JP2009299214A - Artificial flower and method for making the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an artificial flower rich in real material feeling extremely similar to that of a fresh flower and durability even though using extremely thin tissues easy to be torn as a fabric material. <P>SOLUTION: The artificial flower is obtained by: making the fabric material for flower petals and leaves of tissues; and impregnating the tissues with a vinyl acetate resin emulsion-based adhesive preliminarily subjected to coloration according to the flower petals or the leaves to be adhesively integrated with the tissue paper so that the adhesive exerts flexibility preventing the flower from being broken even when the adhesive is dried and hardened, luster looking like wet one, and real texture extremely similar to those of fresh flower. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to an artificial flower rich in realistic texture, flexibility, luster and the like that is very similar to a fresh flower, and a production method using a safe material that is easily available even in ordinary households.

  Japanese Laid-Open Patent Application No. 8-49106 discloses a method for producing artificial flowers using thin and flexible tissue paper, which is not particularly low, among papers that are artificial fabrics.

Moreover, a method for producing artificial flowers that do not break even when bent or formed from paper or cloth, and that do not crack or whiten even when left for a long time, such as those coated with wax, is disclosed in Japanese Patent Laid-Open No. No. 146104.
JP-A-8-49106 JP-A-6-146104

  In artificial roses described in FIGS. 3 to 6 of Japanese Patent Laid-Open No. 8-49106, shafts (2) such as wires and bamboo straws that become stems (shafts) are placed on a tissue paper (4 ) And the tissue paper (4) is wound so as to be entangled with the surface of the viscoelastic resin part (thin film locking means) (3) of the shaft body (2). However, it is difficult for anyone to stably obtain a spiral shape that is recognized as a petal of a rose, despite the explanation of the simple production method.

  Moreover, the petal of the rose shaped by such a production method is a single piece of tissue paper that continues in a spiral spiral state, and is clearly different from that of a fresh flower that is in a polymerized state from a plurality of single leaves. Moreover, since the tissue paper is not colored or painted, it cannot achieve realistic texture, luster, or gorgeousness that is very similar to a petal of a fresh flower. There is a problem that shape loss and breakage are likely to occur and the durability is inferior.

  On the other hand, in the method for producing artificial flowers described in JP-A-6-146104, after coloring paper or cloth that becomes petals or leaves, a flexible and transparent curable silicone resin solution is applied and cured. The coloring and the application of the transparent curable silicone resin liquid must be executed as two separate steps.

  Before coloring the paper or cloth, an acrylic resin solution or polyurethane paint is applied and dried and cured (Claims 2 and 3). Further, after the coloring, before applying the curable silicone resin solution, fluorine is used. Although a method of applying and drying a resin liquid (Claim 4) has been described, it is necessary to apply various resin liquids and paints several times and dry and cure them, and it is not easily available in general households. Combined with the use of materials, the work is troublesome.

  In this regard, paragraph [0020] of JP-A-6-146104 discloses a coloring method for paper or cloth, and paragraph [0022] further describes a method for applying a curable silicone resin liquid to paper or cloth, further paragraph [0024]. ], The viscosity of the curable silicone resin liquid is described, but when the paper is a so-called thin and soft tissue paper, the tissue paper is colored with a paint or cured. It is not possible to apply a water-soluble silicone resin solution by dip coating or brush, and it is very difficult to obtain tissue papers with various colors in advance. You can't get artificial flowers that are soft, glossy, or other real.

  The present invention aims to drastically solve such problems, and in order to achieve the object, according to claim 1, the material of petals and leaves is made of tissue paper as a composition of artificial flowers. By integrating the vinyl acetate resin emulsion adhesive, which is pre-colored according to the color, into the tissue paper in an osmotic state, the adhesive will dry and cure, but it will not break and will not break. It is characterized by a real luster that is very similar to other fresh flowers.

  A second aspect dependent on the first aspect is characterized in that a transparent nylon thread or wire for reinforcement is embedded and integrated along the longitudinal center line of the petals or / and leaves.

  On the other hand, as a method for producing artificial flowers in claim 3, a tissue paper cut out in the contour shape of a petal and a vinyl acetate resin emulsion adhesive colored by kneading paints and other pigments are prepared.

