JP2024064918A - How to attach artificial petals to plant or tree stems - Google Patents

Abstract

[Problem] To provide a method for attaching artificial petals to the floral stalk of a plant or a twig of a flowering tree, by attaching artificial petals to the floral stalk of a plant or a twig of a flowering tree, and then fitting the artificial petals along the petals to the tip of the stalk of a plant or a plant with green leaves remaining after the flowers have fallen off first, or a non-flowering evergreen tree. [Solution] This method for attaching artificial petals to the floral stalk of a plant or a twig of a flowering tree, is characterized by attaching artificial petals to the floral stalk of a plant or a twig of a flowering tree, and then fitting or fitting the artificial petals along the petals to the tip of the stalk of a plant with leaves but no flowers, or a plant with leaves remaining after the flowers have fallen off first. [Selected Figure] Figure 1

Description

This invention is a method for attaching artificial petals to the flower stalk of a plant or a branch stalk of a flowering tree, characterized in that the artificial petals are attached to the petals and inserted into the tip of the stalk of a plant that does not bloom or a plant whose flowers have fallen off and whose leaves remain, although the leaves can still be enjoyed.

Conventionally, preserved flower decorations have been produced by removing some of the petals from preserved flowers while maintaining the overall flower shape, and replacing the removed petals with artificial petals and/or petals of a different species.

Fresh flowers must be watered constantly and removed if damaged. Because fresh flowers are living things, their lifespan is limited to around 10 to 20 days.

Preserved flowers are made by dehydrating fresh flowers, impregnating them with chemicals to treat them as preservatives, and dyeing them, allowing them to last for an extremely long time while maintaining the same appearance as fresh flowers.

Patent Publication 2011-102441 Utility Model Registration No. 3129427 Utility Model Registration No. 3205296 Utility Model Registration No. 3206374 Utility Model Registration No. 3209867 Utility Model Registration No. 3178487

This caused the following problems:
However, the above-mentioned [Patent Document 1] describes a method for producing a corolla in which some petals of a preserved flower are removed using highly technical processes and artificial petals and/or petals of a different species are attached in place of the removed petals; it is not the subject of the present application, which is the method of attaching artificial petals to the floral axis of a plant or the axis of a tree. If highly technical preserved flower petals were used, there would be problems in that the production costs would be high and the method would be unsuitable for natural weeds and plants.

In the above-mentioned [Patent Document 2], a preserved flower with an artificial component is used in flower arrangements of fresh flowers, etc., by fixing a preserved flower and a prepared corolla to a connecting member that engages a triangular pyramid-shaped connecting member to the flower pattern of the fresh flower, and treating the part of the artificial flower pattern that has an opening in the triangular pyramid, and joining the preserved flower corolla. If highly skilled petals of preserved flowers were used, there were problems in that the production costs would be high and the product would be unsuitable for natural weeds and plants.

The above-mentioned [Patent Document 3] has a thin wire for attachment at the bottom end of the stem, and the beautiful artificial flowers are attached with a thin wire tie, but this method is suitable for attaching beautiful artificial flowers with a wire tie to a small flower pot such as an ornamental plant or an evergreen plant with only the leaves remaining.However, it is not a method of attaching artificial petals integrally to the stalk of a plant or the stalk of a tree, which is the subject of the present application, and there are problems in that it is not suitable for lush vegetation with many natural weeds.

The above-mentioned [Patent Document 4] relates to an artificial flower for plants with artificial flowers, in which an artificial flower with a thin wire for attachment is attached with a fastener to the tip of a thin immediate branch that branches off from the main branch of an evergreen or deciduous plant, etc., but there was a problem that it was not a method of attaching artificial petals integrally to the flower axis of the plant or the axis of the tree, which is the subject of the present application.

