Modular multifunctional biosystem with synergistic combination of natural and metallic components

Abstract

Modular multifunctional system, characterized by: a) at least one natural support matrix (module A), b) at least one bioactive component of natural origin (Module B), c) at least one metallic functional element (module C), d) optional synergy-enhancing additions (module D), wherein components b) and c) interact synergistically and together generate functionalities that go beyond the sum of the individual effects.

Description

1. NAME OF THE INVENTION:

[0001] Modular multifunctional biosystem with synergistic combination of natural and metallic components 2. TECHNICAL AREA

[0002] The present invention relates to a modular biosystem that generates novel functionalities through the synergistic combination of natural bioactive components with metallic elements. The system represents a platform technology applicable in various industries. 3. STATE OF THE ART

[0003] Conventional functional textiles are typically based on synthetic fibers with chemical treatments that are environmentally harmful and lose their effectiveness after several wash cycles. Existing antibacterial textiles mostly use silver ions in chemical form, which can wash out and cause skin irritation.

[0004] Current approaches to integrating electronics into textiles often result in stiff, uncomfortable, and non-washable products. Holistic solutions that combine sustainability, functionality, and digital integration are lacking.

[0005] Furthermore, existing systems are monolithic in design and do not allow for modular adaptation to different applications. The use of natural components in combination with technical elements has not yet been realized in a synergistic way that goes beyond the sum of the individual effects. 4. TASK UNDERLYING THE INVENTION

[0006] The present invention is based on the objective of providing a universally applicable system that: - Natural bioactive properties combined with technical functionalities - Modularly adaptable to various application areas - Uses sustainable and biologically compatible components - Synergistic effects achieved between organic and inorganic elements - Represents a scalable platform technology for multiple product lines - Wash resistance and durability guaranteed - Digital integration without loss of comfort is made possible 5. SOLUTION TO THE TASK

[0007] The task is solved by an innovative modular system that includes the following core modules: Module A - Natural Support Matrix: Basic biological structures of various origins, in particular fibers from South American camelids (Vicugna pacos), cotton (Gossypium barbadense), plant fibers with natural saponins, and other natural fibers. Module B - Bioactive Functionalization: Natural extracts and active ingredients exhibiting specific biological activities, in particular algal extracts from Fucus vesiculosus and Laminaria digitata, saponins from Chenopodium quinoa, and mineral components in chelated form. Module C - Metallic functional elements: Precious metals (gold, silver, copper) and metallic compounds in the form of threads, particles or coatings that fulfill technical and biological functions. Module D - Synergy Amplifier: Components that optimize the interaction between the modules and increase the overall performance of the system. The special innovation lies in the discovered synergistic effect between the bioactive natural components and the metallic elements, creating properties that the individual components do not possess. 6. BRIEF DESCRIPTION OF THE DRAWINGS Fig. Figure 1 shows a schematic representation of the modular system architecture with the four core modules A, B, C and D and their interaction paths, which lead to a functional overall system E. Fig. Figure 2 shows a cross-sectional view of an exemplary embodiment with visualization of the different layers and the synergistic zones between bioactive and metallic components. 7. DETAILED DESCRIPTION OF THE INVENTION

[0008] The system according to the invention is based on the surprising discovery that certain natural bioactive components, in combination with metallic elements, exhibit synergistic effects that go far beyond the expected individual effects.

[0009] The modular architecture makes it possible to develop customized solutions for a wide variety of applications through the targeted combination of components. The support matrix (module A) can take on various forms – from flexible structures to rigid materials.

[0010] The fibers from South American camelids (Vicugna pacos) have a unique hollow structure that imparts natural thermoregulating properties. Combined with bioactive treatments, this results in antimicrobial and hypoallergenic properties that are retained after more than 100 wash cycles.

[0011] The bioactive components (Module B) are selected and processed to optimally unfold their effectiveness in synergy with the metallic elements. The marine algae extracts provide natural antimicrobial properties, while the saponins from Chenopodium quinoa additionally offer mite-repellent and skin-protecting functions.

[0012] The metallic functional elements (module C) fulfill multiple tasks: They can act as active components, assume structural functions, or serve as mediators for the bioactive substances. The precious metals not only enhance the antimicrobial effect but also enable the integration of electronic functionalities.