  A smooth circular arc surface selected from so-called plastic bottles, spoons, and other ready-made synthetic resin molded products of tea is used as the above-mentioned mold for petals, and the petals are formed before the adhesive applied to the mold is dried. After the tissue paper is affixed, the same adhesive is applied to the tissue paper from above, so that the adhesive is deposited and integrated into the tissue paper in an osmotic state.

  In claim 4, which is dependent on claim 3, before applying the vinyl acetate resin emulsion-based adhesive to the petal mold, a release agent such as hand cream, face cream, petrolatum, salad oil or the like is primed. Features.

  Further, in claim 5, as a method for producing artificial flowers, a tissue paper cut out in a contour shape of a leaf and a vinyl acetate resin emulsion adhesive colored by kneading paints and other pigments are prepared.

  Using the leaves of fresh flowers or artificial flowers as the mold for leaves, the adhesive applied to the mold is not dried, and after the tissue paper to be the leaves is attached, the same adhesive is applied to the tissue paper from above. By coating the adhesive, the adhesive is adhered and integrated into the tissue paper in a penetrating state.

  A sixth aspect dependent on the fifth aspect is characterized in that the back surface of a leaf in a fresh flower is used as a mold for a leaf.

According to the said structure of Claim 1, using a tissue paper common in a general household, and a vinyl acetate resin emulsion adhesive which is a viscous water-soluble adhesive suitable for the paper and cloth, There is an effect that it is easy to obtain realistic artificial flowers with a lot of flexibility, gloss and transparency.

  In particular, even if the petal and leaf material is made of tissue paper that is extremely thin and easy to tear, the above-mentioned adhesive-only coating film that adheres and integrates into the penetrating state will prevent cracks, tears, and deformation. There is no possibility of occurrence, and it is possible to exhibit wet gloss and excellent durability.

  In that case, if the configuration of claim 2 is adopted, the petal or leaves become wide and large, but the transparent nylon thread or wire for reinforcement is sandwiched with the adhesive on the longitudinal center line. By embedding and integrating, there is an effect of preventing drooping and other deformation during use.

  Further, according to the structure of claim 3, a smooth arc surface (convex curved surface) of a ready-made synthetic resin molded product is used as a petal mold, and one kind of the above-mentioned adhesive is first applied thereto, and the coating film is The petal-shaped tissue paper is applied before it dries, and then the same adhesive is applied, so the tissue paper that is extremely thin and easily broken can be used as a material for the petal. In addition, various colored colors corresponding to the petals can be applied without hindrance, and the application of the adhesive can be simultaneously dried and cured and colored.

  Moreover, the arc surface (convex curved surface) of various ready-made synthetic resin molded products that are no longer needed in general households can be used as it is as a suitable mold for petals, which is useful for improving convenience and safety.

  In that case, if the structure of Claim 4 is employ | adopted, the petal of the said finishing state can be easily peeled from the shaping | molding die by undercoating a mold release agent, such as hand cream and petrolatum common in general households. This is effective and improves the efficiency of creating artificial flowers.

  Furthermore, according to the structure of claim 5, a leaf-shaped tissue paper is pasted before one kind of the adhesive previously applied here is still dry, using fresh or artificial leaves as a mold for leaves. After that, since the same adhesive is applied, tissue paper that is easy to tear and difficult to handle is adopted as a material for the leaf fabric, but an appropriate coloring color such as green corresponding to the leaf can be easily applied to it. It can be applied.

  In that case, if the structure of Claim 6 is employ | adopted, there exists an effect which can shape a realistic leaf vein with a fresh flower on the artificial flower leaf as an embossed state.

  Hereinafter, the details of the present invention will be described with reference to the drawings. FIG. 1 illustrates a rose having a relatively large number of petals as the product-artificial flower (M) according to the first embodiment of the present invention. Artificial flowers (M) are composed of petals (a) and buds (b), flower cores (c), stems (d) and leaves (e).

  Among the components, the petal (a) and the leaf (e) are composed of tissue paper (1) that is common in general households and an easily available vinyl acetate resin emulsion adhesive (hereinafter simply referred to as “vinyl acetate emulsion”). ), And the vinyl acetate emulsion is provided with a target coloring color, and this coating film is deposited and integrated into the tissue paper (1) in a osmotic state. In addition, it can achieve realism such as transparency, flexibility (flexibility), fresh luster, etc. that are very similar to leaves, and it has durability (shape retention strength) that does not crack or tear despite its thinness. It is characterized in that it can be demonstrated.

