conveyors system造句

• This paper , from the angle of elastodynamics , studied the dynamic performance of the belt conveyor system by the action of transient load at acceleration and deceleration and prohided the proper acceleration and deceleration curves of the beh conveyor , which can be used in the engineering design
  从弹性动力学角度出发，研究了带式输送机在不同的加、减速度冲击作用下和系统的动态特性，并提出合理的带式输送机的加、减速度曲线，可供工程设计采用。
• The rollers and housings , the important transmission parts in belt conveyor systems performing power transmission , are often under complex conditions and easily damaged when design parameters are not correct . and the capability and reliability of belt conveyor is mainly determined by the key parts ’ strength and stiffness
  滚筒和机架是带式输送机的重要部件,承受复杂载荷,一旦设计参数选取不当,很容易在使用中失效,对输送机整体性能和可靠性影响很大。
• The paper also establish simulation model with open loop of established dynamic model of conveyor system with simulink software , and simulates the process of starting by properly setting simulation parameters , so that all dynamic parameters of conveyor at random time during starting are computed , thus steady starting and economical running are controled
  对建立的输送机系统的动力学模型建立开环控制仿真模型，通过合理的设置仿真参数，对带式输送机的起动过程进行仿真，精确计算出输送机系统任意点在起动过程中任意时刻的所有动态参数，以控制输送机起动过程的稳定性和设计的经济性。
• This paper analyses mainly viscoelastic properties of conveyor belt about the belt conveyor , constructs finite element discrete models and dynamic equations for parts and system of the belt conveyor , studies thoroughly automatic modeling theory from the static state to the dynamic state of the belt conveyor system including form function of the running routex element division parameter calculation ^ state equation formation automatically and solution of system and so on
  本文通过对带式输送机输送带的粘弹性特性的分析，建立了带式输送机各组成部分及其系统的有限元离散模型和动力学方程，详细地研究了带式输送机系统从静态到动态设计的自动建模理论，其中包括运行线路的形态函数、质点划分、参数计算、系统状态方程生成及其方程的求解等。
• Software about automatic modeling from the static state to the dynamic state of the belt conveyor system is compiled by using visual basic language , comes the automatic modeling theory from the static state to the dynamic state of the belt conveyor system into reality . it is illustrated with two - dimension or three - dimension graphics to make the calculation results of dynamic parameters explicit and convenient to analyze
  用visualbasic6 . 0语言编写了带式输送机从静态到动态设计的自动建模应用程序，基本实现了自动建模理论，即实现了运行线路的自动识别、自动生成及求解系统状态方程等，并配以二维、三维图形显示动态参数的值，使结果直观，便于分析。
• With the development of belt conveyor towards long distance , high speed , long earring capacity and large driving power , the effect of the dynamic property on belt conveyor is becoming more and more important . especially under the condition of starting or stopping . and also , as one of the most indispensable parts in belt conveyor , take - up has an direct effect on safety , reliability and oscillation property of conveyor system on a whole
  随着带式输送机向长距离、高速度、大功率方向发展，非稳定运行功况下的动力特性对带式输送机的影响日益突出。拉紧装置作为带式输送机中不可缺少的重要部件之一，直接影响带式输送机的安全可靠性能和振动特性。