In order to make automatic mechanical transmission （AMT） capable of performing fault self-diagnoses and adaptive to standard communication interface,through technical analysis and intensive study concerning on-board...In order to make automatic mechanical transmission （AMT） capable of performing fault self-diagnoses and adaptive to standard communication interface,through technical analysis and intensive study concerning on-board diagnostic protocols now widely applied in Europe and America,KWP2000 on CAN is accepted as a technological path.An AMT fault communication system using hardware-in-the-loop simulation by dSPACE is developed,and communications compatible with ISO 15031-6 is realized on this module.Moreover,a hand-held fault diagnosis instrument with built-in software is designed to facilitate communications with AMT fault communication module with accuracy,rapidity and stableness.Bench and real vehicle experimental results show that the developed instrument and module can perform the anticipated functions,so as to maintain steady communications under the KWP2000-on-CAN protocol.展开更多
在局域有限空间中,如何保证电磁能量的多目标精准均匀恒定无线传输是亟待解决的科学难题.本文针对此难题,以具有时空聚焦特性的时间反演技术为基础,提出一种自动区域选择信道匹配的恒定均匀无线输能方法.该方法不仅能够依据多径信号的...在局域有限空间中,如何保证电磁能量的多目标精准均匀恒定无线传输是亟待解决的科学难题.本文针对此难题,以具有时空聚焦特性的时间反演技术为基础,提出一种自动区域选择信道匹配的恒定均匀无线输能方法.该方法不仅能够依据多径信号的贡献率,自适应性地补偿不同目标处的信道差异,还可以利用距离系数动态划分时间反演镜阵元的工作范围,降低不同目标间的相互影响.在提高能量聚焦精度的同时,解决微波无线输能(microwave power transmission,MPT)中多目标能量非均匀传输的问题,从而实现长时间恒定的多目标均匀MPT.展开更多
基金Sponsored by the National High-Tech Research and Development Program of China(2006AA110115)
文摘In order to make automatic mechanical transmission （AMT） capable of performing fault self-diagnoses and adaptive to standard communication interface,through technical analysis and intensive study concerning on-board diagnostic protocols now widely applied in Europe and America,KWP2000 on CAN is accepted as a technological path.An AMT fault communication system using hardware-in-the-loop simulation by dSPACE is developed,and communications compatible with ISO 15031-6 is realized on this module.Moreover,a hand-held fault diagnosis instrument with built-in software is designed to facilitate communications with AMT fault communication module with accuracy,rapidity and stableness.Bench and real vehicle experimental results show that the developed instrument and module can perform the anticipated functions,so as to maintain steady communications under the KWP2000-on-CAN protocol.
文摘在局域有限空间中,如何保证电磁能量的多目标精准均匀恒定无线传输是亟待解决的科学难题.本文针对此难题,以具有时空聚焦特性的时间反演技术为基础,提出一种自动区域选择信道匹配的恒定均匀无线输能方法.该方法不仅能够依据多径信号的贡献率,自适应性地补偿不同目标处的信道差异,还可以利用距离系数动态划分时间反演镜阵元的工作范围,降低不同目标间的相互影响.在提高能量聚焦精度的同时,解决微波无线输能(microwave power transmission,MPT)中多目标能量非均匀传输的问题,从而实现长时间恒定的多目标均匀MPT.
