JP5698481B2 - Preserved flower, method for regulating flowering of preserved flower, method for producing preserved flower with flowering adjusted, and spatula and adhesive container used in these methods - Google Patents

Description

  The present invention relates to a preserved flower, a method for adjusting the flowering of a preserved flower, a method for producing a preserved flower that has been adjusted for flowering, and a spatula, an adhesive, and an adhesive container used in those methods, and more particularly, simple It is an invention for making it possible to adjust the flowering of a preserved flower beautifully.

  Preserved flowers are flowers that can keep a soft texture like fresh flowers for a long time without replenishing water by preserving fresh flowers with chemicals. Nowadays, commercial demand for gifts, displays, and bridal is also expanding. In addition, the general public enjoys the production of arrangements using preserved flowers.

  For preserved preserved flowers, for the convenience of processing and shipping process, we pick only the neck of the flower when it is a little bloomed, process it without stems and leaves, and pack it according to the standard size of each manufacturer And sent to the user. The sizes of the preserved flowers that are generally distributed are roughly divided into extra large rings (about 6 cm flower diameter), large rings (about 5 cm flower diameter), middle rings (about 4 cm flower diameter), and small rings (about flower diameter). 3cm) and small rings (flower diameter of about 2cm), and many kinds of preserved flowers such as size and color are supplied.

  Preserved flowers are preserved and processed in a slightly blossomed state, so they do not naturally blossom more than a little blossomed. Therefore, when making arrangements for preserved flowers, in order to arrange them more gorgeously, the preserved flowers must be shaped to blossom.

  Then, the method of flowering a preserved flower was devised. As one of them, there is a method in which a padding such as cotton is stuffed between petals so that the petals are spread. However, in this method, the wrinkles and petals are heavily burdened and often damaged, making fine adjustment difficult, and the degree of flowering is limited. In addition, this method has a problem that the padding moves or comes off and does not keep its shape well, or it can be seen from the outside, which makes it look unnatural. For this reason, it is difficult for the method to stably and beautifully bloom, and the petal is small and the depth is shallow.

  As another commonly practiced method, there is a flowering method that uses an adhesive in which a vinyl resin such as hot melt is melted by heat using a pistol-like instrument called a glue gun. 9A and 9B are diagrams for explaining a flowering method using a glue gun. As shown in FIG. 9A, first, in this method, the outermost petal is spread out by pulling it outward with a finger, and an adhesive is applied to the position where the petals overlap (80 on FIG. 9A). The petal and the outer petal are sandwiched between fingers, and the inner petal and the outer petal are bonded (conventional process 1). In FIG. 9A, the bonding position at one place is 80, but there are usually a plurality of bonding positions. In this way, first, all the petals on the outer periphery are flowered (conventional process 2).

  Next, an adhesive is applied with a glue gun in the middle of the outside of the petals 85 (see FIG. 9B) that overlap so as to be wound toward the center (conventional process 3). A region 84 shown in FIG. 9B shows an example of a location where an adhesive is applied with a glue gun. The tip of the glue gun is pencil-sized. Therefore, the tip portion of the glue gun reaches only the middle of the petal, as in the region 84 shown in FIG. 9B. Therefore, the part where the adhesive is applied to the petal 85 is naturally around the region 84. Next, the upper part of the inner petal 85 to which the adhesive is applied is pulled with fingers or tweezers so as to spread outward (conventional process 4). Next, the pulled inner petal 85 and the petal 86 on the outer side are lightly pinched with fingers, and the inner petal 85 and the outer petal 86 are bonded with an applied adhesive (conventional process 5). By this adhesion, a non-penetrating vinyl resin adhesive is adhered so as to rise. Thereby, a clearance gap is maintained between petals and it can be made to blossom. The conventional processes 3 to 5 are repeated for a plurality of inner petals (conventional process 6), and the whole is flowered. FIG. 9C is a cross-sectional view of the preserved flower in a flowered state. In FIG. 9C, an adhesive that is applied to the region 84 and bonds the petals together is indicated by 81.

  Patent document 1 is disclosing the method which combined the said conventional process 1 and 2 and the conventional flowering method using a filling. In the invention according to Patent Literature 1, in the same manner as in the conventional steps 1 and 2, a step in which the petals overlap each other is bonded to the outer petal group, and the outer petal group is pushed outward (Patent Literature). After the first shaping step in 1), a step of inserting a lightweight granule having a substantially spherical shape and a smooth outer surface with respect to the inner petal group to expand the gap between the petals (second in Patent Document 1) Shaping step) to adjust the flowering (see claim 3 of Patent Document 1).

