Arm Sleeve Translucent Window for Wearable Device Access
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Solution Overview
Problem
Clothing often inhibits the ability to view or operate wrist wearable computing devices, such as smart watches and fitness trackers, especially in colder environments where additional clothing is needed.
Innovation Solution
An arm sleeve garment with a translucent panel around the wrist area allows users to view and operate their devices without removing the sleeve, featuring a design that can be a standalone item or integrated into clothing like body suits or shirts, with triple stretch stitching for durability and thermally conductive materials for touch functionality.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Temperature
If an arm sleeve garment is worn to cover the arm in colder environments, then thermal comfort and warmth are improved, but the ability to view and operate wrist wearable computing devices deteriorates
Solution Approach 1:
The arm sleeve garment incorporates a translucent panel specifically at the wrist area, creating a localized functional zone that differs from the rest of the garment. This translucent window allows users to view and interact with their wrist devices while the rest of the sleeve maintains full coverage for thermal comfort, thus resolving the contradiction between warmth and device accessibility
2Temperature
If the arm sleeve garment is made fully opaque for warmth and style, then thermal comfort and aesthetic appearance are improved, but the ability to view wrist devices without removing the sleeve deteriorates
Solution Approach 1:
The garment transitions from a uniformly opaque design to one with a localized translucent panel at the wrist area. This creates a functional gradient where most of the sleeve remains opaque for warmth and style, while the specific wrist region becomes translucent to enable device visibility without compromising overall thermal comfort or aesthetic appearance
3Ease of operation
If a translucent panel is added to the arm sleeve to enable device viewing, then device accessibility is improved, but the complexity of the garment construction increases
Solution Approach 1:
The translucent panel is implemented as a thin, flexible material that can be integrated into the arm sleeve garment structure. This approach minimizes the added complexity by using a material that conforms to the sleeve's shape and can be sewn or attached using standard garment construction techniques, rather than requiring complex rigid structures or multiple components
Data Source
AI summary
An arm sleeve with a translucent window includes an arm sleeve garment, a wrist opening, and a translucent panel. The arm sleeve garment includes a hand section, a wrist section, and a forearm section. The hand section is terminally connected to the wrist section. The forearm section is terminally connected to the wrist section, opposite of the hand section. The wrist opening is integrated into the wrist section as the wrist opening can be positioned on a posterior panel of the wrist section, an anterior panel of the wrist section, or around the wrist section. The translucent panel is perimetrically connected to the wrist section about the wrist opening, wherein the translucent panel enables operation of a wrist wearable computing device.