THERAPEUTIC TEXTILE PRODUCT AND MANUFACTURING METHOD PROVIDING PASSIVE THERMOREGULATION CONTAINING LANOLINE AND BEESWAX.

Abstract

The invention relates to a therapeutic textile (10) product comprising an upper fabric layer (11) made of 100% cotton, a lower fabric layer (15) made of 100% cotton; an upper wool layer (12) and a lower wool layer (14) positioned between the aforementioned upper fabric layer (11) and lower fabric layer (15).

Description

1 TARIFF PASSIVE THERMOREGULATION CONTAINING LANOLIN AND BEESWAX THERAPEUTIC TEXTILE PRODUCT AND PRODUCTION METHOD TECHNICAL FIELD The invention is in the field of textile technologies and involves wool fibers containing natural lanolin. a combination of beeswax and other substances that stores and releases the user's body heat a therapeutic textile product that provides passive thermoregulation by reflecting and 10 This is related to the production method. PREVIOUS TECHNIQUE Today, alleviating muscle and joint discomfort and improving thermal comfort are key priorities. In order to improve and provide general relief, various textile products 15 These products are commonly used and include hot water bottles, electric heating pads, and gels. base-based hot-cold compress products or textiles containing different filling materials. They are produced in the form of structures. However, a significant portion of current solutions require an external energy source. It requires hearing or additional preparation procedures before use. 20 Energy consumption, cord dependency, and overheating risks in electric heating products. However, hot water or gel-based products require heating before use. This needs to be done. This reduces ease of use and especially various options for babies, the elderly, and users with sensitive skin. This creates disadvantages. 25 In the current state of the art, textiles bonded with beeswax are used for therapeutic purposes. There are various solutions where it is used. For example, the number DE102005030395A1 The patent document describes a carrier structure containing wax impregnated material. A beeswax compress is being described. The solution in question involves a layer of beeswax. It is heated externally before use and the therapeutic effect is thus obtained. 30 The aim is to achieve this. 2 Patent document number KR20210073091A describes natural textiles containing beeswax. Coating compositions are explained. The solution in question is primarily natural. The aim is to give fabrics antibacterial, water-repellent and protective properties. It is intended for food packaging applications. Patent document number US2025339091A1 describes bee products such as honey, propolis, and beeswax. A multi-layered wound dressing incorporating these products is described. This solution includes sensors. It is an active wound care system that includes controlled release mechanisms and is therapeutic. It focuses on the controlled release of components. Patent document number CN102824245A describes paraffin and beeswax-containing materials. A self-heating patch is described. In this solution, the therapeutic effect is achieved with patch 10. The heat is provided by the heat generator system located inside, either external or internal. A heat generation mechanism is needed. In conclusion, the situations mentioned above necessitate an innovation in the relevant technical field. It has made it mandatory. A BRIEF DESCRIPTION OF THE INVENTION The present invention incorporates natural lanolin to bring new advantages to the relevant technical field. A mixture of wool fibers and beeswax is used to heat the user's body temperature. a therapeutic 20 that provides passive thermoregulation by storing and reflecting it back. It relates to textile products and their production methods. The main purpose of the invention is to store heat generated by the user's body. The goal is to produce a textile product that is returned to the user without any extra processing. or therapeutic effects can be achieved without the need for a power source. 25 Another aim of the invention is to combine wool fibers containing natural lanolin with natural beeswax in the same way. The aim is to create a textile product that can be used together within the structure. Thus, both simultaneously with the thermal and therapeutic properties provided by the natural component It can be used. 30 3 Another aim of the invention is to create a textile product using wool containing natural lanolin. The aim is to reveal the natural antibacterial and antifungal properties of lanolin. It is used for both skin comfort and thermal insulation performance. is being increased. Another aim of the invention is to create a textile product containing natural beeswax. Thus, due to the beeswax's property of storing and gradually releasing heat... By utilizing this method, a long-lasting and stable temperature effect is achieved. Another aim of the invention is to enable passive heating without the use of an external heating system. The goal is to create a textile product that provides thermoregulation. This would allow for electrical... heaters, hot water bottles or similar auxiliary equipment are needed It is possible to use it without being noticed. Another purpose of the invention is to preserve the lanolin content by washing unwashed or 15 a textile product is created using minimally processed wool fibers The aim is to place lanolin, which is naturally found in the structure of wool fibers, in a therapeutic way. Its effects can be utilized more effectively. Another aim of the invention is to create a compressed and thinned material that conforms to the user's body. The aim is to create a flexible textile structure that can provide ease of use for the product. Comfort is increased and more effective contact with body surfaces is achieved. Another aim of the invention is to create a natural, sustainable and reusable product. The goal is to develop a therapeutic textile product. 