  That is, the reason why the tissue paper (1) is used as the material for the petals (a) and leaves (e) is based on the so-called softness of the waist, so that it is possible to freely form a smooth curve or give a facial expression. In addition to toilet paper, Japanese paper, and other papers, it is water-insoluble, meaning that it is difficult to dissolve in water, even though it is a sheet of paper that is very easy to tear and difficult to handle. Can absorb and impregnate the above water-soluble vinyl acetate emulsion without hindrance, and by combining with this, a cured coating film that does not crack, tear, or lose shape unexpectedly even though it is thin is obtained. Because it is.

  On the other hand, as the above-mentioned vinyl acetate emulsion, for example, it is preferable to adopt a trade name “Bond for Woodworking” by Konishi Co., Ltd. This is a milky white viscous water-soluble adhesive for wood, cloth and paper. It is not dangerous for housewives and children, and becomes transparent when dried, so kneading various paints as coloring pigments. Thus, a coloring color suitable for the target petal (a) can be freely applied, and the transparency is expressed as a wet gloss of the petals (a) and leaves (e).

  Moreover, if it heats with an electric iron etc., the petal (a) and leaf (e) which were once formed can be deform | transformed again, or can be expanded-contracted. In addition, since it is flexible after drying and curing, combined with the use of the tissue paper (1), a realistic texture very similar to that of fresh flowers can be obtained. Even if it is deformed, it can be restored beautifully by a deforming operation with the hand.

  Taking the above artificial flower of rose (M) as an example, the production method will be described as follows.

<How to create a flower core>
The tip of an artificial flower wire (2) having a thickness that becomes No. 20 or other suitable stem (d) is embedded as an anchor (3) and bent into an inverted J shape as shown in FIG. Alternatively, the flower core (c) formed from the resin clay (4) can be attached and integrated with the embedded anchor (3) of the wire (2) so as not to fall off, and then dried and cured. It ’s fine.

  In that case, white or transparent resin clay (4) is used as the material for the flower core (c), and acrylic paint or oil paint is kneaded into it to give the same various colored colors as the target petal (a). It is preferable to give. In addition, if the flower core (c) is shaped into a spindle shape, a bowl shape, or other narrow cone, it is easy to apply the contoured tissue paper (1) that becomes the petal (a), and it is very similar to a fresh flower. There is an advantage of obtaining a corolla.

<How to create petals>
In making the petal (a), the tissue paper (1) as the dough material is polymerized in a half-folded state as shown in FIGS. 10 to 12, and preferably using a pattern (not shown) and a fold, Cut out to the target contour shape of the petal (a). Of course, the petal (a) may be die-cut using a punching blade die (not shown) instead of the ridge.

  (5) shows the half-folded ridge line of the tissue paper (1). The size of the petal (a) obtained by developing from here is about 4 to 7 different sizes of large, medium and small. Prepare to create in steps. This is also for the purpose of making a corolla very similar to the petal (a) of a fresh flower.

  On the other hand, the vinyl acetate emulsion of the above water-soluble adhesive is placed in a white bowl or other suitable container (not shown), and acrylic paint, oil paint, watercolor paint, etc., which becomes a color pigment, is added and kneaded. A vinyl acetate emulsion provided with red, yellow, purple, pink, and other appropriate coloring colors suitable for the target petal (a) is prepared.

  In that case, for example, it may be possible to increase the luster by using an acrylic paint containing pearl, or to finish it with a texture like sugar craft or silk.

  The target is a smooth arc surface (convex curve) selected from spoons and other tableware in ordinary households, transparent so-called plastic bottles such as mineral water and tea, and other ready-made synthetic resin molded products. Use as a petal mold (6) suitable for petal (a), and use hair cream or face cream, petrolatum, salad oil, silicone oil, ointment, etc., as a release agent (7) as shown in FIGS. Priming with a paintbrush. Various release agents (7) for undercoating can be conveniently used as they are stocked in general households.

  Therefore, the vinyl acetate emulsion, which has been colored in advance by the paints, is first applied thinly from above the release agent (7) as shown in FIGS. The petal-shaped tissue paper (1) is pasted one by one before the first vinyl acetate emulsion coating film (8) is not yet dried.

  At the time of application, the tissue paper (1) may be stretched without wrinkles or contracted to the opposite wrinkle state to give the petal (a) an intentional expression.

