EXOSOME-ASSISTED HYBRID COSMETIC COMPOSITION CONTAINING ACTIVE PHASE AND A METHOD FOR ITS PRODUCTION BY COLD PROCESS
Patent Information
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- KOSAN KOZMETIK SANAYI VE TICARET ANONIM SIRKETI
- Filing Date
- 2026-05-12
- Publication Date
- 2026-06-22
Abstract
Description
EXOSOME-SUPPORTED HYBRID COSMETIC COMPOSITION CONTAINING ACTIVE PHASE. A METHOD FOR ITS PRODUCTION BY COLD PROCESS TECHNICAL FIELD The invention describes an elastomeric product containing an exosome-supported active phase, used in the cosmetics industry. The invention relates to hybrid cosmetic compositions that are structured and free of microplastics. cosmetic composition in blush, eyeshadow, highlighter, bronzer and similar colored cosmetic products Suitable for use, it combines both makeup and skincare effects in the same formula. It is a hybrid compound that produces... The invention also relates to the production of the hybrid cosmetic composition described in the invention by cold process. It is related to a method. Within this method, the elastomeric gel phase and the pigment and heating, baking or drying steps of the powder phase containing filler / absorbent powder components A cosmetic product with a moldable and elastic structure, formed by combining elements without needing additional components. The composition is obtained. PREVIOUS TECHNIQUE In the cosmetics industry, blush, eyeshadow, highlighter, bronzer, compact powder and similar colored products are used. Cosmetic products are widely used. These products contain homogeneous pigments. distribution in this way, bringing the product into a moldable or formable structure, ensuring adequate color transfer during application and physical durability throughout its shelf life. It is expected to maintain its integrity. Therefore, in the current technique, colored cosmetics Compositions; pigments, fillers, binders, carrier phases and tissue modifiers. It is prepared by assembling the components. A significant portion of the colored cosmetic compositions in the relevant technical field, especially in pastes, In blush, eyeshadow, and similar products prepared in this form, water is used during the production process. In these types of formulations, water is not used as the main active ingredient in the final product; it is used as a pigment or filler. a substance that enables the mixing of the material and the binding systems, pastes the powder phase, and A temporary carrier phase 2 that allows the product to be placed inside a mold or godet. It functions as follows: In other words, water disperses pigments and substances that are in a dry state. fillers are a cosmetic product that can be processed, molded, and applied to the surface. It is used to make dough. In patent documents numbered EP2897583B1 and US20140086964A1, powder / pigment In order to make cosmetic compositions containing particles processable, particle The materials include a binder composition, a silicone gel composition, and an aqueous-based one. by combining the ingredients in a composition to create a slurry / dough-like structure. It is taught. In these patent documents, it is stated that the mixture prepared in this way is aqueous-based. absorption of the composition by particles or processing together with particles Subsequently, the aqueous-based composition is evaporated and removed, leaving behind the binder. coated with silicone gel composition and aqueous-based composition evaporation residue It is stated that particulate matter remains. However, in cosmetic formulations containing water, in order for the product to reach its final form... The water in the formulation needs to be removed after production. Water If not removed, the product does not acquire sufficient mechanical strength throughout its shelf life. drying, phase separation, microbiological spoilage, tissue change, or within the packaging Problems such as deformation may be encountered. Therefore, in the current technique, water-based materials are used. Baking and drying to transform colored cosmetic pastes into solid or semi-solid form. or similar heat treatment steps are applied. In response to this need, the cosmetics industry uses "baked" (baked, baking-based) products. This method is widely used. In the baked / oven-based production technique, water The pigmented cosmetic paste, after being placed into a mold or goblet, is lowered. They are subjected to a long-term baking or drying process at high temperatures. Thus The water in the formulation is removed by evaporation, and the product is compact, solid, or semi-solid. It is transformed into a colored cosmetic form. This method is particularly useful for blush, eyeshadow, It is used in highlighter and similar colored cosmetic products. The patent document with publication number EP2897572B1 in the relevant technical field concerns particles / dust. A binding composition for cosmetic compositions containing materials, silicone gel by combining its composition with a water-based composition to create a slurry / dough-like consistency. It teaches how to transform particulate materials into a structure. The patent document describes how these particulate materials are processed in aqueous solutions. mixed together with the base composition and then the aforementioned aqueous base It is explained that the composition is removed by evaporation. Thus, what remains is the binder. composition, silicone gel composition and evaporation residue of aqueous-based composition a slurry powder cosmetic composition consisting of particulate materials coated with a coating It remains. However, this water-based process has several disadvantages. First of all, The drying / baking process applied to remove water from the formulation takes a long time. This requires. In current oven-based production methods, the products must be at a specific temperature. They may need to be dried for hours at intervals, which increases production time. This prolongs the process and limits production capacity. The long drying time also increases production. This creates a bottleneck in the production line and reduces mass production efficiency. Another major problem encountered in the production of water-based cosmetic compounds is high energy. It is the consumption of water. Long periods of time in ovens are required to remove water from the cosmetic composition. It needs to be operated, which increases energy consumption per unit of product. Especially In high production volumes, the baking / drying step accounts for a significant portion of total energy consumption. It constitutes a part of the current baked systems. Therefore, existing baked systems are part of today's low-carbon energy needs. It is not fully aligned with footprint and energy efficiency targets. The evaporation of water during drying also causes volumetric changes in the product structure. This can happen. As the water evaporates, voids can form within the product, causing it to mold or break. The product may shrink, contract, or deform while in packaging. This situation This particularly leads to the problem of shrinkage, also known as "shrinking," and the product The compatibility with the packaging is compromised, and the aesthetic appearance of the final product is negatively affected. Additionally, surface cracks, edge fractures, texture brittleness, and product defects can occur after drying. Its integrity may weaken. Pigment distribution and color homogeneity also occur during the drying of