The unmanned ejection device comprises an ejection assembly, an energy storage assembly, a power assembly and a control system, an ejection cavity is formed in the ejection assembly, an ejection opening is formed in the top end of the ejection assembly, and the ejection opening communicates with the ejection cavity; the energy storage assembly is arranged in the ejection cavity; the power assembly is arranged in the ejection cavity, located below the energy storage assembly and connected with the energy storage assembly, and the power assembly and the energy storage assembly are configured in the mode that the energy storage assembly drives the power assembly to store power so that the power assembly can be used for providing power for an ejected object; the control system is connected with the energy storage assembly and the power assembly. According to the unmanned catapult, the energy storage assembly drives the power assembly to store power, so that the power assembly provides power for the catapulted object, and the stability of the unmanned catapulting process is improved; after one-time ejection task is completed, a remote operator can complete second-time energy storage in a one-button mode through a control system, and multiple ejection tasks under remote control can be achieved in cooperation with automatic filling of external ejection objects.
本申请涉及一种无人弹射装置,其包括:发射组件、蓄能组件、动力组件和控制系统,发射组件内部设置有弹射腔,且发射组件顶端开设有弹射口,弹射口与弹射腔连通;蓄能组件设置于弹射腔内部;动力组件设置于弹射腔内部,位于蓄能组件下方,且与蓄能组件连接,动力组件和蓄能组件配置为:蓄能组件驱使动力组件蓄力,以使动力组件用于为弹射物体提供动力;控制系统与蓄能组件和动力组件连接。本发明中,蓄能组件驱使动力组件蓄力,以使动力组件为弹射物体提供动力,提高无人弹射过程的稳定性;在完成一次弹射任务后,可以由远程操控人员通过控制系统一键式完成第二次蓄能,配合外部弹射物体的自动装填,可以实现远程操控下的多次弹射任务。
Unmanned ejection device
一种无人弹射装置
2024-10-25
Patent
Electronic Resource
Chinese
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