摘要
热处理通过温度的变化方式改善零件质量,通过对热处理温度信号的实时监测,可以从工艺实现的角度反映热处理质量。基于虚拟仪器建立了一套热处理温度采集系统,通过硬件和软件系统设计实现退火温度监测,对结构钢热处理过程中工件的温度变化实现了实时采集。
Thermal processing improves the quality of parts by changing temperature, and through real-time monitoring of thermal processing temperature signals, the quality of thermal processing can be reflected from the perspective of process realization. In this paper, a set of thermal processing temperature acquisition system is established based on virtual instruments, and annealing temperature monitoring is realized through hardware and software system design, and real-time acquisition of temperature changes of workpieces during the thermal processing of structural steel.
作者
左艳辉
唐义号
Zuo Yanhui;Tang Yihao(HeFei Nany Representaion Office,Hefei 230001,China;China Helicopter Researchand Development Institut,Jingdezhen 333000,China)
出处
《科学技术创新》
2022年第36期51-54,共4页
Scientific and Technological Innovation
关键词
热处理
温度场
虚拟仪器
硬件设计
软件设计
thermal processing
temperature distribution
virtual instrumentation
hardware design
software design