water-containing paste structures. This can have negative effects. The water evaporates at different rates during drying. local concentration of pigments, color variations on the surface, or within the product This can lead to a loss of homogeneity. Additionally, heat treatment can cause discoloration in some pigments. It can cause fading, dulling, or tonal changes. Especially for vibrant and delicate colors. Undesirable color variations may be observed in the tones due to thermal degradation. Front 4 The preparation information also mentions thermal degradation, color shift, and especially pink tones. Blue discoloration has been mentioned as one of the problems encountered in current solutions. Microbiological stability in water-based or water-containing cosmetic compositions in the relevant technical field. This is also a significant technical problem. The presence of free water in cosmetic formulations, It can create a suitable environment for the growth of microorganisms and therefore acts as a protective system. This makes its use mandatory. The use of protective systems in the formulation increasing complexity and causing tolerance problems in products for sensitive skin. This can happen and may require additional stability tests during the product development process. In oven-based production processes, roughness on the product surface after drying, Because burrs or an irregular appearance may occur, some related technical fields Shaving or surface leveling operations are performed in these applications. This shaving These processes require additional labor, time, and energy; they also lead to product loss and waste generation. This leads to problems when shaving is done manually or semi-manually. Operator-related differences arise, and quality standardization between products is lacking. It is becoming more difficult to achieve. Improving product texture and slipperiness in colored cosmetic compositions in the relevant technical field. to provide, support pigment dispersion or offer a smoother application to the consumer Synthetic polymer-based particles can also be used to create this sensation. This includes PMMA, Nylon-12, polyethylene and similar microplastic components, some They are included in formulations as tissue-enhancing or performance-improving components. However, these types of microplastic components lack environmental persistence, biodegradability, and It is at a disadvantage in terms of regulatory compliance. Removing microplastic components from the formulation is technically straightforward and easy. This is not a solution. Because these components are used not only as fillers, but also... The product's softness, slipperiness, color retention, surface spreadability, textural integrity, and mechanical properties. It can also contribute to properties such as strength. Therefore, microplastics If eliminated, it can provide the same sensorial and mechanical performance. An alternative structure needs to be established. Cosmetic products with elastomeric or bouncy structures are also known in current technology. These These products can provide a flexible, soft, and regenerative tactile feel. However, this type of The elastomeric structures used in products often provide only a sense of texture and application. This is aimed at providing a baking-based process that eliminates the need for water. reducing the need for microplastics, and also containing sensitive active ingredients. The design of a hybrid system capable of carrying [the load] is not sufficiently addressed in current technology. It is not. On the other hand, in the cosmetics industry, there are more than just products that provide a makeup effect. Demand is increasing for hybrid cosmetic products that also offer a nourishing effect. In this context The inclusion of active ingredients in colored cosmetic products is desired. However, exosomes... The inclusion of biologically sensitive active ingredients such as these into colored cosmetic formulations presents technical challenges. It contains exosomes; high shear, heat treatment, oxidative conditions and unsuitable phase They can lose their structural integrity or biological effectiveness due to their environment. Therefore, existing baked systems that contain water and require a baking / drying step, It is not suitable for stable transport of sensitive active substances such as exosomes. Heat treatment active. Intensive mechanical mixing processes can also lead to the degradation of components. This can negatively affect the integrity of structures. Also, with pigments and fillers... together with maintaining the active phase homogeneously and stably within the same composition, phase separation and Local concentration risks create a separate technical problem. Consequently, in the current technique, water is used as a paste-forming phase in colored cosmetic compositions. its use necessitates baked / drying processes for the removal of this water, Consequently, this results in high energy consumption, long production time, and microbiological stability. needs, shrinkage and cracking problems, pigment / color degradation, need for trimming, Technical issues such as the use of microplastic content and the inability to protect sensitive active ingredients. It is located. A BRIEF DESCRIPTION OF THE INVENTION The present invention aims to eliminate the aforementioned disadvantages and contribute to the relevant technical field. Containing an active phase suitable for use in cosmetic products, to bring new advantages. It relates to a hybrid cosmetic composition. 6 The cosmetic composition subject to this invention combines both makeup and skincare effects within the same product structure. It has the quality of bringing them together. The cosmetic composition that is the subject of the invention is the water content encountered in traditional colored cosmetic products. Stability depending on usage, drying requirements, cracking, brittleness, color homogeneity, and It aims to reduce problems such as the use of microplastic content; it has an elastic character, It is moldable and suitable for application in colored cosmetic product form. This invention, on the other hand, allows for the production of the hybrid cosmetic compound in question under cold process conditions. It relates to a method for its production. The method covered by the invention is conventional. long heating, baking or drying steps required in production It is designed to reduce addiction. The invention describes a method that preserves the structural integrity of cosmetic compositions and sensitive active ingredients. will protect and ensure that the product is obtained in a homogeneous, moldable and elastic structure. It is made possible to prepare it under conditions that will provide this. DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention relates to hybrid cosmetic compositions and only the subject matter... with examples that will not create any limiting effect on a better understanding It is explained. Within the scope of this invention, the term hybrid cosmetic composition refers to a composition that provides color due to its pigment content. an active phase that provides coverage or a visual makeup effect; however, it is exosome-supported. Cosmetics that, thanks to their ingredients, are suitable for providing skin care / functional effects. It refers to the composition. Accordingly, the cosmetic composition subject to this invention essentially consists of a gel phase and a powder phase. It