异性纤维

基于RGB颜色空间的异性纤维识别检测算法

Foreign fiber recognition and detection algorithm based on RGB color space

棉纺工业中，棉花中含有的异性纤维的有效分离是一项重要而又困难的工作。本文把线阵CCD检测、Cameralink连接以及图像处理等技术成功应用在棉纺异纤分拣装置上。

Efficient separation of cotton foreign fiber is an important and difficult task in spinning industry . The paper applys Tri-linear CCD , Camera Link and image processing technology on the cotton sorter .

基于DSP的棉花异性纤维检测系统

The Detecting System of Foreign Fibers in Cotton Based on DSP

基于BP网络的棉花中异性纤维识别算法

Recognition algorithm of the foreign fibers in cotton by BP neural networks

基于线阵CCD的异性纤维检测系统研究

Study on a Foreign Fiber Detecting System with Linear CCD

异性纤维分拣仪是一个基于TMS320C6201定点的DSP，以工控机为核心的高速实时棉花异性纤维处理系统。

The system is a high and runtime cotton processing system basing on DSP ( TMS320C6201 ) and coring on a PC used in the industrial control .

然后将采集到的图像信息送入工控机进行运算处理，主要采用了HSI颜色模型，利用阈值法将棉花和异性纤维相区分。

The images are sent to the industry control computer and operated . This paper mainly uses HSI ( Hue > saturations Intensity ) color model and threshold method to distinguish between the cotton and isomerism fibre .

基于小波极值变换的棉花异性纤维边缘检测

Application of Extremum Wavelet Transform in Cotton Foreign Fibre Edge Detection

基于空间模型的棉花异性纤维识别算法

The cotton foreign fibers recognition algorithm based on RGB space model

本文对异性纤维检测技术进行了比较深入的分析与研究。

This article thoroughly discusses about foreign fiber detecting technology .

异性纤维检测算法的研究和实现

Research on Foreign Fibre Detecting Algorithm and Realization on Software

一种新型的异性纤维检测算法的研究

Research on a New and Faster Foreign Fibre Detecting Algorithm

棉花中异性纤维的多光谱检测

Detecting foreign fibers in cotton using a multi-spectral technique

本课题所设计的异性纤维检测系统即是针对这一杂质检测问题开发的。

The thesis mainly describes detecting system is developed for the impurity detection .

基于自动视觉检测的棉花异性纤维分类系统

AVI System for Classification of Foreign Fibers in Cotton

棉花异性纤维在线检测与剔除系统研究与实现

Studying and Realization of a Cotton Isomerism Fibre Online Measuring and Eliminating System

棉花异性纤维挑拣技术研究

The Research on Foreign Fiber Picked from Cotton

基于阀岛技术的异性纤维清除系统结构与设计

Structure and Design of a Foreign Fibers Cleanup System Based on Pneumatic Valve Terminals

棉花异性纤维检测在整个棉纺工业生产中占据重要地位。

Detection of foreign fibers production throughout the cotton industry occupies an important position .

基于光谱分析的棉花异性纤维最佳波段选择方法

Selection of optimal band for detecting foreign fibers in lint cotton using spectroscopic analysis

基于自适应域值分割与力矩的棉花异性纤维分类方法

Classification method of adaptive threshold segmentation algorithm and moment for foreign fibers in cotton

纺织异性纤维及其控制措施

Textile Heterofil Fibre and Its Control Methods

异性纤维分拣系统的研究

Research on the Isomerism Fibre Detection System

纯棉织物上异性纤维的消除

Removing Differential Fibres in Pure Cotton Fabrics

介绍了原棉在线异性纤维检测系统的结构及工作原理。

Configuration and working principle of detection system on line of cotton foreign fiber is given .

研究各向异性纤维复合材料单层板Ⅱ型裂纹尖端的J-积分。

The J-integral near mode ⅱ crack-tip for the plate of linear-elastic anisotropic fiber composite material is studied .

本文研究的重点是异性纤维分拣装置的变频调速系统以及除杂算法的研究和实现。

The frequency control system and the algorithm of the foreign fiber elimination device were researched and realized .

采用检测棉流内异性纤维的异纤检测系统，用含有较细异纤的实际数据对方法进行验证。

This method has been applied in foreign fiber detecting systems and verified by real images containing fine fibers .

在此基础上对异性纤维识别装置的整体结构进行了设计，并对检测装置各个部分的关键技术进行了详细的讨论。

The device 's whole structure is designed . Then the key technology of the subsystem is detailed discussed .

本文对各向异性纤维复合材料板的Ⅰ型、Ⅱ型和混合型裂纹尖端应力场进行了有关的力学分析。

In this paper , the mechanics analysis for crack tip stress field in anisotropic fiber composite plate was carried out .