Modular Pallet System for Bulky Goods Stability
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Solution Overview
Problem
Existing pallet systems are inadequate for transporting big and bulky goods, as they lack stability and tilt resistance when stacked, and are often too bulky and costly due to non-returnable, lightweight designs that fail to efficiently utilize space during transportation.
Innovation Solution
A modular pallet system comprising basic-pallets, vertical-pillars, and transversal-reinforce-elements, connected via screws or plug connections, allowing for customizable assembly to fit specific payloads and providing enhanced stability and space efficiency, with modules designed to be lightweight yet capable of carrying heavy loads.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If standard pallet systems are used for transporting big and bulky goods, then the transport of goods can be performed, but the stability and tilt resistance are insufficient when stacked
Solution Approach 1:
The pallet system is divided into modular components including basic pallets, vertical pillars, and reinforce elements that can be assembled together. This segmentation allows the system to be customized for different cargo sizes while maintaining structural integrity and stability when stacked, directly addressing the limitation of standard pallets for big and bulky goods.
Solution Approach 2:
The system allows dynamic configuration by assembling and disassembling modular components based on cargo requirements. The vertical pillars and reinforce elements can be adjusted or removed depending on the stacking requirements and cargo dimensions, enabling the pallet system to adapt to various transport scenarios while maintaining reliability.
2Ease of manufacture
If non-returnable lightweight pallets are used, then the cost can be reduced, but the weight and bulk increase reducing space efficiency
Solution Approach 1:
The pallet system is designed as a returnable and reusable modular structure. After use, the components can be disassembled and returned for reuse in subsequent transports. This eliminates the need for disposable lightweight pallets, reducing long-term costs while the modular design minimizes volume when disassembled for return transport.
Solution Approach 2:
By segmenting the pallet into separate modular components, the system reduces the volume occupied during return transport. Only the necessary components are assembled for each transport task, and the remaining components can be compactly stored or returned separately, improving space efficiency compared to bulky non-returnable pallets.
3Productivity
If traditional pallet systems are used for stacked transport, then the transport can be performed, but the space utilization in transport vehicles is inefficient
Solution Approach 1:
The modular pallet system enables dynamic adaptation to different cargo dimensions and transport vehicle configurations. By adjusting the number and arrangement of vertical pillars and reinforce elements, the pallets can be optimized for each transport task, maximizing space utilization in vehicles while maintaining the productivity benefits of standardized transport processes.
Data Source
AI summary
Modular pallet system for transporting bulky and fragile goods in a multi-story constellation, the system consists of the modules basic-pallet, vertical-pillars, longitudinal-reinforce-elements and transversal-reinforce-elements. The basic-pallet provides the surface for placing the cargo and for lashing via integrated tie-down points. Further junction points at the edges of the basic-pallet are for the connection with the vertical-pillars and through these with the reinforce elements, necessary to provide the assembly's stability, enabling stack ability with additional basic-pallets on top.