KR102049566B1 - A method and product of making dolls that are decorated with preserved flower and long-lived flavor with micro capsules - Google Patents

Abstract

The present invention relates to a producing method of a doll decorated with preserved floral leaves and having a long-lived internal fragrance, and more specifically, to a doll decorated with preserved floral leaves and having a long-lived internal fragrance, and a producing method thereof. The producing method comprises the steps of: preparing preserved floral materials by immersing floral materials in a first processing solution, immersing the floral materials in a second processing solution acquired by mixing a dehydration solution, water, oil water, nutrients, and a cationic dye, and drying the floral materials; separating preserved floral leaves from the preserved floral materials and dividing the preserved floral leaves into parts having a plurality of sizes; injecting a fragrance solution into gypsum, forming the gypsum into a predetermined shape, and drying the gypsum; attaching eyes and a nose to a face portion formed in a predetermined shape; attaching the preserved floral leaves around the face portion in a predetermined direction; attaching the preserved floral leaves around the predetermined shape in a predetermined direction; and cutting the attached preserved floral leaves into a predetermined shape.

Description

A method and product of making dolls that are decorated with preserved flower and long-lived flavor with micro capsules}

The present invention relates to a method for manufacturing a doll decorated with preserved petals and having a long internal fragrance, and more specifically, after immersing a floral material in a first treatment liquid, and then again dehydrating liquid, water, oil, water and nutrients. Preparing a preserved flower material by immersing and drying the flower material in a second treatment liquid formed by mixing a cationic dye with the cationic dye; Separating the preserved petals from the preserved flower material and separating them into parts having a plurality of sizes; Injecting the fragrance solution into the gypsum and then drying it to a predetermined shape; Attaching eyes and nose to the face portion of the predetermined shape; Bonding the preserved petals around the face portion in a predetermined direction; Adhering the preserved petals in a predetermined direction around the predetermined shape; And a method of manufacturing the same and decorating with the preserved petals including a step of scissing the bonded preserved petals in a predetermined shape.

In general, fresh flowers are harvested from an unflowered ecology and are rapidly supplied in the optimal preservation state in order to minimize the evaporation of water at the distribution stage, but wither for a week or so, and lose their commerciality. In addition, depending on the type of flowers, the flowering time or harvesting time is different, it is not easy to enjoy the flowers all year round regardless of the season.

Accordingly, so-called dry flowers made of ornamentals by natural drying or artificial drying using a desiccant such as silica gel have been produced, but in this case, it takes a long time to dry and preserves color or state well in the drying process. There is a problem such as not being.

Recently, preserved flowers are known that can be preserved for a long time through dehydration, decoloring, coloring, drying, etc., and such preserved flowers are organic and dyes that are harmless to humans in a beautifully blooming state. By absorbing the water, it looks like fresh flowers, but it does not need water and there is no worry of withering, so it is possible to enjoy vivid color flowers for a long time. The preserved flower as described above Put it in place to get the decorative effect of the room.

However, only such cheap textures as artificial flowers can be realized, and there are no fragrances from real flowers, and they have been received outside.

Thus, Korean Patent Application Publication No. 2017-0053869, which is a conventional invention, is a preserved flower in which cut flowers obtained by cutting a flower to a predetermined size are treated with dehydration bleaching solution and preservation coloring treatment so as not to wither. 10-40% hydrogen peroxide and 5-10% glycerin are mixed with the preservation coloring treatment solution to form dehydration, decolorization and preservation coloring, which are placed in a drier and dried at 30 ° C.-50 ° C. for 3 to 6 hours.

In addition, Korean Patent No. 0851211, in the preservation method for maintaining the shape and texture of cut flowers, prior to dehydration / bleaching cut flowers, maintains the shape and texture of the flowers in an optimized state and in the second and third processes. 'Primary preservation step' of water raising method that inserts cut flowers in a preservation solution consisting of alkali ions, citric acid, chlorine, distilled water, and sugars for smoothness. 'Secondary dehydration and decolorization step', which precipitates in a solution containing bleach, amino acids, and distilled water; Tertiary coloring / preservation step ', and the' fourth drying step 'for drying the cut flowers which have been treated in the third color / preservation solution.

However, these preserved flowers are similar to fresh flowers in appearance, and do not actually emit scents and thus do not meet the needs of consumers.

In addition, there was a problem that various applications are difficult because it merely serves as a flower processing process.

