MANUFACTURING-APPARATUS DESIGN VERIFICATION SYSTEM

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MANUFACTURING-APPARATUS DESIGN VERIFICATION SYSTEM - A simplified explanation of the abstract

This abstract first appeared for US patent application 18289026 titled 'MANUFACTURING-APPARATUS DESIGN VERIFICATION SYSTEM

The patent application describes a manufacturing-apparatus design verification system that includes a control-program slicing device and an identification device for final design products.

Control-program slicing device extracts a common group of circuit blocks in a ladder program.
Identification device determines correspondence among final design products of different design devices.
Identification device identifies portions to be affected by changes in final design products of other design devices.

Potential Applications: - Manufacturing process optimization - Quality control in design verification systems - Automation of design change impact analysis

Problems Solved: - Streamlining design verification processes - Enhancing communication between design devices - Improving overall manufacturing efficiency

Benefits: - Increased accuracy in identifying design changes impact - Reduction in errors during design verification - Enhanced collaboration among design teams

Commercial Applications: Title: "Advanced Manufacturing Design Verification System" This technology can be utilized in industries such as automotive, aerospace, and electronics for efficient design verification processes, leading to cost savings and improved product quality.

Prior Art: Researchers can explore prior patents related to design verification systems, control-program slicing devices, and design change impact analysis in manufacturing.

Frequently Updated Research: Stay updated on advancements in design verification systems, control-program slicing technology, and automation tools for manufacturing processes.

Questions about the Manufacturing-Apparatus Design Verification System: 1. How does the identification device determine the correspondence among final design products? 2. What are the key benefits of using a control-program slicing device in the manufacturing-apparatus design verification system?

Original Abstract Submitted

A manufacturing-apparatus design verification system includes a control-program slicing device that extracts a common group that collects circuit blocks that share a contact and a coil in a ladder program designed by a control-program design device. A identification device for identifying to-be-affected-by-change portions in final design products determines a correspondence among final design products of a machine design device, an electric design device, and the control-program design device in accordance with the extracted common group and, when a change is made to the final design product of any of the machine design device, the machine design device, and the control-program design device, identifies a portion to be affected by the change in the final design products of the other design devices different from the design device that has undergone the change.