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A New Method to Design Cam Used in Automobile Heating, Ventilating and Cooling System

机译:汽车加热通风冷却系统凸轮设计的新方法

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With the automotive air-conditioning industry aiming at better levels of quality, cost effectiveness and short time to market, the need for simulation is at an all time high. In the present study, the airflow control mechanism of an automotive heating, ventilating and cooling module for opening various doors/dampers were kinemat-ically analyzed. A new method for cam design was developed which is faster and simpler than the existing oscillating link method. The existing design was modified for the same output using the new cam design method. It is shown that the torque required in the modified design is lesser than that in the existing design, thus lowering the effort required to rotate the cam from the control panel.
机译:随着汽车空调行业的目标是提高质量,成本效益和缩短上市时间,对模拟的需求一直都很高。在本研究中,从运动学角度分析了用于打开各种门/阻尼器的汽车加热,通风和冷却模块的气流控制机制。开发了一种新的凸轮设计方法,该方法比现有的摆动连杆方法更快,更简单。使用新的凸轮设计方法将现有设计修改为相同的输出。结果表明,改进设计所需的扭矩小于现有设计所需的扭矩,从而降低了从控制面板旋转凸轮所需的精力。

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