In addition, the Korean Patent No. 1458969 is the first member 110 is fixed to the preserved flower 111, which is preserved in a state of not needing water by chemical treatment; A second member 120 configured to be detachable from the first member 110; And the garment 130 in which the second member 120 is fixed by sewing sewing of a running stitch, and the garment 130 includes the garment of the second member 120 through sewing sewing of a grooved stitch. A plurality of first members 110 attached to the 130 and the preserved flower 111 are integrally fixed to the second member 120 disposed to the plurality of clothes 130 are respectively attached to the clothes 130. It is attached to configure a variety of designs and fashion production of the garment 130, the first member 110 is fixed to the preserved flower 111 integrally, of the preserved flower 111 The cover protection cap 112 to cover the lower end portion accommodated and protected, and the first removable member 114 integrally formed on the cloth member 113 fixed to one end of the cover protection cap 112 It is an invention characterized by including the configuration.

However, simply using the preserved flower is removed without the stem, there was a problem that does not preserve the sophisticated appearance peculiar to the flower at all.

As shown in FIG. 2, Korean Laid-Open Patent Publication No. 2018-0074101 discloses that the fragrance emanating flower 10 by the high-brightness LED heating of the present invention is on the calyx 11 coupled to one end of the stalk 12 having a certain length. An LED light source 14 disposed in a form surrounded by a plurality of petals 13 is provided, and a power supply unit 16 connected by a power line from one side of the flower stand 12 to supply power to the LED light source 14 side. Is provided, the fragrance emitting unit 15 is provided in the lower portion of the LED light source 14 so that the fragrance is emitted by the heat generated by the LED light source 14 for emitting light by the power supplied from the power supply unit 16. .

The fragrance diverging unit 15 is formed in the shape of a plate body, and two penetrating through the center portion of the plate is formed with a coupling hole (15a) through which the power line connected to the LED light source 14 side, the coupling hole (15a) The fragrance groove 15b is formed to surround the circumference and has a predetermined depth, and the fragrance divergent body is accommodated therein, and a diverging groove 15c extending radially outward from the fragrance groove 15b is formed.

The conventional fragrance emitting unit 15 is in close contact with the base frame 14a constituting the lower portion of the LED light source 14 receives heat generated from the LED light source and solidifies by heating the fragrance emitter through it. The fragrance emitter is melted to emit the fragrance through the diverging groove (15c) is to have the effect that the floral fragrance is released from the flowers through this.

Therefore, the user can pursue the mood of the flower by the fragrance emitted from the flower as well as the appreciation of the flower by allowing the flower or petal to be embodied in the form of a color close to the flower, while additionally emitting a scent that can be emitted from the flower. It is possible to choose various kinds of incense in accordance with user's taste and can cope variously with the conditions used, and it is possible to selectively apply the kind of incense according to the color of the light source that emits light. The same application is unfortunate, and in particular, there is a disadvantage in that it does not give a feeling such as fresh flowers by controlling the amount of fragrance emitted by the smartphone and using artificial flowers.

In addition, as shown in Figure 3, it can be made into an animal form using a real flower with a scent, but the duration is very short, and it is difficult to make a variety of animal forms and match the shape of a particular flower, there is also a limit to the color that can be expressed. .

In addition, conventionally, when drying flowers to make a dry flower, using a natural or artificial flavor, water and glycerin, alcohol, emulsifiers, presenting a method for making a dry flower having a fragrance (Korean Patent Publication No. 2004-0101613) However, the fragrance did not last long, the texture and feeling is not natural, does not give a feeling like a real flower, there was a problem that is easily broken.

Meanwhile, the Internet of Things (IoT) technology has been attracting attention due to the development of mobile digital devices and communication technologies.

IoT technology means that objects transmit and receive data through the Internet. But beyond simply sending data between objects, it helps users' lives to be more enriched through data that provides users with the information they need or helps them to make more informed choices.

One of the technologies that can be widely used in such an IoT environment may be so-called IFTTT. The IFTTT is to perform the next preset operation when the predetermined specific condition is satisfied. For example, when the indoor humidity measured by the hygrometer exceeds 80%, the dehumidifier is started. In this case, the hygrometer transmits indoor humidity-related data measured by its sensor through the Internet, and the dehumidifier receiving the data performs an operation called dehumidification. As in the above example, in addition to simply transmitting and receiving data between two IoT devices, it is also possible to transmit data to and receive data from an IoT management device capable of managing a plurality of IoT devices.

