铲斗

基于ANSYS的装载机铲斗结构静强度的有限元分析

Structural static strength finite element analysis on loader bucket based on ANSYS

锥形VR拉斗铲铲斗也是全组合型铲斗，铲斗的关键部位根据同一原理按设计的特定维修周期更换。

The taper VR dragline bucket is a fully fabricated bucket , designed around the same principle of specific service intervals in which critical areas are replaced during the life of the bucket .

给出PID控制的框图、铲斗轨迹跟踪控制表达式；对其铲斗轨迹跟踪控制进行三自由度的测试试验；

The three DOF test experiment on the trajectory tracking control of the excavator 's bucket tip was carried out according to the PID control figure and trajectory tracking control equation .

本公司还可根据用户需要制造特殊用途及非标准规格的挖斗，如：清沟斗、V型斗、加强斗、岩石斗、装载机铲斗等。

We also can manufacture all types of non-standard , special buckets according to our customers'demands , such as ditch cleaning buckets , V buckets , strengthen buckets , rock buckets , and loader buckets .

ESCO合金铲斗零部件的焊接工艺

Welding Process for Alloy Parts and Components of ESCO Bucket

由于VR锥形铲斗的耳轴是在铲斗的锥形后部，有效地缩小了耳轴直接接触货流的面积从而减少耳轴牵拉和能量消耗。

Reduced trunnion drag and energy waste because the trunnions on the VR Taper bucket are positioned on the rear taper effectively reducing the area of the trunnion exposed directly to soil flow .

采用TI公司的DSP芯片为核心，实时采集挖掘机的铲斗、斗杆和动臂三路角度模拟信号，通过算法规划路径驱动液压比例阀实现特殊作业。

With the chip of TI , The system is designed to realize special tasks through arithmetic of path plan , which can gather the signal of bucket , pole and arm of Grab at real time and then drive the hydraulic pressure proportion clique .

本文应用D-H法对挖掘机工作装置进行了运动与受力分析，并在C~（++）语言下复现了铲斗的工作轨迹。

This Paper analyzes the movement and loading of excavator 's working equipment by using the method of D-H , and the working trajectory of bucket is received with the computer language C + + .

对比结果表明，从理论上讲，对于本文所分析的仿生挖掘斗的切削性能，优于某公司生产的6T液压挖掘机的铲斗的切削性能。

The contrast result indicated that , theoretically speaking , the biological excavator bucket model analyzes which regarding this article obviously surpasses the 6 T hydraulic pressure excavator bucket which some company produces .

把WZ25-20挖掘装载机作为研究样机，其反铲挖掘装置主要由动臂、斗杆、铲斗、导轨机构、回转机构和连接架组成。

Now WZ25-20 is regarded as an example , its backhoe device consists of moving arm , pole , bucket , guiding organization and rotation mechanism .

简要介绍72-71B轮式装载机反转工作装置举升臂限位器和铲斗放平限位器位置的构成，各部分结构及工作原理。

The paper briefly introduces the structure and working prinple of working devices of 72-71B wheel - loader - reversing device , position limitators of lining arm and for leveling the bucket .

滑移转向装载机铲斗自动调平控制系统

Control System for Self-leveling of Bucket on Skid - steer Loaders

装载机铲斗工作无力的原因和解决方法

Reason and solving method of loader shovel being powerless in work

多工况条件下土石方机械铲斗斗齿的优化设计

Optimization Design of Bucket - tooth in Multi Load - case

铲斗形自卸车倾卸过程中货物的数学模拟

Math Simulation of Cargo When Spade-Tram Shape Dump Trucks are Unloading

有关回转刀具的加工基准问题9805装载机铲斗焊接

The base in machining revolving tools welding for 980s loading shovel

并在该动力学方程的基础上给出挖掘机铲斗轨迹控制方法；

Trajectory tracking control law for the bucket of excavator was developed .

铲斗-物料系统的模型设计和简化

Model Design / Simplification of Bucket & Bulk Material System

挖掘机铲斗齿的焊补和堆焊技术应用

Application of welding mending and bead welding to bucket teeth of excavators

斗轮挖掘机非对称形铲斗的探讨

An investigation in non-symmetrical bucket shape in wheel bucket excavator

铲斗切削处土壤表面变化算法

A Method of Calculating Changes of Soil Surface on the Scooped Position

装载机铲斗自动放平系统及附属功能的设计

The Designing of Automatic Flat System and Subsidiary Function of Loader Buckets

仿生挠性铲斗减粘降阻的研究

Bionic research on reducing adhesion and resistance of soil for flexible shovel

铲斗装载机鼓轮曲面的特性研究

Study of specific properties for drum wheel cambers of a scoop loader

装载机铲斗容量计算公式的修正与补充

Revision and Supplement to Bucket Capacity Calculation Formula for Loaders

装载机铲斗对接专机的设计及使用

Design and Applications of Special Docking Device of Loader Bucket

智能装载机铲斗自动放平功能的应用

Application of the Function of Setting the Intelligent Loader 's Bucket Flat

（挖掘机的）挖铲装置农用挖掘机铲斗机构的多体运动学与动力学研究

Kinematics and Dynamics Analysis of the Shovel Unit of Agricultural Hydraulic Excavator

装载机铲斗齿尖运动轨迹的仿真

Simulation of movement track of loader bucket tooth point

装载机铲斗有限元分析与模态分析对比

Comparing finite-element analysis with modal analysis for loader bucker