撬装式直升机加油装置的设计
摘要
针对现有船载直升机油料保障设施存在的不足,设计了一种撬装式直升机加油装置。分析了这一加油装置的组成与结构,论述了设计原则与方法,介绍了主要技术指标与工作原理,同时给出了使用方法、操作注意事项与日常维护要点。应用这一加油装置,可以为直升机进行重力加油,具有较强的实用性。
In view of the shortcomings of the existing fuel support facilities for shipborne helicopter, a skid-mounted helicopter refueling device was designed. The composition and structure of this refueling device were analyzed, the design principles and methods were discussed. The main technical indicators and working principles were introduced, and the key points on application method, operation precautions and routine maintenance were given. The application of this refueling device can carry out gravity refueling for helicopters with strong practicability.
In view of the shortcomings of the existing fuel support facilities for shipborne helicopter, a skid-mounted helicopter refueling device was designed. The composition and structure of this refueling device were analyzed, the design principles and methods were discussed. The main technical indicators and working principles were introduced, and the key points on application method, operation precautions and routine maintenance were given. The application of this refueling device can carry out gravity refueling for helicopters with strong practicability.
引文
[1]孙世彬,田勇.船机立体配合技术在海难救助中的应用[J].航海技术,2011(5):28-30.
[2]李永级.浅析直升机在海洋安全管理中的应用[J].中国水运(下半月),2013,13(9):40-41.
[3]李永级.海警舰艇配备直升机执法问题初探[J].公安海警学院学报,2013,12(2):56-59,49.
[4]叶邦全.船舶设计实用手册---舾装分册第5篇安全营运第6章直升机甲板设施[J].船舶,2010,21(6):62-67.
[5]陆小科,彭秀清.救助船直升机保障系统设计探讨[J].广东造船,2016,35(1):52-54,46.
[6]谢立成,周元波.救助直升机船载工作的探讨[J].世界海运,2016,39(12):39-44.
[7]舰船直升机舰面系统通用要求:GJB 543B-2009[S].
[8]祁卓娅,韩新民.机械产品模块化集成设计方法研究[J].成组技术与生产现代化,2006(4):25-29.
[9]陈玉海,谢灿波,高光军,等.“模块化、橇装化、工厂化”集成技术在苏丹石油地面工程建设中的应用[J].石油工程建设,2013,39(5):33-37.
[10]周庆伟,王燕文.燃料电池汽车动力系统模块化集成设计探讨[J].上海汽车,2017(7):3-8,18.
[11]飞机地面加油和排油用橡胶软管及软管组合件规范:GB/T 10543-2014[S].
[12]航空喷气燃料过滤分离器技术规范及质量合格鉴定方法:API 1581-2006[S].
[13]航空燃料过滤监视器实验室检测和最低性能要求规范:EI1583-2017[S].
[2]李永级.浅析直升机在海洋安全管理中的应用[J].中国水运(下半月),2013,13(9):40-41.
[3]李永级.海警舰艇配备直升机执法问题初探[J].公安海警学院学报,2013,12(2):56-59,49.
[4]叶邦全.船舶设计实用手册---舾装分册第5篇安全营运第6章直升机甲板设施[J].船舶,2010,21(6):62-67.
[5]陆小科,彭秀清.救助船直升机保障系统设计探讨[J].广东造船,2016,35(1):52-54,46.
[6]谢立成,周元波.救助直升机船载工作的探讨[J].世界海运,2016,39(12):39-44.
[7]舰船直升机舰面系统通用要求:GJB 543B-2009[S].
[8]祁卓娅,韩新民.机械产品模块化集成设计方法研究[J].成组技术与生产现代化,2006(4):25-29.
[9]陈玉海,谢灿波,高光军,等.“模块化、橇装化、工厂化”集成技术在苏丹石油地面工程建设中的应用[J].石油工程建设,2013,39(5):33-37.
[10]周庆伟,王燕文.燃料电池汽车动力系统模块化集成设计探讨[J].上海汽车,2017(7):3-8,18.
[11]飞机地面加油和排油用橡胶软管及软管组合件规范:GB/T 10543-2014[S].
[12]航空喷气燃料过滤分离器技术规范及质量合格鉴定方法:API 1581-2006[S].
[13]航空燃料过滤监视器实验室检测和最低性能要求规范:EI1583-2017[S].