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1)  level spindle
采摘机
2)  Machine-plucking
机械采摘
3)  Harvesting robot
采摘机器人
1.
Study on strawberry harvesting robot:Ⅲ.Application of scan line filling algorithm in vacancy filling of strawberry image;
草莓采摘机器人的研究:Ⅲ.扫描线填充算法在草莓图像孔洞填充中的应用
2.
Present situation and development of mobile harvesting robot;
移动式采摘机器人研究现状与进展
3.
Along with the application of new pattern of agricultural production and technique, harvesting robot has great potential as the important type of agricultural robot.
采摘机器人作为农业机器人的重要类型,具有很大的发展潜力。
4)  Picking robot
采摘机器人
1.
The object s recognition and orientation are not solved for the fruit and vegetable picking robot.
在果蔬采摘机器人系统中,果实目标的智能化识别和定位问题一直是没有解决的问题。
2.
The development prospect and research status of fruit and vegetable picking robots are overviewed and several typical picking robots are introduced with some key technologies related to the robots analyzed and studied.
综述了果蔬采摘机器人的发展前景和研究现状,介绍了几种典型的果蔬采摘机器人,并探讨了其几项关键技术。
5)  picking manipulator
采摘机械手
1.
Based on the idea of man-machine cooperation ,The structure and correlation parameter of the picking manipulator are designed in this paper.
为此,基于人机协作思想,对果品采摘机械手的结构及相关参数进行了设计,并对其进行了详细的运动学分析,利用代数法对机械手逆运动学进行求解,得到了机械手的运动学方程,为实现机械手的控制奠定了基础。
2.
This article picks the four degrees of freedom picking manipulator as the research object,has produced the control system overall plan,drew the hardware schematic diagram,and investigated and simulated the manipulator control system,using Keil as the software debugging interface and Proteus as the hardware simulation and the debugging interface.
为此,以4自由度采摘机械手为研究对象,给出了控制系统的总体方案,绘出了硬件原理图,并运用Keil作为软件调试界面,Proteus作为硬件仿真和调试界面,对机械手的控制系统进行了研究与仿真。
3.
Based on Monte-Carlo method working space of the 4-DOF picking manipulator is analyzed in this paper .
利用基于随机抽样的蒙特卡洛方法,对4自由度采摘机械手的工作空间进行了分析。
6)  mulberry leaves plucking machine
桑叶采摘机
1.
Because the precision of the main motion system of mulberry leaves plucking machine is high, its source of error is analyzed and the key factors of influence error are found for assuring assemble precision of the main motion system in the case of reducing machining difficulty of interrelated parts.
由于桑叶采摘机主运动系统的精度要求较高,为了降低各相关零部件的加工难度,而又能保证主运动系统的装配精度,对桑叶采摘机主运动系统误差来源进行分析,找出产生误差的主要因素,然后采用修配法和调整法对主运动各零部件的公差进行分析计算。
补充资料:采摘
1.亦作"采擿"。 2.摘取;选录。
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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