 4. ) So that the flower 12 is dyed according to the color of the dye (5a) (5b).

However, the above patent has the following problems.

First, in order to divide the stem 11, the upper part of the holder 2 should be opened. In this case, foreign matter such as dust penetrates into each dye, causing a dye contamination problem.

In addition, since the holder 2 having an open top is used, in order to prevent the leakage of dyes, the holder 11 must be fixed to the work table while the stem 11 needs to be moved while moving from the top to the bottom. Constraints follow.

Second, in order to dye several colors at the same time, the end of the stem 11 is divided so that the plant 10 is damaged. Therefore, in consideration of cutting the damaged stem end, a plant with a relatively long stem length is required, which limits the plants that can be applied.

Third, in order to accommodate dyes of various colors at the same time, a partition 4 for dividing the holder 2 must be provided, which is complicated in structure.

Fourth, since the dyes 5a and 5b are moved from the end of the stem 11, the dyeing time of the flower 12 takes a long time.

Fifth, considerable skill is required to divide the stem 11 relatively quickly and evenly through the partition 4.

On the other hand, in addition to the prior patent, a technique for dyeing by spraying the dye directly to the petal (spray) is disclosed in Japanese Utility Model Registration No. 3128920, Korean Patent Publication No. 10-2007-0039004 and Korean Patent Registration No. 0799265.

However, this dyeing method has a problem that the surroundings are contaminated with a dye by spraying.

In addition, in order to dye the petals in a variety of colors must be sprayed with a different color of the dye for each petal, in this case the dye of the desired color can be sprayed to the adjacent petals when spraying the dye is required for the skill of the operator.

The present invention was created to solve the above problems, and has the following object.

First, the dye can be protected from foreign matters such as dust during the dyeing of flowers, and the dyeing can be done easily regardless of the position where the plant is laid down or erected during dyeing.

Second, the present invention provides a dye reservoir for dyeing plant petals and a method of dyeing plant petals using the same, by which dye is moved through branches branched from a stem, thereby shortening the dyeing time of flowers.

Third, to provide a dyeing method of the plant petals to be able to dye multiple colors at the same time without dividing the stem as in the prior art.

Fourth, the present invention provides a dye reservoir for dyeing plant petals and a method for dyeing plant petals using the same to prevent surrounding contamination.

Fifth, the present invention provides a dye reservoir for dyeing plant petals and a method of dyeing plant petals using the same so that anyone can easily dye the petals regardless of the skill of the operator.

delete

delete

delete

delete

On the other hand, the present invention to achieve the above object in the dyeing method of plant petals having a branch,
An inlet through which an end of the branch of the plant enters, a second end of which is closed, and a dye-containing body therein; and a sealing sheet which seals the inlet and is perforated by contact when the end of the branch enters. Preparing a dye reservoir;
Partially cutting off the branch ends of the plant;
Coupling the storage body to the cut branches while puncturing the sealing sheet at the ends of the cut branches;
The dye in the dye reservoir is characterized in that the petals through the branch color changes to the color corresponding to the dye.

delete

delete

delete

In addition, in the step of cutting the end of the branch is characterized in that the end of the branch is cut inclined so that the cut end is sharpened.

In addition, the method of the present invention is characterized in that to prepare a plant having a plurality of branches, and after cutting some of the branches to combine the dye reservoirs stored in the dye having a different color to each branch cut.
On the other hand, plant petals that achieve the above object is characterized in that the dyeing in the above manner.

First, the dye reservoir for petal dyeing can prevent the leakage of the dye during storage and movement by sealing the dye by the sealing sheet, and prevents contamination with foreign substances such as dust.

In particular, during the process of dyeing the petals by bonding the dye reservoir to the stem or branch, it is possible to prevent the contamination of the dye from external foreign matter by the sealing sheet and the adapter, and to prevent the leakage of the dye by preventing the leakage of the dye. .

