首页> 外文会议>International Electric Vehicle Symposium Exhibition;International Electric Vehicle Technology Conference >Development Model of Synchromesh Mechanism to optimization Transmission's Electric Vehicle: Presented at EVS 31 EVTeC 2018, Kobe, Japan, October 1 - 3, 2018
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Development Model of Synchromesh Mechanism to optimization Transmission's Electric Vehicle: Presented at EVS 31 EVTeC 2018, Kobe, Japan, October 1 - 3, 2018

机译:优化传输电动车的同步型机制的发展模型:2018年10月1日至2018年10月1日至2018年10月1日至2018年10月1日至3日展示

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: Automatic transmission (AT), continuously variable transmission (CVT), and dual clutch transmission (DCT) is the latest transmission developed for road vehicle. From literature reviews that have been done that this transmission is less effective on electric cars which use batteries as a power source compared to type manual transmission, this is due to the large power losses when making gear changes. Zeroshift system is the transmission can do shift gears with no time (zero time). It was developed for the automatic manual transmission, and this transmission has been used on racing vehicles to eliminate deceleration when gear shift. Zeroshift transmission still use the clutch to change gear in which electromechanical be used to replace the clutch pedal. Therefore, the transmission is too complex for the transmission of electric vehicles, but its mechanism is considered very suitable to increase the transmission efficiency. From this idea, a new innovation design transmission will be created to electric car. The combination synchromesh with zeroshift mechanism for the manual transmission is a transmission that is ideal for improving the transmission efficiency. Installation synchromesh on zeroshift mechsm is expected to replace the function of the clutch MT, and assisted with the motortorque setting when to change gear. nsider is the weight of the transmission, ease of manufacturing, ease of installation with an electric motor, as well as ease of use by drivers is a matter that must be done to obtain a new transmission system that is suitable for electric cars.
机译::自动变速器(处),连续变速器(CVT)和双离合器变速器(DCT)是为公路车辆开发的最新传输。从文献综述中完成的,这种传输对使用电池的电动车效果较低,与型手动传输相比,使用电池作为电源,这是由于在制造齿轮变化时的大功率损耗。 Zeroshift系统是传输可以在没有时间(零时间)的换档齿轮。它是为自动手动传输开发的,并且该传动器已用于赛车车辆,以消除换档时的减速。 Zeroshift变速器仍然使用离合器来改变机电用于更换离合器踏板的齿轮。因此,传动对于电动车辆的传输太复杂,但其机理被认为非常适合增加传输效率。从这个想法中,将为电动汽车创建新的创新设计传播。具有用于手动传输的Zeroshift机构的组合同步性是一种可用于提高传输效率的理想选择。 Zeroshift MechSM上的安装Synchromesh预计将更换离合器MT的功能,并辅助Motortrque设置何时更换齿轮。 NSIDER是传动,易于制造,用电动机安装的便利性,以及驾驶员的易用性是必须进行的,以获得适合电动汽车的新传动系统。

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