Korean Registered Room # 0327101 Korean Patent Registration No. 0805690 Korean Registered Patent No.1458969 Korean Patent Publication No. 2015-0034461

The present invention has been made in order to solve the above problems, the present invention in the application of preserved flowers produced by specially processed eco-friendly processing so that flowers can be stored for a long time before withering, it is clear to apply to dolls, especially animals An object of the present invention is to provide a method of manufacturing a doll decorated with appearance of preserved petals cut in a specific shape so as to reproduce a hair color of a color.

In addition, an object of the present invention is to provide a doll manufacturing method that has a long lasting fragrance like a real flower by mounting a microcapsule to solve the disadvantage that the existing preserved flower has a variety of colors but does not smell.

In order to solve the above problems, the flower material is immersed in the primary treatment solution, and then the material is immersed in the secondary treatment solution, which is a mixture of dehydration solution, water, oil water, nutrients, and cationic dye, and dried. Manufacturing the de flower material; Separating the preserved petals from the preserved flower material and separating them into parts having a plurality of sizes; Injecting the fragrance solution into the gypsum and then drying it to a predetermined shape; Attaching eyes and nose to the face portion of the predetermined shape; Bonding the preserved petals around the face portion in a predetermined direction; Adhering the preserved petals in a predetermined direction around the predetermined shape; And scissoring the bonded preserved petals in a predetermined form.

The weight ratio of the alcohol, water, glycerin, amino acids, and cationic pigments of the primary treatment liquid is 7.4: 0.5: 1: 1: 1: 0.1.

The weight ratio of polyols, distilled water, preservatives, alcohols, and dye liquids in the secondary treatment solution is 4: 2: 1: 1: 1.

The present invention is immersed in the first treatment liquid and then immersed in the second treatment liquid made by mixing the dehydrating liquid, water, oil water, nutrients and cationic dye, and dried to preserved flower material To prepare, separate the preserved petals from the preserved flower material and separate into parts having a plurality of sizes, injecting fragrance liquid into the plaster and then made into a predetermined shape and dried, the face portion of the predetermined shape Attaching eyes and nose to the face, adhering the preserved petals in a predetermined direction around the face portion, adhering the preserved petals in a predetermined direction around the predetermined shape, and adhering the bonded preserved petals to a predetermined shape. Finish by scissoring.

A button or the like may be attached to the surface of the predetermined shape, and a pressure sensor unit for sensing the pressure of the button and the pressure sensor unit may be electrically connected to the inside of the predetermined shape to emit fragrance upon sensing the pressure of the pressure sensor unit. And a scent dispersing unit and a diverging hole installed at one side of the outer surface of the predetermined shape to dissipate the scent emitted from the scent dispersing unit to the outside.

The fragrance injection of the fragrance dispersion unit uses a vibration device.

The fragrance dispersion unit supports a protocol of the IFTTT unit and sprays a specific fragrance according to the user's activity through the schedule management app when linked with the smartphone.

The present invention connects the terminal of the LED light source to the power line end and is in close contact with the upper surface of the fragrance dispersion unit by placing the LED light source and the fragrance dispersion unit in a portion of the body by heat generated by the light emission of the LED light source according to the power supply The fragrance dispersion is heated to give off the scent.

The present invention comprises the steps of immersing and drying the flower material in the secondary treatment liquid made by mixing the dehydration liquid, water, oil water, nutrients and cationic dyes again after immersing the floral material in the primary treatment liquid; Separating the petals from the flower material and separating them into a plurality of parts; And inserting a fragrance dispersion unit including a micro-flavored capsule into the gypsum, and then drying the fragrance dispersion unit into a predetermined shape and adhering the preserved petals in a predetermined direction around the dry shape. Scissoring the bonded petals in a predetermined form; Or attaching eyes, nose, and mouth to the face portion of the predetermined shape; It includes; execution step of executing one or more of the steps.

The manufacturing step of the micro-flavor capsule is a mold manufacturing step for producing a mold, micro-flavor capsule manufacturing step for producing a micro-flavor capsule by atomizing the fragrance oil and wrap the resin on the surface, agitation step of mixing by administering a small amount of a curing agent, A molding step of pouring the mixed liquid mixed in the stirring step to the mold produced in the mold manufacturing step to form a molded object of a desired shape, and a demolding step of demolding the mold when the mixed liquid poured in the molding step is solidified.

