机电工程技术
機電工程技術
궤전공정기술
MACHANICAL & ELECTRICAL ENGINEERING TECHNOLOGY
2013年
12期
1-3
,共3页
汽车转向轴%疲劳试验%PIC16F877单片机%负载恒定
汽車轉嚮軸%疲勞試驗%PIC16F877單片機%負載恆定
기차전향축%피로시험%PIC16F877단편궤%부재항정
vehicle steering shaft%fatigue test%PIC16F877 SCM%constant load
为了检验转向轴的质量,设计了转向轴扭转疲劳试验台。介绍了试验台的机械结构,设计了以PIC芯片为控制器的硬件电路,阐述了软件的编制流程。该试验台可以保证加载的扭矩恒定,方便地显示加载次数。系统自动化程度高,运行稳定可靠。
為瞭檢驗轉嚮軸的質量,設計瞭轉嚮軸扭轉疲勞試驗檯。介紹瞭試驗檯的機械結構,設計瞭以PIC芯片為控製器的硬件電路,闡述瞭軟件的編製流程。該試驗檯可以保證加載的扭矩恆定,方便地顯示加載次數。繫統自動化程度高,運行穩定可靠。
위료검험전향축적질량,설계료전향축뉴전피로시험태。개소료시험태적궤계결구,설계료이PIC심편위공제기적경건전로,천술료연건적편제류정。해시험태가이보증가재적뉴구항정,방편지현시가재차수。계통자동화정도고,운행은정가고。
In order to verify the quality of the steering shaft,a test stand is designed for the purpose of torsional fatigue test. In this paper the mechanical contracture is introduced, the hardware circuit based on PIC microcontroller is designed and the flowchart of the control software is drawn. The test stand can ensure constant torque load and display the experimental times conveniently. The system has high automotive degree and works stably and reliably,which shows that the design of the test stand is successful.