Breathable Gauze Patch with Perforated Aperture
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Solution Overview
Problem
Conventional wound dressing methods, such as gauze patches with tape, are inadequate for wounds requiring aeration like burns, diabetic nerve damages, and surgeries, as they can be tedious and resource-intensive for prolonged treatment, and may cause skin irritation.
Innovation Solution
A breathable medical gauze patch with a center aerated aperture and multiple layers of sterilized medical-grade gauze, incorporating perforations for aeration and absorption, and an adhesive border to prevent skin irritation, allowing for efficient wound healing and infection prevention.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional gauze patch with tape is applied to wounds, then wound coverage is achieved, but aeration is blocked and skin irritation occurs
Solution Approach 1:
The bandage body is constructed with a porous structure containing multiple air holes distributed throughout the material. This porous design allows oxygen and air circulation to reach the wound site while the bandage remains in place, eliminating the need for additional plaster and preventing skin irritation from blocked aeration.
2Reliability
If multiple wound dressings are applied for prolonged treatment, then wound protection is maintained, but treatment becomes tedious and resource draining
Solution Approach 1:
The invention integrates multiple functions into a single bandage structure: the bandage body provides coverage, the porous structure enables aeration, the adhesive border ensures secure attachment, and the gel layer offers additional protection. This unified design eliminates the need for separate plaster application and reduces the number of dressing changes required.
Solution Approach 2:
The bandage is designed to serve multiple purposes simultaneously - it acts as a protective covering, an aeration system, an adhesive dressing, and an absorbent layer. The gel-containing bandage can address various wound types including burns, diabetic nerve damages, surgeries, and scar tissues, making it a universal solution for prolonged wound treatment.
3Reliability
If thick gauze layers are used to protect wound site, then protection is enhanced, but aeration is reduced
Solution Approach 1:
The bandage body employs a porous material structure with multiple air holes distributed throughout its thickness. This allows the bandage to maintain protective coverage while permitting oxygen and air circulation to reach the wound site, resolving the conflict between protection and aeration.
4Reliability
If adhesive is applied to entire bandage surface, then attachment strength is improved, but skin irritation increases
Solution Approach 1:
The adhesive is applied selectively only to the border periphery of the bandage body rather than the entire surface. This localized adhesive application provides sufficient attachment strength to secure the bandage in place while minimizing adhesive contact with the skin, thereby reducing irritation for sensitive skin types.
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 breathable gauze patch facilitates faster wound healing by maintaining a clean environment, preventing infections, and accommodating various wound severities through adjustable thickness and superior absorbency, making it suitable for diverse wound types.
Implementation Method 1
The at least one ply, made of high-quality, sterilized medical grade gauze patch, permits aeration therethrough to the wound site and comprises a plurality of perforations that enhances aeration to the wound site
Implementation Method 2
The at least one bandage body comprises an adhesive on the underside thereof that permits mounting about the wound site of the extraneous user/recipient
Implementation Method 3
absorb leakages, protect the wound site
Data Source
AI summary
A breathable medical gauze patch includes at least one bandage body coupled with at least one ply of gauze or similar to, which not only helps wounds heal fast, but also prevent infections and potential complications. The at least one bandage body includes an adhesive on the underside that permits mounting about the wound site of a user/recipient. The at least one ply is disposed about a bandage aperture of the at least one bandage body. The at least one ply permits aeration therethrough to the wound site and facilitates absorption of any seepage of the wound while protecting the wound from the exterior environment. Further, the at least one ply may include multiple layers of sterilized medical grade gauze, a gel and an adhesive that allow the present invention to be efficiently and effectively applied to various deep or shallow wounds for facilitating speedy healing of the wounds.