includes. The gel phase, in the cosmetic composition, retains its elastomeric, flexible form after applied pressure. It is expected to be partially recoverable and moldable. The invention Within this scope, the gel phase contains the pigment and filler components found in the powder phase. can hold together, prevent the composition from dispersing and becoming dusty, and at the same time the final product It needs to be designed in a way that will prevent it from becoming fragile. To provide these properties, the gel phase must contain one or more silicones. It contains elastomer-based compounds and one or more ester-based compounds. Silicone Elastomer-based compounds exhibit elastomeric, flexible, and recoverable characteristics in the gel phase. It provides benefits. Ester-based compounds, on the other hand, are used in the dispersion of silicon elastomer-based compounds. It acts as a carrier phase for inflation and achieving the appropriate consistency within the gel structure. It is seen as one or more silicone elastomer-based compounds and one or more esters. This gel structure, containing a basic compound, includes pigment and filler components in the powder phase. by retaining it, the product does not disintegrate, become dusty, or brittle. It prevents this. Thanks to its elastomeric character, the product completely prevents damage during application or under pressure. Instead of disintegrating, it undergoes controlled deformation and largely retains its form. It provides protection. Thus, compared to classic structures that harden by baking or drying, it offers better results. A soft, homogeneous, moldable cosmetic suitable for user application. The composition is obtained. Another innovative aspect of the invention is that an active phase is incorporated within the gel phase. The active phase refers to a part of the cosmetic composition that only provides coloring and a makeup effect. It should not remain just a product, but also be a hybrid that can offer skin care / functional effects. It is used to become a cosmetic compound. In this way, cosmetics The composition combines a pigment-based visual makeup effect with an active ingredient-based skincare effect. It brings them together within the structure. The presence of the active phase within the gel phase means that the active ingredients are present in the cosmetic composition. This ensures more stable transport. The elastomeric and carrier character of the gel phase Thanks to this, the active phase, together with the pigment and filler components in the powder phase, forms the final product structure. This ensures that the active ingredients are homogeneously distributed throughout the product. The aim is to transfer it to the skin surface during application. Within the scope of this invention, the active phase is structured as an exosome-supported active phase. The active phase contains one or more exosomes. The exosome is destined for the skin. It is a sensitive active ingredient used to provide maintenance / functional effect. This 8 Therefore, positioning the active phase within the gel phase allows the exosome to be incorporated into the final cosmetic composition. It is important in terms of transportation and preservation. Within the scope of this invention, the active phase contains one or more exosomes. Exosomes, as they are known in the technical sense, can carry biologically active components. They are vesicular structures. Within the scope of the invention, exosomes are used for skin care / functional purposes. to provide effect, contribute to the transport of active ingredients within the cosmetic composition, and In order to support the care effect of the hybrid cosmetic composition, it is included in the active phase. Exosomes, as is known, contain small RNA structures within themselves. It contains biologically active components such as these. Thanks to these properties, the active phase It contributes to its functional quality. In a preferred application, exosomes in the active phase are obtained from plant extracts. This is possible. The use of exosomes obtained from plant extracts ultimately the targeted care effect of the cosmetic composition, its functional contribution to the skin, and This allows the product to be customized according to its intended use. Therefore... The source of exosomes is not limited to a single plant species; the anti-aging effect and oxidative effect are also related. considering reduction, enhancement of skin appearance or similar cosmetic effects They can be selected from different plant sources. Plant extracts from which exosomes can be obtained include quince, rose, grape, and green tea. aloe vera, pomegranate, chamomile, lavender, olive, rice, soy, wheat, centella asiatica, licorice root, Herbal remedies suitable for cosmetic use from the rosemary, sage, oat, and cucumber group. It may include at least one of the sources or a combination thereof. Plant-based sources are selected individually according to the targeted cosmetic effect and the functional nature of the active phase. It can be used alone or together. In one preferred application, the exosomes in the active phase are obtained from quince extract. The reason for preferring exosomes obtained from quince extract is... Quince may support anti-aging effects and reduce oxidative stress on the skin. It has the potential to contribute to its reduction. However, quince extract, The invention is not a limiting factor; rather, it is a factor that affects the intended maintenance effect and impact of the final product. Exosomes obtained from different plant extracts, according to their mechanism It is available. 9 Within the scope of the invention, the exosome-supported active phase, located within the gel phase, consists of one or more It may contain one or more antioxidant components along with excess exosomes. The subject is the antioxidant component, the active phase containing exosomes, against oxidative degradation. supporting, maintaining the active phase more stably within the formulation and precision It is used to preserve the active ingredients within the cosmetic composition. This This ensures stability due to oxidative effects during the transport of the active phase within the gel phase. reducing loss and the care / functional effect of the hybrid cosmetic composition Support is provided. In a preferred application, one or more antioxidant components are involved in the active phase. It contains polyphenols. Polyphenols, thanks to their antioxidant properties, are exosome-supported. It contributes to supporting the active phase against oxidative degradation and aggregation. This structure ensures that the active phase containing the exosome is kept more stable within the composition, active preservation of the functional effectiveness of the components and maintenance of the hybrid cosmetic composition. The aim is to strengthen its impact. The cosmetic composition subject to this invention has a powder phase that influences the color, opacity, and It is expected to have properties that will provide texture, volume and application performance. The invention Within this scope, the powder phase can be combined with the gel phase in a compatible manner, and the pigments... can support homogeneous distribution, ensuring the product is transferred evenly to the skin surface. structured in a way that can contribute and support the physical integrity of the final cosmetic composition It is necessary. To provide these properties, the powder