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The Double Role Piston Pump Based on the Symmetrical Gears and Crank-Link-Slider Mechanism Driven by Servo Motor

机译:基于伺服电机驱动的对称齿轮和曲柄连杆滑动机构的双角色活塞泵

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The double role piston pump based on the symmetrical gear and crank-link-slider mechanism driven by servo motor is innovated, its working principle and technical characteristics are introduced. In this new type of piston pump, the hydraulic cylinder piston is drived, and the velocity can be adjusted, but the flow pulse of a single pump is undoubtedly great. So two piston pumps are adopted, whose velocity are controled by NC, then the variable stepless timing in wide range can be achieved. If the velocity in this two pumps |v1|+|v2|=C (C is a constant), the flow curve of two pumps will be coupled into a straight line, in order to achieve constant flow output without the need of complex and inefficient throttle controlling loops, and there has not any power machines and mechanical parts in high-speed rotation,and the noise pollution is very low. According to the varied circumstance, the high and low pressure conversion can be achieved when the angle velocity in this piston pump is controlled by the instructions. It is also very easy to achieve the dynamic and intelligent control.
机译:基于由伺服电机驱动的对称齿轮和曲柄连杆滑块机构的双角色活塞泵进行了创新,其工作原理和技术特性是介绍的。在这种新型的活塞泵中,液压缸活塞被驱动,并且可以调节速度,但单个泵的流量脉冲无疑是大的。因此,采用了两个活塞泵,其速度由NC控制,然后可以实现宽范围的可变无级时序。如果两个泵中的速度,则+ | = C(C是恒定),两个泵的流量曲线将耦合成直线,以便在没有复杂的需要的情况下实现恒定的流量输出低效的节流控制环路,并且在高速旋转中没有任何电力机器和机械部件,噪音污染非常低。根据变化的情况,当通过指令控制该活塞泵的角度速度时,可以实现高压转换。实现动态和智能控制也很容易。

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