25 All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention aims to create an upper fabric made from 100% cotton. the top layer, an underlayment made of 100% cotton; an upper wool layer positioned between the top and bottom fabric layers and 30 It is a therapeutic textile product containing an underlayer of wool. Accordingly, the characteristic of the invention is... by storing the heat emitted from the user's body and transmitting it back in a controlled manner. in order to provide passive thermoregulation; 4  The top and bottom wool layers are made from 100% raw wool, and It contains between 5% and 25% lanolin by weight.  beeswax positioned between the upper and lower layers of wool. 5 by having a thermal energy storage area where it is located It is the characterization of the situation. Another preferred configuration of the invention is the aforementioned thermal energy storage. The area is formed by a middle layer of fabric impregnated with beeswax. Another preferred configuration of the invention is that the aforementioned beeswax is placed on top of the wool 10 independent three-dimensional masses between the outer layer and the underlying wool layer It is positioned embedded in the ground. Another preferred configuration of the invention is that of the aforementioned three-dimensional masses. at least one of the following geometries: spherical, ellipsoidal, cylindrical, prismatic or irregular It is structured in this way. 15 Another preferred configuration of the invention is the aforementioned thermal energy storage. the amount of beeswax found in that region, the total weight of that region The percentage of the body weight should be between 5% and 80%. This allows for thermal energy storage. while ensuring sufficient thermal energy storage in the region, The stored heat is 20% while maintaining the flexibility and mechanical integrity of the textile structure. It is possible to provide feedback to the user in a controlled and gradual manner. Another preferred configuration of the invention is one with a total thickness of 2 mm to 20 mm. The key is that the product is flexible, adaptable to the user's body, and has thermal properties. Performance is optimized together. All the objectives mentioned above and those that will emerge from the detailed explanation below are 25 The present invention aims to create an upper fabric made from 100% cotton. A top wool layer positioned beneath the aforementioned top fabric layer. a layer, an underlayer of wool positioned beneath the top wool layer and 100% It contains a base layer made of cotton, which adheres to the user's body. By storing the generated heat and transferring it back in a controlled manner, it passively 30 It relates to the production method of a therapeutic textile product that provides thermoregulation. Accordingly, the characteristic of the method in question is;  The lanolin content of the top and bottom wool layers is between 5% and 25% by weight. Made from 100% raw wool, between 5  A thermal energy storage system between the upper and lower layers of wool. creation of the region,  The upper fabric layer and the lower fabric layer of the resulting layered structure (15) 10 positioned between and  Layers must be joined together with at least one joining line It includes the steps. 15 Another preferred configuration of the invention is the thermal energy storage zone, in the middle. the fabric layer is impregnated with wax and the top of the said middle fabric layer by positioning it between the wool layer and the underlying wool layer It is the creation of. 20 Another preferred configuration of the invention is the thermal energy storage zone, three-dimensional beeswax embedded between the upper and lower wool layers It is created by positioning them in masses. Another preferred configuration of the invention involves heating the beeswax between 60°C and 70°C. It is melted and absorbed into a layer of fabric. Thus, the structural properties of the beeswax are altered. 25 It penetrates homogeneously into the fabric fibers while being protected and in the middle fabric creation of controlled thermal energy storage capacity in the layer is provided. The points where this invention differs from the documentation in the prior art. It is as follows: 30 6 The use of a wax layer in patent document number DE102005030395A1 It is heated externally beforehand, and the therapeutic effect is achieved in this way. that is intended. However, the document mentions layers of beeswax on wool. where it is positioned or used in conjunction with a structure containing natural lanolin. No system is described. 5 Patent document number KR20210073091A concerns food packaging applications. It is aimed at this. However, the document states that it stores the natural heat of the human body. with a therapeutic textile structure that reflects lanolin or with layers of wool containing lanolin. No system is currently in use. Patent document number US2025339091A1 describes a multilayered wound dressing. This is explained. However, the document in question provides passive thermoregulation. It is not related to natural textile structures. The therapeutic effect is described in patent document number CN102824245A as being within the patch. The heat is provided by the heat generating system, whether external or internal. A production mechanism is needed. However, 15 containing natural lanolin. the use of wool layers and the natural heat produced by the body A structure based on the principle of storing and reflecting back data is not described. BRIEF DESCRIPTION OF THE FIGURE Figure 1 provides a general overview of therapeutic textiles. 