  When the first vinyl acetate emulsion coating (8) is completely dried, the same colored vinyl acetate emulsion is then applied in a polymerized state from the top as the second time, as shown in FIGS. A second vinyl acetate emulsion coating film (9) is formed.

  As shown in FIGS. 26 and 27, a transparent nylon thread (fishing teg) (10) is sandwiched between the vinyl acetate emulsion coatings (8) and (9) polymerized as the first and second times. By embedding and integrating, a function as a muscular bone along the longitudinal center line of the petal (a) can be given, and its shape retention strength (durability) can be improved.

  Once the first and second vinyl acetate emulsion coatings (8) and (9) are sandwiched and applied to the tissue paper (1) which is the material of the petal (a), the complete After drying and curing, this is once peeled off from the petal mold (6), and the vinyl acetate emulsion having the same colored color is applied to the mold (6) again as shown in FIGS. To do.

  And before the 3rd time vinyl acetate emulsion coating film (11) formed in the cocoon is still dry, the said tissue paper (1) is turned over and the 3rd vinyl acetate emulsion coating film (11 The same vinyl acetate emulsion is applied to the tissue paper (1) to form a fourth vinyl acetate emulsion coating film (12) as shown in FIGS.

  Then, the petal-shaped tissue paper (1) is made from the both sides of the front and back sides by the double coating (8), (9), (11), and (12) of the vinyl acetate emulsion to which the pre-colored color is applied. A petal (a) in a covered state that is sandwiched as shown in FIG.

  As a result, the petal (a) was peeled from the mold (6) at the end of the fourth vinyl acetate emulsion coating (12) being dried and cured, and the tissue paper as shown in FIGS. The outer peripheral portion of the vinyl acetate emulsion coating (8), (9), (11), and (12) that protrudes unsightly from (1) is trimmed beautifully with scissors or the like, and the petals ( It is finished in a).

  In the illustrated example, the tissue paper (1) of the dough material was sandwiched and covered with double coatings (8), (9), (11), and (12) of vinyl acetate emulsion from both front and back sides as rose petals (a). Although the state is shown, it is sufficient to maintain the state (see FIG. 27) sandwiched and covered by at least the single coating film (8) (11).

  The thickness of the petal (a) should be adjusted according to the desired number of fresh flowers and the creator's wishes, depending on the number of tissue papers (1) used and / or the number of times the above-mentioned vinyl acetate emulsion is applied. It is.

  In addition, by applying a heated iron (not shown) to the petal (a) once finished, the emboss (13) as shown in FIG. Deformation, expansion and contraction, and other realistic expressions can be given. It is also conceivable to heat the hair using a hair dryer instead of a trowel and apply the facial expression with the hand. Further, the weak point of the vinyl acetate emulsion may be supplemented by applying or spraying transparent clear lacquer or metallic lacquer to impart water resistance to the petal (a).

  In any case, the dough material of the petal (a) is tissue paper (1), and a coating film (8) (11) of vinyl chloride emulsion provided with a colored color is sandwiched from both sides of the front and back. Since the petal (a) is thin, it can give up a sense of transparency, and even if it is thick, the flexibility (flexibility) may be lost. In addition, it exhibits gloss as if it were wet, and a realistic texture very similar to that of fresh flowers can be obtained, and there is no risk of cracking or breakage like fresh flowers.

<How to create leaves>
The preparation method of the leaf (e) is the same content as the above-described preparation method of the petal (a), and the tissue paper (1) which is also the dough material is polymerized in a half-folded state as shown in FIGS. If necessary, pattern paper (not shown) is also used, and cut into the target contour shape of the leaf (e) with a scissors or a cutting blade. As the fabric size of the leaves (e) obtained by the development from the half-folded ridge line (14), appropriate large, medium and small pieces are prepared and prepared.

  On the other hand, the above-mentioned vinyl acetate emulsion and an acrylic paint or oil paint to be the colored pigment are put into a white ball or other suitable container (not shown) and kneaded to obtain a target rose leaf (e ) Prepare a vinyl acetate emulsion that has been given an appropriate color such as green or brown.

  Also, the leaves (e) in the fresh flowers and artificial flowers of the rose are used as the molds (15) for the leaves, and hair cream, petrolatum, salad oil, ointment, etc., which are also the release agent (7), are used here as shown in FIGS. Undercoat.

