Hierarchical Inbound Shipment Order Configuration Tool
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Solution Overview
Problem
Inbound shipment processing is hindered by the lack of clear instructions on how to locate goods within complexly packaged shipments, leading to increased errors in configuration and unpacking, especially as package configurations become more complicated.
Innovation Solution
An interactive hierarchical inbound shipment order configuration tool is provided, allowing merchants to graphically configure their shipments and generate detailed packing lists and step-by-step instructions for warehouses, ensuring accurate handling and inventorying of nested containers.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If merchants package goods in multiple nested containers to optimize shipping, then shipping efficiency is improved, but the complexity of locating and unpacking goods increases
Solution Approach 1:
The patent implements a hierarchical data structure that mirrors the physical nesting of containers. Each container level (pallet, master carton, carton, package) is represented as a nested object within the inbound shipment order, allowing the system to track and manage goods at multiple hierarchical levels just as goods are physically nested in containers.
Solution Approach 2:
The inbound shipment order is segmented into distinct hierarchical levels (pallet level, master carton level, carton level, package level), with each level containing specific information about containers at that level. This segmentation allows warehouse workers to process only the relevant level for each unpacking task rather than dealing with the entire complex structure at once.
2Manufacturing precision
If detailed packing lists are provided for warehouses, then unpacking accuracy is improved, but the time required to configure shipment orders increases
Solution Approach 1:
The system performs preliminary configuration of the hierarchical inbound shipment order during the shipping process. Merchants configure the hierarchical structure and packing lists in advance when creating the shipment, so that when the shipment arrives at the warehouse, detailed unpacking instructions are already available without requiring additional configuration time at the warehouse.
Solution Approach 2:
The system creates a digital copy of the physical container hierarchy in the hierarchical inbound shipment order data structure. This digital replica includes all nesting relationships and packing details, allowing the warehouse to reference the copy for unpacking instructions without needing to physically examine or re-configure the actual packages.
3Reliability
If hierarchical structure is implemented in inbound shipment orders, then error reduction is improved, but system complexity increases
Solution Approach 1:
The hierarchical inbound shipment order structure serves multiple functions simultaneously: it tracks physical container nesting, provides unpacking instructions, generates packing lists, and enables inventory management. This multi-functionality reduces errors by ensuring consistency across different warehouse operations without requiring separate systems for each function.
Solution Approach 2:
The system provides feedback mechanisms where the hierarchical structure automatically validates packing information and generates alerts for inconsistencies. The packing list generation module cross-checks the hierarchical data against expected package contents, providing immediate feedback on configuration errors before shipments are processed.
Data Source
AI summary
An interactive hierarchical inbound shipment order configuration tool receives input from merchants to configure hierarchical inbound shipment orders. The tool allows merchants to configure hierarchical shipments with multiple levels including a product level, one or more container levels, and a shipment transportation level. The tool allows merchants to perform the following: include product type objects in the product level representing physical products and container objects in the container level(s) representing physical containers; create associations between the product type object(s) and container object(s) at the container level(s) each representing a number of products packaged into a number of containers; create associations between container object(s) at different container levels each representing a number of containers packaged into a number of containers; and create associations between the container object(s) and a shipment transportation object at the shipment transportation level each representing a number of containers included on a shipment transportation vehicle.