Skin Care Cream With Boric Acid For Microbial Control
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Solution Overview
Problem
Existing skin care creams do not effectively address skin issues like irritation, redness, itch, dermatitis, scars, burns, dryness, eczema, and bedsores without causing side effects, and lack the use of boric acid which could accelerate treatment by inhibiting microbial reproduction.
Innovation Solution
A skin care cream production method incorporating coconut oil, hippophae oil, vaseline, lanolin oil, zinc oxide, boric acid, and wax, along with DexPanthenol and phloramin, which are combined and processed to create a homogeneous mixture that provides antiseptic properties and enhances skin healing without side effects.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional skin care creams are used, then basic skin moisturizing is provided, but they fail to effectively treat skin issues like irritation, redness, dermatitis, scars, burns, and dryness without causing side effects
Solution Approach 1:
The patent combines multiple natural ingredients (coconut oil, hippophae oil, lanolin oil, vaseline, zinc oxide, boric acid, and DexPanthenol) into a composite cream formulation. Each component contributes specific therapeutic properties: coconut oil for anti-inflammatory effects, zinc oxide for wound healing and antimicrobial action, boric acid for antiseptic properties, and DexPanthenol for skin regeneration. This composite approach achieves comprehensive treatment of various skin conditions while maintaining safety through natural, biocompatible materials.
2Productivity
If boric acid is added to the cream formula, then treatment speed is accelerated by inhibiting microbial reproduction, but the formula complexity increases
Solution Approach 1:
Boric acid serves multiple functions within the cream formulation: it acts as an antiseptic agent to inhibit microbial growth, provides anti-inflammatory benefits, and accelerates wound healing. By incorporating boric acid into the existing multi-ingredient formula, the patent achieves enhanced treatment speed without requiring separate applications of different products. The boric acid integrates seamlessly with other components like zinc oxide and coconut oil to provide synergistic effects for treating various skin conditions.
3Adaptability or versatility
If multiple ingredients are combined to treat various skin conditions, then comprehensive skin care is achieved, but manufacturing precision requirements increase
Solution Approach 1:
The patent employs a systematic mixing process where ingredients are prepared and combined in a specific sequence to ensure homogeneity. The cream formulation process involves thorough mixing of oil-phase ingredients (coconut oil, hippophae oil, lanolin oil, vaseline) with water-soluble components (zinc oxide, boric acid, DexPanthenol) to achieve uniform distribution of active ingredients. This preliminary and methodical mixing approach ensures that each component is evenly distributed throughout the cream matrix, maintaining consistent therapeutic efficacy across the entire product batch.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The cream effectively treats skin issues by nourishing, protecting against infections, promoting healing, and preventing dryness, while boric acid's antiseptic properties accelerate treatment by reducing microbial reproduction, ensuring faster recovery without side effects.
Implementation Method 1
Boric acid within the production formula of the skin care cream, which has antiseptic characteristic and decelerates reproduction of microbes on the skin
Implementation Method 2
The coconut oil included within the content of the production method formula of the skin care cream of the present invention nourishes the skin and assists in protection against infections
Implementation Method 3
Omega 7 contributes to prevention of extreme dryness on the skin due to the fact that Omega 7 enhances water-holding capacity of the body
Implementation Method 4
The vaseline and liquid vaseline substance included within the content of the production method formula of the skin care cream of the present invention has anti-bacterial characteristics and is used for treatment of skin dryness
Implementation Method 5
The lanolin oil within the formula prevents loss of moisture
Implementation Method 6
whereas, wax contributes to renewal of the dry skin and scar pains thanks to its water texture
Implementation Method 7
The zinc oxide substance included within the content of the production method formula of the skin care cream of the present invention is an extremely important vitamin for the skin. It enhances the immunity. Furthermore, it ensures generation of new cells and improves scar healing
Implementation Method 8
DexPanthenol substance added to the mixture repairs the skin and thereby, renews the skin
Data Source
AI summary
This invention is related to the production method of skin care cream, which can be used for treatment of irritation, redness, itch, dermatitis, scar, burn, skin dryness, allergy, eczema, skin crack, bedsore on the skin by revitalizing the skin cells without causing any side effect thanks to its formula. Boric acid within the production formula of the skin care cream, which has antiseptic characteristic and decelerates reproduction of microbes on the skin, offers faster treatment process.