Icing sensing and deicing prevention integration device based on plasma and use method thereof

Abstract

The invention provides an icing sensing and deicing prevention integration device based on a plasma and relates to the technical field of plasma icing sensing and deicing prevention integration. The invention aims at solving a problem of poor icing sensing and deicing prevention working accuracy caused by using different instruments to detect and work in the prior art. The icing sensing and deicing prevention integration device based on the plasma comprises a power supply used for providing different voltage environments for an exciter; the power supply comprises a low voltage unit and a highvoltage unit which are arranged in parallel; the icing sensing and deicing prevention integration device based on the plasma further comprises a voltage detector and / or a current detector used for detecting voltages of the two ends of the exciter and / or detecting a current passing through the exciter; the icing sensing and deicing prevention integration device based on the plasma further comprisesa central processing analysis and control unit; and the power supply and the voltage detector and / or the current detector both communicate with the central processing analysis and control unit. According to the icing sensing and deicing prevention integration device based on the plasma, by monitoring the voltages of the two ends of the exciter and / or monitoring the current, icing sensing and deicing prevention works are integrated under the coordination of switching between the low voltage unit and the high voltage unit; and through fixed-point icing sensing and deicing prevention works, theaccuracy is improved.

Description

technical field [0001] The invention relates to the technical field of plasma icing sensing and anti-icing integration, in particular to a plasma-based icing sensing and anti-icing integrated device and a method of use thereof. Background technique [0002] Airplane is one of the most common fixed-wing aircraft. Its appearance greatly facilitates people's travel. In order to improve the safety of people's travel, it is necessary to eliminate the adverse factors that affect flight safety. Among them, aircraft icing is defined by the aviation industry. One of the six major factors of flight safety; when the aircraft is flying at high altitude, the low temperature will cause water vapor to freeze on the surface of the aircraft wing, which will affect the aerodynamic performance and operational performance of the aircraft wing flying in the air, and even make the The control of the plane failed, resulting in a crash. [0003] In order to solve the above problems, it is necessar...

AI Technical Summary

Problems solved by technology

[0006] At present, the ice detectors on the market include optical sensors, electrical sensors and mechanical sensors. Ice areas, however, have less accurate icing sensing and less accurate anti-deicing ranges due to the non-identity of the position of the icing detector and the corresponding plasma actuator

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