A system and method for quantitative analysis of base-level maintenance project based on increment

Abstract

The invention discloses a base-level maintenance quantitative analysis system and method based on increment. The system includes: product structure hierarchy and importance division module, calculation of product maintenance frequency and failure rate increment module, calculation of base-level maintenance capacity increment module, determination of base-level maintenance project module and incremental maintenance depth and cost tradeoff analysis module. The quantitative analysis method of the invention establishes a base-level maintenance capability incremental model taking the maintenance frequency incremental strength and importance as quantitative parameters; integrating the product hierarchy, importance, maintenance times, failure rate, maintenance depth and other important use of data and design information, integrated optimization of the above factors to determine the impact of base-level maintenance projects.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps predict future maintenance tasks by analyzing factors like quality control (QC), time required for repairs or other measures that may be necessary during their lifespan. By doing this with an improved analytical tool, it can help reduce errors caused by past assessments and improve overall efficiency. Additionally, through integration of post sale data from various sources such as manufacturers, suppliers, etc., the system also considers environmental impact issues related to maintainability purposes while optimizing resource allocation. Overall, these technical improvements aimed at improving both accuracy and usableness over current ways of performing maintenance work.

Problems solved by technology

Technical Problem: It describes how people who want to maintain their computer hardware have different levels of reliability based upon what they're doing at home after being sent away from workplace. However, there may still exist some things like spare parts needed during outages where these systems were designed earlier than usual due to lack of sufficient technical means to ensure proper performance even if failures occur later. Additionally, many organizations require customers to set up various types of tools such as printers, scanners, fax machines, etc., which adds extra expenses compared to regular maintenance tasks. Therefore, the objective of providing better quality control over software updates by reducing unnecessary purchases while ensuring efficient usage remains challenged because current methods cannot accurately predict future usage requirements.

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