In the above-mentioned [Patent Document 5], a skewer-shaped shaft with a pointed tip is attached to a shaft formed integrally with the calyx of the corolla of an artificial flower, and the skewer-shaped shaft is inserted and fixed into the pith at the tip of a stem of a fresh flower (e.g., a chrysanthemum) that has not yet fully grown, after a small bud at the tip of the stem has been cut off, to form a single integrated fresh flower artificial flower. The feature of this invention is that the bud of the fresh flower is forcibly cut off and attached to the part, and the method of attaching the artificial petals to the flower axis of a plant or the axis of a tree by integrating them is not a method of attaching the artificial petals to the flower axis of a plant or the axis of a tree, which is the subject of this application, but is a method of attaching the artificial petals to the flower axis of a plant or the axis of a tree, which is not ... The method utilizes the flower stalks (or stems) of fresh flowers after the flowers have fallen and their green leaves remain a vivid blue-green, as well as the stalks (or stems) of fresh flowers including non-flowering evergreen varieties (such as horsetail), and is equipped with an axis insertion fitting body having both a stem socket and an axis/twig axis insertion axis part on the flower pattern of the artificial flower, and has an insertion fitting provided so that the axis can be inserted or fitted, but there was a problem that it is not a method for providing beautiful artificial flowers that can be easily fitted into multiple artificial flowers for a wide range of uses such as a variety of flowers and flowering trees.

In the above-mentioned [Patent Document 6], a connector having a shaft holding part for holding the shaft of the corolla of an artificial flower and a stem holding part for holding a part of the stem of a fresh flower where a bud has been cut off is provided in series to form a single integrated fresh flower, and the stem holding part provided in the connector is fitted into the tip of the stem of the fresh flower to be integrated with the fresh flower. The purpose of this use is to attach it to the part of the stem of a fresh flower (e.g. chrysanthemum) where a bud has been cut off at the tip of the stem that has not yet fully grown, i.e., to the tip of the stem of the fresh flower where the bud has been cut off. The connector for attaching the shaft of the corolla to the tip of the stem of the fresh flower is provided by attaching a fitting member made of soft metal such as aluminum having a through hole as a shaft holding part to the shaft of the corolla of the artificial flower, and the upper part of the fitting member is crimped with a tool to fix the shaft of the corolla to the fitting member. Alternatively, the fitting member may be attached to the shaft with an adhesive. The method of attaching artificial petals to the stalk of a plant or tree, which is the subject of this application, is characterized by the fact that it is constructed by forcibly cutting out the buds of the fresh flower and attaching them to the desired location. The method of attaching artificial petals to the stalk of a plant or tree, which is the subject of this application, does not involve forcible cutting, and instead utilizes the stalk (or stem) of a fresh flower after it has withered and fallen, leaving the vivid blue-green color of the green leaves of the fresh flower, and the stalk (or stem) of a fresh flower including a non-flowering evergreen variety (e.g., horsetail), so that it can be fitted or inserted into the stalk, and there was a problem that it is not a method of providing an artificial flower that can be easily fitted to the stalk of a fresh flower and/or different stems, or to a variety of flowers such as twigs and flowering trees, for a wide range of uses, without using the above-mentioned connecting device, etc.

This method of attaching artificial petals to the flower stalk of a plant or a branch stalk of a flowering tree is characterized in that artificial petals are applied to the flower stalk of a plant or a branch stalk of a flowering tree, and the artificial petals are inserted or fitted into the petals at the tip of the stalk of a plant that has leaves but does not bloom or a plant whose flowers have already fallen off and whose leaves remain.

The combination of the artificial flower and the fresh flower of the present invention is such that the flower pattern and the receptacle of the flower main body are provided with a stem socket and a flower stalk/twig socket, which can be easily inserted or fitted into the tip of the flower stalk to easily fit a beautiful artificial flower. For the flower stalk other than the tip of the flower stalk, the main body of the needle clamp with the needle part is used, and the tip of the needle part is inserted into the axis on the surface of the flower stalk to create a continuous string of flowers. When attaching artificial flowers to branches such as hard twigs, a needle cut part is provided by cutting a part of the position where the twig is to be inserted slightly diagonally, and then the needle tip of the needle part provided in the main body of the needle clamp is inserted, so that beautiful artificial flowers can be made to bloom on the fresh tree, and beautiful artificial flowers can be easily provided for fresh flowers and flowering trees.

