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Process control in next-generation sewing machines : a project overview

机译:下一代缝纫机的过程控制:项目概述

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摘要

The sewing machine created in the XIX century has roughly remained unchanged in its basictechnologies. Although a great range of mechanical and electronic technologies has boostedits development enormously, the process of sewing itself, however, although perfected inmany aspects, has remained uncontrolled.Many of the phenomena occurring at high-speedsewing (up to 10000 stitches per minute) are still not properly understood.This project is creating a deeper insight into the sewing process, identifying and describingthe variables that can be monitored and/or controlled in a way that ensures a better control ofthis production process. Some monitoring and control algorithms are already under test.Concurrently the project develops software support tools to allow the up-front engineering ofthe process, resulting in control parameters to be downloaded to the machine controllers. Thesoftware would also serve as a support tool for the textile manufacturer, to tune and improvematerials’ properties and define the relationship between materials and optimum sewingconditions.
机译:在十九世纪创造的缝纫机的基本技术大致保持不变。尽管各种各样的机械和电子技术极大地推动了发展,但是缝制本身的过程尽管在许多方面都已完善,但仍然不受控制。许多在高速缝制中发生的现象(每分钟最多10,000针)仍然该项目正在使人们对缝制过程有更深入的了解,识别并描述可以确保更好地控制该生产过程的方式来监视和/或控制的变量。一些监视和控制算法已经在测试中。与此同时,该项目开发了软件支持工具,以允许对过程进行前期工程设计,从而将控制参数下载到机器控制器中。该软件还将用作纺织品制造商的支持工具,以调整和改善材料的特性,并定义材料与最佳缝纫条件之间的关系。

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