driving adj. 1.推动的,起推动作用的。 2.【机械工程】传动的;主动的。 3.猛冲的。 4.精力充沛的,有上进心的;(监工等对工人)苛刻的。 5.驾驶的,操纵的。 a driving shaft 驱动轴。 driving force 推动力。 the driving seat 驾驶台,操纵台。 a driving storm 狂风暴雨。 a driving young salesman 精力充沛的年轻推销员。
In this paper , the features of the data in the view scene system of automobile driving training simulator are analyzed . according to the features , the data base and pointer array are used to organize and manage the scene data 本文对汽车驾驶训练模拟器视景系统数据的特点进行了分析,并且根据其特点,采用数据库和指针数组相结合的方法来组织与管理视景数据。
Based on the analysis of biomechanics behaviour of man - machine interface in automobile driving , the characteristic parameters of body pressure distribution on automobile seat and the surface electromyography ( semg ) parameters of simulated driver ' s back muscle fatigue are presented 摘要基于汽车乘驾体位生物力学特性的分析,提出了表征人座椅界面体压分布的特性指标和模拟驾驶疲劳时人体表面肌电信号的分析参量。
This software can be learned and used easily . not only the types of roads and the operations for automobile that required in automobile driving training are included , but also the current running status of automobile is judged and the relative information is displayed 该软件简单易学、使用方便,不仅包括了驾驶训练中所要求的道路类型和对汽车的各种操作,而且可以判断汽车当前的运行状态,给出相应的提示信息。
After specifying the characteristic of the traditional driving axle ' s design method , the implementationstrategy of the minitype automobile driving axle is studied by intelligentize method , and a software system for minitype automobile driving axle based on i - deas is established in this dissertation 本文在详述传统驱动桥设计方法及其特点基础上,详细研究了微型汽车驱动桥智能化设计的实现策略,并构造了基于i - deas的微型汽车驱动桥智能化设计软件系统。
The changing carbon potential carburization - hot oil matrempering technology of helical bevel gear for automobile driven axle is introduced in this article . the board test and production application show that the technology not only quenchs directly gear after carbrization , but also decreases the heat treatment deformation and raises the contact fatigue life of gear 介绍了汽车驱动桥螺旋锥齿轮的变碳势渗碳一热油分级淬火工艺,台架试验及生产应用表明,该工艺与专用渗碳淬火挂具相结合,不仅可实现齿轮渗碳后直接淬火,而且热处理变形小,齿轮接触疲劳寿命也有所提高。
A test stand for biomechanics of man - machine interface in automobile driving composed of the simulated driving environments and biomechanics measuring system , enables to simulate different automobile driving environments and man - machine matching and analyze the parameters of body pressure distribution and semg due to driving tiredness to evaluate the optimal matching of man - machine interface in automobile driving system 研制的汽车乘驾体位生物力学特性实验台主要由可调模拟乘驾环境和生物力学测试系统组成,能够模拟各种人车乘驾环境和进行人机界面匹配试验,可以测试和分析不同乘驾环境下驾驶员的各项体压分布指标和驾驶员腰部肌肉疲劳过程中的表面肌电信号,评价人机界面匹配优度,进而为汽车的人机界面优化设计和提高汽车人机界面的舒适性、方便性、安全性及人机工效学研究提供了实验基础。