叉车

基于PLC的叉车自动称重系统的设计

The design of automatic forklift truck weighing system based on PLC

基于三维环境下叉车横置转向液压油缸CAD系统

CAD System for Transverse Turning Hydraulics Cylinder of Forklift Trucks Based on Three-dimensional Environment

C型热轧叉车门架槽钢轧制缺陷的成因及改进

Cause Analysis of Defects of Channel Steel for C-type Fork Tractor Gate Frame and Its Countermeasures

叉车三维实体造型及CAD

3-dimension Solid Modeling of Fork Truck and CAD

PLC在叉车油缸测试系统中的应用

PLC Application in Forklift Truck Hydraulic Cylinder Testing System

TCM叉车消声器的试验研究

Experiment and research on TCM muffler for forklift truck

基于Ansys叉车拉杆头有限元分析和结构优化

Finite element analysis and structure optimization of fork lift based on Ansys

基于ADAMS的横置液压缸式叉车转向系统的优化设计

Optimum Design of Fork Truck Steering System with Horizontal Cylinder Based on ADAMS

小型叉车货叉的ISO设计

ISO design of small fork lift truck fork

基于UG的折叠式叉车车架有限元静态分析

Finite Element Static Analysis of Folded Forklift Truck Frame Model Based on UG

企业如何做好发展战略规划&安徽叉车集团的SWOT分析

How Enterprises Make Feasible Strategic Project of Development & SWOT Analysis for Anhui Forklift Group

基于CBR和模板结合技术的叉车设计

Design for forklift-truck based on CBR integrated with template

并采用Cruise软件对原内燃机叉车和混合动力叉车的动力系统建模。

The dynamic system of the combustion forklift and hybrid forklift used the Cruise to build models .

然后，作者详细阐述了平衡重式蓄电池叉车CAD系统的框架结构、主要模块和工作流程。

And then , the author sets forth the frame of the CAD system of the Counterbalance Electric Forklift Truck , the main modules and the operation process .

介绍了与叉车配套的柴油机改装成燃用液化石油气（LPG）发动机的台架试验结果。

The test results of an electronically controlled LPG engine , which was refitted from a forklift diesel engine , have been introduced .

叉车货叉失效方式主要表现为塑性变形超差，脆性断裂和早期疲劳断裂。材料的断裂属脆性断裂，C低时为解理断裂和微孔聚合共同作用的准解理断裂，C高时为解理断裂。

Fork failure of a forklift truck mainly takes a form of plastic deformation exceeding allowable limit , fragile breakage and early stage fatigue breakage . When the carbon content is high , the fracture is mainly cleavage .

本文研究了如何设计一套叉车车载电脑监视系统，主要利用读写器对RFID标签进行读取信息，并且附带定位系统。

This article describes how to design a forklift onboard computer monitoring system , introduces the reader how to read and write RFID tags , how to design a positioning system .

10～15t叉车用新型变速箱结构特性及应用计算

The constructional features and application calculation of newly designed transmission for 10 ~ 15t fork lift truck

应用三维建模与ADAMS仿真分析软件，在设计阶段对随行叉车的高速行驶稳定性与道路通过能力进行了分析预测，提出了改进设计的建议，为产品的研制提供了科学依据

This paper applies 3D model and ADAMS software to analyze traveling stability at high speed and passing capacity of concomitant fork truck at design stage and thus gives advice on improving the design

本文以薄板弯曲理论为基础，提出了解决由滚轮引起的叉车门架立柱翼缘局部弯曲问题的方法，在IBMPc/AT机上编制了相应的程序。

In this paper a method for sol-ving the fork-lift truck mast flange local bending due to rollers is presented , based on the thin plate bending theory . The computer program has been prepared for IBM PC / AT .

按工序统计数据，在小批量装配生产中应用SPC方法改善了质量。最后，针对叉车生产中的库存问题建立了基于收益的库存优化模型。

Combining statistical data in each procedure , SPC was successfully applied in small batch assembly for improving production quality . Finally , inventory optimization model for revenue maximization was also proposed .

对叉车混合动力系统主要部件：发动机、ISG电机、发电机及动力电池等进行了选型和参数设计。

For forklift hybrid system main parts : engine , ISG motor , generator and power battery , which were selected and designed parameters .

以某型叉车门架管路系统为例进行了基于CSP的仿真配置并分析了配置的过程，根据配置结果，基于CSP的产品配置方法能够实现准确、有效的产品配置。

Taking a gate frame system of a forklift as example , we did a CSP based configuration and analyzed the configuration process , which proved the CSP based product configuration a feasible and practicable one .

针对某型高速随行叉车的设计特点进行讨论，并基于ADAMS软件建立其悬架系统与整车匹配性仿真分析的CAE模型&虚拟样机。

The design features of a high-speed trailed forklift track were discussed , and the CAE model , namely Virtual Prototype , of the simulation about matching analysis between suspension system and entire car was set up based on ADAMS .

本文的研究结果正好可很好的应用于内燃叉车的结构设计上，有利于设计出理想NVH性能的叉车，会迅速推动企业效益的增长。

On the results of this study can be well applied to the structural design of the forklifts , and quickly promote forklift ideal NVH performance and the enterprise efficiency growth .

本文还以合力H2000系列叉车为例，对基于HCP网的优化配置方法以及基于ICSP和MBD的交互配置方法进行了仿真验证。

The simulation and analysis on HCP-based and ICSP and MBD based configuration optimization methods are also performed by using Heli H2000 series forklift .

针对叉车汽油机的工作特点，改进设计了495G叉车汽油机的冷却水流和风扇。

According to the work characteristics of forklift gasoline engine , author redesigned the cooling water flow and fan of 495G engine .

在与495G型发动机进行优化匹配试验的基础上，找出了影响叉车限速器性能的结构因素。并提出了改进方案。

The structural factors that affect the performances of speed limiters were discovered and corresponding improvements proposed based on optimized match experiments with 495G engines .

本文结合HC-CIMS（杭州叉车厂）应用工程项目，提出一种引入了专家系统技术的CAD/CAPP/NCP集成化环境下的创成式CAPP原型。

This paper , combined with the CIMS application project HC-CIMS , offers a kind of creative CAPP model where the thought of expert system is introduced in under a CAD / CAPP / NCP integrated environment .

介绍了叉车液压缸检测系统的基本结构、主要特性、检测方法、KOYO公司SZ-4型PLC的特点以及采用了KOYO公司SZ-4型PLC控制系统的软、硬件设计。

This paper presents basic structure , main characteristics and checking method of forklift truck hydraulic cylinder checking system . The features of KOYO SZ-4 PLC and software and hardware design of the checking system with this kind of PLC are discussed .