  Therefore, the vinyl acetate emulsion colored in advance with the above-mentioned paints is first applied thickly from above the release agent (7) as shown in FIG. 35, and the first vinyl acetate emulsion coating film (8). The tissue paper (1) cut out in the leaf shape is preferably pasted as a two-ply sheet before it has yet dried.

  After the first vinyl acetate emulsion coating (8) is completely dried, the same colored colored vinyl emulsion is applied from above the tissue paper (1) as shown in FIG. A vinyl acetate emulsion coating film (9) is formed.

  And if the 2nd vinyl acetate emulsion coating film (9) dried and hardened, this will peel from the said shaping | molding die for leaves (15), and from tissue paper (1) like FIG. The peripheral portion of the vinyl acetate emulsion coating (8) (9) that protrudes unsightly is trimmed beautifully with scissors or the like to finish the target contour-shaped leaf (e).

  As the mold (15) for leaves, it is particularly preferable to utilize the back surface of leaves that are fresh flowers. If it does so, the realistic leaf vein (16) very similar to that of a fresh flower can be shaped to the raised state with respect to the leaf (e) of the artificial flower (M) which concerns on this invention. In that case, the undercoat of the release agent (7) for the leaf mold (15) may be omitted.

  Also, the thickness of the leaf (e) is the same as that of the petal (a), depending on the number of tissue papers (1) used and / or the number of times the vinyl acetate emulsion coatings (8) and (9) are applied. The artificial flower (M) can be adjusted accordingly.

  Further, the leaves (e) of the artificial flower (M), like the petals (a), have a coating film (8) (9) of a pre-colored vinyl acetate emulsion using the tissue paper (1) as a dough material, Since the tissue paper (1) is bonded and integrated so as to sandwich the tissue paper, it is dry-cured but still has softness (flexibility), and it gives off a fresh luster such as wetness. There is no risk of cracking, tearing, or loss of shape.

  Finally, the wire (17) which becomes a petiole (f) thinner than the stem (d) such as No. 22 and No. 24 is cut into a length of about 5 to 6 cm with pliers, and the tip of the wire (17) e) Paste and integrate with hebi-vinyl acetate emulsion to form a petiole (f) as shown in FIGS. 40 and 41, and a double-sided or single-sided adhesive tape made of paper colored in green (Nippon Dexie Co., Ltd.) (Product name: Flora tape) (18).

<Assembly method as flowers>
When assembling as a rose artificial flower (M) from the flower core (c), petals (a), and leaves (e) prepared as described above, a plurality of the petals (a) are shown in FIG. As shown in FIG. 9, it is pasted on the circumferential surface of the flower core (c) in such a manner that it gradually overlaps with the vinyl acetate emulsion from a small size at the center to a large size at the periphery.

  Then, the bud (b) is attached to the whole petal (a) (corolla) from below by the vinyl acetate emulsion and integrated. The cocoon (b) can be made from the above-mentioned flora tape (18), for example, with a cut length of about 4.5 cm. It is also possible to create from.

  Further, the tissue paper (1) is wound around the wire (2) to be the stem (d), the thickness is appropriately adjusted, and the petiole (f) is turned to the wire (2) to be the stem (d). Then, it is wound and integrated with the flora tape (18), and it can be finished as a rose artificial flower (M) as shown in FIG.

  The finished artificial flower (M) is sprayed with a fragrance such as aroma oil on the petals (a) and leaves (e), and the fragrance is preferably applied to the bud (b) and stem (d) of the artificial flower (M). It can also be applied to give viewers a healing effect.

  Next, FIG. 42 exemplifies a lily artificial flower (M) as a second embodiment of the present invention corresponding to FIG. 1, and this will be described with respect to a point different from that of the rose according to the first embodiment. In the artificial flower (M), as shown in FIG. 43, the pistil (g) that becomes the flower core is made from transparent or white resin clay (4), and the bent anchor (3) of the wire (2) that becomes the stem (d) ), And a plurality of lily core pep (stamens) (19) are attached to the pistil (g) with a vinyl acetate emulsion of the water-soluble adhesive.

  Since the lily petals (a) are wider and longer than those of the above roses, transparent plastic bottles such as mineral water and tea, other ready-made synthetic resin molded products, especially the V-shaped vertical The arc surface (convex curved surface) on which the groove (20) runs is used as a petal mold (6) suitable for a lily.

