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Design of Rectifier Circuit for Wireless Power Transfer to Pipeline Inspection Robots

机译:无线电力传输整流电路设计对管道检测机器人的设计

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Inspecting the safety of gas pipelines is essential for our lives. Recently, a novel method of pipeline inspection from inside by robots has been proposed and put to practical use. The robots can run a limited distance depending on their batteries, and the battery life is not long enough for the whole inspections. One of the methods to solve this problem is microwave wireless power transfer(MWPT). MWPT can make the distance longer because the approach eliminates the need of the batteries. We are focusing on the WPT with microwaves and rectifiers used in the receiving units of the new inspecting system. Their rectifiers should be small enough for installing to the inspecting robots. The limitation is a trapezoid, whose upper sides is 1.9 cm, lower side is 5.0 cm, and height is 5.0 cm. We designed a 2.45 GHz single-shunt rectifier with the former condition. The experimental results showed the maximum rf-dc conversion efficiency of 80.6%.
机译:检查天然气管道的安全对我们的生活至关重要。最近,已经提出了机器人内部的一种新型管道检查方法,并进行了实际使用。机器人可以根据其电池运行有限的距离,电池寿命不足以整体检查。解决此问题的方法之一是微波无线电力传输(MWPT)。 MWPT可以使距离更长,因为该方法消除了电池的需要。我们专注于WPT,使用新型检测系统的接收单元中使用的微波和整流器。它们的整流器应该足够小,以便安装到检查机器人。限制是梯形,其上侧为1.9厘米,下侧为5.0厘米,高度为5.0厘米。我们设计了一个带有前一个条件的2.45 GHz单分流整流器。实验结果表明,最大RF-DC转化效率为80.6%。

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