船舶爬壁机器人复合吸附装置的研究

Peng Li, Guangyuan Zhang, Lijuan Xu
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引用次数: 1

摘要

在船舶表面除锈工作中,设计了一种复合吸附法攀爬机器人。复合吸附装置采用永磁体和电磁铁组合,吸附装置不与铁磁壁面接触,机器人采用轮式行走方式。克服了单一吸附法不可调节、吸附力难以控制的问题。本文将单个吸附模块的吸附力测量值与复合吸附模块的吸附容量测量值进行了比较。综述了复合吸附法的优点;搭建攀爬机器人原型平台,通过原型实验方法,研究复合吸附方法和移动吸附方法的效果,并对吸附方法进行优化。
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Research on composite adsorption device for ship wall climbing robot
In the rust removal work on the surface of the ship, a kind of Composite adsorption method climbing robot is designed. The composite adsorption device adopts a combination of a permanent magnet and an electromagnet, and the adsorption device is not in contact with the ferromagnetic wall surface, and the robot adopts the walking mode of the wheel. Overcome the problem that the single adsorption method is not adjustable and the adsorption force is difficult to control. In this paper, the measured values of the adsorption force of a single adsorption module and the measured values of the adsorption capacity of the composite adsorption module are compared. Summarize the advantages of the composite adsorption method; Building a climbing robot prototype platform, method of passing prototype experiment, study the effects of composite adsorption methods and mobile methods, and optimize the adsorption method.
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