Bio-inspired Coral-like Sensor Aiming at Ocean Wave Monitoring

Since designing efficient ocean wave sensors for marine engineering is still a challenge, in this paper, a self-powered bionic coral wave sensor (BCWS) based on a triboelectric nanogenerator (TENG) is proposed, which aims at wave detection for marine engineering construction, marine resource develop...

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Published inChinese Automation Congress (Online) pp. 908 - 912
Main Authors Wang, Xinyu, Xu, Peng, Liu, Jianhua, Wang, Tingyu, Wang, Siyuan, Guan, Tangzhen, Liu, Xiangyu, Chen, Tianyu, Zheng, Jiaxi, Tao, Jin, Xu, Minyi
Format Conference Proceeding
LanguageEnglish
Published IEEE 22.10.2021
Subjects
Bionic wave sensor
Biosensors
Multi-modal motions
Ocean wave monitoring
Ocean waves
Self-powered
Sensor phenomena and characterization
Stability analysis
Triboelectric nanogenerators
Triboelectricity
User interfaces
Voltage
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Abstract Since designing efficient ocean wave sensors for marine engineering is still a challenge, in this paper, a self-powered bionic coral wave sensor (BCWS) based on a triboelectric nanogenerator (TENG) is proposed, which aims at wave detection for marine engineering construction, marine resource development, and marine disaster warning. The BCWS consists of coral tentacles, buoyancy disc, spring, counterweight mechanism, and perceiving units (60mm in length, 10mm in width, and 1.5mm in thickness) with multi-modal motions and encapsulates inside the coral tentacles through flexible rubber joints. Meanwhile, the unique structure of BCWS can not only eliminate the influence of seawater on the sensor output performance but also realize the three-dimensional perception of wave information. The analysis of experimental data reveals that BCWS perceive wave direction, wave height, wave frequency, and wave period with millimeter accuracy. Therefore, this novel BCWS can provide an intelligent solution for modern marine engineering.
AbstractList Since designing efficient ocean wave sensors for marine engineering is still a challenge, in this paper, a self-powered bionic coral wave sensor (BCWS) based on a triboelectric nanogenerator (TENG) is proposed, which aims at wave detection for marine engineering construction, marine resource development, and marine disaster warning. The BCWS consists of coral tentacles, buoyancy disc, spring, counterweight mechanism, and perceiving units (60mm in length, 10mm in width, and 1.5mm in thickness) with multi-modal motions and encapsulates inside the coral tentacles through flexible rubber joints. Meanwhile, the unique structure of BCWS can not only eliminate the influence of seawater on the sensor output performance but also realize the three-dimensional perception of wave information. The analysis of experimental data reveals that BCWS perceive wave direction, wave height, wave frequency, and wave period with millimeter accuracy. Therefore, this novel BCWS can provide an intelligent solution for modern marine engineering.
Author Xu, Peng
Guan, Tangzhen
Liu, Jianhua
Wang, Xinyu
Liu, Xiangyu
Zheng, Jiaxi
Wang, Tingyu
Xu, Minyi
Wang, Siyuan
Tao, Jin
Chen, Tianyu
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Snippet Since designing efficient ocean wave sensors for marine engineering is still a challenge, in this paper, a self-powered bionic coral wave sensor (BCWS) based...
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StartPage 908
SubjectTerms Bionic wave sensor
Biosensors
Multi-modal motions
Ocean wave monitoring
Ocean waves
Self-powered
Sensor phenomena and characterization
Stability analysis
Triboelectric nanogenerators
Triboelectricity
User interfaces
Voltage
Title Bio-inspired Coral-like Sensor Aiming at Ocean Wave Monitoring
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