FH-FSK机械推离机构遥控声释放系统

Songzuo Liu, Yanan Liu, Jun Yang, Qinfeng Yi, Wangyi Pu, Lu Ma
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引用次数: 0

摘要

声学释放是一种声学遥控和机械释放系统。满足远程控制的鲁棒性和浅水释放的鲁棒性要求。本文提出了跳频移频键控(FH-FSK)通信方案和机械推脱机制。采用跳频序列抑制多径干扰,实现更强的鲁棒性和安全性的声通信。该释放机构设计为推脱结构,通过电机的旋转将非金属螺母推脱。研制了声释放系统,具有释放、锁定、电池及倾斜监测、测距等功能。工作深度500m,通信距离2km,有效载荷500kg。在高浓度声道池、松花江和千岛湖进行了性能测试和验证。该方法已成功应用于水下传感器网络系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FH-FSK Remote Control Acoustic Release System with Mechanical Push-Off Mechanism
Acoustic Release is an acoustic remote control and mechanical release system. To meet the requirements of robust remote control and robust release in shallow water. In this paper, frequency-hopping frequency-shift keying (FH-FSK) communication scheme and mechanical push-off mechanism are proposed. Frequency hopping sequences are applied to mitigate the multipath interference to realize more robust and security acoustic communication. The release mechanism is designed with a push-off structure in which the non-metal nut is driven off by the rotation of the motor. The acoustic released system is developed with function of release, lock, battery & tilt monitoring and range measurement. The working depth is 500m, communication distance is 2km, and payload is 500kg. The performance has been tested and verified in HEU acoustic channel pool, Songhua River, and Qiandao Lake. In addition, it has been successfully applied to an underwater sensor network system.
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