  Patent document 2 is disclosing the method of flowering a preserved flower by the method different from the method of flowering by adhere | attaching between petals with an adhesive agent like the said conventional processes 1-6 and patent document 1. . In the method disclosed in Patent Document 2, the flower bud is cut off at position (L2) in FIG. 1 of Patent Document 2 (see paragraph 0022 of Patent Document 2). Next, an adhesive (10) is bonded to the lower end of the petal of the obtained separated flower member (9). As described in the third to fifth lines of paragraph 0025 of Patent Document 2, the petals (2A) are allowed to move freely by the adhesive (10), and the flowering state of the petals (2A) is changed. You can adjust it. Specifically, as described in the third to fourth lines of paragraph 0031 of Patent Document 2, before the adhesive is cured, the degree of petal opening is adjusted and the adhesive is cured. Then, the petals are peeled from the base material (12), and a preserved flower in a flowering state can be obtained. In addition, using the template (13) as shown in FIG. 5 of Patent Document 2 instead of the base material (12), adjusting the degree of petal opening along the curved surface 13c of the template 13, As shown in FIG. 7 of Patent Document 2, after the adhesive is cured, the separated flower member 9 is peeled to provide a preserved flower in a flowered state (paragraphs 0032 to 0032 of Patent Document 2). 0040). The adhesive is preferably a hot melt as used in the conventional processes 1 to 6 and the glue gun of Patent Document 1. In FIG. 3 and paragraph 0027 of Patent Document 2, it is disclosed that the petal should be opened using the petal opening member (11).

  Patent Document 3 discloses a flowering method different from the conventional processes 1 to 6 and Patent Documents 1 and 2. In the flowering method shown in Patent Document 3, the mixed solution (34) is impregnated into the petal converging portion (28) and the style (27), and the tissue where the mixed solution (34) is adhered is softened. Thus, the angle adjustment of the petal (18) is facilitated (see paragraph 0075 of Patent Document 3). After the cyclohexane and normal heptane are volatilized from the liquid mixture (34), the styrene butadiene rubber as a thickener contained in the liquid mixture (34) remains as a rubber lump, and the rubber lump becomes a petal. The bond with the floret is reinforced to prevent the flower petals from falling off (see paragraph 0078 of Patent Document 3). Moreover, even after cyclohexane and normal heptane have volatilized, the rubber lump has flexibility, so that the angle can be readjusted within a few days (see paragraph 0089 of Patent Document 3). ).

  In addition, as disclosed in Patent Document 4, there is a method in which the petals are disassembled and the petals are pasted again in the flowering state.

Japanese Patent No. 3649406 JP 2009-67044 A JP 2009-68120 A JP 2003-268617 A

  Since the method using the glue gun as in the above conventional steps 1 to 6 requires the upper part of the petal to be pinched with fingers or tweezers and pulled outward, it places a heavy burden on the root part of the wrinkles and petals. Therefore, the wrinkles are broken, the petals are taken off, and the upper part of the petals is torn, which is difficult to adjust. In addition, the glue gun is hot and difficult to handle, and the hot melt adhesive used in the glue gun adheres instantaneously, making it difficult to make fine adjustments to the petals. Therefore, considerable skill is required for a stable and clean finish. In addition, when flowering with such a method using a glue gun, in order to make the petal bloom without causing the petals to become soiled or damaged due to the size or shape of the tip of the glue gun, it must be bonded. The position is around the middle of the petal depth (around the region 84 in FIG. 9B). Therefore, the flowering width (82 in FIG. 9C) is limited to a small size, and it is difficult to make the flower bloom fully in full bloom. Further, in some cases, the bonded portion may be visible. Moreover, since it is difficult to flower the details including the petals, such as the central part of the flower (83 in FIG. 9C), the degree of flowering varies depending on the part. This often results in unbalanced and unnatural flowering. In addition, it becomes more difficult to use the flowering method using the glue gun for small-sized flowers such as small petals with small and small petals.

  In the case of the flowering method described in Patent Document 1, since a light-weight granule having a substantially spherical shape and a smooth outer surface is used, stuffing is inserted as in the prior art. There is a risk of overloading and damage. Further, fine adjustment of the flowering degree is difficult, and the flowering degree is limited to a limited range. In addition, there is a possibility that the lightweight granular material may move or come off and the shape may not be maintained. Moreover, the light-weight granular material may be seen from the outside and may appear unnatural.

  In the case of the flowering method described in Patent Document 2, the flower is cut to make a flower-like body, so that when viewed from the lateral direction, the cut / adhered portion is inevitably seen. Therefore, when creating the arrangement, there is a restriction for preventing the cut / bonded portion from being seen.

