Power steering system in a new approach

B. Prabakaran
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Abstract

This paper deals with the introduction of a new technique to supply the energy whenever required by the system. In normal driving of an automobile on roads we are utilizing the power assistance for steering only about 15 to 20% of the time in comparison with full running time of the automobile. But the power steering pump which is drawing the power for running (with the same speed) as it is connected with the engine. To utilize the power whenever required, the pressure detecting device which is connected with the line of power steering pump gives signal to the electronic unit to act according to the system demand. This energy saver is device restricts the power drawing from the engine whenever it is nor required and connects whenever it is not required and connects whenever it is required. This in turn reduces the fuel consumption of the vehicle to certain extent as we are not drawing power from the engine for running the power steering pump. This energy saver operates in connection with the pressure to be maintained in the system which is required for the elimination of the fatigue of the driver while steering. The validation of the energy saver is done by experimental basis and results analyzed.
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助力转向系统的新途径
本文介绍了一种根据系统需要随时提供能量的新技术。在道路上正常行驶的汽车中,与汽车完全行驶的时间相比,我们利用助力转向的时间只有15%到20%。但动力转向泵,这是吸取动力运行(以相同的速度),因为它与发动机相连。与动力转向泵线路相连的压力检测装置向电子单元发出信号,使电子单元根据系统的需要采取行动,以便随时利用电力。这款节能装置限制了发动机在不需要的时候的功率,在不需要的时候连接,在需要的时候连接。这反过来又在一定程度上减少了车辆的燃料消耗,因为我们不需要从发动机获得动力来运行动力转向泵。这种节能装置与系统中需要保持的压力有关,这是消除驾驶员在转向时的疲劳所必需的。通过实验基础和结果分析,对节能效果进行了验证。
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