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TECHNOLOGY OF A TRACTION DRIVE CVT - PAST, PRESENT AND FUTURE -

机译:牵引车的技术CVT - 过去,现在和未来 -

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In November 1999, traction drive half-toroidal CVT units were installed in mass-production vehicles for the first time in the world. Looking back in history, Charles W. Hunt of Richmond, New York, U.S.A., was the first to conceive the principle of a toroidal type CVT. But, his invention had not been commercialized for 120 years mainly because of poor endurance performance. Finally, after more than 21 and a half years of developments and advancements in basic lubrication and material technologies, technical problems of the traction drive CVT were successfully resolved. Today's technology aided in the achievement of a safe and comfortable traction drive CVT, which demands a well thought-out design, advanced materials, precise machining, and superior field simulation techniques. This paper describes detailed deliberations regarding rolling fatigue, bending fatigue, and white structure flaking for assuring endurance and performance of the traction drive CVT. A traction drive unit was examined after 118,500 km of running in the field for verification of CVT technology. Therefore, the half-toroidal CVT unit can play a role as an automotive transmission with appealing function and adequate durability.
机译:1999年11月,世界上第一次安装了牵引车半环形CVT单位。回顾历史,Charles W. Richmond,纽约,U.S.An,Charles W. Hunt,是第一个设想环形型CVT的原理。但是,他的发明尚未以120年的商业化,主要是因为耐久性差异不佳。最后,经过21多年的发展和基本润滑和材料技术的进步,成功解决了牵引车CVT的技术问题。今天的技术在实现安全舒适的牵引力驱动器CVT中,这需要一个良好的思考设计,先进的材料,精确加工和卓越的场地仿真技术。本文介绍了有关滚动疲劳,弯曲疲劳和白色结构剥落的详细审议,以确保牵引驱动器CVT的耐用性和性能。在沿现场运行118,500千米的验证CVT技术验证后,检查牵引驱动单元。因此,半环形CVT单元可以作为具有吸引力的汽车传输的作用和充分的耐用性。

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