20 Figure 2 shows an exploded view of the layered structure of the therapeutic textile. It is shown. REFERENCE NUMBERS GIVEN IN THE FIGURE 25 Therapeutic Textiles 11 Top Fabric Layers 12 Top Wool Layers 13 Middle Fabric Layers 30 14 Underlayer Wool 7 Underlay Fabric Layer 16 Connecting Lines DETAILED DESCRIPTION OF THE INVENTION In this detailed explanation, the subject of the invention, the therapeutic textile (10), is only to better understand the subject. with examples that will not create any limiting effect on understanding It is explained. The invention involves combining wool fibers containing natural lanolin with beeswax, 10 by storing and releasing heat generated by the user's body in a controlled manner. and thus a therapeutic textile (10) product that provides passive thermoregulation and This is related to the production method. The aforementioned therapeutic textile (10) consists of a multi-layered structure. This layered 15 The structure is preferably a top fabric layer (11), a top wool layer from top to bottom respectively. layer (12), an optional middle fabric layer (13), a bottom wool layer (14), a bottom It includes a fabric layer (15). The aforementioned upper fabric layer (11) and The aforementioned lower fabric layer (15) will be aligned with each other They are positioned. The layers positioned opposite each other have at least one connecting line 20 (16) is combined with the upper fabric layer (11) and the lower fabric layer. (15) The layers between them are kept hygienic by protecting them from the external environment. It is protected. In the preferred configuration of the invention, the upper fabric layer (11) and the lower fabric 25 The layer (15) is made of 100% natural cotton. The different aspects of the invention other natural, synthetic and semi-synthetic textile materials in their compositions It can be used with materials such as hemp fabric, muslin, linen, bamboo, Tencel, silk, and viscose. polyester, etc.). In the preferred design of the invention, including but not limited to. 100% natural cotton, not subjected to any washing, dyeing or similar chemical processing. 30 It is not being held. The upper fabric layer (11) and the lower fabric layer (15) are aligned with two separate pieces. or they can be joined by folding a single piece in half. Aligned pieces 8 It is connected by at least one connecting line (16). Preferred The construction utilizes a sewing method with yarn made from organic cotton. However, the invention incorporates different configurations such as zippers, hook and loop fasteners, buttons, snaps, and adhesives. ultrasonic welding, thermal joining, or a combination thereof It is available. 5 The mentioned upper wool layer (12) and lower wool layer (14), upper fabric layer (11) and is located in the layer immediately below the bottom fabric layer (15). Preference The aforementioned construction utilizes raw wool with a high lanolin content. The lanolin content of wool is between 5% and 25% by weight. 10 Due to its structure, lanolin provides moisture balance and has antibacterial and antifungal properties. In addition to providing comfort, the effects on skin comfort are more effectively perceived by the user. It ensures that it is felt in this way. Preferably, but not limited to, the invention. Wool from sheep breeds with a high percentage of lanolin is used. (e.g., Merino 15) sheep and their hybrids, Akkaraman sheep, Karakaya sheep, Kangal sheep, İvesi (sheep, Tunis sheep, Shetland sheep, etc.) In the different formulations of the invention, natural or purified lanolin is applied between the layers. By adding this, the total amount of lanolin in the product can be increased. The invention is described in section 20. In various formulations, natural or purified lanolin is added to raw wool. or by applying it to wool fibers, the total amount of lanolin in the product. This can be increased. Thus, even if the natural lanolin content of the raw wool used is low... However, the final product can contain between 5% and 25% lanolin by weight. In an alternative design of the invention, natural or purified lanolin, wool externally onto the layers or appropriate areas of the textile structure It is applicable. Natural or purified substances in different formulations of the invention. Lanolin can also be added between layers, increasing the total amount of lanolin in the product. can be increased. Thus, while benefiting from the therapeutic effects of natural lanolin, the product is 30 It is possible to increase the total amount of lanolin in it. 9 Between the upper wool layer (12) and the lower wool layer (14), the beeswax A thermal energy storage region is defined where it is located. In the invention, thermal The use of 100% natural beeswax is preferred in energy storage applications. However, alternative formulations may also include paraffin or other natural wax mixtures. can be used (e.g., coconut wax, soy wax, etc.). Thermal protection level 5 is used. in the energy storage region, thermal energy storage at around body temperature. Natural or synthetic waxes with controlled release properties can be used. In the preferred configuration, the thermal energy storage area is located in the middle fabric. It is obtained by impregnating the layer (13) with 100% natural beeswax. 10 In another alternative configuration of the invention, the thermal energy storage area is located. between the upper wool layer (12) and the lower wool layer (14) of the beeswax by being positioned as embedded independent three-dimensional masses It is possible to create them. In one application of the invention, the dimensions of the masses are equal. In another application of the invention, the dimensions of the masses vary. (Source 15) The subject is not limited to three-dimensional masses, but includes spherical, ellipsoidal, and cylindrical shapes. in prismatic or irregular geometries and in a form suitable for massage It is structured in such a way that both the thermal energy storage function is preserved. and a massage effect is achieved by creating mechanical stimulation in the applied area. It is possible. 