This article introduces a new multi-axis-movement-system based on CAN.
文章探讨了CAN总线技术，介绍一种新型的多轴运动控制技术。
It provided a reference for handling and stability of multi-axis vehicle.
为多轴转向车辆操纵稳性研究提供一定的参考依据。
The method can be applied in multi-axis linkage and motion control of robot.
该方法可用于多轴联动、机器人等的运动控制。
This design must have some value on motion of multi-axis, magic hand and robot.
这种算法对多轴联动、机械手、机器人等运动控制的设计具有一定的参考价值。
Therefore, the use of multi-axis control of SERCOS bus will be the future trend.
因此，利用SERCOS总线进行多轴控制将是未来发展趋势。
After the protocol is extended, accurate control for multi-axis turntable can also be realized.
经协议扩展可以实现多轴转台的精确控制。
Aided with the rich soft and hard resources of PC, multi-axis simultaneous movement was realized.
借助于PC机丰富的软、硬件资源，实现了多轴联动控制。
The MIMS uses 4 multi-axis piezoelectric load cells to measure the forces and moments in the sill clamps.
MIMS使用4个多轴压电式力传感器测量在门槛夹紧器中的力和扭矩。
Aiming at multi-axis control in logarithmic curves, an odd-even steps interpolation algorithm was designed.
针对对数曲线的多轴联动控制，设计了奇偶步插补算法。
T -sok for will be exhibited in the most advanced multi-axis zinc alloy and zinc alloy die-casting machine mold.
硕为将在本会展出最先进的多轴式锌合金压铸机与锌合金模具。
The system USES programmable multi-axis controller (PMAC) as servo motion controller. It is flexible and reliable.
系统使用可编程多轴控制器(PMAC)作为伺服运动控制器，具有很强的灵活性和可靠性。
The model and conclusion can be applied to the modeling and compensating of errors of multi-axis CNC machine tools.
所提出的模型和结论，可推广应用于多轴数控机床的误差建模与补偿。
Mathematical model is a key core technology of engineering practice and the basis of multi-axis steering of research.
数学模型是工程实践的关键核心技术，是多轴车辆转向研究的基础。
Thus, through the technical means to improve multi-axis vehicle safety performance is the urgent thing need to resolve.
因而，从技术手段提高多轴车辆安全性能已是急需解决的问题。
We used the hi-performance DSP instead of the microchip controller to realize multi-axis and hi-precision servo control.
用高性能数字信号处理器(DSP)代替单片机，实现了多轴高精度运动控制。
Especially Designed for Enhancing the Performance of OEM Machinery that Requires Multi-Axis Synchronization and Low Price.
尤其是专为提高性能原来设备制造商机器，需要多轴同步和低价格。
The Modeling and identification methods have universal and can be used in describing the error of multi-axis NC machine tools.
建立误差的模型和辨识误差的方法具有通用性，可以推广到其它多轴数控机床误差建模和误差辨识的分析之中。
In design of multi-axis force sensor used in underwater robot, the problem how to balance hydraulic pressure must be resolved firstly.
水下机器人用多轴力传感器的设计必须首先解决水压力平衡的问题。
The main works are listed as follows:1. A distributed multi-axis motion control system, based on DSP and FPGA techniques, is proposed.
基于DSP和FPGA技术，提出了一种分布式多轴交流伺服运动控制系统。
These brackets can be used where accessories need to be fixed to the support rail or carriage and as a multi-axis mounting arrangement.
这些括号可以用来在配件需要固定在支持铁路或运输作为一个多轴线越来越多的安排。
This offers the theoretical foundation and practice platform for the new further development of NC multi-axis space machining machines.
为新的多轴空间加工数控系统产品的进一步开发提供理论基础和实践平台。
And introduce the motion control algorithm, including single axis zero positioning algorithm and multi-axis coordinated control algorithm.
并介绍了该控制系统中的运动控制算法——单轴零点定位算法和多轴协同运动控制算法。
Enabling control of up to two motors, the kit allows for system level prototyping of a full dynamometer, as well as multi-axis systems control.
最多允许两个电机的控制，该套件允许一个完整的测功机的系统级原型设计，以及多轴系统控制。
A good effect is achieved when using this programming algorithm in the NC system of a fiber wrapping machine with multi-axis simultaneous movement.
将该规划算法用于多坐标联动纤维缠绕机的数控系统中，效果很好。
So some of steering control algorithm of two-axle vehicle could be used in multi-axis vehicle, improved the versatility of some of the control algorithm.
两轴转向车辆的有些转向控制算法可以用于多轴车辆，提高了有些控制算法的通用性。
In order to improve the performance of networked multi-axis motion control systems, the clock synchronization method of motion control networks was studied.
为了改进网络化多轴同步控制系统的性能，研究了运动控制网络的时钟同步方法。
We have studied the modeling technique and the regularity of the machining errors for multi-axis NC machine tools based on the analysis of their structures.
深入分析了多轴数控机床的结构特点，提出了基于多体系统理论的多轴数控机床描述方式。
Multi-axis coordinate control strategy is the core of the multi-axis motion control system. It influences performances of the motion control system directly.
多轴协调控制策略是多轴运动控制系统的核心，它直接决定了运动控制系统的性能。
Principle of thwartwise motion in tufting machine, hardware and function of Programmable Multi-Axis Controller (PMAC) and controlling process were presented.
叙述了地毯簇绒机中横动运动的伺服控制，提出了基于可编程多轴控制器（PMAC）运动控制卡的半闭环控制系统。
In order to improve the precision of freeform surface, the error of multi-axis NC machining is analyzed and a more reasonable estimate for tool step is given.
从提高自由曲面数控加工精度入手，对多轴数控加工的误差进行了分析，并提出了较为合理的走刀步长的估算方法。
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