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STAND FOR RESEARCH cam mechanism

机译:科研机构凸轮机构

摘要

The invention relates to laboratory equipment and can be used in teaching laboratories on theoretical and applied mechanics, the theory of mechanisms and machines, as well as parts of machines of technical universities, colleges and technical schools. Known mechanism consisting of a cam drive, which rests on a vertical slide with a roller at an end, located in the guides slidably vertically with the center of mass of the slider is on its symmetry axis, located on the cam rotation axis by dezaksazha. The main drawback of the known cam mechanism lies in the fact that he has a constant position of support, which does not allow to carry out research on the determination of dependencies, for example, the pressure cam angles to the vertical slider values ​​reactions relations and forces of interaction between its parts from changing their relative position. The proposed stand vertical slide guides are movable along vertical guides which are fixed to the frame to move them along a horizontal guide and rigid fastening of both a guide and pressure sensors are provided at the intersection with a vertical slide. It is possible to carry out investigations of the influence of pressure changes in the angles of the cam to a vertical slider on the magnitude of forces applied thereto. 2 yl.
机译:本发明涉及实验室设备,可用于理论和应用力学,机构和机械理论以及技术大学,学院和技术学校的机器零件的教学实验室。由凸轮驱动器组成的已知机构由凸轮驱动器支撑,该凸轮驱动器靠在垂直滑动器上,该滑动器的一端具有滚子,该凸轮驱动器以与滑动器的质量中心垂直滑动的方式位于导向器中,该凸轮驱动器的对称轴位于dezaksazha的凸轮旋转轴上。已知凸轮机构的主要缺点在于他具有恒定的支撑位置,这不允许进行对确定依赖关系的研究,例如,压力凸轮角度与垂直滑块值的反应各部分之间的相对关系和相互作用力通过改变它们的相对位置来实现。所提出的支架垂直滑动导向器可沿垂直导向器移动,该垂直导向器固定在框架上以使它们沿水平导向器移动,导向器的刚性固定,并且压力传感器与垂直滑动器相交。可以对凸轮相对于垂直滑块的角度的压力变化对施加到其上的力大小的影响进行研究。 2 yl。

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