  Then, the vinyl acetate emulsion with the same white coloring color as the petals of the lily (a) is applied to the petal mold (6), for example, five times, and the petal-shaped tissue paper (1) is also molded. For example, two wide petals (a) hang down and deform by attaching and integrating, for example, two sheets to the mold (6), and embedding and integrating a reinforcing wire (21) that becomes a flower vein (h) inside the mold (6). Is prevented.

  That is, as shown in FIGS. 44 to 46, the vinyl acetate emulsion coating film which is the first coat of the release agent (7) and the first coating from above the mold (6) for petals having the longitudinal groove (20). (8) is applied, and before the first vinyl acetate emulsion coating (8) is dried, a large piece of tissue paper (1) cut into a petal shape is pasted. .

  After that, if the first vinyl acetate emulsion coating (8) is completely dried, the second vinyl acetate emulsion coating (9) of the same colored color is applied to the tissue paper (1). It apply | coats in a superposition | polymerization state and sticks and integrates the reinforcing wire (21) of suitable cut length along the vertical groove (20) of the said shaping | molding die (6). This will result in the reinforcing wire (21) extending along the longitudinal centerline of the petal (a).

  Further, when the second vinyl acetate emulsion coating (9) is dried, the same vinyl emulsion coating (11), which is the third one, is then applied, so that a large piece of tissue paper ( 1) is pasted and integrated so as to sandwich the reinforcing wire (21).

  After the third vinyl acetate emulsion coating film (11) is dried, the same fourth vinyl acetate emulsion coating film (12) is applied in a polymerized state. In that case, a small petal-shaped tissue paper (1a) indicated by a chain line in FIG. 44 may be laminated and pasted on the root of the large tissue paper (1).

  And if the 4th time vinyl acetate emulsion coating film (12) was completely dried, this was once peeled from the said shaping | molding die (6), and it was made to place in a shaping | molding die (6) again as an inverted state, The vinyl acetate emulsion coating film (22), which is the final fifth time, was applied and dried and cured, and then peeled off from the mold (6) and protruded unsightly from the tissue paper (1). The peripheral portions of the coating films (8), (9), (11), (12), and (22) are trimmed beautifully with scissors or the like to finish the petals (a) having a target contour shape.

  The reinforcing wire (21) or nylon thread (10) is embedded and integrated along the longitudinal center line of the petal (a), and embedded and integrated along the longitudinal center line of the leaf (e). By doing so, it is also possible to prevent the leaf (e) from drooping and other deformations.

  Since the method for producing the buds (b) and leaves (e) in the artificial flowers (M) of such a lily and the method for assembling the flowers are substantially the same as those for the roses, FIGS. Although the detailed description is omitted only by entering the corresponding symbols with ~ 41, the artificial flowers and the method of making the present invention are not limited to roses and lilies, but also tulips, margarets, anemones, poppies, turkeys Can be widely applied to.