phase contains one or more pigments and It contains one or more fillers and / or one or more absorbent components. Pigments are used in cosmetic compositions to add color, tone, coverage, and a visual makeup effect. This is achieved through the use of filler components, which improve the product's volume, texture, spread, and application. It regulates the sensation. Absorbent powder components provide a more balanced gel phase within the powder phase. This contributes to maintaining the homogeneous, moldable shape of the final composition. and supports its achievement in an elastic structure. The invention covers a powder phase, organic and / or pigments suitable for cosmetic use. It may contain at least one of the inorganic pigment groups. More specifically, the powder phase; iron oxides, titanium dioxide, ultramarine, mica-coated pigments, lacquer pigments, pearl 10 and / or at least one of the groups of pigments that provide brightness, or combinations thereof It may contain pigments. The homogeneous distribution of pigments within the powder phase ensures the final product. preserving color integrity, providing balanced color transfer, and during application It is important because it creates a homogeneous appearance. The invention covers filler and / or absorbent powder components in powder phase, gel phase and powder. It is used to improve the interfacial compatibility between the phases. These components are used in the gel. retaining ester-based compounds and elastomeric structure present in the powder phase on the powder phase This contributes to the pigment and filler components dispersing within the gel phase without breaking down. It helps in transporting the goods without separating or clumping. Thanks to this structure... the cosmetic composition becoming powdery, dispersed, brittle, or during application This prevents uneven color distribution. The invention includes one or more powder phases suitable for cosmetic use as filler components. It may contain excessive amounts of filler material. These filler components will affect the final cosmetic results. the volume, texture, spread, softness, surface feel and application performance of the composition It is used for regulation purposes. More specifically, the filler component is mica, talc, boron. nitride, starch derivatives, cellulose derivatives, kaolin, sericite or suitable for cosmetic use. It may contain at least one of these fillers or a combination thereof. Proper dispersion of filler components within the powder phase ensures the product's absorption on the skin surface. homogeneous spreading, achieving the desired texture feel, and pigmentation It contributes to its support. Within the scope of the invention, a powder phase, as an absorbent powder component, is suitable for cosmetic use or It may contain more absorbent powder. These absorbent powder components are a gel phase and a powder. To improve phase compatibility, transfer ester-based compounds from the gel phase onto the powder phase. to hold and support the moldable dough structure of the final composition It is used. More specifically, the absorbent powder component consists of silica, clay, and starch derivatives. cellulose derivatives, kaolin or similar absorbent powders suitable for cosmetic use, at least It may contain one or combinations of these. Absorbent powder components Its use may cause the product to disintegrate, become dusty, exhibit phase separation, or become brittle. It reduces the accumulation of gels; it also contributes to keeping the gel phase more stable on the powder components. It provides. 11 Another innovative aspect of the invention is the use of a silica-based compound as an absorbent component in the powder phase. Silica is used in gel phases and powders due to its high surface area and absorbent properties. It improves the physical compatibility between the phases and the powder phase of ester-based compounds found in the gel phase. This helps to keep the pigment and filler more evenly distributed. This supports a more homogeneous distribution of the components within the gel phase, and the final The tendency of cosmetic compositions to exhibit dispersion, dusting, brittleness, and phase separation. is being reduced. The use of silica-based absorbent components, especially in water-based applications. In cosmetic compositions structured via a gel phase instead of a paste-like process, elastic and It contributes to achieving a moldable dough-like character. In a preferred application, the cosmetic composition includes, in addition to its main components, cosmetic ingredients. It may contain one or more auxiliary components suitable for use. These auxiliary components... The components allow the product to remain on the shelf without altering the gel phase and powder phase structure that forms the basis of the invention. its lifespan, sensory properties, application performance, physical stability, microbiological It is used to promote safety and consumer acceptance. In this context, Auxiliary components; preservatives, flavorings, thickeners, film formers, surfactants, wetting agents, emollient / softening components, stabilizers, pH Regulators, dispersion promoters, lubrication-enhancing components, texture regulators and at least one of the cosmetically acceptable similar additives or combinations thereof. The type of these auxiliary components and the quantity; depending on whether the product is in the form of blush, eyeshadow, highlighter, bronzer or similar colored cosmetic, the targeted texture and application feel, the stability of the active phase, pigment distribution and the final This is determined by the product's durability within its packaging. However, The auxiliary components to be used are cosmetic compositions in the invention that are free of microplastics. It is selected in accordance with its teachings. Therefore, auxiliary components, PMMA, Nylon-12 shall not contain polyethylene or similar microplastic particles and The formulation should not impart microplastic-based tissue-donating structures. Auxiliary components are not essential elements of the invention but are preferred in applications. supporting the cosmetic performance, stability and manufacturability of the formulation They are considered complementary components. The hybrid nature of the cosmetic composition obtained within the scope of the invention relates to pigment-based makeup. the effect of the maintenance / functional effect resulting from the exosome-assisted active phase is the same as the product. This is due to the fact that it is brought together within its structure. In this context, the composition is powder 12 Thanks to the pigments in the phase, it provides color, tone, opacity, brightness, or while providing a visual makeup effect; the exosome-supported active phase located within the gel phase Thanks to this, it becomes suitable for providing a skin-caring effect. Thus, the composition, It is moving beyond being a classic colored cosmetic product used solely for decorative purposes; A hybrid cosmetic that provides both makeup performance and the ability to deliver active ingredients. It acquires a composite quality. Another aspect of the invention is that it reveals a method for obtaining this hybrid cosmetic composition. The invention describes a method involving water-based dough preparation followed by baking or... Elastomeric and exosome-supported active phase without the need for drying steps. It enables the production of a moldable