Collapsible Packaging Base with Honeycomb Fill for Cargo Protection
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Solution Overview
Problem
Conventional packaging devices become excessively large to withstand forces, occupying more space and reducing shipping efficiency due to limited cargo capacity in trucks and warehouses.
Innovation Solution
A collapsible packaging apparatus featuring a base with foldable regions and force-bearing features with fill materials, such as honeycomb designs, that absorb and counteract forces, allowing the apparatus to reduce its footprint when not in use.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Strength
If packaging devices are made larger to withstand larger forces, then force resistance is improved, but space occupancy increases reducing shipping efficiency
Solution Approach 1:
The packaging device employs a collapsible base featuring foldable regions that allow the structure to dynamically change its configuration. When not in use, the base can be collapsed to reduce volume for efficient storage and shipping. When needed, the base expands to provide adequate space for force-bearing features that protect cargo from external forces, thus resolving the contradiction between strength and space occupancy.
Solution Approach 2:
The base is divided into multiple foldable regions that can be independently collapsed or expanded. This segmentation allows the packaging device to be compact during transport while maintaining the capability to expand into a protective structure when cargo needs to be secured against forces during transit.
2Reliability
If packaging devices are made larger to include size and shape in accordance with larger goods, then cargo protection is improved, but shipping efficiency decreases
Solution Approach 1:
The collapsible base allows the packaging device to adapt its size dynamically. During shipping, the collapsed state minimizes space occupancy, maximizing the number of packages that can be transported. When cargo is loaded, the base can be expanded to provide adequate protection for the goods, ensuring reliability without permanently sacrificing shipping efficiency.
Solution Approach 2:
The packaging device changes its physical parameters (volume, shape) based on operational requirements. The foldable regions enable transitions between compact and expanded states, allowing the same device to optimize both shipping efficiency and cargo protection depending on whether it is in transit or in use.
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 apparatus effectively protects cargo from external forces while minimizing space occupancy, enhancing shipping efficiency by allowing for more cargo to be transported and stored.
Implementation Method 1
the fill material provides a counterforce to prevent the object from contacting the item
Data Source
AI summary
A packaging apparatus for providing protection against forces directed to an item (or items) is disclosed. The packaging apparatus designed to protect the item during, for example, transport of the item subject to sudden movement by a transportation vehicle (carrying the item) that may cause other items to contact the item. The packaging apparatus may include one or more force bearing features, each of which may include a fill material positioned to provide a counterforce against a force (or forces) in a direction toward the item. The packaging apparatus is also suitable for protecting cylindrical objects (such as drums) during transport. In this regard, several force bearing features disposed on opposing sides of a base member. Further, a strap can be secured to the transport vehicle to combine to provide additional force acting against unwanted movement of the items.