Recycled Auto Part Availability Verification System
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Solution Overview
Problem
The recycling industry faces challenges in managing the complex logistics of recycled vehicle parts, including unique inventory management, varying delivery times, and the need for specialized delivery services, which complicates the process of ensuring part availability and timely delivery.
Innovation Solution
A system and method that accurately estimate and commit to delivery times for unique recycled parts by accounting for various supply chain nuances, such as part supplier limitations, varying parameters affecting part availability, and broker criteria for computing delivery times, allowing for the presentation of a wider selection of parts that meet buyer criteria.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If recycled parts are tracked individually at each step in the process, then the buyer can understand the additional products and services associated with each part, but the complexity of inventory management increases significantly
Solution Approach 1:
The system segments the inventory management by creating individual part records with unique identifiers for each recycled part. Each part is tracked separately through its entire lifecycle from salvage yard to delivery, with dedicated fields for condition, damage type, repair status, and location. This segmentation enables precise tracking of individual parts while maintaining overall system coherence through standardized data structures and hierarchical organization.
Solution Approach 2:
The patent introduces an intermediary database layer that sits between the salvage yard inventory systems and the online marketplace. This intermediary system consolidates individual part records, standardizes data formats, and manages the complexity of tracking 150 million unique parts. It acts as a mediator that translates diverse inventory data into a unified format accessible to buyers while preserving detailed individual part information.
2Reliability
If inventory systems at multiple recyclers are synchronized to a common database, then part availability information becomes more accurate, but the time required for nightly uploads and data synchronization increases
Solution Approach 1:
The system performs preliminary actions by pre-processing and validating inventory data at each recycler's location before uploading to the central database. Inventory records are standardized, checked for completeness, and organized during off-peak hours. This preliminary preparation reduces the time required for actual synchronization and ensures data quality is maintained without requiring extensive post-upload processing.
Solution Approach 2:
The patent implements periodic synchronization cycles where inventory data is uploaded and updated at scheduled intervals (nightly batches). During these periodic updates, the system processes multiple recycler inventories in organized batches, allowing for efficient data consolidation without requiring continuous real-time synchronization. This periodic approach balances data freshness with system resource management.
3Measurement precision
If delivery times are calculated considering all supply chain nuances, then delivery accuracy improves, but the computational complexity of estimating delivery times increases
Solution Approach 1:
The system uses parameter changes by dynamically adjusting delivery time estimates based on multiple variables including part location (warehouse vs. on-vehicle), dismantling requirements, recycler workload, seasonal demand fluctuations, and shipping distance. The calculation engine modifies base delivery times by applying weighted factors for each parameter, allowing accurate predictions without requiring overly complex algorithms. Historical data trends are incorporated to refine parameter weights over time.
4Adaptability or versatility
If a wider selection of unique recycled parts is presented to buyers, then buyer choice and part availability improve, but the difficulty of matching parts to buyer criteria increases
Solution Approach 1:
The patent applies local quality by implementing detailed, part-specific attribute fields that capture unique characteristics of each recycled part. Instead of generic categorization, each part record includes specific attributes such as damage location, paint condition, accessory presence, and compatibility notes. This granular local quality information enables precise matching algorithms to filter and rank parts based on buyer-specific criteria, making the wide variety of 150 million parts searchable and matchable with high accuracy.
Data Source
AI summary
Availability of recycled auto parts listed in a centralized inventory system is verified by a query to the inventory system carrying the part. The query identifies the part and data about the part of relevance to a potential buyer (such as price, condition, location) to be verified. Verifications can be performed upon explicit user request, or upon actions implicitly requiring verification, such as adding a part to an estimate or shopping cart, ordering a part, or requesting the part seller to hold the part for future purchase, or the like; verification may also be automatically performed for some or all search results. Results of a verification may also be broadcast to the potential buyer and to the part seller (broker and/or part supplier) to enable audit and follow-up on the verification request.