Unmanned aerobat with ring-like wing

Abstract

This invention relates to a ring-foil unattended airplane, wherein the divider divides the volume into two-piece volumes in an empty ducted, the upper volume has the airplane's fuel tank in it, and the down volume has the airplane's control embarkation storehouse in it, the center part of the ducted has the engine, and the down part of the engine is assembled with the fixed bar, which connects with the ducted inwall, the upper end of the engine has the locking, and the upper end of the duct's center part has the load storehouse, wherein the frame connects with the ducted outwall, the down part of the fixed bar has the blind, which connects with the ducted inwall, the bottom end of the blind has the vane, and the bottom end of the ducted has the airplane frame.

Description

technical field [0001] The invention relates to an unmanned flight communication transmission tool, which can take off and land vertically, and can realize real-time data transmission, and has the characteristics of all-weather flight. Background technique [0002] At present, known unmanned aerial vehicles are widely used by all walks of life due to their wide application range, low cost, and strong usability. However, it cannot be widely used, and its launch and recovery require a large space, especially when it comes to flight stability and easy control, which are important issues faced by UAVs. This makes the use of unmanned aerial vehicles still blank in many fields, especially in military reconnaissance, communication transmission, etc. The requirements are more stringent, which greatly limits the development and use of unmanned aerial vehicles. The use of unmanned aerial vehicles had to be abandoned. As a result, the loss of personnel, financial resources, and mater...

AI Technical Summary

Problems solved by technology

[0002] At present, known unmanned aerial vehicles are widely used by all walks of life due to their wide application range, low cost, and strong usability. However, it cannot be widely used, and its launch and recovery require a large space, especially when it comes to flight stability and easy control, which are important issues for UAVs

This makes the use of unmanned aerial vehicles still blank in many fields, especially in military reconnaissance, communication transmission, etc. The requirements are more stringent, which greatly limits the development and use of unmanned aerial vehicles. had to abandon the use of unmanned aerial vehicles

Thereby increasing the loss of personnel, financial and material resources, etc., which directly or indirectly hinder the development of productivity and the progress of science and technology.

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