The Design of the Fire Detection of Microwave Antenna

Yong-Lin Yu, Z. Hua, Lv Hong, Lan-lan Ping
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引用次数: 1

Abstract

Using the array antenna receiving fire microwave radiation within the building, fire detection and warning. In this paper, a calculation to determine the microwave radiant intensity of fire and antenna radiation intensity were derived based on microwave fire detection theory. Combining with complex conditions of the building fires and detect directional, designed a 2 * 2 rectangular microstrip antenna array with the method of coaxial feed. The antenna not only uses the slotting technology to make its impedance matching and easy to adjust, also refer H feed network to increase the directional gain and make its performance to receive fire the needs of the microwave radiation. HFSS simulation results show that the antenna has good performance with high gain, good directions and low side lobe so that it can meet the needs of fire for detection in complex fire environment, some methods for warning threshold value and eliminate interference of the detector are put forward.
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微波天线火灾探测的设计
利用阵列天线接收建筑物内的火灾微波辐射,进行火灾探测和报警。本文基于微波火灾探测理论,推导了确定火灾微波辐射强度和天线辐射强度的计算方法。结合建筑物火灾的复杂条件和探测方向,设计了一种同轴馈电方式的2 * 2矩形微带天线阵。该天线不仅采用开槽技术使其阻抗匹配,易于调整,而且参考H馈电网络增加定向增益,使其性能能够满足微波辐射的需要。HFSS仿真结果表明,该天线具有高增益、方向性好、旁瓣低的性能,能够满足复杂火灾环境下对火灾的探测需求,并提出了探测器预警阈值的确定和干扰消除方法。
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