cosmetic composition. The subject of the invention The details of the method and process steps are given in the following lines. Preparation of the gel phase The first step in the method described in this invention is the preparation of the gel phase. The gel phase... for preparation one or more silicone elastomer-based compounds, one or more It is gradually added to the ester-based compound. At this stage, the ester-based compound... Compounds, carrier phase for dispersing and expanding silicone elastomer-based compounds. It performs its function. Silicone elastomer-based compounds are homogeneously distributed within ester-based compounds. A mixing process is applied in order to disperse the mixture. This mixing process... This will prevent the elastomer component from clumping and ensure a regular distribution within the ester phase. This is carried out under suitable mechanical mixing conditions that will allow it to swell. At this stage, medium-to-high shear conditions may be used in a preferred application. After dispersing silicone elastomer-based compounds in an ester phase, the resulting... It is preferable to let the mixture sit for a certain period of time. This waiting process is necessary for the silicone. The swelling of elastomer-based compounds to a sufficient level within the ester phase, resulting in a viscoelastic gel. It ensures the formation of the structure and the stabilization of the gel phase consistency. Thus, the subsequent An elastomeric mixture in which the active phase and the powder phase can be incorporated more homogeneously in the stages A carrier gel structure is obtained. 13 Silicone elastomer-based compounds impart flexibility, elastomeric character, and to the resulting gel phase. It has the ability to partially regain its shape after pressure is applied. Ester-based compounds contribute to achieving the appropriate consistency within the gel structure. The gel phase thus formed can then incorporate the powder phase components to be added. can hold, reduce the dispersion and dusting of the final cosmetic composition, and adhere to the product. It has a structure that can be molded to give it a distinctive character. In a preferred application, silicone elastomer-based compounds in the gel phase are used in cosmetics. It is used in the range of 10% to 30% depending on the total weight of the composition. Ester-based. These compounds, on the other hand, range from 15% to 35% depending on the total weight of the cosmetic composition. These ratios can be used to achieve the desired consistency, elasticity, and spreadability of the final product. It can be modified taking into account pigment carrying capacity and moldability. Incorporation of exosome-supported active phase into gel phase After the gel phase has been prepared as a previous step and preferably its consistency has been stabilized Then, the exosome-supported active phase is incorporated into the gel phase. Exosome-supported The active phase contains one or more exosomes. The exosome is added to the cosmetic composition for skin application. Sensitive active ingredients used to provide targeted care or functional effect. It is of that nature. The invention includes an exosome-supported active phase, along with one or more exosomes. It may contain antioxidant components. These antioxidant components are active exosomes. Supporting the phase against oxidative degradation, ensuring the active phase remains more stable within the cosmetic composition. stable retention and protection of sensitive active ingredients within the cosmetic composition It is used for this purpose. In a preferred application, one or more antioxidant components are used as the active phase. It contains a high amount of polyphenols. Polyphenols, thanks to their antioxidant properties, protect the exosome. Contributing to the support of the active phase against oxidative degradation and aggregation. This structure ensures that the active phase containing the exosome remains more stable within the composition. The aim is to maintain and support the nourishing effect of the hybrid cosmetic composition. The incorporation of the exosome-supported active phase into the gel phase preserves the delicate structure of the exosome. This is carried out in a controlled manner for this purpose. In this context, the active phase, previously 14 The active phase can be gradually added to the prepared gel phase. High mechanical stress is avoided during this process, and the mixing process has low shear. This is carried out under these conditions. Thus, the active phase is homogeneously distributed within the gel structure. While its disintegration is ensured, the structural integrity of the exosome is disrupted and its functional integrity is compromised. Efforts are being made to prevent its effectiveness from decreasing. After the active phase is added to the gel phase, the mixture becomes balanced within the gel phase. subjected to short-term low-speed mixing to ensure even distribution. can be maintained. If necessary, the mixture can be stabilized by keeping the active phase stable within the gel phase. positioned in this way and for a certain period of time to allow air bubbles to escape. It can be rested. In a preferred application, the exosome-supported active phase constitutes the total cosmetic composition. It is used in a range of 0.5% to 5% depending on weight. The amount of active phase; the target conditioning effect, active phase stability, final product consistency, pigment distribution, and cosmetics. This can be determined by considering application performance. Preparation of the powder phase The next step is to prepare the powder phase. The powder phase consists of one or more pigment, one or more filler components and / or one or more absorbent components It contains a powder phase that enhances the color, coverage, texture, volume, and application of the cosmetic composition. It is the phase that ensures its performance. During the preparation of the powder phase, the pigments, fillers, and components to be used are determined first. Absorbent components are determined. The selected powder components are classified according to their clumping or large particle size. To reduce the formation of these, they are preferably subjected to a screening process. Screening process Subsequently, the pigment, filler component, and absorbent component are combined in a dry state. and mixed to obtain a homogeneous powder mixture. The mixing process ensures that the pigments are evenly distributed within the filler and absorbent components. It is carried out under conditions that will ensure its dispersal. If deemed necessary, to reduce pigment agglomerations, improve particle dispersion and color To increase homogeneity, grinding, micronization, crushing, dispersion or high 15 At least one of the rapid dry mixing processes can be applied. This allows the powder phase to gel. Clumping of pigments during blending with the phase and localized formation within the final product. The formation of color intensifications is reduced. Powder-form pigments are used in cosmetic compositions to add color, tone, coverage, and It provides a visual makeup effect. It is an organic pigment suitable for cosmetic use. and / or at least one of the inorganic pigments may be used. More specifically Pigments; iron oxides, titanium dioxide, ultramarine, mica-coated pigments, lacquer. pigments, at least one of the group of pearlescent and / or luster-imparting pigments or