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- 6 - axis Wrist Force Sensor 六维腕力传感器
- The wrist force sensor located between the gripper and arm is considered to be the most important force sensor. 位于机器人手臂和夹持器之间的腕部力传感器是最重要的力传感器。
- A novel correlation wavelet method for extracting the IRF of wrist force sensor is presented. 它的动态性能对于保证整个机器人系统的动态品质和稳定精度具有非常重要的作用。
- Multidimensional wrist force sensor 多维腕力传感器
- A Dynamic Modeling Method Based on FLANN for Wrist Force Sensor 基于FLANN的腕力传感器动态建模方法
- One type of robotic wrist force sensor with simple structure 一种具有简单结构的机器人腕力传感器
- EXPERIMENTAL MODELING OF SIX-AXIS WRIST FORCE SENSOR BASED ON STEP RESPONSES 六维腕力传感器阶跃响应的实验建模
- The Solution to and the Analysis with Cross-coupling Matrix of Six-axis Wrist Force Sensor for Robot 机器人六维腕力传感器耦合矩阵的确定与摄动分析
- Hardware and software upgrade on 6 axis contour following system. 6轴曲面跟踪系统硬件和软件升级.
- Keywords robot multi-dimensional wrist force sensor;bionic algorithm;dynamic characteristic;dynamic compensation;model;calibration;de-noising; 机器人多维腕力传感器;仿生算法;动态性能;动态补偿;模型;标定;去噪;
- 6-axis wrist force sensor 六维腕力传感器
- wrist force sensor 腕力传感器
- SI6 6 axis stepper motor interface Provides stepper motor control and encoder input for up to 6 axes of motion. Scan program is controlled by the PC software. SI6 6轴界面步进发动机提供步进发动机控制装置和译码器输入装置以实现6轴运行.;扫描程序由计算机软件控制
- Measure and record the mass of the cart plus force sensor in the Data Table. 测量小车和力传感器的总质量并记录在数据表中。
- Theparallel robot mechanism has wide application in thefields of industrial robots, force sensors, virtual axis ma-chine tools and CMMs. 该并联机器人机构在工业装配机器人、力与力矩传感器、虚拟轴机床、坐标测量机等领域具有广泛的应用前景。
- According to the need of testing engineering practice, a project for deuce force sensor of double cantalever girder strain style was designed. 根据实际测试工程的需要,提出一种双悬臂梁应变式二分力传感器的设计方案。
- Place the cart on one end of the track. Press the tare button on the side of the force sensor to zero the force sensor. 把小车放在轨道的一端。按下力传感器侧面的。
- Robot's soft griping function relies on the fine-performance force sensor, position sensor and slip sensor. 摘要机械手软抓取功能的实现,关键在于有性能优良的滑觉传感器。
- Robot s soft griping function relies on the fine-performance force sensor, position sensor and slip sensor. 机械手软抓取功能的实现,关键在于有性能优良的滑觉传感器。
- Two structures for coupling the force sensor to the FTC-unit are designed and compared. 比对了用于联结力传感器和FTC单元的两种设计方法。