CAJ | 학술논문

为了提高考核自动机工作可靠性的效率，节约物理样机实弹射击试验成本，提出了电机驱动式自动机的概念，重点对传动系统进行了设计。以某导气式自动机为试验对象，利用Solidworks和ADAMS软件建立了电机驱动式自动机传动系统的虚拟样机模型，通过比较仿真结果与物理样机实测数据，证明了所建虚拟样机的可信性，从而从理论上证明了该套系统的可行性，为进一步的设计工作提供了依据。
위료제고고핵자동궤공작가고성적효솔，절약물리양궤실탄사격시험성본，제출료전궤구동식자동궤적개념，중점대전동계통진행료설계。이모도기식자동궤위시험대상，이용Solidworks화ADAMS연건건립료전궤구동식자동궤전동계통적허의양궤모형，통과비교방진결과여물리양궤실측수거，증명료소건허의양궤적가신성，종이종이론상증명료해투계통적가행성，위진일보적설계공작제공료의거。
To improve the assessment efifciency of operation reliability of automatic mechanism, and save the cost ofifring physical prototype, the concept of dynamoelectric automatic mechanism was put forward,and the transmission system was designed emphatically. With the automatic mechanism of gas-operated weapon as the research object, the virtual prototype of transmission system of dynamoelec-tric automatic mechanism was established based on Solidworks and ADAMS. By the comparison between simulation results and test data of physical prototype test, the creditability of the virtual prototype was validated, thus the feasibility of this system in theory was proved. The research results provided the base for further design work.