these It can include combinations. The filler components in powder phase influence the volume, texture, and spread of the final cosmetic composition. In order to regulate softness, surface feel and application performance. It is used. Filler components include mica, talc, boron nitride, starch derivatives, and cellulose derivatives. kaolin, sericite or at least one of the similar fillers suitable for cosmetic use or combinations thereof. The absorbent components in the powder phase improve the compatibility between the gel phase and the powder phase, thus strengthening the gel. to retain the ester-based compounds present in the phase on the powder phase and the final composition It is used to support the moldable dough structure. Absorbent component; silica, clay, starch derivatives, cellulose derivatives, kaolin, or similar materials suitable for cosmetic use. It may contain at least one of the absorbent powders or a combination thereof. In a preferred application, if silica is used as the absorbent component, silica It is included in the dry mix along with pigment and filler components. Silica powder phase homogeneous distribution within it, then ester-based during the subsequent combination with the gel phase. more stable retention of compounds on the powder phase and gel phase-powder phase compatibility It contributes to its increase. In the cosmetic composition subject to the invention, the weight ratio of the gel phase to the powder phase is determined by the final product. Targeted elasticity, consistency, pigment carrying capacity, texture, and moldability. This is determined according to their properties. In the preferred application, the gel phase is compared to the powder phase by weight. The ratio is between 1:1 and 1.5:1. This ratio range is between the gel phase, the elastomeric carrier, and 16 While maintaining its binding properties, the color, opacity, volume, and application performance of the powder phase improve. This allows it to be included in the composition in the required amount. In a more preferred application, the gel phase to powder phase ratio by weight is 1.5:1. This In practice, the cosmetic composition has a higher proportion of gel phase compared to powder phase. It exhibits a structure that is both elastomeric, flexible and moldable. This is supported. However, the powder phase, pigment, filler and / or absorbent component Its content contributes to the color, texture, and application performance of the final composition. It provides. As a result of these process steps, a homogeneous pigment distribution is obtained, ready to be combined with the gel phase. A dry powder phase is obtained, supported by filler and absorbent components. Use of silica-based absorbent compound As the next processing step, one or more absorbent components are transferred to the powder phase. can be added. In the preferred application, this antioxidant component is silica-based. The compound can be used. The silica-based compound is used as a pigment during the preparation of the powder phase. and / or filler components are included in the dry mix. In this context, silica The compound is mixed with pigment and filler components in powder phase. It is distributed homogeneously. The silica-based absorbent component is added to the powder phase, either in a single step or gradually. This can be achieved. In a preferred application, silica, pigment, and filler components are used. It is added to the mixture at the same time. In another preferred application, the pigment and After the filler components are pre-mixed, the silica-based absorbent component is added to this pre-mixture. is added to the mixture, and the mixture is homogeneously dispersed of silica within the powder phase. It is mixed until the desired result is obtained. In a preferred application, the silica-based absorbent component is added to the powder phase before or after. Before use in powder phase, it is appropriately regulated to adjust the particle distribution. It can undergo a pre-preparation process. The powder phase of the silica-based absorbent component. its homogeneous presence within, then the ester during the subsequent combination with the gel phase. It contributes to the more stable retention of essential compounds on the powder phase. 17 Silica-based compound, thanks to its high surface area and absorbent properties, can be used in both gel and powder phases. It increases the physical compatibility between the gel phase and the powder phase of ester-based compounds. This helps to maintain a more balanced distribution of pigment and filler. It contributes to a more homogeneous distribution of the components within the gel phase. Thus The final cosmetic composition tends to exhibit dispersion, dusting, fragility, and phase separation. is being reduced. In a preferred application, the silica-based absorbent component constitutes the total cosmetic composition. It is between 3% and 6% by weight, depending on the gel. This percentage range applies to the gel. Supporting compatibility between the powder and ester phases, applying ester-based compounds to the powder phase. retention and the elastomeric, homogeneous and moldable structure of the final cosmetic composition It is preferred for its preservation purposes. Combining gel phase and powder phase After the gel phase and powder phase are prepared separately, these phases are combined. At this stage, the powder phase is added to the gel phase in a controlled manner and the mixing process continues. homogeneous distribution of pigment, filler and absorbent components within the gel phase. is provided. This coupling results in an elastomeric, moldable structure containing an exosome-supported active phase. and a colored hybrid cosmetic paste is obtained. The gel phase consists of powder phase components. By retaining it within its structure, it reduces the product's dispersion, dusting, and brittleness; The powder phase adds color, opacity, volume, and texture to the final composition. Optional inclusion of auxiliary components. If preferred, the cosmetic composition should include a component whose benefits are also known in the field. or more auxiliary component plugins may be involved. As auxiliary components, one or more preservatives, flavorings, thickeners Regulators, film formers, surfactants, wetting agents, softening / emollient components, stabilizers, pH regulators, dispersion 18 promoters, lubricants, texture modifiers and cosmetically accepted ingredients. at least one of the following additives or combinations thereof may be used It can be added. These auxiliary components are used during the preparation of the gel phase or powder phase, or in conjunction with the gel phase. It can be included in the formulation during the powder phase coupling stage. Auxiliary The type and quantity of components depend on the product's intended cosmetic form and active phase stability. This is determined according to pigment distribution, textural properties, and in-package durability. However, the auxiliary components to be used ensure that the invention is microplastic-free. The cosmetic composition is selected in accordance with the established guidelines. Therefore, it is an auxiliary material. components, PMMA, Nylon-12, polyethylene or similar microplastic particles will not contain and will not impart microplastic-based tissue-donating structures to the formulation It should be of a certain quality. Shaping the cosmetic compound paste The resulting elastomeric cosmetic