  In the case of the flowering method described in Patent Document 3, even when the petal converging portion (28) and the petal portion (27) are softened, when the petals are spread, the petals must be grasped with fingers or tweezers. There is a possibility of damaging the bag. In addition, since the shape of the actual flower varies depending on the type of flower, as the patent document 3 assumes, the root part of the petal is softened and the flowering of the petal cannot be adjusted by the rubber lump. Flowers are also expected to exist. Moreover, unless the thickener dissolved in the mixed solution is distributed as uniformly as possible to all petals, the petals to be adjusted for flowering cannot be moved. Thus, even if it is the flowering method of patent document 3, it may not be able to adjust flowering well.

  The method of disassembling the petals and pasting the petals in the flowering state again as in Patent Document 4 requires skill to finish them with very fine work. This method is effective for relatively large flowers, but it is difficult for small and very small flowers, and it is a design constraint in order to make the bonded area inconspicuous when creating an arrangement. Occurs.

  From the above background, the present invention adjusts the degree of flowering easily, stably, and beautifully with any size of preserved flower, while maintaining its natural shape without disassembling or cutting the petals. It aims at providing the flowering adjustment method which can do. In addition, an object of the present invention is to provide a preserved flower using the flowering adjustment method, a method for producing the preserved flower, and a spatula used in these methods, and an adhesive and a container for the adhesive.

  In order to solve the above problems, the present invention has the following configuration. The present invention uses an adhesive container having a nozzle portion having an elongated tip, and applies the adhesive from the tip of the nozzle portion to the innermost portion of the preserved flower bud and the junction with the floret. The heel part which spreads the petal from the inside of at least one petal which is the outermost circumference of the petal group, bonds the petal and the bud, and bonds all or a part of the outermost petal to the bud to bloom. In the flowering adjustment process and the petals inside the outermost petals, insert the tip of the nozzle part outside the petals to be flowered and adhere to the innermost part corresponding to the joint between the petals to be flowered and the petals A method for adjusting the flowering of a preserved flower, comprising: an inner petal flowering adjustment step of applying an agent, spreading and adhering the petals from the inside of the petals to be flowered, and sequentially flowering the petals in the petal group.

  According to the present invention, using a nozzle portion having an elongated tip, the buds and petals are bonded at the innermost part to widen the outermost petals, and then at the innermost petals of the petals as appropriate. The petals will be spread by bonding. Unlike the case where a glue gun is used as in the prior art, the innermost part is bonded, so that the degree of flowering can be increased or decreased. Therefore, the flowering width can be adjusted as desired. Moreover, since it has adhere | attached in the innermost part, the adhesion part is hardly visually recognized. Therefore, in any size of the preserved flower, it is possible to adjust the degree of flowering easily, stably and beautifully while keeping the natural shape without disassembling or cutting the petals.

  Preferably, in the inner petal flowering adjustment step, a spatula having a curved surface along the petal curve at the tip part is used, and a spatula is inserted from the inside of the petal to be flowered to spread the petal and adhere.

  In this way, using the spatula allows the inner petal group to sequentially bloom to the desired degree of flowering without causing the spatula to reach the innermost part and imposing a burden on the petals.

  Preferably, in the buttocks flowering adjustment step, a finger is inserted from the inside of the outermost petal to expand the petal, and the petal and the heel are sandwiched with a finger and bonded.

  In this way, the entire shape is stabilized by securely bonding the outermost petals and the ridges with fingers.

  Preferably, the adhesive is a water-based adhesive.

  Thereby, an adhesive agent can be penetrated into the petals, and the petals can be stably flowered.

  Further, the present invention is fixed in a state where all or a part of the outermost petals that are the outermost periphery of the petal group are spread by an adhesive applied to the innermost portion corresponding to the joint portion between the buds and the florets. And all or part of the inner petals of the petal group inside the outermost petal are spread by an adhesive applied from the outside of the inner petal at the innermost part corresponding to the junction between the inner petal and the petal. It is a preserved flower that is fixed in a standing state.

  Such a preserved flower is freely adjusted in flowering degree, enables various arrangements, and increases the commercial value.

  In addition, the present invention uses an adhesive container having a nozzle portion having an elongated tip, and applies an adhesive from the tip of the nozzle portion to the innermost portion of the preserved flower bud and corresponding to the joint portion with the bud. Apply, spread the petals from the inside of at least one petal that is the outermost circumference of the petal group, bond the petals and the buds, and bond all or part of the outermost petals to the buds to blossom In the bud flowering adjustment process and the petals inside the outermost petals, insert the tip of the nozzle part outside the petals to be flowered, and the innermost part corresponding to the joint between the flower petals and the flower buds And applying the adhesive to the inside, spreading the petals from the inside of the petals to be flowered, adhering them, and sequentially arranging the petals in the petals group.

