Abstract

An electropneumatic shedding mechanism has been designed and developed for making a prototype sampling loom with having computer-controlled shedding in our project supported by Turkish Government. In the study, in order to choose the best suited healds and heald frame movement distance for shedding system, different shedding geometries were studied and compared in relation to the cloth fell distances and warp elongation in fully open-shed positions. Mechanical and electrical designs were based on the most effective shed geometry. This article includes the developed shedding mechanism, comparison of the shed geometries drawn by using Solidworks® as well as the strength analysis of pneumatic pistons.

摘要

在土耳其政府支持的项目中，已经设计并开发了一种电动气动卸料机构，用于制造原型采样织机，并具有计算机控制的卸料功能。在这项研究中，为了选择最合适的综框和综框移动距离，研究了不同的几何形状，并比较了全开幅位置的落布距离和经纱伸长率。机械和电气设计基于最有效的棚屋几何形状。本文包括开发的脱落机构，使用Solidworks®绘制的棚架几何形状的比较以及气动活塞的强度分析。