High-power millimeter wave radiation system applied to active denial system

Abstract

The invention discloses a high-power millimeter wave radiation system applied to an active denial system, which belongs to the technical field of active denial and comprises a high-power millimeter wave source, a mode converter, an auxiliary reflecting mirror, a main reflecting mirror, a rotary table, an auxiliary bracket and a pitching motor, the high-power millimeter wave source, the mode converter, the auxiliary reflector and the main reflector form a main body of the radiation system; the auxiliary bracket is used for fixing the relative positions of the high-power millimeter wave source, the mode converter, the auxiliary reflector and the main reflector; the pitching motor is integrated at the joint of the main reflecting mirror and the auxiliary bracket; a motor capable of rotating in an azimuth mode is integrated in the rotary table and used for achieving 360-degree controlled free rotation of a whole formed by the high-power millimeter wave source, the mode converter, the auxiliary reflector, the main reflector, the auxiliary support and the pitching motor in the YOZ plane. The invention has the advantages of low microwave transmission loss, compactness, miniaturization, capability of realizing large-angle radiation strike and the like.

Description

technical field [0001] The present invention relates to the technical field of active denial, and more specifically, relates to a high-power millimeter-wave radiation system applied to an active denial system. Background technique [0002] The microwave active denial system emits high-power W-band millimeter waves to irradiate the target's skin, and can accurately dispose of it in a short period of time in a way that non-cooperative personnel cannot detect, so that the target will stop the sabotage due to a strong burning pain and achieve denial It can effectively solve the above problems and become an important development direction of non-lethal equipment. However, the high-power millimeter-wave radiation system in the traditional microwave active rejection system uses a gyrotron device as the microwave source, and uses a microwave transmission link such as a complex beam waveguide network or a corrugated waveguide network to transmit high-power microwaves from the source....

AI Technical Summary

Problems solved by technology

However, the high-power millimeter-wave radiation system in the traditional microwave active rejection system uses a gyrotron device as the microwave source, and uses a microwave transmission link such as a complex beam waveguide network or a corrugated waveguide network to transmit high-power microwaves from the source. The microwave source of the whole system is separated from the antenna, and a large number of passive components are required to cooperate from microwave generation, transmission to emission to free space, resulting in a large system size and a large loss of microwave energy in the transmission link. This brings difficulties to the miniaturization design of the active denial system; and the transmission link cannot solve the large-angle free radiation in the pitch direction of the radiation system, which also greatly reduces the application capability of the active denial system, making it difficult to promote practical applications

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