The invention discloses an improved deicer aerodynamic integration. A blade deicing system is described herein comprising said blade (10) to be deiced, having a body (13) extending between a leading edge (11) and a trailing edge (135), said leading edge (11) ending at an apex (16); said system comprising a deicer component (14) having a recess (141) formed therein and being positioned on said leading edge (11)of said blade (10) so that said deicer component (14) covers and extends away from said apex (16) and so that said recess (141) is positioned at said apex (16) of said leading edge (11); and an anti-erosion strip (12) provided in said recess (141) of said deicer component (14); wherein said anti-erosion strip (12) and said recess (141) are sized and shaped such that said anti-erosion strip (12) fits within said recess (141) so that outer surface of said anti-erosion strip is flush with the outer surface of said deicer component (14). A method of manufacturing the same is also described herein.
本文公开了一种改进的除冰器空气动力学集成。叶片除冰系统包括:待除冰的叶片(10),其具有在前缘(11)和后缘(135)之间延伸的主体(13),前缘(11)终止于顶点(16);所述系统包括除冰器部件(14),其具有形成在其中的凹部(141)并且定位在叶片(10)的前缘(11)上,使得除冰器部件(14)覆盖并延伸远离顶点(16),并且使得凹部(141)定位在前缘(11)的顶点(16)处;和抗侵蚀条(12),其设置在除冰器部件(14)的凹部(141)中;其中抗侵蚀条(12)和凹部(141)的尺寸和形状被设计成使得抗侵蚀条(12)装配在凹部(141)内,使得抗侵蚀条的外表面与除冰器部件(14)的外表面齐平。本文还描述了一种制造叶片除冰系统的方法。
Improved deicer aerodynamic integration
改进的除冰器空气动力学集成
2021-09-17
Patent
Electronic Resource
Chinese