When the wall material is mixed and agitated with the micro-flavored capsules, the wall material consists of polycaprolactone having a molecular weight of 70,000 to 90,000 for proper micro-flavor capsule strength and constant directional persistence.

According to the present invention made as described above, because the hair-shaped preserved flower is attached to the torso and the like, the figure of the doll or the prop may be changed colorfully depending on the viewing angle.

In addition, the present invention can make a three-dimensional product when the scent is attached to the surface of the doll or accessory decorated and processed shoes can enjoy a different beauty.

In addition, the present invention can be decorated in the form, color, shape unique to the real flower using the processing, and can be made a product rich in personality because it is the same form.

In addition, the present invention is that the fragrance and gypsum of the gypsum is continuously emanating a soft fragrance for a long time, thereby increasing its commerciality.

In addition, although the present invention is a preserved flower, it is possible to implement a feeling such as flowers by the generated scent so that the user can appreciate it as a more realistic flowers.

In addition, the present invention can manufacture a doll by scissoring the longer or wider preserved petals in a certain form, but can obtain the preserved petals that fit the shape in advance to complete the doll only by adhering to a certain form. The work is convenient and can appeal to consumers more naturally than artificially mowed.

In addition, the present invention is very long in duration of the preserved petals, easy to make a variety of animal forms, there is no limit of the color that can be expressed, there is an effect capable of various expressions.

1 to 3 is a view showing a flower decoration or a flower dog according to the conventional invention.
Figure 4 is a view showing a configuration for spraying fragrance using a pressure sensor and a vibrating element according to an embodiment of the present invention.
5 is a view showing the inside of the dog gypsum doll skeleton according to an embodiment of the present invention.
6 is a view showing a configuration in which the fragrance is emitted by the heat of the LED light source according to an embodiment of the present invention.
7 is a view showing a procedure according to a method of manufacturing a doll decorated with preserved petals according to an embodiment of the present invention and the fragrance of which lasts long.
8 to 12 is a photographic view showing a product actually manufactured according to an embodiment of the present invention.

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings. Embodiment of the present invention may be modified in various forms, the scope of the invention should not be construed as limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those skilled in the art. Therefore, the shape of the elements in the drawings and the like may be exaggerated to emphasize a more clear description. It should be noted that the same members in each drawing are sometimes shown with the same reference numerals. In addition, detailed descriptions of well-known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention are omitted.

The present invention is immersed in the first treatment liquid and then immersed in the second treatment liquid made by mixing the dehydrating liquid, water, oil water, nutrients and cationic dye, and dried to preserved flower material To prepare, separate the preserved petals from the preserved flower material and separate into parts having a plurality of sizes, injecting fragrance liquid into the plaster and then made into a predetermined shape and dried, the face portion of the predetermined shape Attaching eyes and nose to the face, adhering the preserved petals in a predetermined direction around the face portion, adhering the preserved petals in a predetermined direction around the predetermined shape, and adhering the bonded preserved petals to a predetermined shape. Finish by scissoring.

In another embodiment of the present invention, the body may be made of only gypsum, but in addition to the wire, the main frame of the head, arms, torso and legs may be formed, and the surface of the wire may be made of clay or plaster.

As shown in FIG. 4A, a button 11 or the like may be attached to a surface of the predetermined shape 10, and a pressure sensor that senses a pressure of the button 11 inside the predetermined shape 10. Is connected to the unit 12, the pressure sensor unit 12 and the fragrance dispersing unit 13 for emitting a scent when sensing the pressure of the pressure sensor unit 12 and installed on one side of the outer surface of the body And a diverging hole (not shown) which radiates the fragrance emitted from the fragrance dispersion unit to the outside.

As shown in FIG. 4B, the fragrance injection of the fragrance dispersing unit 13 may use a vibrating element 14. Unlike the wick of the candle for the fragrance dispersion or the rod lead of the oil diffuser, the vibrating element 14 makes it possible to control the direction from concentration to concentration control. From this direction blocking, the concentration control depends on the inclination angle and vibration frequency of the vibration element 14.

This is because the degree of vaporization of the fragrance oil in the fragrance dispersing unit 13 varies depending on the vibration level of the vibrating element 14.

The fragrance dispersing unit 33 according to an embodiment of the present invention supports the protocol of the IFTTT unit (If This, Then That module; 32), and when linked with a smartphone, the specific fragrance according to the user's activity through a schedule management app. Can be commanded to condition the injection.

