Textron Aviation Inc. (20240293859). Modular Stretch Block Using Additive Manufacturing simplified abstract
Contents
Modular Stretch Block Using Additive Manufacturing
Organization Name
Inventor(s)
Andrew Ricks of Wichita KS (US)
Joshua Workman of Rose Hill KS (US)
Bradley Randal Higgins of Wichita KS (US)
Royce Heick of Goddard KS (US)
Juan Manuel De La Rosa Valverde of Wichita KS (US)
Modular Stretch Block Using Additive Manufacturing - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240293859 titled 'Modular Stretch Block Using Additive Manufacturing
The abstract describes a patent application for an exchangeable forming component that is designed for removable mounting on an interface block of a modular forming tool. The interface block can be removed and mounted on a support structure to create a sheet metal component. The forming component is made using additive manufacturing and has a first surface for forming the sheet metal component and a second surface for engaging the support structure.
- The exchangeable forming component is designed for removable mounting on an interface block of a modular forming tool.
- The interface block can be removed and mounted on a support structure to create a sheet metal component.
- The forming component is constructed using additive manufacturing.
- The first surface of the forming component is shaped to form the sheet metal component.
- The second surface of the forming component is configured to engage the support structure.
Potential Applications: - Manufacturing industry for sheet metal component production - Automotive industry for forming metal parts - Aerospace industry for creating specialized components
Problems Solved: - Simplifies the process of forming sheet metal components - Allows for easy replacement and customization of forming components
Benefits: - Increased efficiency in sheet metal component production - Cost-effective manufacturing process - Flexibility in design and customization of components
Commercial Applications: - Sheet metal fabrication companies - Automotive manufacturers - Aerospace engineering firms
Questions about the technology: 1. How does the use of additive manufacturing benefit the construction of the exchangeable forming component? 2. What are the potential cost savings associated with using this modular forming tool system?
Frequently Updated Research: - Research on advancements in additive manufacturing techniques for forming components - Studies on the efficiency and cost-effectiveness of modular forming tools in sheet metal production.
Original Abstract Submitted
an exchangeable forming component is configured for removable mounting relative to an interface block of a modular forming tool, with the interface block of the modular forming tool configured for removable mounting relative to a support structure to form a sheet metal component. the exchangeable forming component includes a component structure which is constructed using additive manufacturing, wherein the exchangeable forming component presents a first surface which provides an exchangeable forming surface shaped to form the sheet metal component, and a second surface configured to removably engage the support structure.
