Novel tubular-structure electric unmanned helicopter

Abstract

The invention relates to a novel tubular-structure electric unmanned helicopter which has the prominent advantages of large load, high stability and long duration of voyage. When the novel tubular-structure electric unmanned helicopter is applied in different industries, the workflow is optimized, the working efficiency is improved, and the operation strength and the safety risk of labor personnel are reduced. The novel tubular-structure electric unmanned helicopter is implemented through the following technical scheme: the electric unmanned helicopter uses a novel material, is designed in a four-tube structure, is low in cost and high in safety and can load different equipment to work; due to the high transmission ratio and duty ratio as well as a lithium polymer battery, the running time of a novel power battery is prolonged, and a piece of much heavier operation equipment can be loaded; a tail tube detachable device, a tail vane shock mitigation system and a flybarless structure guarantee the stability and the safety of the unmanned helicopter; a cloud deck stabilizing technique guarantees the shooting angle, so that the picture flutter can be reduced to the greatest extent in the shooting from high altitude; and the industrial-grade application of the unmanned helicopter is achieved in the true sense.

Description

technical field [0001] The invention relates to a new tubular structure electric unmanned helicopter, which has outstanding advantages such as large load, high stability, and long flight time. It is applied in different industries, can optimize the work process, improve work efficiency, and reduce the work intensity of laborers. and security risks. [0002] The present invention adopts four-pipe fuselage structure (1), tailpipe detachable device (2), tail servo damping system (3) and aileronless structure (5), is a kind of high transmission ratio and load ratio ( 4) The design of the new electric unmanned helicopter loaded with lithium polymer battery. It involves an unmanned helicopter system that uses new energy power and can carry different equipment for operations. Combining radio, satellite navigation, and gyroscope technologies, it can realize automatic driving of unmanned helicopters, long-distance safe operations, and long-distance data transmission and storage. Unma...

AI Technical Summary

Problems solved by technology

[0007] The main problem to be solved by the present invention is to overcome the technical bottleneck of existing unmanned helicopters, and provide an electric unmanned helicopter that uses new materials, low cost, high safety, and can carry different equipment for operation. Helicopter; through the design of high transmission ratio and load ratio (4), plus the lithium polymer battery, the flight time of the new energy battery is extended, and it can carry heavier operating equipment; the detachable device of the tail pipe (2), The tail servo shock absorption system (3) and the flybarless structure (5) both ensure the stability and safety of the flight of the unmanned helicopter; the gimbal stabilization technology (8) ensures the shooting angle. , which can minimize the screen shake; realize the real industrial application of unmanned helicopter

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