CAJ | 학술논문

提出一种基于VC++的超声检测运动控制系统的设计方案，该系统主要由工控机、运动控制系统、超声检测系统和超声水浸探头等部分组成。采用超声检测技术和运动控制技术进行了系统的硬件设计，采用VC++进行了系统的软件设计，搭建了系统实验平台并且进行了实验和调试。结果表明：提高了系统控制的精度、速度和检测效率，可以实现对超声水浸探头和被检测物体的运动控制，具有连续扫查和定向扫描功能。
제출일충기우VC++적초성검측운동공제계통적설계방안，해계통주요유공공궤、운동공제계통、초성검측계통화초성수침탐두등부분조성。채용초성검측기술화운동공제기술진행료계통적경건설계，채용VC++진행료계통적연건설계，탑건료계통실험평태병차진행료실험화조시。결과표명：제고료계통공제적정도、속도화검측효솔，가이실현대초성수침탐두화피검측물체적운동공제，구유련속소사화정향소묘공능。
A motion control system for ultrasonic testing is designed based on VC++, which is composed of industrial machines, ultrasonic testing system, motion control system, immersion ultrasonic probe and other components. The hardware of the system is designed using ultrasonic nondestructive testing technology and motion control technology, and the software of the system using VC++. The laboratory terrace is constructed and are experiment and relaxation are conducted, the precision and speed of the motion control system are improved the detection efficiency is also increased. The system enables motion control of ultrasound probe and the detected object, with functions of continuous scanning and directional scanning.