Blue factor eye care gel

Abstract

Blue Factor Eye Care Gel focuses on myopia prevention and eye health in the digital age, specifically developed for those who frequently use screens. The product uses tea extract (caffeine) and purple cabbage as its core plant extracts, offering both protective and nourishing benefits. Caffeine promotes eye circulation and relieves fatigue, while anthocyanins and beta-carotene work synergistically to block 40% of harmful blue light, nourishing the retina and relieving eye fatigue such as dryness and soreness. The product uses a biodegradable gel film with 3D contouring for a secure fit, suitable for various scenarios including office work and commuting. Individually packaged in sterile aluminum foil, it is compact and portable, requiring only peeling and applying without washing and leaving no sticky residue. The formula adheres to the 50% standard, free of alcohol, fragrances, preservatives, pigments, and irritating additives. Its heavy metal content is superior to industry standards, making it safe for sensitive skin, students, and office workers. It provides rapid relief in 15 minutes, offering continuous nourishment and gentle protection for the eyes in all scenarios.

Description

Technical Field

[0001] This invention belongs to the field of eye care products technology, specifically relating to an eye-protecting gel film technology based on natural plant extracts, which has both blue light protection and eye fatigue relief effects, and is suitable for teenagers and people who frequently use screens. Background Technology

[0002] With the full arrival of the digital age, electronic screen devices such as smartphones, tablets, and laptops have become deeply integrated into the learning and daily lives of teenagers. At the same time, office workers also face the challenge of frequent and prolonged screen use, leading to a high incidence of myopia among teenagers and widespread eye strain, which has become a pressing public health problem. Related data shows that the overall myopia rate among children and adolescents in my country remains high. Prolonged close-range screen use, continuous stimulation from harmful blue light, and poor blood circulation around the eyes not only exacerbate eye strain, causing discomfort such as dry eyes, eye fatigue, and blurred vision, but also accelerate the progression of myopia, damage retinal health, and pose a serious threat to the visual development and long-term eye safety of teenagers. While there are many eye care products on the market, professional eye care products specifically designed for myopia prevention and control among teenagers and those who frequently use screens still have many technical shortcomings. First, most eye care products only offer a single soothing effect, failing to simultaneously provide protection against harmful blue light and deep nourishment for the eyes, making it difficult to address the multi-dimensional eye damage prevalent in the digital age. Second, some eye care products contain irritating ingredients such as alcohol, fragrances, and preservatives, resulting in insufficient formula safety and making them unsuitable for the needs of teenagers and those with sensitive skin, easily causing eye allergies and other discomfort. Third, existing eye patch products mostly use ordinary film materials with poor cutting and fitting, making them prone to falling off and leaving sticky residues. They also lack portability and ease of use, failing to meet the needs for rapid eye care in various scenarios such as commuting, studying, and working. Fourth, the technology for compounding and applying natural plant active ingredients in eye care products is still immature, resulting in poor synergistic effects of ingredients. The efficiency of blue light blocking and the effect of relieving eye fatigue are difficult to achieve ideal levels, failing to provide comprehensive, gentle, and effective continuous protection for the eyes. In summary, existing eye care technologies cannot simultaneously address the multiple needs of teenagers in terms of myopia prevention, blue light protection, eye fatigue relief, safety, and adaptability to various scenarios. The market urgently needs a professional eye care product that uses natural plant extracts as its core, offers both protective and nourishing effects, has a safe and gentle formula, is easy to use, and is specifically developed for people who frequently use screens. This would compensate for the shortcomings of existing technologies and effectively solve eye health problems in the digital age. Based on this, this technology utilizes a blend of core plant extracts such as tea extract (caffeine) and purple cabbage, combined with biodegradable membrane materials and optimized design, to develop the Blue Factor Eye Protection Gel. This effectively overcomes many shortcomings of existing products and meets the eye care needs of teenagers and those who frequently use screens. Summary of the Invention

[0003] This invention addresses the technical shortcomings of existing eye care products, such as limited efficacy, insufficient safety, poor user experience, and poor synergistic effect of natural plant extracts. Combining the current needs of myopia prevention and control among teenagers and the eye health pain points of people who frequently use screens, this invention provides a blue factor eye care gel. This eye care gel uses natural plant extracts as its core active ingredient, and has the dual effects of protecting against harmful blue light and nourishing the eye area. The formula is safe and non-irritating, and the membrane material is cut to fit comfortably and is portable. It can effectively solve problems such as eye fatigue, blue light damage, and myopia prevention and control in the digital age, and is suitable for various groups such as teenagers, people with sensitive skin, and office workers.

