提出并设计了一种新型的二维弹道修正机构,建立了动力学分析模型,并通过仿真分析,验证了新型修正机构的可行性及合理性。分析结果表明,该修正机构具有响应时间快、结构简单、同步性好、动作可靠等优点,满足对二维弹道修正能力的要求。这将为二维弹道修正结构的进一步设计和试验奠定良好的基础。 A new type of two-dimensional trajectory correction mechanism was proposed and designed, and a dynamic analysis model was established. The feasibility and rationality of the new correction mechanism were verified by simulation analysis. The analysis results show that the correction mechanism has the advantages of fast response time, simple structure, good synchronization and reliable operation, and meets the requirements of two-dimensional trajectory correction capability. This will lay a good foundation for the further design and test of two-dimensional trajectory correction structure.