Secondly, the plant with the dye reservoir is bound up or laid down for several hours while the dye reservoir is bound to the branches. Therefore, in the conventional method, the plant must be placed in a container and a holder to prevent the leakage of dye. Eliminate the work hassle.

Third, the dye is moved through the branches branched from the stem can shorten the dyeing time of flowers.

Fourth, dyes of various colors can be dyed at the same time without dividing the stems as in the prior art. That is, by combining the dye reservoirs stored in the dye of the different color to each branch that is cut to enable simultaneous dyeing in a variety of colors.

Fifth, since the branches are cut and the dye reservoir is combined with the cut branches, anyone can easily dye the petals regardless of the skill of the operator.
Sixth, unlike the conventional dye dyes from the end of the stem at the same time to change the color of the petals at the same time, the dyeing method of the present invention by combining the dye reservoir to each branch with a time difference, the color of the petals sequentially Observe the change.
Seventh, in order to dye some petals of the dyed petals in a different color through the conventional method, only some of the ends of the divided stems need to be inserted into the holder. You can easily dye the color again to another color.
For example, by combining a yellow dye reservoir for one branch and dyed with yellow petals, by combining a blue dye reservoir on the same branch to easily change the yellow petals to green petals by mixing the dye.

3, 4 and 6c showing the dye reservoir for dyeing the plant petals of the embodiment of the present invention, it may be entered at one end of the stem 11 of the plant 10 or the end of the branch 13. A storage body 21 having an inlet formed therein, the other end of which is closed, and formed in a lengthwise direction to accommodate the dye 30 therein; And a sealing sheet 22 which seals the inlet and is perforated by the contact when the end of the stem 11 or the end of the branch 13 enters.

The storage body 21 is formed of a transparent material so that the color and the injection amount of the dye 30 as the contents can be confirmed from the outside.

The sealing sheet 22 is made of rubber so that the edge of the perforated hole can be in close contact with the outer circumferential surface of the stem 11 or the branch 13 when the end of the stem 11 or the end of the branch 13 is punched in. Is formed. The sealing sheet 22 may be replaced as long as it is a material capable of elastic deformation such as silicon in addition to the rubber material.

The sealing sheet 22 may be bonded to the storage body 21 by an adhesive or bonded by heat fusion.

Referring to FIG. 5, which shows another embodiment of the dye reservoir 20, it is coupled to the inlet and elastically deformed according to the thickness of the stem 11 or branch 13 so that the stem 11 or branch 13. The adapter 40 is further provided with a cushion portion 41 is in close contact with the outer peripheral surface of the).

In this case, when the dye reservoir 20 is coupled to the stem 11 or the branch 13, the leakage of the dye 30 can be prevented more securely than the above embodiment by the cushion part 41.

In addition, when the dye reservoir 20 is coupled to stems 11 or branches 13 having different thicknesses, the dye reservoir 20 may be in close contact with the outer circumferential surface of the stems 11 or branches 13 coupled by elastic deformation of the cushion portion 41. This makes it possible to apply to plants of various thicknesses 10.

The dye reservoir 20 for dyeing the petals of the embodiments as described above can be sealed by the sealing sheet 22 to prevent leakage of the dye during storage and movement, and to prevent contamination with foreign substances such as dust. do.

In particular, the dye reservoir 20 is coupled to the stem 11 or the branch 13 to prevent contamination of the dye 30 from external foreign matters during the process of dyeing the petals 12.

On the other hand, the dyeing method of the plant petals using the dye reservoir 20 of the embodiments are as follows.

First, as shown in FIG. 6A, branches 13 are branched from the stem 11 and a plant 10 having petals 12 at the end of the stem 11 is prepared. The branches 14 are formed with leaves 14.

6b, the end of the branch 13 of the plant 10 is partially cut to remove the leaf 14.

At this time, the end of the branch 13 is cut in an oblique shape so that the cut end is sharpened, thereby widening the cross section so that the movement of the dye 30 proceeds more rapidly in a later step.

6c, the storage body 21 is coupled to the cut branches 13 while puncturing the sealing sheet 22 at the end of the sharply cut branches 13.

