Eco-friendly vegetable wipes including natural antibacterial and moisturizing ingredients for infant skin protection

Abstract

The present invention relates to hygiene products for infants and children, and more specifically, to an eco-friendly plant-based antibacterial wet wipe for infants that contains natural antibacterial ingredients and is safe for infant skin while effectively inhibiting bacterial growth. From an environmental perspective, existing wet wipe products are often manufactured using synthetic fibers, making them difficult to decompose naturally and contributing to environmental pollution when discarded after mass consumption. Therefore, there is a demand for eco-friendly wet wipes that protect the skin health of infants without burdening the environment. To address these issues, this invention aims to develop wet wipes for infants that are based on naturally derived ingredients and provide sufficient antibacterial effects. To achieve this, chemical preservatives are excluded, and natural antibacterial ingredients such as green tea extract, propolis, and aloe vera are included to inhibit bacterial growth while minimizing skin irritation. Additionally, to enhance skin protection, panthenol and hyaluronic acid are included to protect the skin barrier and provide moisturizing effects. Furthermore, the main objective of this invention is to develop an eco-friendly and sustainable hygiene product by using biodegradable materials for the wet wipe fabric, allowing it to decompose easily in nature.

Description

Technology Field

[0001] The present invention relates to hygiene products for infants and children, and more specifically, to an eco-friendly plant-based antibacterial wet wipe for infants that contains natural antibacterial ingredients and is safe for infant skin while effectively inhibiting bacterial growth. Background Technology

[0002] Infant skin is thinner and more sensitive than that of adults, making it difficult to protect from the external environment. Accordingly, wet wipes for infants are widely used for skin protection and hygiene maintenance, and parents pay close attention to selecting wipes with safe ingredients. However, while existing wet wipes for infants focus on providing skin moisturizing and cleansing functions, they often contain synthetic chemical preservatives (e.g., parabens, phenoxyethanol, etc.) to impart antibacterial properties, which may cause skin irritation or allergic reactions. Furthermore, if the antibacterial effect is insufficient, contaminants may remain on the infant's skin, increasing the risk of bacterial infection. From an environmental perspective, existing wet wipes are often made of synthetic fibers, which are difficult to decompose and cause environmental pollution after use. Therefore, there is a need for eco-friendly wet wipes that can easily decompose in nature while protecting the skin health of infants. To address these issues, the present invention aims to provide a plant-based antibacterial wet wipe for infants that protects the infant's skin using natural antibacterial ingredients and minimizes environmental impact by using biodegradable fabric. The problem to be solved

[0003] Infants' skin is much thinner and more sensitive than adults', making it vulnerable to external stimuli. Consequently, parents pay close attention to selecting hygiene products with safe ingredients to maintain their infants' skin health. In particular, baby wipes are used in various situations—such as changing diapers, wiping hands and faces while out and about, and cleaning the mouth area after eating. Since these products come into direct contact with the skin, safety and antibacterial efficacy are critical factors. However, commercially available baby wipes often contain synthetic chemical preservatives (e.g., parabens, phenoxyethanol, etc.) to enhance antibacterial functions; long-term use of these ingredients may irritate an infant's skin or trigger allergic reactions. Furthermore, some products lack sufficient antibacterial capabilities, leaving harmful bacteria behind that can increase the risk of skin infections. Additionally, from an environmental perspective, conventional wipes are often made of synthetic fibers, making them difficult to biodegrade naturally. Consequently, when discarded after mass consumption, they can become a source of environmental pollution. Therefore, there is a demand for eco-friendly wet wipes that protect the skin health of infants without burdening the environment. To solve this problem, the present invention aims to develop wet wipes for infants that are based on naturally derived ingredients and provide sufficient antibacterial effects. To this end, chemical preservatives are excluded, and a method is applied to minimize skin irritation while inhibiting bacterial growth by including natural antibacterial ingredients such as green tea extract, propolis, and aloe vera. In addition, to enhance skin protection, panthenol and hyaluronic acid are included to protect the skin barrier and provide moisturizing effects. Furthermore, the main goal of the present invention is to develop an eco-friendly and sustainable hygiene product by using a biodegradable material for the wet wipe fabric so that it can easily decompose in nature. means of solving the problem

