文档介绍：第七届职业技术学院机械创新设计大赛项目设计说明书作品名称:新型太阳能无人旋翼机设计系部:现代制造工程系参赛班级:数控校班设计者:王继华毛鑫荐周余王琴玲周玲林目录新型太阳能无人旋翼机设计简介·············································2新型太阳能无人旋翼机设计方案提出的背景及意义···························································································································································································································································································································································································9三、新型太阳能无人旋翼机的主要功能及创新······························································································································10四、新型太阳能无人旋翼机原理详细分析··························································································································································································································13五、结语···············································································15六、参考文献·········································································15新型太阳能无人旋翼机设计说明书新型太阳能无人旋翼机设计简介该新型太阳能无人旋翼机是以太阳能为动力,依靠太阳辐射产生的热量直接推动新型太阳能斯特林发动机带动螺旋桨工作,从而依靠螺旋桨的推力实现无人旋翼机的飞行,打破现有各种有人或无人航空器需要借助化石燃料或蓄电池才能实现飞行的局面,利用取之不尽、用之不竭的太阳能实现长航时的留空自由飞翔。图1新型太阳能旋翼机借助清洁无污染的太阳能资源,该新型无人旋翼机可以在广阔的天地里自由的飞翔,克服燃烧化石燃料带来的污染、温室效应等难题,对于能耗危机日益严峻的今天,无益具有巨大的经济效益、环境效益,实现真正意义上的节能减排、低碳环保。该无人太阳能旋翼机具有广阔的运用空间:在民用航空领域,利用它长航时的优势,可以用于气象、遥感、测绘、拍照;在军事领域,可以长时间的执行侦察、预警等任务,克服现有航空器因燃料携带有限带来的一系列难题,完成一般航空器难以完成的任务。该太阳能无人旋翼机必将得到更大的发展。。它的前进力由发动机带动螺旋桨直接提供。20世纪飞机升降时常因故障而失速,导致多人丧生。西班牙工程师巴于是发明了自转旋翼机试图解决  图3旋翼机这一问题。旋翼靠飞机运动时激起气流转动,产生升力,使飞机失速时不会下坠,当时,他的这个发明被新闻界称之为“风车飞机”,1925年,巴在汉普郡芳白露皇家空军基地首次正式试飞。三年后,1928年,巴亲自驾驶旋翼机用37分钟的时间成功横越英伦海峡。此后,英美一些公司开始制造旋翼机,用于搜索和测量。1936年12月,巴搭乘的民航机在伦敦的克罗依