Further, the present invention is an adhesive container for use in flowering adjustment method described above, with between petals and flower valve, and the elongate tip can be inserted between the calyx and flowers valve The nozzle part and the bottle part for accommodating an adhesive agent are provided.

  By such a nozzle part, it becomes possible to apply an adhesive to the innermost part.

Further, the present invention provides a spatula for use in flowering adjustment method described above, has a shape along the curve with the petals, smaller than the size of the entire petal, between the petals and the flower valve And at least one curved surface portion that can be inserted, and a handle having the curved surface portion at an end.

  Such a spatula makes it possible to expand the petals without imposing a burden, and it is easy to adjust the degree of flowering.

  Preferably, the spatula includes two large and small curved portions.

  Thereby, according to the size of a petal, the curved surface part to be used can be used properly.

  According to the present invention, it is possible to adjust the degree of flowering of any size of a preserved flower in a simple, stable and beautiful manner while maintaining a natural shape without disassembling or cutting the petals.

  These and other objects, features, aspects and advantages of the present invention will become more apparent from the following detailed description when taken in conjunction with the accompanying drawings.

FIG. 1A is a perspective view of a preserved flower before flowering adjustment. FIG. 1B is a cross-sectional view of a preserved flower. FIG. 2 is a perspective view of the preserved flower petal 10. FIG. 3 shows an adhesive container 72 for containing the adhesive used in the present embodiment. FIG. 4 is a perspective view of the spatula 62 used in the present embodiment. FIG. 5A is a diagram showing a first step of the flowering adjustment method according to the present embodiment. FIG. 5B is a diagram showing a second step of the flowering adjustment method according to the present embodiment. FIG. 6A is a diagram showing a third step of the flowering adjustment method according to the present embodiment. FIG. 6B is a diagram showing a fifth step of the flowering adjustment method according to the present embodiment. FIG. 7A is a diagram for explaining a method of estimating the position of the lower end 20. FIG. 7B is a cross-sectional view of the preserved flower after the flowering adjustment method according to the present embodiment has been performed to adjust the flowering. FIG. 8A is a photograph comparing a preserved flower that has been subjected to flowering adjustment using the flowering adjustment method according to the present embodiment and a preserved flower that has not been subjected to flowering adjustment. FIG. 8B is a side view photograph of the preserved flower shown in FIG. 8A. FIG. 9A is a diagram for explaining a flowering method using a glue gun. FIG. 9B is a diagram for explaining a flowering method using a glue gun. FIG. 9C is a cross-sectional view of the preserved flower in a flowered state.

  FIG. 1A is a perspective view of a preserved flower before flowering adjustment. FIG. 1B is a cross-sectional view of a preserved flower. As shown in FIG. 1B, the preserved flower includes a plurality of petals 10, a flower bud 11, and one or more buds 12. The flower bud 11 joins the petals 10, the buds 12, the stamens and the pistils.

  FIG. 2 is a perspective view of the preserved flower petal 10. The petal 10 has a shape having a vertical curve 21 indicated by a broken line in FIG. 2 and a horizontal curve 22 indicated by a broken line. At the lower end 20 of the petal 10, the petal 10 is joined to the flower bud 11. A plurality of petals are joined to the flower bud 11, and a bud 12 surrounds the flower petals 11 on the outermost periphery, so that a preserved flower as shown in FIG. 1A is formed.

  In the present embodiment, considering the structure of the preserved flower as described above, the burden on the bud 12 and the petal 10 is minimized, and the innermost part corresponding to the joint part of the petal 10 and the floret 11 (hereinafter referred to as the innermost part). ) At the center position (for example, the lower end 20 shown in FIG. 2), the curved portion of the petal 11 is reasonably adhered, and the natural shape of any size of preserved flower from oversized to very small is maintained. However, we will show you how to adjust the flowering of preserved flowers that are easy to detail, stable and clean, and can be adjusted to any degree of flowering.

  First, the instrument used by this embodiment is demonstrated. FIG. 3 shows an adhesive container 72 for containing the adhesive used in the present embodiment. The adhesive container 72 includes a nozzle part 70 and a bottle part 71. The tip of the nozzle part 70 has an extremely fine diameter of about 1 mm so that the adhesive can be applied in the form of dots at the innermost part. In FIG. 3, the nozzle portion 70 has a tapered and elongated shape, but is not limited to the shape shown in FIG. 3, and has an elongated tip that allows the tip to reach the innermost portion. Any shape is acceptable. That is, the nozzle part 70 should just have the elongate tip which can be inserted between a petal and a flower bud, and between a flower bud and a flower bud. An adhesive is accommodated in the bottle portion 71. Although the bottle part 71 is a pen type and a slim shape is preferable, it is not limited to this. As the adhesive, an aqueous adhesive that penetrates into the petals to some extent so that the adhesive part does not rise when dried is preferable, and a quick-drying type is preferable instead of an instantaneous adhesive type so that fine adjustment is possible before drying, It is preferably transparent (may be transparent after curing). For example, as the adhesive, an aqueous adhesive in which a vinyl acetate resin or an acrylic resin is dispersed in water can be used. However, in the present invention, the type of adhesive is not particularly limited.

