18179810. DETERMINING PART UTILIZATION BY MACHINES simplified abstract (The Boeing Company)
Contents
DETERMINING PART UTILIZATION BY MACHINES
Organization Name
Inventor(s)
Daniel Richard Roberson of Marysville WA (US)
DETERMINING PART UTILIZATION BY MACHINES - A simplified explanation of the abstract
This abstract first appeared for US patent application 18179810 titled 'DETERMINING PART UTILIZATION BY MACHINES
Simplified Explanation:
This patent application describes a computing system and method for determining part utilization by machines, specifically aeronautical vehicles. The system analyzes data sets to infer the probability of a part being utilized by different populations of vehicles, providing a measurement of part utilization based on this analysis.
- The system obtains data sets identifying physical parameters of different populations of aeronautical vehicles.
- It determines the applicability of a part for each population based on the physical parameters.
- By comparing different populations, the system calculates the probability of a part being utilized by a specific population.
- The output is a part utilization value that measures the utilization of the identified part for the specific population.
Key Features and Innovation:
- Analysis of physical parameters to determine part applicability for different populations of aeronautical vehicles.
- Calculation of inferred part applicability and part utilization values based on the analysis.
- Utilization of computing system to streamline the process of assessing part utilization in aeronautical vehicles.
Potential Applications:
This technology can be applied in the aerospace industry for optimizing part utilization in aeronautical vehicles. It can also be used in maintenance and repair operations to ensure efficient use of parts.
Problems Solved:
This technology addresses the challenge of accurately determining part utilization in different populations of aeronautical vehicles. It streamlines the process and provides valuable insights for maintenance and operational efficiency.
Benefits:
- Improved efficiency in assessing part utilization for aeronautical vehicles.
- Enhanced decision-making for maintenance and repair operations.
- Cost savings through optimized part utilization.
Commercial Applications:
Title: Advanced Part Utilization System for Aeronautical Vehicles
This technology has commercial applications in the aerospace industry, particularly in aircraft maintenance and operations. Companies in the aviation sector can benefit from the efficient assessment of part utilization to improve overall operational efficiency and cost-effectiveness.
Prior Art:
Readers interested in prior art related to this technology can explore research papers, patents, and industry publications on part utilization systems for aeronautical vehicles.
Frequently Updated Research:
Stay updated on the latest advancements in part utilization systems for aeronautical vehicles by following industry conferences, academic journals, and research institutions specializing in aerospace technology.
Questions about Part Utilization Systems for Aeronautical Vehicles:
1. What are the key challenges in determining part utilization for aeronautical vehicles? 2. How does this technology improve operational efficiency in the aerospace industry?
Original Abstract Submitted
A computing system and method for determining part utilization by machines, such as aeronautical vehicles, are disclosed. According to an example, a first data set is obtained that identifies a physical parameter defining a configuration of a first population of aeronautical vehicles and a part applicability of an identified part for the first population. A second data set is obtained that identifies a physical parameter defining a configuration of a second population of aeronautical vehicles that differs from the physical parameter of the first population. An inferred part applicability is determined for the second population that describes a probability that the identified part is utilized by the second population. A part utilization value is output that identifies a measurement of part utilization of the identified part for the second population that is based on the inferred part applicability.