paste is molded and pressed according to the product type. or placed in suitable packaging / container. At this stage, the final product... to acquire its form, it undergoes long baking, drying, or water removal steps It is not needed. The shaping of the cosmetic paste is carried out under cold process conditions. This In this way, the exosome-supported active phase is transferred to the final product structure without being exposed to high temperatures. This includes ensuring the protection of sensitive active ingredients. Within the scope of the invention, the term "cold process" refers to the process of transferring the cosmetic composition to the final product. Prolonged heating, baking, hot air drying, or water drying are required to achieve this form. This refers to a production approach that does not require heat treatment steps based on removal. In other words, the structural integrity of the product in the invention, in the cosmetic composition... by evaporating the water present or by hardening the dough through baking This is not provided. Instead, the elastomeric binding character of the gel phase and the powder phase Its structure, consisting of pigment, filler and absorbent components, is combined to create a low-cost solution. a cosmetic dough that can be molded at or near ambient temperature is obtained. 19 Thanks to the cold process technique included in the invention, the main water component in the current technique is eliminated. using it as a dough-forming phase and then baking or drying this water The need for removal is eliminated or significantly reduced. In this invention, the dough character is achieved not by using water as a temporary carrier phase, but by one or more... more silicone elastomer-based compounds with one or more ester-based compounds This is achieved through the gel phase it forms. This gel phase contains the pigment, filler, and powder phase. By retaining the absorbent components, it contributes to the product taking its final form. Thus, it offers an alternative to classic structures that harden through baking or drying. is being created. One of the technical effects of the cold process within the scope of the invention is the reduction of production time and energy. The goal is to reduce the need for water-based pigments in traditional baked / oven-based production. long drying or baking steps for the dough to reach its final form It is necessary. In the method described in the invention, the form of the product is between the gel phase and the powder phase. Because it is created through physical compatibility, the need for prolonged heat treatment is reduced. This situation increases waiting time on the production line, energy consumption, and drying / baking costs. It helps to reduce process load. Another important effect of the cold process in the invention is the reduction of product deformations caused by drying. The goal is to reduce the amount of product during water removal in classic paste systems that contain water. shrinkage, shrinkage, cracking, surface deformation, edge breakage, or product loss. This can occur. In the method described in the invention, however, the product structure is formed by the water. not by evaporation, but by the carrier and binder effect of the elastomeric gel phase Because it is formed in this way, the risks of shrinkage and cracking due to drying are reduced. In this way... the final cosmetic composition is more stable, more homogeneous and more stable inside the packaging or container. Maintaining an aesthetically pleasing form is supported. In addition, the cold process is also important in terms of preserving the exosome-supported active phase. This provides an advantage. Sensitive active components such as exosomes can withstand high temperatures and prolonged heat treatment. their structural integrity and functional effectiveness under processing or high mechanical stress It can be lost. In the method described in the invention, the exosome-supported active phase is subjected to high temperatures. It is transported in the gel phase without exposure and preferably under low shear conditions. is included in the composition. This ensures that the active phase remains more stable within the gel phase. 20 preservation of active ingredients and the care / functional effect of the hybrid cosmetic composition It becomes possible to provide support. The cosmetic composition obtained within the scope of the invention is suitable for use in colored cosmetic products. It is a suitable hybrid composition. Therefore, the composition in question has a specific pigment content. thanks to its ability to add color, tone, coverage, shine, or visual makeup effect. It can be used in products where the desired effect is achieved. It also includes exosome-assisted active phases. Because of its ingredients, it not only provides a decorative makeup effect but also offers skincare / functional benefits. It is also suitable for use in hybrid cosmetic products that aim to deliver a specific effect. The cosmetic composition covered by the invention is specifically blush, eyeshadow, highlighter, bronzer, and compact color products. These products can be used in colored skincare products and similar makeup products. Furthermore... Bouncy is specially formulated thanks to its cosmetic composition, elastomeric and moldable structure. blush, cream-to-powder textured eyeshadow, flexible highlighter, tinted face product or skincare It can be applied in the form of an effective makeup product. The cosmetic composition obtained within the scope of the invention is in its final product form and targeted Depending on the application area, different auxiliary components, texture modifiers, and consistency adjusters may be used. components that enhance the sensation of application or similar cosmetically acceptable additives These differentiations may include certain elements. However, these differentiations are fundamental to the invention. It eliminates the gel phase, powder phase, and exosome-supported active phase configuration that make up its structure. It does not remove. In other words, the composition includes blush, eyeshadow, highlighter, bronzer, and tinted cream. It can be adapted into different cosmetic forms such as skincare products, but in these forms powder phase containing pigment, gel phase providing elastomeric character and maintenance / functional effect The exosome-supported active phase providing this function is located together with the compound described in this invention. Thus, the compound subject to this invention, It can be supported with different formulation components according to the needs of the final product, and They can be integrated into different product types. Nevertheless, they are microplastic-free. It retains its elastomeric, colored, and hybrid cosmetic composition properties. The compound subject to the invention has a structure that is free of microplastics and can be produced by cold process. Thanks to this, it is also suitable for use in sustainability-focused color cosmetic products. In terms of composition, it was developed as an alternative to traditional baked / baking-based products. Reduced energy consumption, no baking or drying required, elastomeric and active It can be evaluated in new generation hybrid cosmetic products containing the ingredient. 21 The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a technically skilled person... the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge.