In this case, the branches 13 generally branch upwards, and when the dye reservoir 20 is coupled to the branches 13 as shown in FIG. 6C, the inlet of the dye reservoir 20 is directed downward so that the dye A leak of 30 can occur.

However, by forming the dye reservoir 20 thin and long to prevent leakage by the surface tension of the dye 30, the elastic sheet of the sealing sheet 22 of the sealing sheet 22 perforated on the outer circumferential surface of the branch 13 Since the edges of the holes are in close contact, leakage of the dye 30 can be reliably prevented.

Furthermore, when the dye reservoir 20 employing the adapter 40 is used as shown in FIG. 5, the branches 13 and the adapter 40 are in close contact with each other regardless of the thickness of the branches 13. To prevent leakage.

As described above, the dye reservoir 20 is allowed to elapse for several hours while being bound to the branch 13. At this time, since the plant 10 to which the dye reservoir 20 is coupled is irrelevant or placed upright, in the conventional method as shown in FIGS. 1 and 2, the container 1 and the holder 2 must be used to prevent leakage of the dye. Eliminate the work hassle that had to put the plant (10) on.

After several hours, the dye 30 of the dye reservoir 20 dyes the petals 12 with the color corresponding to the dye 30 through the branches 13 and the plant stem 11.

On the other hand, as shown in Figure 7a, after cutting some of the branches 13 of the branches 13, the petals in various colors by combining the dye reservoir 20 is stored with a different color dye to each of the branches (13) (12) can be dyed.

In addition, after the dyeing of the petal 12 is in progress, as shown in FIG. 7B, the cut branches 13 to which the dye reservoir 20 is bonded are cut shorter to remove the appearance.

Meanwhile, in the embodiment of the present invention, a method of dyeing the petals 12 by combining the dye reservoir 20 with the branches 13 is described, but the dye reservoir 20 is also coupled to the end of the stem 11. Naturally, the petal 12 can be dyed.

1 is a schematic diagram illustrating a conventional petal dyeing method;

Figure 2 is a schematic diagram illustrating the petal dye method of the prior art,

Figure 3 is a perspective view of the dye reservoir of the embodiment of the present invention,

4 is a cross-sectional view of FIG.

5 is a cross-sectional view showing a dye reservoir of another embodiment of the present invention;

Figure 6a to 6c is a schematic diagram illustrating the petal dyeing method using the dye reservoir of the present invention,

7a and 7b is a schematic view showing a dyeing method of another embodiment of the present invention.

Claims (7)

delete delete In the dyeing method of the plant petal having the branch, An inlet through which an end of the branch 13 of the plant 10 enters is formed, the other end is closed, and a storage body 21 in which the dye 30 is accommodated therein, and the inlet is sealed and the branch 13 is closed. Preparing a dye reservoir having an airtight sealing sheet 22 which is contacted by the contact when the end of the door is entered; Partially cutting off the ends of the branches 13 of the plant 10; Coupling the storage body 21 to the cut branches 13 while puncturing the sealing sheet 22 at the end of the cut branches 13; Dyeing method of the plant petals, characterized in that the dye (30) of the dye reservoir (20) discolors the petal (12) to the color corresponding to the dye (30) through the branch (13). 4. The method of claim 3, wherein in the step of cutting the end of the branch (13), the end of the branch (13) is cut obliquely and cut so that the cut end is sharpened. The dye reservoir (20) according to claim 3, wherein a plant (10) having a plurality of branches (13) is prepared, and some branches (13) are cut, and then dyes having different colors are stored in the cut branches (13). Method of dyeing plant petals, characterized in that for combining. The adapter according to any one of claims 3 to 5, wherein the cushion portion 41 is elastically deformed according to the thickness of the branch 13 in the step of preparing the dye reservoir and is in close contact with the outer circumferential surface of the branch 13. A method of dyeing plant petals, characterized in that (40) is coupled to the inlet. Plant petals, which are dyed by the method of any one of claims 3 to 5.

Images