1) forklift
[英]['fɔ:klift] [美]['fɔrk,lɪft]

叉车
1.
Analysis of forklift accident based on the Analytical Hierarchy Process;

基于层次分析法的厂内机动车叉车事故分析
2.
Study on noise reduction of the intake system of a forklift truck;

关于叉车进气系统降噪的研究
3.
Analysis and study on moulding design of forklift;

叉车造型设计的分析与研究
2) forklift truck

叉车
1.
Test and study of overhead guard vibration of a type of internal-combustion forklift truck;
某型号内燃叉车护顶架振动实验研究
2.
Parameterized modeling and simulation for forklift truck s steering system with a horizontal cylinder based on ADAMS;
基于ADAMS的横置液压缸式叉车转向系统参数化建模与仿真
3.
Design of condition monitoring system for forklift truck based on CAN bus;

基于CAN总线的叉车状态监测系统的设计
3) Fork lift truck

叉车
1.
Heat balance calculation of hydraulic system for fork lift truck;

叉车液压系统热平衡计算
2.
With the development of science and technique the functions of modern fork lift truck are created frequently, in the same time its automatic degree is higher and higher.
随着科学技术的进步 ,现代叉车在不断实现功能创新的同时 ,自动化程度也越来越高。
4) Fork truck

叉车
1.
The major trend of modern technology development of the fork truck is to be fully in consideration of the friendly operation,the reliability,the safety,the good maintenance,the specialization,the series,and the diversification,and to adopt new technology,to improve steering system, and to focus on energy saving and environment protection in order to promote the truck s capacity and quality.
现代叉车技术发展的主要趋势是,充分考虑舒适性、安全可靠性和可维护性,产品专业化、系列化、多样化,大量应用新技术,完善操控系统,重视节能和环保,全面提升产品的性能和品质。
2.
A 3dimension solid modeling of fork model is cr eated on the solid modeling system,and kinematics and dynamics simulations are c arried out for part of components and finite elements are analyzed and computed, as a result,some related evaluation data on compound efficiency about fork truck are obtained,which can be used to test given design plan and provide improving basis.
在实体造型系统上建立了叉车的三维实体模型,并对部分零 部件进行了运动学、动力学仿真及有限元分析计算,得到叉车综合效能方面的有关评价资料 ,可作为对已有设计的检验,且为改进设计提供依据。
5) fork lift

铲车、叉车
6) fork lift

铲车,叉车
补充资料:叉车
叉车 fork lift truck 用货叉或其他工作装置自行装卸货物的起升车辆。属于物料搬运机械。广泛应用于车站、港口、机场、工厂、仓库等国民经济各部门,是机械化装卸、堆垛和短距离运输的高效设备。自行式叉车出现于1917年。第二次世界大战期间,叉车得到发展。中国从20世纪50年代初开始制造叉车。叉车按结构分类有:平衡重叉车、前移叉车、侧面叉车、插腿叉车、跨车和特种叉车6类。其中平衡重叉车应用最广,常简称为叉车。叉车搬运的对象大多是成件物品。将货叉换装各种器具(叉车属具)后,又可搬运多种货物。叉车主要由以下几种装置组成:①动力装置。如内燃机和蓄电池-电动机等。②传动装置。分为机械、液力和液压传动装置。③转向装置。如转向器、转向轮、转向拉杆等。④工作装置。又称门架,由内门架、外门架、货叉架、货叉、链轮、链条、起升油缸和倾斜油缸等组成。⑤液压系统和制动装置。表示叉车性能的主要参数是在标准起升高度和标准载荷中心距下的额定起重量。载荷中心距是货物重心到货叉垂直段前壁的距离。
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