1) tryout of car seats
汽车座椅试验
2) automobile seat
汽车座椅
1.
?Root parts of projecting section of the holder for automobile seats are apt to rupture and ultrasonic inserting tecboque is applied to restore damaged parts.
汽车座椅支撑体突耳根部是该部件的薄弱环节，容易发生断裂，利用超声波嵌插技术对损坏的部件进行了焊接修复。
2.
Studies the dynamic performance of automobile seat structure on seat safety during impact.
研究在承受冲击时,汽车座椅结构的动态特性对座椅安全性的影响。
3.
In this paper, several dynamical adjustable automobile seat models have been put forth, and their characteristics have been analyzed in detail.
本文提出了几种动力可调性汽车座椅模型,并对其特性作了较为详细的分析。
3) car seats
汽车座椅
1.
An automatic detection device was developed to measure the frictional resistance force between the tracks on the brackets of car seats.
为了检测汽车座椅支架上下滑道的阻力,设计了滑道阻力的检测装置。
4) vehicle seat
汽车座椅
1.
An adaptive controller which contains a filtered-x least mean squares algorithm(FXLMS) was applied to complete the active vibration control of a vehicle seat.
利用基于滤波X最小均方值算法的前馈型自适应控制系统,对汽车座椅振动实施主动控制,以改善座椅的动态舒适性。
2.
The main function of vehicle seat is to support the body of the driver and the passengers,slow down the impact to the body resulting from road irregularities and attenuate the vibration so as to offer comfort and safety for the passengers and good driving conditions for the driver.
汽车座椅是汽车的重要组成部分,随着汽车工业的迅猛发展,新的技术的不断地注入,人们对汽车乘坐的舒适性要求越来越高,舒适性成为购车人越来越关注的热点。
5) car seat
汽车座椅
1.
The MC68HC908 controls the relays,namely controls the motion of the car seats automatically.
以MC68HC908单片机作为控制器,控制继电器驱动电机运动,从而控制汽车座椅的运动,达到电动调节座椅的目的。
6) automotive seat
汽车座椅
1.
An optimal control model of an automotive seat vibration system is set up and an experimental analysis of the control system is carried out by electronic circuit simulation.
建立了汽车座椅振动系统的最优控制模型，并利用电模拟方法对控制系统进行了实验分析。
2.
Surface reconstruction of automotive seat at home and abroad mainly depend on the software of CAD.
在逆向工程技术中,汽车座椅曲面重构主要是靠技术人员手工操作完成,该方法操作时间长、精度低、效率低。
补充资料：《汽车道路试验方法通则》(GB／T12534—1990)
《汽车道路试验方法通则》(GB／T12534—1990)
Motor Vehicles-General Rules of Road Test Method
Qiehe Dcolu ShiYOn Fangfa Tongze《汽车道路试验方法通则》(GBIT 12534一l，男))(掬肠勿r Vehic如一晓砚m之凡凌3 of Road Test角伦汤记)规定了汽车道路试验方法中通用的试验条件和试验车辆的准备工作。规定的试验条件为装载质t、轮胎气压、嫩料、润滑油和制动液、气象、试验仪器和设备、试验道路等，对各种车辆列出具体指标值。规定的试验车辆准备是必须进行接车检查、车辆离合和预热行驶。对汽车起动性能、汽车滑行、牵引性能、重心高度测定、爬陡坡试验、最小转弯直经测定、地形通过性试验、发动机冷却系统冷却能力道路试验、加速性能、最高车速、燃料耗量、隔热通风、最低稳定车速、速度表和里程表检验校正方法等制定了具体的试验方法。为使这些方法规范化和科学合理，发布了国家标准《汽车道路试验方法通则》(CBIT 12534一19男))，并对上述的具体试验方法也发布了国家标准GBIT 12535-GB厅1之549。这一系列标准的发布，对发展民族汽车工业，提高汽车质量，促进汽车工业大踏步发展起了重要作用。(陈志田)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条