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1)  bionics crab-liked robot
两栖仿生机器蟹
1.
Leg trajectory planning and generation for a bionics crab-liked robot;
两栖仿生机器蟹的单足路径规划和生成
2)  amphibious biomimetic robot
两栖仿生机器人
1.
This paper surveys the development process of amphibious biomimetic robots,and mainly describes the current R&D status of amphibious robots at home and abroad in terms of legged and snake-like amphibious robots.
概述了两栖仿生机器人的发展过程,主要从腿式和蛇形两方面介绍了国内外两栖机器人的研究现状。
2.
An amphibious biomimetic robot is addressed,which is capable of multi-mode motion both in water and on land.
概述了一种具有多模态运动的两栖仿生机器人,基于两栖机器人的自主或半自主运动能力,提出了一种基于红外传感器的自主避障策略。
3)  bionics crab-liked robot
仿生机器蟹
1.
Application of serial communication between TMS320C54x and PC to bionics crab-liked robot;
TMS320C54x与PC机串行通信在仿生机器蟹系统中的应用
2.
The paper presents the design of walking leg for bionics crab-liked robot, which is driving with micro servo motor.
本文介绍了一种采用微型直流伺服电机驱动的仿生机器蟹步行腿设计及其运动学、动力学分析。
4)  crab-liked robot
仿生机器蟹
1.
Research on the Prototype of Crab-liked Robot;
仿生机器蟹原理样机的研究
2.
Research on the Mechanical Model and Control System of the Crab-liked Robot;
仿生机器蟹机构模型及控制系统研究
3.
The National Natural Science provides funding for the project "Research of Crab-liked Robot", which develops the mechanism and controlling system of the crab-liked robot's prototype and researches the theory and control mode of amphibious walking based on the complex obstacle surroundings.
本文来源于国家自然科学基金项目“两栖仿生机器蟹基础技术研究”,主要研究内容是机器蟹样机总体方案和控制系统设计以及两栖步行机理和基于复杂障碍环境行走的控制方法。
5)  bionic crab-like robot
仿生螃蟹机器人
1.
Based on the analysis of crabs\' characteristics,a bionic crab-like robot system with an innovative structure is designed by using bionics principles.
基于对螃蟹特性的分析,运用仿生学原理设计了一款具有创意结构的仿生螃蟹机器人系统。
6)  amphibious robot
两栖机器人
1.
Research on environment apperceive system for amphibious robot based on the sensor;
基于传感器的两栖机器人环境感知系统研究
2.
The paper designed a propulsive mechanism for an amphibious robot in order for it to meet the requirement of adapting itself to the two environments of water and land.
根据两栖机器人对水陆两种环境的适应需求,设计了一套水陆两用的机器人推进机构。
补充资料:一蟹不如一蟹
1.旧题宋苏轼《艾子杂说》:"艾子行于海上,见一物圆而褊,且多足,问居人曰:'此何物也?'曰:'蝤蛑也。'既又见一物,圆褊多足,问居人曰:'此何物也?'曰:'螃蟹也。'又于后得一物,状貌皆若前所见而极小,问居人曰:'此何物也?'曰:'彭越也。'艾子喟然叹曰:'何一蟹不如一蟹也!'"后因以比喻一个不如一个。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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