zero position造句

• Having the motor stick from the radio , not on the zero position , when turning the plane on
  在接通模型电源前，没有把油门操作杆归零。
• Its essential idea is to prevent structures from accumulation of dynamic responses by means of limiting the potential crossing velocities at the zero position to seclude every to - and - fro motion circle as possible
  本文提出了一个离复位控制策略，核心思想是限制结构零位置穿越速度以尽可能孤立每个往复运动，防止动力效应的累积。
• The methods of determination bipolar inputting control signal , optic - electron coder feedback signal connecting with mcu , dimension ' s unity of inputting signal between feedback signal , zero position orientation , and logical drive are proposed and realized
  提出并实现了系统双极性输入控制信号采样、编码器反馈信号与单片机接口、输入信号与反馈信号的量纲统一化、零位定位、以及逻辑驱动等处理方法。
• The system is based on chopper constant current drive technique , according to the top level design idea , adopting advanced specical subdivision control integrate circuit and powerful function 80c196kc to organize the system frame , desiging the minimum system of single - chip microcomputer , multifunction i / o interface circuit , relay switch circuit , keyboard and display circuit , multifunction digital setting interface circuit and so on , utilizing the hso and hsi interface circuit which are owned by this single - chip microcomputer exclusively and its powerful command system to realize dual - degree switch control , automation orientation , automatically searching zero position , locking machine when stopping , frequency to set digitally , automatically adjusting speed through changing frequency , swithing subdivision or squarewave control , on the basis of above , the system also have the function of running according to the setting steps and the frequency , voltage and current to display through the led , etc
  系统基于斩波恒流驱动技术，按照顶层设计思想，采用先进的专用细分控制电路和功能强大的80c196kc单片机来组建系统构架，设计了单片机最小系统、多功能i o接口电路、继电器切换电路、键盘显示电路和多功能数字设定接口电路等，利用该单片机独有的hso和hsi接口及其强大的指令系统，实现了双余度混合式步进电动机的余度切换控制、自动定位、零位自动搜索、停机锁定、数字化频率设定、自动调频变速控制、细分方波切换控制，在此基础上，该系统还设有按预置步运行、 led频率电压相电流显示等功能。
• It also has a series of enhance functions such as : zero position automatic regulation , remote inspect the field control parameter and adjust control parameter pass number locked and so on . at the same time , it can carry though remote parameter enactment , remote control , self - diagnoses etc function by field bus hart protocal
  除具有常规智能式的全部功能外，还具有一系列增强的功能,如零点自动调整,远程就地控制参数查看与调整控制参数密码锁定等。同时通过现场总线hart协议,进行远程参数设定远程控制自诊断等功能。
• It also has a series of enhance functions such as : zero position automatic regulation , remote inspect the field control parameter and adjust control parameter pass number locked and so on . at the same time , it can carry though remote parameter enactment , remote control , self - diagnoses etc function by field bus hart protocal
  除具有常规智能式的全部功能外，还具有一系列增强的功能,如零点自动调整,远程就地控制参数查看与调整控制参数密码锁定等。同时通过现场总线hart协议,进行远程参数设定远程控制自诊断等功能。
• A method of pitch mark determination for a speech , includes : acquiring a fundamental frequency point and fundamental frequency passband signals by using an adaptable filter ; detecting a number of passing zero positions of the fundamental frequency passband signals ; and generating at least a set of pitch marks from a number of passing zero positions
  一种决定语音音高标记的方法，系藉以找出一语音之一组音高标记，此决定语音音高标记的方法系利用一可适性滤波器取得一基频点与一基频带通讯号；求取基频带通讯号之复数个过零点位置；然后经由复数个过零点位置产生至少一组音高标记。
• ( 6 ) the analysis on singularity configurations of the manipulator were investigated by the singular value decomposition of jacobian matrix , which was treated with the damped least - square method in the motion . from the results obtained it was indicated that the minimum singular value of manipulator calculated by the damping jacobian matrix were far from zero position . velocity , position and accelerate of all the joints of manipulator moved regularly , consequently the problem that the joint of mani
  ( 6 )通过雅可比矩阵奇异值分解进行番茄收获机械手奇异性分析，并采用阻尼最小二乘法对机械手运动中的奇异位形进行处理，使番茄收获机械手最小奇异值远离零点，各关节运动速度、位置和加速度运动无异常波动，解决了机械手在奇异位形处某些关节运动无法控制的问题。
• This thesis put forward a systemic method to settle the negative friction in project design . it includes when the negative friction must be consider , the zero position decided , count the down load , the negative friction group pile , the infection on end - bearing and sedimentation and stability , how to deal with in design to avoid the negative friction and how to solve when the negative friction produced
  本文提出了在工程设计中如何处理桩基负摩擦力的方法，包括什么情况下考虑负摩擦力、负摩擦力中性点位置的确定、桩基下拉荷载的计算、负摩擦力的群桩效应、负摩擦力对桩基竖向承载力和沉降的影响、设计施工中如何避免出现负摩擦力以及对已经出现的负摩擦力如何根治。