20 In the structure in which the middle fabric layer (13) is impregnated with beeswax; Before the beeswax is impregnated into the middle fabric layer (13), the temperature is set to 60 - 70 °C. It is heated between 25°C. Preferably a middle fabric layer made of 100% natural cotton (13) It is dipped in melted beeswax. Located on the middle fabric layer (13) The amount of wax should be 5% by weight of the total weight of the middle fabric layer (13). It can be selected between 80%. Medium fabric is preferred in the application. The amount of wax in layer (13) of the middle fabric layer (13) It is between 10% and 50% of the total weight by weight. Completely beeswaxed 30 1-2 seconds after the coated middle fabric layer (13) is removed from the wax Then the wax on top dries and solidifies. Thus, it becomes a wax-impregnated state. A middle fabric layer (13) is obtained. In another configuration of the invention, 60 - 70 °C Wax melted within the given temperature range; applied to fabric using a brush, roller, etc. a middle layer of fabric impregnated with wax applied to the strip (13) is obtained. The wax in question is a phase change wax that exhibits thermal energy storage properties. The material exhibits similar behavior. During use, the user 5 At least some of the heat energy radiating from the body is stored as thermal energy. It is absorbed and stored by the beeswax provided in the region, in the environment If the temperature drops or a temperature difference occurs, the stored Energy is released in a controlled manner. Thus, the thermal energy storage region 10 temporary storage of thermal energy originating from the user's body and contributes to its gradual transmission over time. In the invention, stored thermal energy is combined with layers of wool containing lanolin. It works by transferring the thermal energy stored by the beeswax to the wool containing lanolin. By being protected against environmental heat losses by its layers, it lasts longer. 15 The heat is preserved, thus allowing the stored heat to be transferred to the user for a longer period of time. This helps in the controlled return of the wax. The use of wool layers containing lanolin together results in passive wear. Thermoregulation performance is being improved. The invention features multiple thermal energy storage zones in its various configurations. and / or multiple layers of wool may be used. These layers By positioning them in sequential, alternating, or different arrangements, the desired thermal properties can be achieved. Performance, flexibility, or thickness values ​​can be obtained. Users can choose only the top fabric layer (11) and bottom fabric of the therapeutic textile (10). It is in contact with layer (15). The other layers are isolated inside. It is protected. If the outer surfaces become dirty, they should be cleaned or It is possible to renew it and extend the product's lifespan. Therapeutic textiles (10) are used by infant, child and adult users. It can be designed to be used. Therapeutic textiles (10), containing natural Thanks to its lanolin and beeswax components, it has antibacterial and antifungal effects. can demonstrate or contribute to limiting microbial growth 11 It can provide. Examples of its uses, though not limited to, include heating. Pad, neck pillow, shoe insole, blanket, winter clothing inner layer and Similar products can be provided. Therapeutic textiles (10) square, rectangular, circular, oval or They can be manufactured to have an anatomical form. In the preferred configuration, the total thickness of the therapeutic textile (10) is 2mm - 20mm It is within this range. Wool layers with a thickness of less than 2 mm provide sufficient effect. It cannot provide this. For thicknesses exceeding 20 mm, a beeswax-impregnated medium is required. The fabric layer (13) is not having enough effect. Therapeutic textiles (10) can be chosen in different thicknesses depending on the product type. In this context, the wax-impregnated middle fabric layer (13) and the wool layers are combined. mechanically assembled in order to achieve the desired thickness. It can be subjected to compression. As a result of mechanical compression, the wool By increasing the volumetric density of the layers, the flexibility, shape stability and 15 of the product are improved. Thermal performance can be improved. This is due to the mechanical compression process in question. pressing, calendering, roller compression, hot pressing, cold pressing, compression under vacuum, thermomechanical compression, or a combination thereof This can be done in this way. Without specifying any limitations, an example use case for the invention is as follows: - In an application example, the user wears the therapeutic textile (10) that is the subject of the invention around the neck. and it is placed in the shoulder area. - No external heating process is applied during use and the product is 25 will come into direct contact with the user's body or onto clothing It is positioned in such a way that it will be placed. - The natural heat radiating from the user's body during use, combined with the beeswax. stored by the impregnated middle fabric layer (13), upper wool layer (12) and the lower wool layer (14) transfer the heat to the outside environment by 30 It reduces the loss. - After a certain period of time, the stored heat is released by the middle fabric layer (13) The feedback is given to the user in a controlled and gradual manner. 12 - Thus, any electrical energy, hot water or external heat source passive, without the use of other devices, by utilizing the user's own body heat. Thermoregulation is provided. At the same time, the natural properties of the wool layers Thanks to the lanolin it contains, the product has antibacterial and antifungal properties. It is possible to exhibit different features and increase user comfort. 5 - Similarly, the subject of the invention is therapeutic textile (10); waist, abdomen, back, knee, elbow, It can also be used on the wrist or ankle areas. The scope of protection of the invention is set out in the attached claims and is strictly adhered to. The detailed explanation cannot be limited to the examples given. Because in technology... A specialist, without deviating from the main theme of the invention, will do what is described above. 10 It is clear that similar structures can emerge in light of this.

