基于以上两方面的要求，本文提出了基于机器视觉的等重下料与超声探伤系统。
Based on the above two aspect's request, this article proposed blanking in constant weight based on the machine vision and the ultrasonic testing system.
这里论述了在中厚钢板超声探伤系统中，钢板缺陷的确定以及钢板缺陷位置的确定。
This paper mainly discusses the confirmation of the steel plate flaw in the thick steel plate ultrasonic crack detection system.
这里论述了在中厚钢板超声探伤系统中，钢板缺陷的确定以及钢板缺陷位置的确定。
This paper mainly discusses the confirmation of the steel plate flaw in the thick steel plate ultrasonic crack detection system. And the process of finding the flawed position is also discussed.
针对传统超声探伤数据采集系统采样速率低、处理速度慢、实时性差的问题，设计了一种高速数据采集系统；
To resolve the problems of low sampling and management speed, bad real time performance on traditional ultrasonic testing data-acquisition systems, one new system is designed.
基于超声探伤的数据采集系统，提出了各种干扰对系统的影响及干扰的抑制方法。
Based on a data acquisition system for ultrasonic flaw detection, the paper describes the effect of interference on data acquisition systems and methods for the suppression of interference.
本系统实现了车轮、轮箍两条超声波探伤生产线智能化检测功能。
The system realized intelligent inspection function of the wheel and ring ultrasonic testing in two on-lines.
介绍车轮超声波探伤信号数字化处理的研究，以及系统的设计思想、构成和现场应用效果。
Research on the signal digitalization processing for ultrasonic inspection of train wheels is described including the design idea, composition and application results of the system.
采用超声探伤的原理，开发一种速度快、功能强的铜棒超声波自动检测系统。
Based on ultrasonic testing principium, a system of ultrasonic automatism testing for copper rods is developed.
介绍了一种新型数字化超声波自动探伤系统。
A new digital automatic ultrasonic inspection system is presented.
针对铁路车辆轮轴内部的缺陷，研究了一种轮轴超声波智能探伤系统。
An ultrasonic intellectual testing system is developed for testing internal flaw of railway vehicle axles.
该系统集超声波与计算机技术于一体，采用双通道台式工作方式，可屏幕显示波型，还可对探伤结果进行分析、存储。
It concentrates on the ultrasonic and computer technology, provides waves of working ways for two-passage on the screen, and analyses and records the results of testing.
对使用计算机进行控制和管理的超声波连续自动探伤系统的硬件组成、软件设计思想以及在焊管生产中的应用状况进行了分析和介绍。
This paper analyzes ultrasonic continual automatic inspection system hardware compose design and software design thinking by computer manage and application on welded pipe production.
本文利用嵌入式系统实现超声探伤仪来实现信息的实时采集与处理。
Real time acquisition and processing of information are realized by utilizing embedded ultrasonic detector.
介绍了国内焊管自动超声波探伤系统的探伤方法和探头的主要工艺参数，分析了国内焊管制管过程中超声波自动探伤系统耦合部分存在的问题。
An introduction is made of the detecting method of the automatic and ultrasonic defect detection system for welded pipes and the major technological parameters of the probes used in China.
介绍超声波探伤检测系统的实际应用，阐述超声波探伤的原理及系统的基本组成，在钢板缺陷的自动检测方面有较好的实用效果。
The application of the ultrasonic detector system in heavy plate mill and introduce the theory and consist of the system. It has better practice in faults auto-detecting on the plate.
初步试验和研究表明，相控阵超声无损检测系统比传统单探头超声无损检测具有信噪比高、缺陷分辨力强、有效探伤范围宽以及工作效率高等特点。
Preliminary test and study showed that phased array ultrasonic system was better in signal-to-noise ratio, more sensitive to defects, wider in testing range and higher in working efficiency...
该系统采用A型超声波探伤仪产生超声波脉冲，采用一次脉冲反射法检测棒材。
The principle of detector is that the A-Scan flaw instrument of USL32 beams the ultrasonic to detect the bar material with the method of pulse echo once.
该系统采用A型超声波探伤仪产生超声波脉冲，采用一次脉冲反射法检测棒材。
The principle of detector is that the A-Scan flaw instrument of USL32 beams the ultrasonic to detect the bar material with the method of pulse echo once.
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