[0004] The present invention aims to provide an antibacterial wet wipe for infants that effectively eliminates harmful bacteria without irritating the sensitive skin of infants. To this end, the present invention incorporates natural antibacterial ingredients such as green tea extract, propolis, and aloe vera to inhibit bacterial growth while maximizing skin protection effects. Green tea extract possesses powerful antioxidant and antibacterial properties, while propolis, as a naturally derived antibacterial substance, effectively inhibits the proliferation of bacteria and fungi. Additionally, aloe vera provides moisturizing and skin-soothing effects, helping to protect the delicate skin of infants. In particular, the present invention includes panthenol and hyaluronic acid for skin protection, thereby strengthening the skin barrier and maintaining a moist state even after use. By applying a naturally derived preservative system instead of conventional synthetic preservatives, the product is designed to maintain long-term preservation without burdening the skin. This ensures preservation while enhancing safety by using only skin-friendly ingredients. Furthermore, the present invention utilizes a biodegradable fabric for the wet wipe material instead of conventional synthetic fibers, facilitating natural decomposition. These biodegradable fabrics not only possess eco-friendly characteristics but also offer a softer touch compared to conventional synthetic fibers, thereby reducing irritation to an infant's skin. Furthermore, the fabric's structure is finely tuned to maintain sufficient strength while remaining soft, preventing it from tearing or easily deforming during use. In addition, the present invention includes a process of setting an optimal blending ratio and mixing at an appropriate temperature of 40 to 70°C to maximize the effectiveness of natural antibacterial ingredients. This allows for the maximization of antibacterial effects while maintaining the efficacy of natural ingredients to the fullest extent, and ensures that the quality of the product does not deteriorate even with long-term use.As such, the present invention provides an antibacterial wet wipe for infants that offers various advantages, such as including an optimal combination of natural antibacterial and skin-protecting ingredients, improving the manufacturing process to maintain long-term stability without chemical preservatives, and ensuring eco-friendliness by applying biodegradable fabric. Effects of the invention

[0005] Unlike conventional wet wipes, the plant-based antibacterial wet wipe for infants according to the present invention does not contain synthetic preservatives and utilizes natural antibacterial ingredients, making it safer for use on infant skin. Through the antibacterial effect based on natural ingredients, it inhibits the proliferation of harmful bacteria, allowing for more thorough management of infant hygiene, and is designed to be used without irritation even on sensitive skin. Furthermore, by including panthenol and hyaluronic acid for skin protection and moisturization, it prevents the skin from drying out after use, thereby maintaining skin health even during prolonged use. The fabric used in the present invention is composed of biodegradable materials that decompose easily in the natural environment, thus minimizing the environmental impact after use. In particular, by adjusting the structural characteristics of the fabric to provide a soft touch while ensuring sufficient durability, it prevents tearing or deformation during use. These characteristics provide parents with confidence and enable the product to establish itself as a more competitive item in the infant product market. In conclusion, the plant-based antibacterial wet wipe for infants according to the present invention is a product that considers skin safety, hygienic effects, and environmental friendliness, and can be utilized as a hygiene product that provides satisfaction to both infants and parents. Specific details for implementing the invention

[0006] To implement the present invention, it is important to clearly establish the manufacturing process of plant-based antibacterial wet wipes for infants and to optimize the mixing ratio and processing method of each component. The wet wipes of the present invention are manufactured by appropriately combining natural antibacterial and moisturizing ingredients to effectively suppress harmful bacteria while minimizing irritation to the sensitive skin of infants. First, the basic solution of the wet wipes is prepared using purified water as the main component, to which plant-based ingredients such as green tea extract, propolis, and aloe vera are blended as natural antibacterial ingredients. Additionally, grapefruit seed extract and rosemary extract are added to enhance the natural preservative effect. Panthenol and hyaluronic acid are added to strengthen the moisturizing effect, and 100% biodegradable fibers are used for the wet wipe fabric. The manufacturing process of the product includes the steps of raw material preparation, mixing and dissolving, filtration and purification, formulation, and packaging and sealing. Through this manufacturing process, the plant-based antibacterial wet wipes for infants of the present invention contain an optimal combination of natural antibacterial and moisturizing ingredients, and can be provided as an eco-friendly product that protects the skin even after use and does not burden the environment.

Claims

Claim 1 The present invention provides an antibacterial wet wipe for infants characterized by using purified water as a base solvent to impart an antibacterial effect by including green tea extract, propolis, and aloe vera, and containing panthenol and hyaluronic acid as moisturizing ingredients to protect the skin barrier and maintain a moist state, reducing the burden on the skin by applying a naturally derived preservative system instead of chemical preservatives, and using a biodegradable fabric to provide an environmentally friendly plant-based antibacterial wet wipe for infants. Claim 2 The plant-based antibacterial wet wipe for infants according to claim 1, characterized in that the antibacterial wet wipe for infants includes a manufacturing process of mixing ingredients at a temperature of 40 to 70°C to maximize the antibacterial effect of natural extracts. Claim 3 A plant-based antibacterial wet wipe for infants according to claim 1 or 2, characterized in that the antibacterial wet wipe for infants includes natural nanocellulose with a size of 0.2 to 1 μm to enhance moisturizing effect. Claim 4 A plant-based antibacterial wet wipe for infants according to claims 1 to 3, characterized in that the fabric of the antibacterial wet wipe for infants has a finely tuned tissue structure, thereby providing a soft touch while maintaining sufficient strength so as to minimize deformation during use. Claim 5 A plant-based antibacterial wet wipe for infants according to claims 1 to 4, characterized in that the antibacterial wet wipe for infants maintains a weakly acidic composition in the pH range of 5.5 to 6.5 to preserve the natural protective barrier of the infant's skin. Claim 6 The plant-based antibacterial wet wipes for infants according to claims 1 to 5, characterized in that the antibacterial wet wipes for infants are configured to prevent the ingress of external contaminants and microorganisms by adding a high-temperature sterilization process during the manufacturing process and to allow for safe long-term use.