rotating angle造句
例句与造句
- max . rotating angle of pitman arm shaft
摇臂轴最大转角 - we rotate the image and compute the no-skew measure, when the no-skew measure maximized, the opposite of the rotated angle is the image's skew angle
算法中采用二分法进行图象旋转，计算得到无偏斜度量具有最大值的角度，作为偏斜纠正的旋转角。 - meanwhile, it locates the maximum rotating angle probability in the matching of disks in order to optimize the range of the searched block and save on the matching of time
同时，对圆盘匹配中最大旋转角度进行了概率上的最优定位，优化了搜索块的范围，缩短了块的匹配时间。 - it has the multi-function of cutting side, rotating angles, grinding side and milling stone line . as a durable equipment with sealed lubricant tracks, it can cut stone to the very precision
本机具有切边、倒角、磨边，铣石线功能，导轨采用油浸式密封防护，切割精度高，经久耐用。 - we have unique calculating and measure method to design the double rotate angles based on physics principle . it's approved to be very usefully after 3 years experiences
双转角切型：我们已有三年以上的双转角晶片生产经验，有坚实的物理学基础，并有一套独特的角度计算和测量方法。 - It's difficult to find rotating angle in a sentence. 用rotating angle造句挺难的
- it has a photoelectrical coding device on each mechanical joint arm to detect the rotating angle, then the device's coordination can be calculated with the value of the angle
在硬件实现上，采用三关节机械臂结构，通过安装在每个关节上的光电编码器检测每个关节的转角，进而计算出位置信息。 - the ultrasonic motor is controlled by an independent control circuit, which receives rotate angle commands from an upper computer and drives the ultrasonic motor to reach the rotation angle of the control surface
采用独立的控制电路来控制电机动作,此电路接收上位计算机的控制面转角指令,驱动电机来实现控制面的转角。 - apply numerical arithmetic to calculate and smooth the profile, meanwhile apply numerical simulation to analyze the distributing disciplinary of cam's rotating angle and the response of displacement velocity and acceleration of slider
利用数值算法对其进行了曲线拟合和光顺，同时，利用数值仿真方法，反求分析了滑块从动件的位移、速度、加速度响应和凸轮的转角分布规律。 - a new standardization method is proposed to solve the problem of the distorted image recognition, which is that the image's centroid was gotten based on the pixels total value of the whole image, and then the largest apothem and the rotated angle were obtained by the distance of the centroid and the image brim, last the object and the reference image adjusted the entirely same images in the scale and the rotated angle according to the uniform standardization
由此，提出了基于图像质心和最长边的归一化图像处理新算法：根据图像像素总值求取图像质心，根据质心和图像边缘轮廓点之间的长度求出图像的最长边和旋转角度，然后根据统一标准将目标图像和参考图像调整至同一长度和旋转方向的完全相同的图像。 - a new standardization method is proposed to solve the problem of the distorted image recognition, which is that the image's centroid was gotten based on the pixels total value of the whole image, and then the largest apothem and the rotated angle were obtained by the distance of the centroid and the image brim, last the object and the reference image adjusted the entirely same images in the scale and the rotated angle according to the uniform standardization
由此，提出了基于图像质心和最长边的归一化图像处理新算法：根据图像像素总值求取图像质心，根据质心和图像边缘轮廓点之间的长度求出图像的最长边和旋转角度，然后根据统一标准将目标图像和参考图像调整至同一长度和旋转方向的完全相同的图像。 - first, a realistic 3d human body model which integrates with anthropometric data and a method of 3d human body modeling and deformation are researched . secondly, a corresponding realistic 3d multi-joint reach-space model with limited joint rotating angles is presented . then, a motion editing and motion retargeting method which aims at motion capture data is applied to a work motion simulation in this paper
首先结合人机工程统计数据建立了简化的三维人体模型，并研究了参数化人体模型变形方法；其次探讨了多关节且关节转角受限制的三维人体尺度模型；然后介绍一种针对运动捕获数据的人体关节运动编辑和重定向方法，并将其应用于操作动作仿真。 - by means of temporary stability of combining drift coefficient of angle sensor and through missile rotating two-position measurement, measuring rotating angle between the two positions by vertical sensitive axis x, and sensing the changes of ground velocity component between the two positions by horizontal sensitive axis and z, the position of the component is determined to realize the azimuth alignment before launch of tactical missile
角敏感元件漂移系数具有短期稳定性，通过转弹前后两位置对组合的测试，垂直敏感轴计测转弹过程中两位置之间的转角，两水平敏感轴敏感计测地速分量在前后两位置的变化，由此计算出部件当前所在方位，从而实现战术弹射前的方位对准。 - the analysis results show that the palcement styles and the rotating angles of such a large scale deployable boom systems are functional importantly . the motions and damps of the boom systems also take importance . if motions become larger, the time for the booms to reach their spreaded states is shorter, and the impact velocities become larger, the impact accelerations become larger too
分析结果表明，对于大尺度的伸杆机构，其布置方式和展开角度对其展开运动有重要的影响；同时也研究了铰链处外力矩对展开运动的影响，随着该力矩的增大，伸杆到达锁定状态的时间减少，碰撞时的速度增加，由此产生较大的加速度；分析了伸杆弹性和阻尼对伸杆展开过程的影响，弹性增大碰撞加速度增大，阻尼增大加速度减小，因此可将铰链处外力矩和伸杆阻尼作为伸杆展开运动调节的手段。 - it analyses the causes to bright image movement, studies principle to compensate image movement, conforms project to compensate image movement, and designs framework to compensate image movement in the article; to analyze and design configuration of the scanning mirror, to select matters of mirror and its support structures on the principle of consistent line expansion coefficient; to ascertain type of moment electromotor by most rotating angle speed and most rotating moment which are required by loads in the period to take pictures, as well as by figuration size of electromotor; to design retarder according as the electromotor parameters; to design and optimize lightweighted mirror shapes, because the mirror is key part; to design flexure support structure, to analyze static and dynamic characteristics of the support structure by name of patran program for validating desig n rationality; to study function of the scanning mirror electric control system; to test precision of the system, the results indicate the rationality of design of the scanning mirror system
本文通过分析像移产生原因、研究像移补偿原理，确定像移补偿方案，并根据像移补偿原理设计补偿机构；分析与设计扫描反射镜系统结构，根据材料线膨胀系数一致原则，选择反射镜及其背部支撑的材料；由扫描反射镜在摆扫周期内的最大摆扫角速度确定力矩电机的额定转速，根据负载力矩确定电机的额定转距，综合电机外型尺寸等因素，确定执行元件??电机的型号；根据所选电机的参数指标，设计1：6速比的减速器；利用patran软件对扫描反射镜系统中的关键件??反射镜进行轻量化设计与优化；设计反射镜柔性支撑结构，并通过软件分析支撑结构的力学特性，验证反射镜柔性支撑结构设计的合理性；从原理上研究扫描反射镜控制系统功能；进行系统精度测试，测试结果表明扫描反射镜系统设计的合理性。 - with regard to the restrains of geometries boundaries of the surface, we have finished the tooth contact analyses ( tca ) and precisely drawn the actual contacting area on the surface . the relations between the total length of the actual contacting lines and the rotating angle of worm gear are also revealed in this dissertation
为了获得蜗轮轮齿齿面的准确描述，按共轭理论计算了蜗轮齿面的实际接武汉理工大学博士学位论文触线，通过考虑蜗轮齿面的实际几何约束，确定了蜗轮齿面的实际啮合区，并运用数值方法精确计算了蜗轮齿面的边界线。
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