动力伞

基于预测模型的无人动力伞智能控制研究

Unmanned Powered Parachute Aircraft Controlling Research based on Forecast Model

动力伞结构强度计算DS&1型动力升降伞的研制

Powered Parachute Strength Calculation Design of DS-1 Dynamic Parachute

本文对动力伞的原理及飞行要领做了概况性的介绍。

This article briefly introduce the principle of dynamic parachute and flight essentials .

采用航空动力伞技术安全实施全程不停电跨越施工

Application of Aerial Energized Parachute Technique to Execute Complete Crossing Construction over Live Lines Safely

动力伞结构强度计算

Powered Parachute Strength Calculation

对于电力架线施工中跨越重要电力线的工程，采用动力伞的飞行技术展放导引绳，是一种有效的方法。

Unreeling and setting the leading string by the aid of dynamic parachute is an effective approach to important power line crossing in the construction of overhead transmission lines .

本文分析动力伞结构的受力状态，并对主要承力构件进行了强度及稳定性计算。

The force-bearing state of powered parachute is analyzed in this paper , and much calculation about the strength and stability of major force - bearing component is done .

DS1型动力升降伞的研制美国X38计划与翼伞返回系统

Design of DS - 1 Dynamic Parachute X - 38 CRV AND PARACHUTE RECOVERY SYSTEM

气动力对伞稳定下降阶段摆动的影响

Influence of Aerodynamic Force on a Parachute 's Oscillation in Steady Descent

他们创造了动力滑翔伞飞行高度新的世界纪录。

They set a new world record for the flying height of the powered paraglider .

一种新型遥控动力滑翔伞，属轻型伞类飞行器。

The utility model relates to a novel remote-control power paraglider , which belongs to the light parachute class aircraft .

本文介绍的动力升降伞的研制是在充分的气动、飞行、强度试验基础上，进行精心的总体设计和另构件及系统设计。

This article introduce the design of dynamic parachute , based on the many experiments of aerodynamics , flight , strength .