Flexible Flower Wrapping Material with Segmented Asymmetric Parts
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Solution Overview
Problem
Existing flexible wrapping materials for flowers and plants are costly to manufacture and require complex preparation to achieve a consistent, hand-wrapped appearance.
Innovation Solution
A flexible wrapping material comprising at least two connected or connectable parts with distinctive shapes, prints, and/or different materials that can be folded to create a decorative, hand-wrapped appearance, with the option of further folding and sealing to form a package, and incorporating cutouts for receiving flowers.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If traditional flexible wrapping materials are used, then a hand-wrapped appearance can be achieved, but manufacturing costs increase and preparation becomes complex
Solution Approach 1:
The wrapping material is divided into multiple parts with distinctive shapes that can be assembled together. Each part has a specific shape (e.g., triangular, rectangular) that contributes to the overall hand-wrapped appearance when assembled, allowing for simplified manufacturing of individual components while maintaining the decorative effect
Solution Approach 2:
The wrapping material employs asymmetric shapes and distinctive prints on different parts to create the authentic hand-wrapped appearance. The irregular shapes and varied patterns on each part simulate the unique characteristics of hand-wrapped packaging, achieving the desired aesthetic without requiring complex manual wrapping processes
2Ease of operation
If traditional flexible wrapping materials are used, then wrapping functionality is provided, but achieving consistent appearance requires complex preparation
Solution Approach 1:
The distinctive shapes and prints are pre-applied to the wrapping material parts during manufacturing. The asymmetric designs and patterns are already configured on each part, so that when the parts are assembled, the hand-wrapped appearance is automatically achieved without requiring complex preparation or alignment processes
Solution Approach 2:
Different parts of the wrapping material have distinctive local characteristics (different shapes, prints, and optical properties) that contribute to the overall appearance. Each part is designed with specific local qualities that, when combined, create the consistent hand-wrapped look, simplifying the preparation process while ensuring appearance consistency
3Ease of manufacture
If simple wrapping materials are used, then manufacturing costs are reduced, but aesthetic appeal and hand-wrapped appearance are compromised
Solution Approach 1:
The wrapping material combines multiple parts with different characteristics (different shapes, prints, and optical properties) to create a composite structure. This composite approach allows for cost-effective manufacturing of individual parts while the combination produces the desired aesthetic appearance and hand-wrapped effect
Solution Approach 2:
The wrapping material incorporates different optical properties and prints on various parts, including variations in color, transparency, and pattern. These visual variations create the authentic hand-wrapped appearance while the parts themselves remain cost-effective to manufacture
Data Source
AI summary
Flexible wrapping material for wrapping flowers and/or plants, wherein at least two connected parts having mutually distinctive shapes border next to each other along a straight line separating said parts from each other. Optionally said parts are provided with mutually distinctive prints on said parts. In another embodiment said parts are embodied in mutually different materials. It is suitable that one part is embodied in a plastic material and the other part is embodied in a woven or nonwoven fabric material. Neighboring edges of adjacent parts are sealed to each other. Sealing can be achieved in many ways, for instance by heating or by ultrasonic sealing.