Research on the Electromagnetic Locking Device for Aerial Towed System Probe Docking
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摘要: 以空中拖曳锥杆式对接方式为研究对象，本文设计了一种锥杆式对接电磁锁紧装置，给出了快速锁紧与紧急释放的电磁锁紧原理。通过建立对接过程有限元模型，以电磁力作为变元进行参数化研究，获得了电磁对接装置的响应数据，为空中拖曳锥杆式对接电磁锁紧装置的研制提供理论依据，该对接电磁锁紧装置，为空中锥杆式对接设计提供了新思路。Abstract: The research object is the aerial towed system probe docking. An electromagnetic locking device is designed. The electromagnetic locking principle of rapid locking and emergency release is given. By establishing the finite element model considering the docking process, the response data of the electromagnetic docking mechanism is obtained considering the electromagnetic force as a variable. It provided a theoretical basis for the development of electromagnetic locking device for aerial towed system probe docking. This docking electromagnetic locking device provides a new idea for the design of the aerial towed system probe docking.
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Key words:
- probe docking /
- electromagnetic locking /
- finite element /
- Aerial Towed System
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