Production equipment valuation device, production equipment valuation method, and production equipment valuation program
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Solution Overview
Problem
Existing technologies fail to consider the environmental value of production equipment in determining the optimal processing methods such as reoperation, resale, reproduction, or recycling, leading to increased recovery and recycling costs due to low product distribution in this field.
Innovation Solution
A production equipment valuation device that evaluates production equipment by predicting and comparing economic and environmental values across multiple processing options, including reoperation, resale, reproduction, and recycling, to determine the most appropriate processing.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Object-affected harmful factors
If production equipment is recovered and processed through reuse, repair, recycle, or reselling, then environmental value is improved, but the cost of recovery and recycling processing increases due to low product distribution
Solution Approach 1:
The patent changes the evaluation parameters from traditional economic-only assessment to a dual-parameter system that includes both economic value and environmental value. This allows for comprehensive comparison of different processing methods (reuse, repair, recycle, reselling) by quantifying both cost factors and environmental benefits, enabling optimization of processing decisions that balance economic feasibility with environmental objectives.
2Adaptability or versatility
If production equipment is processed through multiple operations (reuse, repair, recycle, reselling), then processing flexibility is improved, but the complexity of determining optimal processing increases
Solution Approach 1:
The patent implements a feedback mechanism where the evaluation unit compares predicted values from multiple processing operations and provides feedback to determine the optimal processing path. This systematic comparison and feedback loop simplifies the decision-making process by automatically analyzing various options and selecting the best one based on predetermined criteria, reducing the complexity of determining optimal processing despite the multiple available operations.
3Ease of operation
If only economic value is considered in determining processing methods, then decision-making simplicity is improved, but environmental value creation is reduced
Solution Approach 1:
The patent creates a multi-functional evaluation system that simultaneously assesses both economic value and environmental value within a single integrated framework. This universal evaluation approach maintains decision-making simplicity by providing a unified comparison method while incorporating multiple value dimensions, allowing the system to evaluate different processing operations comprehensively without complicating the decision process.
Data Source
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AI summary
An object of the present invention is to predict an economic value and an environmental value including reoperation, resale, reproduction, and recycling of production equipment, and to determine a processing destination at which the economic value and the environmental value are optimized. A production equipment valuation device 10 that evaluates production equipment includes: a storage unit 100 that stores production equipment related information 101 related to the production equipment; a production equipment value prediction unit 200 that predicts values in two or more operations of processing for the production equipment; a production equipment valuation unit 500 that compares predicted values in the two or more operations of processing; and a production equipment processing destination determination unit 600 that determines processing in the production equipment from the two or more operations of processing in accordance with a comparison result by the production equipment valuation unit 500.