Claims

13 REQUESTS 1. The invention is a top fabric layer made of 100% cotton (11), 100% a lower fabric layer made of cotton (15); the aforementioned upper fabric an upper 5 positioned between the lower fabric layer (11) and the lower fabric layer (15) A therapeutic textile (10) containing a wool layer (12) and a lower wool layer (14) The product's feature is that it stores the heat radiating from the user's body. Providing passive thermoregulation by controlled feedback. in order to;  At least one top wool layer (12) and at least one bottom wool layer (14) 100% It is made from raw wool and contains between 5% and 25% lanolin by weight. including;  positioned between the upper wool layer (12) and the lower wool layer (14), at least 15 characterized by having a small thermal energy storage region. It is done.

2. According to claim 1, it is a therapeutic textile (10) product and its feature is; the mentioned thermal 20 energy storage area, a middle fabric layer impregnated with wax (13) It is created with.

3. According to claim 1, it is a therapeutic textile (10) product and its feature is; the mentioned thermal energy storage area, upper wool layer (12) and lower wool layer (14) 25 embedded as independent three-dimensional masses between them It is the positioned wax.

4. According to claim 1, it is a therapeutic textile (10) product and its feature is; the mentioned thermal The energy storage region has thermal energy of around 30°C, which is approximately the temperature of the human body. paraffin and other natural materials exhibiting storage and controlled release properties. 14 candles, at least one of which can be a natural wax blend or a synthetic wax. It includes.

5. According to claim 3, it is a therapeutic textile (10) product and its feature is; the three mentioned above 5-dimensional masses that are spherical, ellipsoidal, cylindrical, prismatic, or irregular It must be structured in at least one of the geometric forms.

6. According to claim 2, it is a therapeutic textile (10) product and its characteristic is; medium fabric the amount of wax in the layer (13) of the middle fabric in question The total weight of the layer (13) is between 5% and 80% by weight. 10 7. Therapeutic textile (10) according to any of the previous requests, and its characteristic is: The total thickness should be between 2 mm and 20 mm.

8. A top fabric layer made of 100% cotton (11), the aforementioned top 15 an upper wool layer (12) positioned under the fabric layer (11), upper a lower wool layer (14) located under the wool layer (12) and Containing a bottom fabric layer (15) made of 100% cotton, the user storing the heat generated by the body and releasing it back in a controlled manner. 20 of therapeutic textile (10) products that provide passive thermoregulation. Its characteristic is the production method;  lanolin content of the upper wool layer (12) and lower wool layer (14) made from 100% raw wool, containing between 5% and 25% by weight.  a thermal energy between the upper wool layer (12) and the lower wool layer (14) creation of a storage area,  the upper fabric layer (11) and the lower fabric of the resulting layered structure positioning between layers (15) and  Layers are joined together with at least one connecting line (16) It includes the steps.

9. Production method according to claim 7, characterized by its thermal energy storage. the region, the middle fabric layer (13) is impregnated with beeswax and the said Between the upper wool layer (12) and the lower wool layer (14) of the middle fabric layer 10 It is created by positioning it.

10. Production method according to claim 7, characterized by its thermal energy storage. the region, the upper wool layer (12) and the lower wool layer (14) of the beeswax by positioning them as three-dimensional masses embedded between them 15 is the creation of.

11. The production method of a therapeutic textile (10) product according to claim 8. Its characteristic feature is that the beeswax is melted between 60°C and 70°C and applied to the middle fabric layer. (13) is the impregnation. 20

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