As can be inferred from the above explanation, horsetails are plants that make use of the floral stalks of real flowers and do not bloom, for example, horsetails are lush and knotty, and many small bamboos grow from them, so they are often planted in small gardens for decorative purposes. They grow lushly for a long time, but when the tips of their stems are cut, they do not bloom in full glory. However, when colorful artificial flowers are attached to the tips of such lushly growing horsetails, people who are familiar with horsetails and those who are not are amazed and amused at the sight of them.

Similarly, if the flowers have fallen but the stalks and leaves are still strong, if there is a colorful artificial flower attached to the end of the fallen stalk (stem), the eye will be drawn to the vividly blooming flower for a moment, and this will also generate aesthetic interest.

Similarly, when flowering trees such as azaleas and their relatives, Kurume azaleas and red-leaf azaleas, have no flowers and their colorful leaves grow long and densely, they are transformed into something joyful and inspiring when they start to bloom with colorful flowers on their twigs.
In this way, even if you don't use expensive artificial flowers, miscellaneous flowers and trees can provide a sufficient effect to please the eyes from both far and near. By inserting artificial flowers into flowers with short leaves or flowering trees, you can provide a new style of arrangement that combines real flowers and artificial flowers.

Below, the book explains nail morphology.
(a) Hereinafter, this embodiment will be described with reference to the drawings. Fig. 1 is a perspective side view of the artificial flower body (6) of this embodiment. As shown in the figure, a stem socket (5) is fixed to the bottom surface of the flower pattern (4) of the artificial flower body (6). In use, the stem socket (5) is inserted into the stalk end (8) of the stalk (7) of the flower stalk (7) shown in Fig. 2 to form the stalk (7) of a fresh flower to form the flower body (6).
(b) Fig. 3 is a perspective view of the artificial flower body (6) of this embodiment from the side. As shown in the figure, the flower stalk (4) of the artificial flower body (6) is fitted with the flower stalk/twig socket (9) at the bottom, and when in use, the flower stalk/twig socket (9) is fitted from the bottom into the tip of the flower twig (10) of Fig. 4 to form the artificial flower body (6) at the tip of the flower twig (10), thus forming the flower body (6).
(c) Fig. 5 is a perspective view of the artificial flower body (6) of this embodiment from the bottom. As shown in the figure, the flower stalk/twig socket (9) is fixed to the receptacle of the artificial flower body (6), and when in use, the tip of the flower twig (10) of Fig. 6 is fitted into the bottom of the flower stalk/twig socket (9) to form the artificial flower body (6) at the tip of the flower twig (10).
(iv) Figure 7 is a perspective view of an artificial flower consisting of petals (1) attached to a flower body (6) from the side, and a perspective view of the needle holder main body (11) (12) with a needle part attached. As shown in the figure, the needle holder main body (11) (12) with a needle part attached is inserted along the tip of the inner surface of the inner surface of the flower body (6) and the needle part (12) is penetrated and fixed, and in use, a needle holder cutout part (13) is provided on one side of the flower twig (10) of Figure 8, and the needle part (12) of the flower body (6) is inserted along the needle holder cutout part (13), forming the artificial flower body (6) at the tip of the flower twig (10), and the flower body (6) is provided.
(E) Figure 9 is a front perspective view of an artificial flower consisting of an anther (14) and a flower body (6), and a side perspective view of the shaft insertion metal fitting body (15) (16) with the stalk/twig axle insertion shaft part. As shown in Figure 10, the shaft insertion metal fitting body (15) (16) with the stalk/twig axle insertion shaft part is inserted along the upper part of the anther surface of the flower body (6), and the stalk/twig axle insertion shaft part (16) is penetrated and fixed at the tip of the flower pattern (4). When in use, the stalk/twig axle insertion shaft part (16) is inserted from the tip into the tip of the flower tree twig (10) in Figure 4 to form the artificial flower body (6) at the tip of the flower tree twig (10), and the flower body (6) is held.
(f) For examples of use, please refer to photographs (11), (12), (13), (14), and (15).

