Deep fusion architecture based on double-helix interleaving directional air-space interference equipment and gallium nitride technology

By deeply integrating a dual-helix intertwined directional aerospace jamming device with gallium nitride technology, the problems of large detection module weight, high false alarm rate of identification module, and high cost of interception module in existing aerospace defense systems have been solved. This has enabled lightweight, efficient, and intelligent low-altitude target defense, improving identification accuracy and interception success rate.

CN121994082APending Publication Date: 2026-05-08何祥宇 +1
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Patent Information

Application Number
CN202610075922.1
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-01-20
Publication Date
2026-05-08

AI Technical Summary

Technical Problem

Existing aerospace defense systems suffer from problems such as low power density, heavy weight, and cumbersome deployment of detection modules; high false alarm rate and poor electromagnetic interference resistance of identification modules; high cost and low resource utilization of interception modules; closed system architecture and poor coordination and scheduling; high manpower costs and short life cycle.

Method used

It adopts a deep integration architecture based on double-helix interlaced directional aerospace jamming equipment and gallium nitride technology, including detection module, identification module and interception module. It utilizes gallium nitride solid-state T/R components, microchannel liquid cooling heat dissipation design, carbon fiber antenna, adaptive beamforming algorithm, multi-modal recognition mechanism, AI hierarchical interception strategy and distributed collaborative control module to achieve a high-efficiency, lightweight and intelligent defense system.

Benefits of technology

It achieves high mobility, extremely high identification accuracy, low cost, high efficiency interception and distributed collaboration. The system weight is reduced to 5 kg, the identification accuracy is ≥99.2%, the interception cost is reduced to one-thousandth of that of traditional missiles, the interception success rate is increased to over 95%, and the manpower requirement is reduced.

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Abstract

The invention discloses a deep fusion architecture based on double-helix interleaving directional air-space interference equipment and a gallium nitride technology, and belongs to the technical field of low-altitude defense. The architecture comprises a detection module, an identification module, an interception module and a cooperative control module. The detection module adopts a gallium nitride T / R assembly and a carbon fiber lightweight antenna, and realizes high-maneuverability and high-precision detection in combination with an adaptive beam forming algorithm. And the identification module fuses the micro-Doppler features and the multi-modal data, and realizes high-accuracy target identification through an AI algorithm. The interception module integrates three means of radio frequency, electromagnetic pulse and laser, is driven by an AI grading decision algorithm, and realizes low-cost and efficient damage. And the cooperative control module realizes multi-node resource scheduling and cooperative combat through distributed networking and semi-autonomous AI decision. The problems that a traditional low-altitude defense system is poor in maneuverability, low in recognition rate, high in interception cost and weak in cooperative capacity are solved, and the method is suitable for regional protection of unmanned aerial vehicle clusters and low-altitude high-speed targets.
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