Claims
1. Colored cosmetics, hybrid skincare products, blush, eyeshadow, highlighter, in the fields of bronzer, compact color products and / or color skincare products It is a hybrid cosmetic composition intended for use, and its characteristic is; It contains both a gel phase and a powder phase. the gel phase in question; one or more silicone elastomer-based compounds one or more ester-based compounds one or more exosomes and one or more antioxidants It contains an active phase that includes components, the powder phase in question; one or more pigments It contains one or more absorbent components.
2. A cosmetic composition conforming to Claim 1, characterized by the fact that the active phase is an antioxidant component. It contains one or more polyphenols.
3. A cosmetic composition conforming to claim 1 or 2, characterized by the fact that it contains one or more exosomes. It contains more plant extracts.
4. A cosmetic composition conforming to claim 3, characterized by its plant extracts of quince and rose. grapes, green tea, aloe vera, pomegranate, chamomile, lavender, olives, rice, soy, wheat, Centella asiatica, licorice root, rosemary, sage, oats and / or cucumber. It must contain at least one of the extracts.
5. A cosmetic composition that meets any of the previous requirements and whose characteristic is; powder The phase contains one or more filler components.
6. A cosmetic composition conforming to claim 5, characterized by its filler component being mica, talc, boron nitride, starch derivatives, cellulose derivatives, kaolin, sericite, or for cosmetic use. at least one of the suitable similar fillers or combinations thereof It includes. 23 7. A cosmetic composition that conforms to any of claims 1-6, and whose characteristic is: absorbent. Its components include silica, clay, starch-based compounds, cellulose-based compounds, and kaolin. It must contain at least one of the essential compounds or combinations thereof.
8. A cosmetic composition conforming to claim 7, characterized by the fact that the absorbent component is silica. It is the fact that.
9. A cosmetic composition that conforms to any of claims 1-8, and whose characteristic is that it contains It contains one or more auxiliary components.
8. A cosmetic composition conforming to claim 9, characterized by its use as an auxiliary ingredient. preservatives, fragrances, thickeners, film formers, surfactants ingredients, wetting agents, softening / emollient components, stabilizers, pH Regulators, dispersion promoters, lubrication-enhancing components, texture It must include at least one of the groups of regulators or a combination thereof.
9. A cosmetic composition that meets any of the previous requirements and whose characteristic is; gel The ratio of the powder phase to the powder phase by weight should be between 1:1 and 1.5:
1.
10. Long-term use of a hybrid cosmetic composition conforming to any of claims 1-9. Cold without requiring heat treatment based on baking, drying or water removal. It is a method for obtaining it through a process, and its characteristic feature is the following process steps: It includes: - one or more silicone elastomer-based compounds, one or more by adding and mixing a large number of ester-based compounds Preparation of the gel phase, - the silicone elastomer-based compound in question is within an ester-based compound. Formation of an elastomeric gel structure by dispersing and expanding it, - one or more exosomes and one or more antioxidants The active phase containing the component is incorporated into the gel phase in question. - one or more pigments and one or more absorbents Preparation of the powder phase by mixing the components, 24 - the prepared powder phase is added to the gel phase and Elastomeric cosmetics containing exosome-supported active phase by mixing obtaining the dough, - molding, pressing and / or of the resulting elastomeric cosmetic paste Placement inside the packaging.
10. A method conforming to claim 9, characterized by its composition being an ester of a silicone elastomer-based compound. After dispersion and swelling within the base compound, the resulting gel phase It is left to stand in order to allow its consistency to stabilize.
11. A method conforming to claim 9 or 10, characterized by the inclusion of the active phase into the gel phase. After this process, the resulting mixture is subjected to low-speed mixing.
12. A method that conforms to either of claims 9-11, characterized by the fact that the active phase is the gel phase. In order to ensure stable positioning within it, the gel phase containing the active phase It is about resting.
13. A method that conforms to either of claims 9-12, and whose characteristic is; absorbent component. silica in powder phase, together with pigment or with pigment and filler component. It is the inclusion of both.
14. A method that conforms to either of claims 9-13, characterized by the conversion of the powder phase into a gel phase. After the additions are made, the gel phase and powder phase are mixed in a controlled manner. It is to be subjected to.
15. A method that conforms to any of claims 9-14, characterized by its gel phase and powder phase. homogenization of the elastomeric cosmetic paste obtained after mixing It is subjected to the process.
16. A method that conforms to any of claims 9-15, and whose characteristic is: elastomeric Cosmetic paste is produced by pressing the paste under cold process conditions.
17. A method conforming to any of claims 9-16, characterized by its silicone elastomer. The essential compound constitutes 10% to 30% by weight of the total weight of the cosmetic composition. It is added within the range.
18. A method that conforms to any of claims 9-17, and is characterized by being ester-based. the compound constitutes 15% to 35% by weight of the total weight of the cosmetic composition. It is added within the range.
19. A method that conforms to any of claims 9-18, characterized by the active phase, between 0.5% and 5% by weight of the total weight of the cosmetic composition It is an addition.
20. A method that conforms to any of claims 9-19, characterized by the fact that the pigment, between 7% and 15% by weight of the total weight of the cosmetic composition It is an addition.
21. A method that conforms to either of claims 9-20, and is characterized by being silica-based. The absorbent component constitutes 3% to 6% by weight of the total weight of the cosmetic composition. It is added within the range.
22. A method that conforms to either of claims 9-21, characterized by the combination of gel phase and powder phase. The ratio of the gel phase to the powder phase by weight should be between 1:1 and 1.5:
1. It is the combination.