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原文传递 The Fundamental Theory & Verification of Closed Loop Differential CVT for Vehicle

题名：	The Fundamental Theory & Verification of Closed Loop Differential CVT for Vehicle
正文语种：	中文
作者：	Xiang Zicheng
作者单位：	Power Star Co., Ltd.
关键词：	closed differential mechanism i closed loop differential CVT gear CVT (G-CVT) three laws complementary proof method the parasitic moment kinematics dynamics screen shot
摘要：	It is believed that gears are the best transmission elements and continuous variable transmission(CVT), the best way of speed changing, hence, gear type CVT will undoubtedly be the final target of car transmission study. The fact is, during the past more than 100 years when automobile was built, no successful vehicle use gear CVT has been produced so far. Hence, we are facing a difficult project and many obstacles that should be overcome. It is believed that we might misunderstand as well as being misguided in case we still utilize traditional method to handle the topic. Therefore, brand new concept and new methods must be established. For the reasons above, I thought up “Three Laws” as the fundamental theory which are based on new concept. Then based on the “Three Laws”, nearly 700 formulas/equations, nearly 50 definitions and theorems could easier be derived. However, a complete theory system on Closed Loop Differential Mechanism has been established. Because it is real a original invention, there is no any references as the benchmark that we are hardly to verdict if the formulas/equations would be right or not. So in order to avoid possible mistake during the derivation of sophisticated formulas/equations or the mis- take of “Three Laws” themselves, we suggested a “Complementary Proof Method” as a tool to testify effectively whether they are correct or not, in order to assure their exactness. The article below will show you the survey of the fundamental theory and new concept. . At the end of the article it show you the screen shot of curves In real time of rig test, you will know the result of the rig test initially. .
会议日期：	20171024
会议举办地点：	上海
会议名称：	第19届亚太汽车工程年会暨2017中国汽车工程学会年会
出版日期：	1024-01-20
母体文献：	第19届亚太汽车工程年会暨2017中国汽车工程学会年会论文集