1) Microarrayer
点样机器人
1.
Study on Efficiency of Microarrayer;
生物芯片点样机器人的工作时效分析
2.
Study on working path of microarrayer;
点样机器人工作路径分析
3.
In this paper,the construction and characteristics, the current situation home and abroad, the hotspots of research field, and the tendencies of microarrayer has been introduced.
本文介绍了点样机器人的系统组成及特点 ,国内外的发展状况 ,目前研究的热点问题及今后发展的方
2) sampling robots
取样机器人
1.
In granary sampling robots,there are lots of methods solving inverse kinematics, but they are niggling and their operation procedures are lengthy.
在粮仓取样机器人中 ,求运动学逆解的方法很多 ,但都比较繁琐 ,运算过程冗长 。
3) spot welding robot
点焊机器人
1.
Electrode holder for spot welding robot is a new type of electrode holder following the manual electrode holder and automatic electrode holder.
点焊机器人焊钳是继手动焊钳和自动焊钳之后又一新型焊钳，它对机器人的使用效果和潜能的发挥有着重大影响。
2.
Aim\ In order to optimize structure and controller of robot, dynamic characteristics of a spot welding robot is analyzed with a method of experimental modal analysis.
方法 用实验模态分析方法对点焊机器人的动态特性进行了分析研究 。
3.
In this paper kinematics equations,inverse kinematics for two point of spot welding and the trace from point to point is solved for 6-degree of freedom IRB-1400 spot welding robot.
针对ABB的IRB-1400型六自由度点焊机器人,基于D-H方法建立其运动学方程,分析正问题,并通过拟定机器人点焊过程中的两个点推算运动学逆解。
4) Robot spot welding
机器人点焊
5) point-to-point robot
点位机器人
6) Dust-gathering robot
定量采样机器人
补充资料：机器样杂音
机器样杂音
见"连续性杂音"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条