[0013] The optional Module D includes digital components that enable intelligent interaction with the environment. Sensors can record vital parameters, while communication modules allow data transmission to external devices. 8. EXAMPLES OF EXECUTION Example 1: Antibacterial sports textile

[0014] A carrier matrix of camelid fibers and cotton is treated with marine extracts and interwoven with silver threads. The resulting structure exhibits an antibacterial effect of over 99% against pathogenic germs, which is retained even after 100 wash cycles at 40°C. Example 2: Intelligent interface for health monitoring

[0015] By integrating sensory metal elements into a bioactively functionalized matrix, a system is created that continuously monitors vital parameters. The collected data is processed in real time and can be transmitted in encrypted form to medical monitoring systems. Example 3: Hypoallergenic children's textile

[0016] The combination of quinoa fibers with natural saponins and a special weave creates a material that has been proven to repel house dust mites and is suitable for allergy sufferers. The thermoregulating properties of the camelid fibers ensure optimal wearing comfort. Example 4: Multifunctional composite for extreme conditions

[0017] A multi-layered structure combines the water-repellent properties of the bioactive treatment with the thermal conductivity of the copper threads. The resulting material is suitable for applications in extreme environments while also being skin-friendly. Example 5: Intelligent monitoring system

[0018] Integrating NFC chips and temperature sensors into the textile matrix enables contactless authentication and continuous monitoring. The system can be used in various industries for product tracking and quality assurance. 9. COMMERCIAL APPLICABILITY

[0019] The modular system is suitable as a platform technology for the development of a wide variety of products in the following areas: - Textile industry: functional clothing, sportswear, workwear - Medical technology: monitoring textiles, therapeutic clothing, wound dressings - Childcare: Hypoallergenic clothing, bedding - Lifestyle products: Smart accessories, functional jewelry - Technical textiles: filter materials, sensor textiles - Health products: Wellness items, therapeutic applications

[0020] Scalability from laboratory size to industrial production has been proven. The system's flexibility allows for adaptations to specific market requirements without fundamental changes to the core technology. 10. ADVANTAGES OF THE INVENTION

[0021] The present invention offers the following advantages over the prior art: Synergistic effects enable novel functionalities that go beyond the sum of the individual components. - 100% natural base components ensure sustainability and biocompatibility - Modular design allows for flexible product development for different market segments - Proven antimicrobial efficacy >99% without chemical additives - Wash resistance over 100 cycles while maintaining all functionalities - Hypoallergenic properties due to natural saponins - Thermoregulation through special fiber structure - Integration of digital functions without loss of comfort - Suitable for nutritional applications due to purely natural components - Wide range of applications from a single technology base - Scalable production for various industries - Full traceability through digital integration

[0022] The bioactive components are not only suitable for textile applications, but due to their natural origin and proven compatibility, they can also be used in related areas.

[0023] The combination of traditional knowledge about natural materials with state-of-the-art technology creates a future-oriented platform for sustainable innovations.

[0024] The system thus represents a holistic solution that uniquely combines ecological, functional and economic requirements. REFERENCE MARK LIST

[0025] Fig. 1: Module A: Natural support matrix B Module B: Bioactive components Module C: Metallic functional elements D Module D: Synergy amplifier E Functional overall system Synergetic interaction Fig. 2: 1 Bioactive functional layer 2 Support matrix 3 Metallic conductor elements 4 Synergetic Interaction Zone 5 Digital Component (Sensor / Chip)

Claims

[1] Modular multifunctional system, characterized by : a) at least one natural support matrix (module A), b) at least one bioactive component of natural origin (Module B), c) at least one metallic functional element (module C), d) optional synergy-enhancing additions (module D), wherein components b) and c) interact synergistically and together generate functionalities that go beyond the sum of the individual effects. [2] System according to claim 1, characterized by that the bioactive components are selected from the group comprising algal extracts (especially Fucus vesiculosus, Laminaria digitata), saponins from Andean plants (especially Chenopodium quinoa), enzymatic complexes or combinations thereof. [3] System according to claim 1 or 2, characterized bythat the metallic functional elements are selected from the group of precious metals (gold, silver, copper), transition metals (titanium, platinum) or their alloys. [4] System according to any one of the preceding claims, characterized by that the system has antimicrobial, thermoregulatory, sensory or data communication properties. [5] System according to any one of the preceding claims, characterized by that the modules can be combined in variable ratios to create application-specific property profiles. [6] System according to any one of the preceding claims, characterized by that it exists in the form of flexible materials, solid structures, coatings or composites. [7] Use of a system according to any one of claims 1-6 in industrial applications selected from the group comprising, but not limited to: functional materials, health products, lifestyle articles, technical components or combinations thereof. [8] System according to any one of claims 1-6, comprising the steps: a) Provision of the carrier matrix, b) Integration of the bioactive components, c) Incorporation of the metallic elements, whereby the sequence and specific execution of the steps can be varied depending on the desired end product. [9] System according to any one of claims 1-8, additionally characterized by Digital components included: a) integrated sensor units for recording physical and biometric parameters, b) Data processing units with embedded algorithms, c) wireless communication modules for data transmission, d) Interfaces for interaction with external devices, wherein the digital components form a functional unit with the bioactive and metallic elements. [10] System according to claim 9, wherein the data processing comprises the following functionalities: - Real-time monitoring of system-relevant parameters - Pattern recognition and anomaly detection - Adaptive system optimization based on collected data - Encrypted data communication with user devices - Storage and analysis of historical data

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