摘要
无人飞艇作为理想的信息平台，在预警、反恐、侦察监视和通信等方面发挥着重要作用。而艇载侦察监视设备CCD摄像机受到飞艇发动机振动的影响，会对成像产生消极影响。为此，分析了影响飞艇摄像机的成像质量的因素，采用被动减振的方案，达到了有效克服振动的目的。
Mooting airship plays a significant role in forecast, antiterrorism, communication, reconnaissance and surveillance as a perfect platform. However, vibration which is caused by airship engine, has a negative affect on image of reconnaissance and surveillance equipment CCD vidicon . To this end, the impacts affecting the stability of the airship platform are analyzed. Passive snubbing mechanism is adopted to restrict vibration.
出处
《武警工程学院学报》
2011年第6期32-34,共3页
Journal of Engineering College of Armed Police Force
关键词
无人飞艇
云台减振
抗风设计
压力自动控制
mooting airship
PTZ snubbing mechanism
wind-resistant design
pressure self-steering