It is a whole schematic slope figure which shows the artificial flower of the rose which concerns on 1st Embodiment of this invention. It is sectional drawing of the state which attached the flower core to the wire used as a stem. It is sectional drawing of the state which stuck the petal of small size on the flower core of FIG. It is sectional drawing of the state which stuck the petal of medium size in FIG. It is sectional drawing of the state which affixed the large-sized petal in FIG. It is sectional drawing of the state which attached the collar to FIG. It is sectional drawing of the state which wound the tissue paper in FIG. It is sectional drawing of the state which wound the flora tape in FIG. FIG. 9 is a cross-sectional view taken along line 9-9 in FIG. 6. It is a slope view of the tissue paper used as a petal cloth. It is a perspective view which shows the half-folded state of tissue paper. It is a top view which shows the various outline shape of the petal cloth cut out from the tissue paper of FIG. It is a top view which shows the shaping | molding die for petals. It is a top view of the state which undercoated the mold release agent to the shaping | molding die for petals. It is an expanded sectional view which follows the 15-15 line of FIG. It is sectional drawing of the state which apply | coated the 1st time vinyl acetate emulsion from FIG. It is sectional drawing of the state which affixed the tissue paper from FIG. It is sectional drawing of the state which apply | coated the 2nd vinyl acetate emulsion from FIG. It is sectional drawing of the state which once peeled the petal from FIG. It is sectional drawing of the state which apply | coated the 3rd time vinyl acetate emulsion to the shaping | molding die from FIG. It is sectional drawing of the state which turned the petal peeled from FIG. 19 upside down, and was affixed on the shaping | molding die. It is sectional drawing of the state which apply | coated the vinyl acetate emulsion of the 4th time from FIG. It is sectional drawing of the state which peeled the petal from FIG. It is sectional drawing of the state which trimmed the peripheral part of the petal. It is a top view which shows the finished state of the petal. It is a top view which shows the deformation | transformation embodiment of a petal. It is an expanded sectional view which follows the 27-27 line | wire of FIG. It is the top view which gave the expression with a trowel to the petal of FIG. It is a slope view of the tissue paper used as the leaf cloth. It is a perspective view which shows the half-folded state of tissue paper. It is a top view which shows the various outline shape of the leaf cloth cut out from the tissue paper of FIG. It is a top view which shows the shaping | molding die for leaves. It is a top view of the state which apply | coated the mold release agent and the 1st time vinyl acetate emulsion to the shaping | molding die for leaves. It is an expanded sectional view which follows the 34-34 line | wire of FIG. It is sectional drawing of the state which affixed two tissue papers from FIG. It is sectional drawing of the state which apply | coated the 2nd vinyl acetate emulsion from FIG. It is sectional drawing of the state which peeled the leaf from FIG. It is sectional drawing of the state which trimmed the peripheral part of the leaf. It is a top view which shows the finished state of the leaf. It is a top view of the state which attached the wire used as a petiole to the leaf. It is a top view in the state where a plurality of petiole was bundled with a flora tape. It is a whole schematic slope figure which shows the artificial flower of the lily which concerns on 2nd Embodiment of this invention. It is sectional drawing of the state which adhered the pistil used as a flower core to the wire used as a stem. It is a top view of the state which affixed the tissue paper used as the petal cloth to the mold for petals. It is an expanded sectional view which follows the 45-45 line | wire of FIG. It is sectional drawing of the state which turned the petal once peeled off from the shaping | molding die, placed on the shaping | molding die again, and apply | coated the vinyl acetate emulsion.

Explanation of symbols

(1)-Tissue paper (1a)-Small tissue paper (2) (17) (21)-Wire (3)-Embedded anchor (4)-Resin clay (5) (14)-Half-fold ridgeline (6)- Mold for petals (7), mold release agent (8) (9) (11) (12) (22), paint film (10), nylon thread (13), emboss (15), mold for leaves (16 ), Leaf veins (18), flora tape (19), stamens (20), longitudinal grooves (M), artificial flowers (a), petals (b), buds (c), flower cores (d), stems (e), Leaf (f), petiole (g), pistil

Claims (6)

  The material of the petal and leaves is made of tissue paper, and the vinyl acetate resin emulsion adhesive, which is pre-colored according to the petals and leaves, is adhered and integrated into the tissue paper. This is an artificial flower characterized by its softness that does not break even when the adhesive is dry-cured, gloss that is wet, and a realistic texture that is very similar to other fresh flowers.   The artificial flower according to claim 1, wherein a transparent nylon thread or wire for reinforcement is embedded and integrated along the longitudinal center line of the petals or / and leaves. Prepare tissue paper cut out in the petal outline shape and vinyl acetate resin emulsion adhesive colored by kneading paints and other pigments,
A smooth circular arc surface selected from so-called plastic bottles, spoons, and other ready-made synthetic resin molded products of tea is used as the above-mentioned mold for petals, and the petals are formed before the adhesive applied to the mold is dried. A method for producing artificial flowers, characterized in that, after a tissue paper is attached, the same adhesive is applied to the tissue paper from above to adhere and integrate the adhesive into the tissue paper in an osmotic state.   4. Preparation of artificial flowers according to claim 3, wherein a release agent such as hand cream, face cream, petrolatum or salad oil is primed before applying the vinyl acetate resin emulsion adhesive to the mold for petals. Method. Prepare tissue paper cut out to the contour shape of the leaf and vinyl acetate resin emulsion adhesive colored by kneading paints and other pigments,
Using the leaves of fresh flowers or artificial flowers as the mold for leaves, the adhesive applied to the mold is not dried, and after the tissue paper to be the leaves is attached, the same adhesive is applied to the tissue paper from above. A method for producing artificial flowers, characterized in that the adhesive is adhered and integrated into the tissue paper in a permeation state by applying the adhesive.   6. The method for producing artificial flowers according to claim 5, wherein the back side of the leaves of the fresh flowers is used as a mold for leaves.

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