Alternatively, the specific fragrance may be injected at a predetermined concentration according to the pressure degree of the pressure sensor unit 12 or the time difference between the pressing of the button 11 or the power intensity supplied to the vibrating element 14.

Alternatively, the IFTTT unit 32 may provide an alarm clock function that allows the fragrance of the interior to emanate after a predetermined time after the condition is scented at a predetermined time.

For example, when you wake up in the morning, depending on your taste, the bakery can give off the scent, and in the evening it can give off an aromatic scent that can help you relax.

The various scents described above may be separately mounted to the fragrance dispersion unit 33.

As shown in FIG. 6, the present invention connects the terminals of the LED light source 21 to the power line end and is in close contact with the upper surface of the fragrance dispersing unit 22 so that the LED light source and the fragrance dispersing unit are positioned at a certain portion of the body. The fragrance dispersion unit 22 is heated by the heat generated by the light emission of the LED light source 21 according to the supply so that the fragrance is emitted.

As the fragrance is emitted by the heat of the LED light source 21 as described above, the fragrance emitter disposed on the fragrance dispersing unit 22 can be installed and used according to the shape of the flower. It is possible to implement a so that the user can appreciate it as a realistic picture.

Also, referring to FIG. 10, when one doll is changed in distance from another doll or an external touch reaction occurs due to a time difference, for example, the sound of a poodle may be heard in one doll. By outputting, it is possible to express a form in which the first doll, the second doll, and the third doll react with each other, for example, by the rate of emission of the fragrance.

Specifically, the control unit included in the IFTTT unit 32 or the predetermined shape 10 communicates wirelessly with the wireless sensor unit installed in the first doll and the second doll, and determines the type of the signal transmitted from the wireless sensor unit. When the sensor detects the distance from the other wireless sensor unit and approaches a certain distance or less, it controls the fragrance dispersing unit to emit a fragrance corresponding to a certain kind.

On the other hand, as another embodiment of the present invention, the cover covering the fragrance dispersing portion 33 is formed with a liquid divergence hole on the surface so that the fragrance oil is smoothly divergent.

In addition, the cover is provided with a removable liquid inlet cover by a fastening means so as to easily replenish the fragrance oil contained in the pack receiving bag included in the fragrance dispersing unit 33.

The pack containing the fragrance oil (fragrance liquid) is different depending on the shape of the body (10), the pack may be made of a sponge material and a vinyl type or soft rubber material surrounding it, the liquid injection hole may be formed on one surface.

In addition, a plurality of micro holes for the fragrance oil is formed around the periphery, but the size and shape may be different from each other.

The inner space of the pack is appropriately filled with a porous cushion material such as a sponge, and the fragrance oil is used by opening and injecting the liquid inlet of the cover whenever necessary. Scented oil can also be injected with a thick syringe or watering can.

Edge or end of the pack is preferably sealed using vinyl tape or bond so that the contents do not spill.

Microholes for smooth divergence of the fragrance oil may be formed as large or small holes from the top to the bottom of the pack.

On the other hand, the pack containing the fragrance oil as an embodiment of the present invention is made of a porous cushion material, such as a sponge material that can absorb and store the liquid and a vinyl or rubber thin film layer is coated on the surface and fine holes are formed.

In addition, a liquid injection hole is separately provided on one surface of the fragrance oil pack.

The fragrance oil inlet of the pack is covered by a liquid inlet cover so as not to be exposed, and on one side thereof, a conventional fastening means such as double-sided tape, velcro, cutting thread can be selectively used to open or remove the velcro. By framing, fragrance dissipation can be facilitated.

At this time, the micro hole of the pack is formed in an appropriate size so that a slight fragrance oil is emitted.

Therefore, if you pull the double-sided tape, Velcro, cutting thread of the fragrance oil pack, the fragrance oil is emitted in an appropriate amount and is not normally released at all.

Hereinafter will be described in detail with respect to the flavor capsule contained in the fragrance dispersion unit 33 used in the present invention.

Emulsified by mixing, stirring and emulsifying water with fragrance oil, and then adding the outer wall forming material selected from melamine initial condensate, gelatin, urethane and epoxy and stirring to form capsule outer wall on the outside of the fragrance oil To prepare.

Micro-flavor capsules have an oil flavor inherent in a synthetic resin film and have a size of several micros. Preferably, the coating has a structure of a double coating, in the case of a double coating, the micro-flavor capsule is hardened so that the fragrance is not emitted.

Therefore, when heat (LED light source) or vibration is transmitted in or around the body including the micro-flavored capsule, the fragrance must be emitted from the fragrance dispersing unit.

