Name Identification Processing Using Intellectual Property Database Family IDs
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Solution Overview
Problem
Current name identification processing methods struggle with achieving high accuracy, especially when company names have low similarity, due to variations in naming conventions across countries and incorrect input, leading to decreased social credibility and marketing ROI for companies.
Innovation Solution
A name identification processing device and method that utilize an intellectual property database to associate name data with a family ID, allowing for the organization and matching of company data across external databases, thereby ensuring accurate identification regardless of name similarity.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If conventional name identification processing methods are used, then simple cleansing of company names can be achieved, but highly accurate name identification cannot be achieved when similarity between names is low
Solution Approach 1:
The patent introduces an intellectual property database as an intermediary resource that contains standardized company name data. This external database serves as a mediator between the input company names and the identification process, providing reference data that enables accurate matching even when name similarities are low. The system queries this intermediary database to verify and identify companies based on their intellectual property records.
2Adaptability or versatility
If company names are written differently in different countries, then global company data can be collected, but name identification becomes difficult
Solution Approach 1:
The intellectual property database acts as a standardized intermediary that stores company names in a consistent format across different countries. When processing global company data with varying name formats, the system queries this intermediary database which contains authoritative records, thereby resolving the identification difficulty caused by international naming variations.
3Quantity of substance
If abbreviated company names, name changes, and notation errors are present, then database coverage can be expanded, but name identification accuracy decreases
Solution Approach 1:
The system employs feedback mechanisms by querying the intellectual property database with input company names and comparing results against authoritative records. This feedback loop allows the system to verify whether abbreviated names, name changes, or notation errors correspond to valid company entries, thereby maintaining identification accuracy while preserving database coverage.
Solution Approach 2:
The intellectual property database serves as an intermediary verification source that can confirm whether company names with abbreviations, changes, or errors refer to legitimate entities. By consulting this intermediary database, the system can distinguish between valid variations and actual identification errors, maintaining both coverage and accuracy.
Data Source
AI summary
A name identification processing device produces name identification list by accessing to an intellectual property database, collecting name data and family ID of industrial property rights that are subjected to listing, and organizing collected name data based on the family ID. The name identification processing device enables accurate name identification irrespective of a degree of similarity between names.