| 1. | The dynamic computer simulation of long distance belt conveyor with 7 . 6 km
长距离带式输送机系统动力学的计算机仿真 |
| 2. | The application of frequency conversion driving to long distance belt conveying system
变频驱动在长运距带式输送机系统的应用 |
| 3. | Using dynamic analysis method can optimize parameters obtained from static design , increase system running stability , safety factor and total cost can also be minimized
而对带式输送机实施动态设计可优化静态设计中的某些参数，大大提高设计的准确性，确保带式输送机系统运转过程中的可靠性，减小安全系数，降低设备投资。 |
| 4. | This paper puts forward a dynamic analysis method on belt conveyor through carefully study on belt conveyor system . the unified expression of conveyor belts " moving behavior has been obtained . the models contain the dynamic continuous one and the discrete one
本文通过对输送带的粘弹性特性进行了深入的研究，推导出了输送带运动特性方程的通用表达式，分别建立了带式输送机系统的动态连续模型和闭合回路的离散模型。 |
| 5. | This thesis uses finite element analysis method to establish a dynamics model of the belt conveyor according to comparing and analyzing all kinds of the existed dynamic design theories . then the dynamic design software of the belt conveyor is developed on the basis of it
本文通过对现有带式输送机动态设计理论的比较和分析，采用有限元分析方法建立了带式输送机系统的动力学模型，并在这一动力学模型的基础上开发出了带式输送机动态设计软件。 |
| 6. | According to the dynamic analysis and optimization program which applys softwire visual basic 6 . 0 and matlab 6 . 0 , this paper also stimulates the whole process and the calculation results including force , displace are all shown with two - dimension and three - dimension graphics
同时在对带式输送机系统进行动态分析和优化的过程中，选用visualbasic6 0和matlab6 0编程，对系统进行动态仿真，并用二维和三维图形对输出数据进行显示，使其结果更加直观。 |
| 7. | The first part of the software is developed in visual basic and the second is developed in matlab . the system is easy to operate and has higher intelligentization . we can get the parameters of any position of the belt conveyor and use the two - dimension and three dimension figures to display them
该软件以visaulbasic进行系统前端开发，以matlab进行后端仿真，操作简单，智能化程度较高，可以求得带式输送机系统任意位置的动态参数，并对动态参数进行二维和三维图形的显示。 |
| 8. | 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。 |
| 9. | Wave - shape apron belt with large angle transferring system can working both horizon and perpendicular , which can also work at any angle within 0 - 90 with large load . the cost of designing , handling and repairing is low . the technology is reliable . it is good for environment protection . it has been widely used in steel , chemical and cement industries , which have benefited a lot
大倾角波状挡边带式输送机系统可以和垂直状态下运行，也可在0 90度范围内任一角度运行，允许大运载能力、重载运输，为设计、施工和维护节省投资和运行成本，技术可靠，利于环境保护，在全国各大钢铁、化工、水泥等行业运行，使广大用户受益匪浅。 |