Such micro-flavor capsules are prepared by the following method. First, 50 to 55 parts by weight of oil flavor is mixed with 40 to 50 parts by weight of water, and about 4 to 5 parts by weight of polyvinyl alcohol (polyvinylalcohol; PVA) is mixed and stirred at about 50 ° C. at about 100,000 rpm. In this way, the oil flavor is encapsulated with polyvinyl alcohol. The aminoplast resin is then further mixed and stirred. In this manner, a double film is formed while the aminoplast resin surrounds the polyvinyl alcohol film. It is preferable that the micro-flavor capsule prepared as described above has an average particle diameter of about 3 to 4 μm.

The step of preparing a micro-flavored capsule is to break down the fragrance oil into micron and to coat it with the capsule. The micro-flavored capsule refers to wrapping the fragrance oil finely decomposed into the primary wall material first, and the primary oil wrapped in the secondary wall material secondary.

In the present invention, the fragrance oil, which is finely decomposed using the subwall material, is called a first capsule molding step, and the fragrance oil first coated in the first capsule molding step using the subwall material. The secondary coating is called the secondary capsule molding step.

Before the fragrance oil is coated, the fragrance oil should be finely pulverized and micronized. This atomization step mixes the fragrance-releasing fragrance oil and water in a weight ratio of 1: 1 and inputs it into the stirrer, and stirs the stirrer at high speed When the size of the fragrance oil is 4 ~ 5 / 1000mm atomized.

As shown in Fig. 7 to 12, the method of manufacturing a doll decorated with preserved petals according to the present invention and having a long internal fragrance is used for manufacturing a doll having a shape of a poodle, a sofa, a baby carriage, a cat, and the like.

According to an embodiment of the present invention, after immersing a floral material in a first treatment liquid, the material is immersed in a second treatment liquid formed by mixing a dehydration liquid, water, oil water, nutrients, and a cationic dye. Manufacturing a reserved flower material; Separating the preserved petals from the preserved flower material and separating them into parts having a plurality of sizes; Injecting the fragrance solution into the gypsum and then drying it to a predetermined shape; Attaching eyes and nose to the face portion of the predetermined shape; Bonding the preserved petals around the face portion in a predetermined direction; Adhering the preserved petals in a predetermined direction around the predetermined shape; And scissoring the bonded preserved petals in a predetermined form.

In another embodiment, the present invention is to immerse and dry the flower material in the secondary treatment solution made by mixing the dehydration solution, water, oil water, nutrients and cationic dyes again after immersing the flower material in the primary treatment solution step; Separating the petals from the flower material and separating them into a plurality of parts; And inserting the fragrance dispersion unit including the micro-flavor capsule into the gypsum, and then drying the fragrance dispersion unit into a predetermined shape;

Adhering the preserved petals in a predetermined direction around the dry shape; Scissoring the bonded petals in a predetermined form; Or attaching eyes, nose, and mouth to the face portion of the predetermined shape; It includes; execution step of executing one or more of the steps.

As an embodiment of the present invention, first, the flower material is immersed in the first treatment liquid, and then the flower material is immersed in the second treatment liquid formed by mixing the dehydration solution with water, oil water, nutrients, and a cationic dye. (S101).

And petals are separated from the flower material (S102).

Subsequently, after inserting the fragrance dispersion unit including the micro-flavor capsule into the gypsum into a predetermined shape and dried (S103, S104).

In addition, eyes and nose are attached to the face shape to finish (S105).

In addition, the petals are bonded in a predetermined direction around the predetermined shape (S106).

Finally, the glued petals are scissored to a predetermined shape (S107).

In addition, the weight ratio of alcohol, water, glycerin, amino acid, and cationic pigment in the primary treatment liquid is 7.4: 0.5: 1: 1: 1: 0.1.

The weight ratio of polyols, distilled water, preservatives, alcohols, and dye liquids in the secondary treatment solution is 4: 2: 1: 1: 1.

The dehydration effect using alcohol in the primary treatment solution is possible to dehydrate all 6 ~ 36 hours treatment, there was no problem in the preservation solution treatment, but less than 12 hours of dehydration treatment of the color of the decolorization was less than 24 ~ 36 In the time treatment, the decolorization of the color is completely completed, so the economical dehydration time is 24 hours.

In addition, 12 hours was the optimal time for the optimal treatment concentration and treatment time of glycerin preservation solution.

