Multi-level Partition Assembly for Container Space Utilization
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Solution Overview
Problem
Traditional partition assemblies for shipping containers are inefficient in maximizing space utilization, especially for irregularly-shaped products, leading to wasted space and increased shipping costs, and require time-consuming assembly and disassembly.
Innovation Solution
A collapsible partition assembly with interlocking dividers featuring tongues and slots, and a section divider with a fold line that allows for multiple levels of cell creation, enabling efficient stacking and easy assembly/disassembly, while maintaining interconnected dividers for secure product placement and easy transport.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional slotted dividers are used to partition container interior, then the container is divided into individual cells for product protection, but empty space remains within cells reducing space utilization
Solution Approach 1:
The partition assembly is divided into multiple levels with dividers creating individual cells. The first set of parallel dividers creates first-level cells, and the second set of parallel dividers creates second-level cells, allowing segmented organization of products to maximize space utilization while maintaining protection
Solution Approach 2:
The partition assembly transitions from a single-level two-dimensional partitioning to a multi-level three-dimensional structure. The section divider with fold line enables the creation of vertical levels, allowing products to be stacked in multiple tiers within the container, thereby significantly improving space utilization
2Reliability
If traditional partition assemblies are assembled using separate dividers, then the container interior is divided into cells, but assembly and disassembly process is time-consuming increasing labor costs
Solution Approach 1:
The partition assembly merges multiple dividers into an integrated structure where the first set of parallel dividers, second set of parallel dividers, and section divider are combined into a single unified assembly. This integrated design allows the entire partition system to be installed as one unit rather than assembling individual dividers separately, significantly reducing assembly time and labor costs
Solution Approach 2:
The partition assembly is pre-assembled as a complete unit before being placed in the container. The dividers are pre-positioned and interconnected in the correct configuration, eliminating the need for on-site assembly operations and reducing both assembly time and labor requirements
3Reliability
If traditional partition assemblies are built for each container, then the container interior is divided into cells, but quality control concerns arise regarding proper assembly
Solution Approach 1:
The partition assembly combines multiple dividers and partitioning functions into a single integrated unit. By merging the first set of parallel dividers, second set of parallel dividers, and section divider into one assembly, the design simplifies the overall structure and reduces the complexity of ensuring proper assembly, as the entire unit is installed as a pre-configured system rather than individual components
4Volume of moving object
If collapsible partition assembly is used, then storage and transport efficiency is improved, but the structure must accommodate both expanded and collapsed states
Solution Approach 1:
The partition assembly incorporates collapsible elements that allow it to transition between an expanded state for use in the container and a collapsed state for storage and transport. The section divider with fold line and the interlocking divider design enable the structure to be collapsed into a compact configuration, improving storage efficiency while maintaining the necessary structural integrity when deployed
Data Source
AI summary
A partition assembly for dividing the space inside a container into two levels is provided. The partition assembly comprises first and second sets of parallel dividers or partitions. The dividers of the first set each have at least one tongue. One divider from the second set of parallel dividers has a series of spaced passages which are aligned with and adapted to receive the respective tongues of the dividers of the first set of dividers. When the one divider is folded or bent, multiple levels are created in the partition assembly.