  FIG. 4 is a perspective view of the spatula 62 used in the present embodiment. The spatula 62 includes a first curved surface portion 60 and a second curved surface portion 61 at both ends of the handle 62. As for the 1st and 2nd curved surface parts 60 and 61, the outer side 60a and 61a are curving at least so that the vertical curve 21 and the horizontal curve 22 of the petal 10 shown in FIG. 2 may be followed. The first and second curved surface portions 60 and 61 are smaller than the entire petal size and have a size that can be inserted into the innermost portion between the petal 10 and the petal 11. In the present embodiment, the first and second curved surface portions 60 and 61 further have thin tip portions 60b and 61b. The first curved surface portion 60 is larger than the second curved surface portion 61 so that it can be selectively used according to the size of the flower. Holding the handle 62 so as to hold the pen, the first or second curved surface portion 60 or 61 is inserted into the innermost portion. Due to the characteristic shapes of the first and second curved surface portions 60 and 61, the first and second curved surface portions 60 and 61 can be smoothly and without damaging between the petals 10 that overlap so as to be wound toward the center. 61 can be inserted into the innermost part of the petal 10. Although details of the flowering adjustment method will be described later, the position (20 in FIG. 2) where the adhesive is applied in the form of dots is moved from the inside of the petal 10 to the first or second curved surface portion 60 or 61 of the spatula 62, the petal It is possible to adjust the flowering by adhering the innermost part where a finger or tweezers do not enter without crushing the curve of the petal 10 and pressing the adhesive so that it touches the curve of 10. The material of the spatula 62 is preferably a hard material that can wipe off dirt, such as plastic or metal, so that the adhesive portion can be firmly pressed, but is not particularly limited. In addition, since a plurality of spatulas having curved surface portions having different sizes may be used, either one of the first and second curved surface portions 60 and 61 may be used.

  Next, the flowering adjustment method according to the present embodiment will be described in detail. FIG. 5A is a diagram showing a first step of the flowering adjustment method according to the present embodiment. In the first step, as shown in FIG. 5A, the nozzle portion 70 of the adhesive container 72 is inserted into the base portion of all the scissors 12, and the adhesive is applied to the base portion of the scissors 12.

  FIG. 5B is a diagram showing a second step of the flowering adjustment method according to the present embodiment. In FIG. 5B, the adhesive is indicated by hatching (hereinafter the same). In the first step, the index finger 32 is inserted inside the outermost petal 10a (outermost petal) in a state where the adhesive is applied to the base portion of the ridge 12, for example. At this time, it is preferable to insert the index finger 32 so as to push the petal 10a with the thickness of the finger, instead of pulling the petal 10a up to raise the petal 10a. While inserting the index finger 32, the heel 12 is supported by the thumb 33 of the same hand from the outside of the heel 12. Then, the tips of the index finger 32 and the thumb 33 are nipped together and pressed for a few seconds to bond the eyelid 12 and the petal 10a. This second step is applied to all the buds 12 and the outer petals 10a so as to flower once. However, depending on the desired degree of flowering adjustment, the second step may be applied to some buds 12 and the outer petals 10a, instead of the second step to all the buds 12 and the outer petals 10a. If the buds 12 and the outer petals 10a are bonded so as to spread outward, the degree of flowering increases. On the contrary, if it adhere | attaches so that the spreading | diffusion degree of the bud 12 and the outer petal 10a may be made small, a flowering degree will become small. The degree of flowering is appropriately adjusted according to the intended use of the preserved flower. In addition, the flowering method and the petal curve depending on the flower varieties are also characteristic. In the second step, the outermost petal 10a may be widened using the spatula 62, and the eyelid 12 and the petal 12a may be bonded by sandwiching the eyelid 12 and the petal 12a with the spatula 62 and the fingers. In addition, in the second step, the outermost petal 10a may be spread using a spatula 62, fingers may be inserted, and the eyelids 12 and petals 12a may be sandwiched between the fingers to bond the eyelids 12 and the petals 12a.