As shown in FIG. 8, in the case of a puppy as an embodiment of the present invention, the center of the preserved petals of the carnation is removed, and the pistil and the surgery are divided and arranged in a predetermined size order (part 1, part 2-> part). 3).

There may be various methods of attaching the preserved petals arranged in a predetermined size order to the body, but for example, attaching the eyes and nose first and then bonding the upper edges of the face and polymerizing adjacent preserved petals (overlap) ) And adhere the first stage petals to the body.

At this time, the prepared preserved petals having the same size and arranged in the first stage of the preserved petal group can be adhered to the body after preparing and arranging the preserved petal groups of another size in the second stage. .

Next, the third stage of the preserved petal group is located on the upper side or the lower side of the second stage of the preserved petal group, and repeatedly prepares, divides and bonds several desired petals as shown in FIG. 9. Make a finished product.

As shown in Figure 10 to 12 as an embodiment of the present invention, three stages of the plurality of preserved petals by circumferentially round the body frame on the upper side or the lower side of the position that is characterized by other animals than the dog While bonding, the outer hairs that characterize a particular animal can be similarly completed by successively arranging preserved petals.

At this time, a plurality of flowers having a predetermined size or more or a preserved petal having a predetermined size or less are prepared in a plurality of colors desired in the body portion, and a plurality of colors are formed by gluing a plurality of stages. At this time, it may be attached to the shoulder portion of the torso of a particular animal.

Other particular animals can also arrange preserved petals in the desired shape and adhere them to the body.

On the other hand, the present invention is to produce a micro-flavor capsule for excellent direction persistence, in the method, a mold manufacturing step for producing a mold of the desired shape, micronized the fragrance oil and wrap the resin on the surface of the micro-flavor capsule Manufacturing micro-flavored capsule manufacturing step, agitation step of mixing by administering a small amount of curing agent, a molding step of forming a molded object of a desired shape by pouring the mixed solution mixed in the stirring step to the mold produced in the mold manufacturing step, the molding step When the mixed solution poured in coagulate comprises demolding step of demolding the mold.

Then, the water to which the surfactant is added is mixed, emulsified by stirring, and then, the outer wall forming material selected from melamine initial condensate, gelatin, urethane, and epoxy is added and stirred to form a micro-flavored capsule outer wall on the outside of the functional material.

As an embodiment of the present invention, the micro-flavor capsules may be formed by mixing and stirring the wall material in the micro-flavor capsules.

The wall material is preferably made of polycaprolactone having a molecular weight of 70,000 to 90,000 for proper micro-flavor capsule strength and excellent fragrance sustainability. Further, the wall material is preferably used by dissolving 1.5 to 2.0% by weight in dichloromethane. When dissolving the wall material to less than 1.5% by weight, the wall of the micro-flavored capsule is thin so that an adequate capsule strength cannot be obtained, and when the wall material is dissolved to more than 2.0% by weight, the wall material has a high viscosity, so that the capsule is not smoothly formed. there is a problem.

In addition, the wall material surrounding the outside of the micro-flavored capsule is ocher, jade, elvan, tourmaline (tourmaline), silicon oxide, aluminum oxide, bentonite, illite, mica, cotton fossil, macrorite (pegmatite), cordierite, and celestial stone ( Black tin) and antimicrobial ceramic powders such as charcoal or natural far-infrared radiant powder and gonkyorin (calcium carbonate from calcined shell shell powder), nano silver, nano copper, silver or titanium dioxide containing copper More than one kind is mixed well with each other in the blender, and water is added to mix well.

In one embodiment of the present invention, an encapsulated flavor composition comprising one or more aminoplast core-shell microflavored capsules dispersed in a suspension medium can be provided.

The micro-flavored capsule comprises a perfume-containing core encapsulated in a shell, the shell comprising a cross-linked aminoplast resin (aminoplast resin; curing catalyst; first polyol having an average molecular weight greater than 300; average molecular weight Second polyol of 300 or less), wherein 75 to 100% by weight of the aminoplast resin is 50 to 90% by weight, preferably 60 to 85% by weight of ethylene propylene and 10 to 50% by weight, preferably 10 To 25% by weight of polymerization stabilizer.

The aminoplast resin was dissolved in a mixed solvent of polyvinyl alcohol, toluene, and xylene (10:45:45 wt% each), and mixed with a powdered lavender-flavored micro-flavored capsule fragrance. . The resulting mixture was brushed on the surface of the paper to form a thin film and dried.

