Deployable Cushioning Sheet for Adaptive Packaging
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Solution Overview
Problem
Existing packaging solutions lack customizable cushioning that can adapt to the shape of the item being packaged, leading to inefficiencies in space usage and increased shipping costs due to voluminous cushioning materials.
Innovation Solution
A container with deployable cushioning sheets that can be extended and integrated into the packaging structure, providing customizable cushioning by deploying from a first position within the container to a second position outside, allowing for optimal adaptation to the object's shape.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional cushioning materials are used, then protection is provided, but space efficiency deteriorates and shipping costs increase
Solution Approach 1:
The cushioning sheet is designed to be deployable and expandable, transitioning from a compact stored state to an expanded protective state. The sheet can be pulled from a mailer and expanded to conform to the shape of packaged items, providing dynamic adaptation rather than static fixed-volume cushioning.
Solution Approach 2:
The cushioning sheet changes its physical parameters (volume, shape, density) through deployment and expansion. The material transitions from a compressed state during shipping to an expanded state during use, optimizing both space efficiency and protective capability at different stages.
2Ease of manufacture
If fixed-volume cushioning is used, then packaging is simple, but adaptability to different object shapes deteriorates
Solution Approach 1:
The cushioning sheet is made from flexible material that can be easily manufactured and stored in a compact form. When deployed, the flexible nature of the sheet allows it to conform to various object shapes while maintaining ease of use and manufacturing.
Solution Approach 2:
The sheet transitions from a static compact form to a dynamic expanded form that can adapt to different shapes. This dynamic capability is achieved through the deployable design that allows the sheet to be pulled, expanded, and shaped according to the packaged items.
3Reliability
If voluminous cushioning materials are used, then protection is enhanced, but shipping costs increase
Solution Approach 1:
The cushioning sheet is nested within the mailer in a compact form during shipping, similar to a nested doll structure. The sheet is stored inside the mailer until needed, maximizing space efficiency during transport while providing full protective capability when deployed.
Solution Approach 2:
The cushioning system dynamically changes volume from a compact stored state to an expanded protective state. This dynamic transformation allows the same material to provide enhanced protection when needed while minimizing quantity and shipping costs during transport.
Data Source
AI summary
Containers (100), for example boxes, envelopes, mailers, and the like containing one or more deployable cushioning sheets (1500) are disclosed. The deployable cushioning sheets (1500) are connected to at least one wall of the containers (100) and can be deployed to be partially outside of the container for cushioning, for example by wrapping, an object (1600) to be packaged. The deployable cushioning sheets (1500) can contain, for example, paper, cardboard, foam, bubble film, or the like, or they can contain combinations of different types of materials. The containers (100) are useful in methods of packaging, storing, and shipping, among other uses.