A perspective view of the present invention. Side view of the present invention in use FIG. 1 is a perspective view showing an embodiment of the present invention equipped with an arbour/twig socket; FIG. 1 is a side view showing an embodiment of the use of the rachis/twig socket of the present invention; FIG. 13 is a perspective view showing an embodiment of the present invention with another rachis/twig socket. FIG. 13 is a side view showing an embodiment of the present invention with another rachis/twig socket; FIG. 1 is a perspective view showing an embodiment of a staple clamp body of the present invention; FIG. 1 is a side view showing an example of use of the needle clamp body of the present invention; FIG. 1 is a perspective view showing an embodiment of a shaft insertion fitting body of the present invention; FIG. 1 is a side view showing an embodiment of the shaft insertion fitting body of the present invention; Photographs showing the use of the present invention Photographic example of horsetail showing the use of the present invention Photographs showing the use of the present invention Example of the use of the present invention, using photographs of Rhododendron amurense Example of the use of the present invention: Horsetail bonsai photo Photographs showing the use of the present invention

1 Petal 2 Sepal 3 Receptacle 4 Flower peduncle 5 Stem socket 6 Flower body 7 Flower stalk 8 Flower stalk tip 9 Flower stalk/twig socket 10 Flower twig 11 Needle stopper metal body 12 Stopper needle part 13 Needle stopper cut part 14 Anther 15 Axis insertion metal body 16 Axis/twig insertion axis part

Claims (6)

This method of attaching artificial petals to the flower stalk of a plant or a tree stalk is characterized in that artificial petals are attached to the flower stalk of a plant or a twig stalk of a flowering tree, and the artificial petals are interposed and inserted or fitted into the flower stalk or tree stalk at the tip of the stalk of a plant (including evergreen trees) that has leaves but does not bloom or a plant whose flowers have fallen off but whose leaves remain. The method for attaching artificial petals to the rachis or stalk of a plant as claimed in claim 1, further comprising: a flower body provided with a stem socket on a stalk of a plant or a stalk of a tree, the flower body being made up of the artificial petals, the petals, the sepals, the receptacle and the stalk, for attaching the artificial petals to the rachis or stalk of a tree. 3. A method for attaching artificial petals to the rachis or rachis of a plant or a tree, comprising: a flower body provided with a rachis/twig socket on the flower stalk of the flower body, which comprises the petals, the receptacle, and the flower stalk, for attaching the artificial petals to the rachis or twig stalk of a plant or a tree, as described in claim 1 or 2. A method for attaching the artificial petals according to any one of claims 1 to 3 to the rachis or rachis of a plant or a tree, characterized in that the artificial petals and the flower body are provided with a rachis or twig socket on the receptacle of the flower body consisting of the artificial petals and the receptacle, and the flower body is used for attaching to the rachis of a plant or the twig rachis of a flower tree. A method for attaching artificial petals to a plant's stalk or a tree's axis using artificial petals as described in claim 1, characterized in that the method includes: a flower body comprising artificial petals, a needle holder body having a needle holder that is inserted into the anther of the plant's petal of the flower body, and the needle holder is inserted into the bottom and outside of the plant's petal to connect the artificial petals to the plant's stalk or a tree's axis. A method for attaching artificial petals to the stalk of a plant or the stalk of a tree according to claim 1 or 4, characterized in that the method comprises: a flower body for connecting the artificial petals to the stalk of a plant or the stalk of a tree, the flower body being provided with an artificial petal, a shaft insertion fitting body having an stalk/twig shaft insertion shaft portion which is inserted into the position of the anther of the petal of the plant of the flower body consisting of the petals and flower stalk, and the stalk/twig shaft insertion shaft portion being inserted so that the stalk of the petal protrudes.