Packaging Insert for Precise Article Personalization
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Solution Overview
Problem
Personalization of articles, such as clothing and accessories, is a labor-intensive process due to the need for precise positioning and orientation on personalization systems, which varies with different shapes and sizes of articles.
Innovation Solution
Packaging with a first container and insert that retains articles in a predetermined position and orientation, allowing access for personalization systems like embroidery, DTG printing, or laser etching, reducing the need for skilled labor and time by securely holding articles in place for precise personalization.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If articles are manually positioned and oriented on personalization systems, then personalization precision can be achieved, but labor intensity and skill requirements increase
Solution Approach 1:
The packaging structure pre-positions and pre-orients the article within the container before the personalization process begins. The insert is designed with specific geometric features that automatically align the article in the correct orientation, eliminating the need for manual positioning operations during personalization setup.
Solution Approach 2:
The packaging container acts as an intermediary device between the article and the personalization system. By standardizing the article's position within the container, the packaging mediates the interaction between the variable article shapes and the fixed personalization system, enabling consistent positioning without skilled manual intervention.
2Manufacturing precision
If different articles are positioned differently for personalization, then each article can be personalized accurately, but loading time and complexity increase
Solution Approach 1:
The packaging container is designed as a universal fixture that can accommodate multiple different article types and sizes through standardized retention mechanisms. The insert structure provides adjustable or adaptable retention features that work across various article configurations, eliminating the need for different positioning procedures for each article type.
Solution Approach 2:
The packaging is designed to pre-establish the correct article orientation and position before personalization begins. The insert geometry and retention features are configured in advance to automatically align articles, so that loading the packaged article onto the personalization system requires no additional positioning time or skill.
3Manufacturing precision
If skilled operators manually position articles, then personalization quality is maintained, but labor costs increase
Solution Approach 1:
The packaging structure performs the positioning function automatically through its own geometric design and retention mechanisms, without requiring external skilled operators. The insert and container work together to self-align and secure the article in the correct position, making the personalization process independent of operator skill level.
Solution Approach 2:
The standardized packaging serves as an intermediary that transfers the positioning function from human operators to the mechanical structure. By embedding the positioning logic in the packaging design rather than relying on operator skill, the system achieves consistent personalization quality without skilled labor intervention.
Data Source
AI summary
Packaging for retaining an article to be personalized in a predetermined position relative to the packaging may include a first container defining an interior cavity and an insert designed to retain the article in a predetermined position and orientation relative to the insert. The insert may be positioned within the interior cavity so that the article retained by the insert is within the interior cavity. At least one of the first container may define an opening designed to provide access to a personalization system for personalizing a predetermined surface of the article while the article is retained by the insert and the insert and article are positioned within the interior cavity so that the predetermined surface can be personalized based on the position of the first container relative to the personalization system.