10: body (inside), constant shape
11: button
12: pressure sensor
13, 22, 33: fragrance dispersion unit
14: vibrating element
21: LED light source
32: IFTTT part

Claims (11)

The weight ratio of alcohol, water, glycerin, amino acids, and cationic pigments is immersed in the primary treatment solution of 7.4: 0.5: 1: 1: 0.1, and then dehydrated, water, oil, nutrients and cationic dyes. Immersing and drying the flower material in a secondary treatment liquid formed by mixing to prepare a preserved flower material;
Separating the preserved petals from the preserved flower material and separating them into parts having a plurality of sizes;
Injecting the fragrance solution into the gypsum and then drying it to a predetermined shape;
Attaching eyes and nose to the face portion of the predetermined shape;
Bonding the preserved petals around the face portion in a predetermined direction;
Adhering the preserved petals in a predetermined direction around the predetermined shape;
Scissing the bonded pre-preserved petals in a predetermined form; decorating using a pre-preserved petals including a doll manufacturing method that lasts a long time. delete delete The weight ratio of alcohol, water, glycerin, amino acids, and cationic pigments is immersed in the primary treatment solution of 7.4: 0.5: 1: 1: 0.1, and then dehydrated, water, oil, nutrients and cationic dyes. Immerse and dry the flower material in the secondary treatment liquid formed by mixing to prepare a preserved flower material, and separate the preserved petals from the preserved flower material and separate them into parts having a plurality of sizes, and plaster After injecting the fragrance liquid into the inside of a predetermined shape and dried, attaching eyes and nose to the face portion of the predetermined shape, adheres the preserved petals around the face portion in a predetermined direction, around the predetermined shape Adhering the preserved petals in a predetermined direction, and decorating using the preserved petals, wherein the bonded preserved petals are scissored in a predetermined form. The doll with a long lasting scent inside. The method of claim 4, wherein
A button 11 or the like may be attached to a surface of the predetermined shape 10, and a pressure sensor part 12 for sensing a pressure of the button 11 and a pressure sensor part inside the predetermined shape 10. 12 is electrically connected to the fragrance dispersing unit 13 and dissipates fragrance upon sensing the pressure of the pressure sensor unit 12, and is installed on one side of the outer surface of the predetermined shape (10) is emitted from the fragrance dispersing unit A doll that is decorated using preserved petals, characterized by further comprising a diverging hole that emits fragrance to the outside, and the fragrance of the interior lasts long. The method of claim 5,
The fragrance spraying of the fragrance dispersing unit 13 is decorated with preserved petals, characterized in that using a vibrating element (14) and the fragrance of the interior lasts a long time. The method of claim 5,
The fragrance dispersing unit 13 supports the protocol of the IFTTT unit 32, and when used in conjunction with the smartphone using the preserved petals, characterized in that to spray a specific fragrance according to the user's activity through the schedule management app Decorate your doll with a long lasting fragrance. The method of claim 5,
By connecting the terminals of the LED light source 21 to the power line end and in close contact with the upper surface of the fragrance dispersion unit by placing the LED light source and the fragrance dispersion unit in a portion of the body by the light emission of the LED light source 21 according to the power supply The doll is decorated with preserved petals, characterized in that the fragrance dispersion is heated by the generated heat, and the fragrance is emitted. The weight ratio of alcohol, water, glycerin, amino acids, and cationic pigments is immersed in the primary treatment solution of 7.4: 0.5: 1: 1: 0.1, and then dehydrated, water, oil, nutrients and cationic dyes. Dipping and drying the flower material in the secondary treatment liquid formed by mixing;
Separating the petals from the flower material and separating them into a plurality of parts; And
And inserting the fragrance dispersion unit including the micro-flavor capsule into the gypsum into a predetermined shape and drying it;
Adhering the preserved petals in a predetermined direction around the dry shape;
Scissoring the bonded petals in a predetermined form; or
Attaching eyes, nose, and mouth to the face portion of the predetermined shape; Execution step of executing one or more steps of the decoration method using the prepared petals including; and a fragrance for a long time in the microcapsule inside. delete The method of claim 9,
When the wall material is mixed and agitated with the micro-flavored capsules, the wall material comprises preserved petals comprising polycaprolactone having a molecular weight of 70,000 to 90,000 for proper micro-flavor capsule strength and constant directional persistence. How to make a doll that decorates and lasts a long time with the micro capsule inside.

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