  FIG. 6A is a diagram showing a third step of the flowering adjustment method according to the present embodiment. By the second step, the eyelids 12 and the petals 10a are spread outward. In the third step, the tip of the nozzle portion 70 is inserted from the inside of the petal 10a, and the vicinity of the lower end 20 of the petal 10b (inner petal) where the overlap is the outermost next to the petal 10a (see also FIG. 2) In this case, the adhesive is applied in the form of dots.

  After the third step, the petals 10a and 10b are bonded to each other by spreading the petals 10b. Two processes ("fourth process" and "fifth process") can be considered as the process of bonding the petals 10a and 10b. As in the second step, the fourth step is a step of inserting a finger from the inside of the petal 10b and sandwiching the petal 10b and the eyelid 12 with the finger to cause the petal 10b to bloom. The fourth step can be used in the case of a large wheel that is relatively easy to insert a finger. If the 4th process is possible, the 4th process is repeated and the petal 10b is blossomed for 1 round (or a part of 1 round). In addition, also in the petal 10 inside the petal 10b, if a 4th process is possible, a 4th process is repeated and the petal 10 is made to flower sequentially.

  FIG. 6B is a diagram showing a fifth step of the flowering adjustment method according to the present embodiment. In the fifth step, the first or second curved surface portion 60 or 61 of the spatula 62 is inserted from the inside of the petal 10b coated with an adhesive near the lower end portion 20 from the outside. At the same time, the thumb 41, for example, of the hand that does not have the spatula 62 is applied to the heel 12. The curled portion of the spatula 62 is pressed along the petal curve to expand the petal 10b, and the curved portion 60 or 61 and the thumb 41 are bonded with the petal 10b, the petal 10a, and the eyelid 12 sandwiched therebetween. Which of the first or second curved surface portion 60 or 61 is inserted is appropriately selected in consideration of the size of the petal 10b and the like. By repeating the fifth step, the petal 10b is flowered for one round (or a part of one round). When the finger cannot be inserted as in the fourth step, the petal can be bloomed using the fifth step.

  While appropriately selecting and repeating the fourth step and the fifth step, the plurality of inner petals 10c (inner petals) are allowed to bloom to a desired degree of flowering. Use the spatula 62 to hold the part that you think is not flowering again until it is dry enough to spread the petals. On the contrary, a petal that has been excessively flowered narrows the degree of flowering by inserting a spatula on the outside to raise the petal. In this way, it is possible to make fine adjustments until the adhesive is completely cured.

  In the third to fifth steps, the lower end 20 which is a position where an adhesive is applied or a petal is adhered is located at the center of the innermost part of the petal. In the case of a petal or the like in which the central part of the flower is intricate, it may be hidden behind the vertical curve 21 of the petal (see FIG. 2) and cannot be viewed from the surface. FIG. 7A is a diagram for explaining a method of estimating the position of the lower end 20. FIG. 7A is a view of the flower as viewed from above. Even when the lower end portion 20 is not visible, the central portion 52 of the lateral curve 22 of the petal is used as a mark, the nozzle portion 70 is inserted to the innermost portion of the outer side of the petal, and adhesive is applied in the form of dots, so that the flowering starts from the inside of the petal The first or second curved surface portion 60 or 61 of the adjusting spatula 62 is inserted to the innermost portion. And by pressing down the first or second curved surface portion 60 or 61 so as to contact the petals, the adhesive applied earlier is effectively spread and precisely adhered at the position of the lower end portion 20 to the details. It is easy, stable, beautiful, and can be freely adjusted.

  FIG. 7B is a cross-sectional view of the preserved flower after the flowering adjustment method according to the present embodiment has been performed to adjust the flowering. According to this embodiment, it becomes possible to freely adjust 50 between each petal. The flowering width 51 can be increased as compared with the conventional method, and can be freely adjusted, for example, kept narrow as necessary. Since a permeable water-soluble adhesive is used for the bonded portion, the bonded portion can be prevented from rising. Further, since a transparent adhesive is used, it is hardly known that the adhesive is adhered. A natural flowering adjustment method can be provided as if it had been flowering from the beginning, no matter where it is viewed from the heel side or side.

