The Design and Research of Intelligent Search and Rescue Device Based on Sonar Detection and Marine Battery


Share / Export Citation / Email / Print / Text size:

International Journal of Advanced Network, Monitoring and Controls

Xi'an Technological University

Subject: Computer Science, Software Engineering


eISSN: 2470-8038





Volume / Issue / page

Related articles

VOLUME 2 , ISSUE 4 (December 2017) > List of articles

The Design and Research of Intelligent Search and Rescue Device Based on Sonar Detection and Marine Battery

Zhao Jian / Zhang Liang / Zheng Li-nan / Li Nan

Keywords : Sonar Detection, Marine, Battery, Intelligent, Search and Rescue Device, Laser gyroscope, product design

Citation Information : International Journal of Advanced Network, Monitoring and Controls. Volume 2, Issue 4, Pages 89-93, DOI:

License : (CC BY-NC-ND 4.0)

Published Online: 23-April-2018



With the increasing number of Marine accidents, the task of maritime search and rescue is increasingly difficult. This paper studies a fast, accurate and scientifically valid intelligent equipment which breakthrough maritime search and rescue capability and level for maritime search and rescue. Using sonar detection technology combined with GPS navigation systems and Marine battery energy technology, intelligent search and rescue devices which we designed can quickly search for victims of life information. When the sonar equipment is searched for feedback, the GPS provides precise positioning to achieve accurate rescue. The search and rescue device is powered by Marine batteries, which is environmentally friendly and can be supplied for a long period of time. The Marine intelligent search and rescue equipment is equipped with fast speed and strong resistance to wind and waves, which have a long working characteristic and can reach the marine perils area quickly and realize efficient unmanned search and rescue.

Content not available PDF Share



Zhao Bing.Research and design of Marine search and rescue system[D].Fudan University.2013.


Allen A. Leeway divergence [R].US Coast Guard Research and Development Center,2005.


Zhao Dong.The design and implementation of the small scale maritime personal emergency search and rescue indicator[D].Xi 'an university of electronic science and technology,2014.


LIU Hai-zhengHAO Huai-ciHAO Chun-yang. Search and rescue region prediction algorithm based on the Monte Carlo method [J]. Ship and ocean engineering ,2010,2:132-135.


YU Wei-hongJia Chuan-ying. Maritime search and rescue search area method for determining [J]. Navigation of China,2006,2:34-37.


Mohd Ansor Bin Yusof, Shahid Kabir.An Overview of Sonar and Electromagnetic Waves for Underwater Communication[J].IETE Technical Review 2012,(18):307-317 .


WANG Li,Yang Peng. Design and implementation of virtual oscilloscope based on Lab VIEW[J]. Research and Exploration in Laboratory2010,29:62-64.


Ben A. Brushedtt ,Victoria c,Brian A.King. Determining the leeway drift characteristics of tropical Pacific island craft[Z]. Applied Ocean Research,.2014.


Hu Bin,Study of automatic alarm system based on BeiDou[D].Shanghai ocean university,2016.


Wang Dong-Dong,Chen Yong-jian, Ma Xiao-Feng.GPS and electronic chart based on the search and rescue location system[J].Avionics Technology, 2012, (43):14-19.


Gebauer, A.Schreiber, K. U.Klügel, T.Schön, N.Ulbrich, U.High-frequency noise caused by wind in large ring laser gyroscope data[J].Journal of Seismology,2012,(12):777-786


Wang Ming-hua.New ways of using Marine energy -- seawater batteries[J].Water Resources Research,2010.


Cheng Cui-fang.The study of the key technologies of the water alarm and search system[D]. Jimei University,2016.


Yan Jun-tao.GPS based self-positioning Marine search and rescue alarm system[D].Beijing university of posts and telecommunications,2014.


Addoms Allen,Christophe Maisondieu,Michel Olagnon.Advances in search and rescue at sea[Z]. Ocean Dynamics.2013.


Qian Jin-shan.The research of the method of maritime search and rescue[J].Chinese water transportation (lower half),2015,(9): 51-53.