[0004] Specific implementation method: This section discloses a standardized, repeatable, and industrially scalable specific preparation method of the Blue Factor Eye Protection Gel Eye Patch to illustrate the present invention in detail, but it is not intended to limit the scope of the present invention.

[0005] 1. Raw material composition (single preparation volume):

[0006] Ingredients: 50.0g peppermint leaves, 200mL distilled water, 3.0g gelatin, 1.1g gellan gum, 32.4mg calcium bicarbonate, 0.02g anthocyanins, 0.04g caffeine, 0.7mL glycerin, 10mL warm water (40℃). This product is free of alcohol, flavorings, preservatives, colorings, and irritating additives. Heavy metal content is better than industry standards.

[0007] 2. Preparation steps:

[0008] 1) Preparation of peppermint water: Wash peppermint leaves, add distilled water and boil, simmer for 5 minutes, filter twice, and let cool before use.

[0009] 2) Pretreatment of active ingredients: Caffeine is dissolved and filtered in 40°C warm water; anthocyanins are diluted and dispersed in cool peppermint water and used immediately.

[0010] 3) Preparation of film-forming solution: Add gelatin to peppermint water and stir in a water bath at 45–50℃ until dissolved; add gellan gum and stir until uniform and free of particles; add calcium bicarbonate, glycerin, anthocyanin solution and caffeine solution in sequence and mix thoroughly.

[0011] 4) Casting and molding: Control the temperature at 40–45℃, pour the film-forming liquid into a petri dish lined with plastic wrap, spread it evenly, and the film thickness is 0.15–0.2mm.

[0012] 5) Cooling and demolding: Let stand at room temperature for 30 minutes until completely solidified, demold and cut into 6cm×8cm eye patch sizes, seal and refrigerate at 4–8℃.

[0013] 3. Product Structure and Characteristics

[0014] It uses a gelatin-gellan gel composite system, which is flexible, stable and not easy to crack or fall off; 3D three-dimensional cutting to fit the eye area; individually sterile aluminum foil packaging, tear and stick immediately without sticky residue.

[0015] 4. Functional Effects

[0016] Caffeine promotes circulation around the eyes, quickly relieving dryness and soreness; anthocyanins work together to nourish the retina and can block 40% of harmful blue light; it takes effect in 15 minutes, is gentle and safe, and is suitable for teenagers, people with sensitive skin, and people who use screens frequently.

Claims

1. The peppermint water extracted by boiling with distilled water as the cooling base; gelatin 3.0g + gellan gum 1.1g as the film body matrix, calcium bicarbonate 32.4mg to optimize the film structure, glycerol 0.7mL to adjust the flexibility; anthocyanins 0.02g + caffeine 0.04g as the core active ingredients.

2. The anthocyanin eye patch according to claim 1, characterized in that The eye patch adds gel and gellan gum in the film-forming base material to improve the support force and structural stability of the film body, control the ductility of the film body within an appropriate range, and avoid deformation during application.

3. The anthocyanin eye patch of claim 1, wherein The caffeine needs to be fully dissolved in 40℃ warm water and sieved before being added to the film-forming solution to remove unsolved particles and prevent wrinkles on the film body.

4. The method for preparing anthocyanin eye patches according to claim 1, characterized in that... A pretreatment step of rinsing the container with 40℃ warm water and wiping it dry before film formation is performed to avoid rapid solidification of the film-forming solution caused by low temperature difference and ensure uniform film formation.

5. The anthocyanin eye patch according to any one of claims 1 to 4, characterized in that The eye patch is used to relieve eye fatigue and dryness, improve periorbital edema, pigmentation, and light damage.