  Thus, according to the present embodiment, first, the adhesive is applied to the innermost innermost part of all or part of the ridges 12 from the tip of the nozzle portion 70 of the adhesive container 72, and the outermost peripheral Insert the finger or spatula 62 from the inside of the petal 10a, widen the outermost petal 10a, hold the petals 10a and ridges 12 with your fingers and bond them together so that all or part of the petals on the outermost periphery The buttocks flowering adjustment process (the said 1st process and 2nd process) which blooms a group is implemented. Next, the nozzle part 70 is inserted in the vicinity of the center of the outermost part of the outermost petal 10b of the inner petal group that has not yet been flowered, and adhesive is applied in a dotted manner from the tip of the nozzle part 70. An inner petal flowering adjustment process in which a spatula 62 or a finger is inserted from the inside of the petal 10b to be flowered, and all or a part of the petals 10b of the inner petal group are spread and bonded with the bud 12 and the petal 10b sandwiched therebetween. (The third step, the fourth step, and the fifth step) are performed. In this way, using the nozzle portion 70 having a thin tip, the bud 12 and the petal 10a are bonded to expand the outermost petal 10a, and then the petal 10b on the inner petal group is appropriately used using the spatula 62. By expanding the width, it is possible to adjust the degree of flowering easily, stably and beautifully with any size of preserved flower, while keeping the natural shape without disassembling or cutting the petals. According to the flowering adjustment method according to the present embodiment, the flowering width can be expanded more than before, and the degree of flowering can be adjusted in various ways such as blooming for 3 minutes, blooming for 5 minutes, and full bloom.

  By producing a preserved flower that has been flowered and adjusted using the flowering adjustment method according to the present embodiment, all or a part of the outermost petal that is the outermost circumference of the petal group corresponds to the joint between the bud and the flower bud. It is fixed in a state of being spread by the adhesive applied to the innermost part, and all or a part of the inner petals of the petal group inside the outermost petal corresponds to the joint part between the inner petal and the petal. A preserved flower is obtained that is fixed in a state where it is spread out by an adhesive applied from the outside of the inner petal at the back.

  In the inner petal flowering adjustment process, a dedicated spatula 62 is used, and the first and second curved surface portions 60 and 61 of the spatula 62 have shapes along the vertical and horizontal curves of the petals. Therefore, the first and second curved surface portions 60 and 61 can be slid without damaging the petals between the inner petals that overlap so as to be wound. Therefore, the first and second curved surface portions 60 and 61 can be inserted without difficulty to the innermost part of the petal that does not reach with fingers or tweezers. By pressing the first or second curved surface portion 60 or 61 along the petal curve and effectively spreading and bonding the adhesive applied in the form of dots, fingers and tweezers are used as in the conventional method. Thus, it is not necessary to pull the upper part of the petal, and the degree of flowering can be adjusted while minimizing the burden on the buds, the roots of the petals and the petals themselves. This makes it possible to freely adjust the degree of flowering for any size of preserved flower, including petals, small rings, and extremely small rings, which are difficult in the conventional flowering adjustment method.

  Since the adhesive container 72 used in the present embodiment has the nozzle portion 70 with a long tip, the adhesive container 72 can be inserted without difficulty to the innermost part of the wrinkles and petals. Therefore, a required amount can be applied to an appropriate bonding position. Further, until the adhesive dries, the degree of flowering can be finely adjusted by inserting a spatula 62 dedicated to flowering outside the petals that have been flowered too much and using them to raise the petals. Therefore, compared to the conventional flowering adjustment method, the degree of flowering can be adjusted in a stable, beautiful and beautiful manner.

  In the inner petal flowering adjustment process, the central part of the innermost part of the petal to which the adhesive is applied can be specified by the central part of the upper side of the petal. Therefore, it is possible to accurately apply the adhesive to the innermost portion regardless of the skill level of the manufacturer. As a result, flowering can be adjusted easily, stably and beautifully. And since the adhesive agent is apply | coated to the innermost part, an adhesion part does not stand out. Even if the preserved flower is not disassembled or cut, it is possible to adjust the flowering freely while maintaining the natural shape of the flower, so it is hardly known that the flowering is adjusted from any angle. Therefore, it is possible to produce a gorgeous arrangement without any design restrictions, and the product value can be improved.

  In addition, small-sized preserved flowers such as small rings and small rings that were not used frequently can be easily and stably beautiful and can be freely adjusted to increase floweriness and design variation. Therefore, the use frequency of small-sized preserved flowers such as small wheels and micro-small wheels increases, and an increase in demand can be expected.

  Moreover, in this embodiment, since the innermost part of a bud and a petal is adhere | attached, the role which reinforces the root part of a bud and a petal and a petal will be fulfilled, and the breakage | damage or dropout of a bud or a petal can be prevented. Therefore, in particular, a sense of security for commercial use of the preserved flower is increased.

  FIG. 8A is a photograph comparing a preserved flower that has been subjected to flowering adjustment using the flowering adjustment method according to the present embodiment and a preserved flower that has not been subjected to flowering adjustment. FIG. 8A (a) shows a preserved flower that has not been subjected to flowering adjustment. FIGS. 8A (b), (c), and (d) are photographs of preserved flowers in which the degree of flowering is increased in the order of (b), (c), and (d). FIG. 8B is a side view photograph of the preserved flower shown in FIG. 8A. As shown in FIGS. 8A and 8B, in the flowering adjustment method according to the present embodiment, the adhesive is applied to the lower end portion 20 to adjust the flowering, so that the adhesive is almost visually recognized when viewed from the upper surface and the side surface. The preserved flower can be blossomed without giving a natural impression as if it had been blossomed from the beginning.

  Although the present invention has been described in detail above, the above description is merely illustrative of the present invention in all respects and is not intended to limit the scope thereof. It goes without saying that various improvements and modifications can be made without departing from the scope of the present invention.

  The present invention is a preserved flower which can adjust the degree of flowering easily, stably, beautifully and freely while maintaining its natural shape without disassembling or cutting the petals, regardless of the size of the preserved flower. It is a flowering adjustment method. Such a flowering adjustment method can be produced in the hand-made manufacturing process of preserved flowers, and is an industrially applicable invention. Furthermore, this invention is a manufacturing method which manufactures a preserved flower using the said flowering adjustment method, and can be utilized industrially. Moreover, the preserved flower adjusted for flowering is produced in a handicraft manufacturing process and is an industrially applicable invention. The spatula, the adhesive, and the adhesive container used in the flowering adjustment method are clearly industrially available.

10, 10a, 10b, 10c Petal 11 Flower bud 12 ２０ 20 Lower end 21 Vertical curve 22 Horizontal curve 70 Nozzle part 71 Bottle part 72 Adhesive container 60 First curved surface part 61 Second curved surface part 62 Spatula

Claims (9)

Using an adhesive container having a nozzle part having an elongated tip, the adhesive is applied from the tip of the nozzle part to the innermost part of the preserved flower bud and the joint part with the flower bud. The petal is spread from the inside of at least one petal which is the outermost periphery of the flower, and the petal and the bud are sandwiched and bonded together, and all or a part of the outermost petal is bonded to the bud and flowered. The buttocks flowering adjustment process,
In the petal group inside the outermost petals, the tip of the nozzle part is inserted outside the petals to be flowered, and the adhesive is applied to the innermost part corresponding to the joint part between the petals to be flowered and the petals A method for adjusting the flowering of a preserved flower, comprising: an inner petal flowering adjusting step of spreading a petal from the inside of the petal to be flowered and adhering the petals in the petal group, and sequentially opening the petals in the petal group.   In the inner petal flowering adjustment step, using a spatula having a curved surface along the petal curve at the tip part, the spatula is inserted from the inside of the petal to be flowered, and the petal is spread and bonded, The flowering adjustment method according to claim 1.   In the said buttock part flowering adjustment process, a finger is inserted from the inside of the petal of the outermost circumference, the said petal is spread, and the said petal and the said bud are pinched | interposed with a finger | toe, It adheres, The flowering adjustment method according to 2.   The flowering adjustment method according to any one of claims 1 to 3, wherein the adhesive is an aqueous adhesive. All or a part of the outermost petals that are the outermost circumference of the petal group are fixed in a state of being spread by an adhesive applied to the innermost part corresponding to the joint part between the buds and the flower buds,
All or part of the inner petals of the petals group inside the outermost petal was spread by an adhesive applied from the outside of the inner petal at the innermost part corresponding to the joint part between the inner petal and the petal Preserved flower, characterized by being fixed in state. Using an adhesive container having a nozzle part having an elongated tip, the adhesive is applied from the tip of the nozzle part to the innermost part of the preserved flower bud and the joint part with the flower bud. The petal is spread from the inside of at least one petal which is the outermost periphery of the flower, and the petal and the bud are sandwiched and bonded together, and all or a part of the outermost petal is bonded to the bud and flowered. The buttocks flowering adjustment process,
In the petal group inside the outermost petals, the tip of the nozzle part is inserted outside the petals to be flowered, and the adhesive is applied to the innermost part corresponding to the joint part between the petals to be flowered and the petals An inside petal flowering adjustment step of spreading the petals from the inside of the petals to be flowered and adhering them, and sequentially flowering the petals in the petals group. Production method. An adhesive container for use in the flowering adjustment method according to claim 1,
Between the petals and the flower valve, and a nozzle portion having an elongated tip can be inserted between the calyx and flowers valve,
A container for an adhesive, comprising: a bottle portion for accommodating the adhesive. A spatula for use in the flowering adjustment method according to any one of claims 1 to 4,
Has a shape along the curve with the petals, and at least one curved portion which can be inserted between the smaller than the size of the entire petal, petals and flower valve,
A spatula comprising a handle having the curved portion at an end thereof.   The spatula according to claim 8, comprising two large and small curved portions.