1.
The autonomous scooping control strategies of wheel loader based on on-line trajectory generation were studied.
以装载机自主铲装作业为目标，对基于实时轨迹规划的铲装作业控制策略进行了研究。
2.
Research on Adaptive Control of Loaders in Digging;
装载机铲掘作业轨迹的自适应控制仿真研究
3.
The Optimization Design of Loader's Equipment Based on Electronic Control Auto Parallel Moving
基于电控铲斗自动平移的装载机工作装置优化设计
4.
blade, for earthworking machines, scrapers, coal ploughs or strippers
推土铲，土工作业机器、铲运机、刨煤机或剥离电铲用
5.
The CAD/CAM Research for Backhoe Mechanism of Hydraulic Excavator;
液压挖掘机反铲工作装置的CAD/CAM研究
6.
The Designing of Automatic Flat System and Subsidiary Function of Loader Buckets
装载机铲斗自动放平系统及附属功能的设计
7.
Study on the Simulation and Satisfactory-optimization Design of Work Device of the Scraper;
地下铲运机工作装置动态仿真与满意优化研究
8.
Application of Virtual Prototype in the Design of LHD Working Device
虚拟样机在铲运机工作装置设计中的应用
9.
The Basic Method Study on the Location-Navigation and Control Strategy for the Independent LHD Unit
自主铲运机的定位导航和控制策略基本思路
10.
The pontoon is non-self-propelled. The main and auxiliary generator sets in the engine room provide enough room provide enough power for operation and livelihood.
船体为非自航式，机舱内的主副发电机组可供装卸作业与生活用电。
11.
The scoop-up was the key phase during a scooping cycle.
3个区间中，铲取区间是整个作业循环的关键。
12.
Countermeasures for autonomous technological innovation of Liaoning s equipment manufacturing;
辽宁省装备制造业自主技术创新对策
13.
Independence Innovation of China s Equipment Manufacturing and Revenue Policy;
我国装备制造业自主创新与税收政策
14.
Study on Independent Innovation Capacity of Dalian Equipment Manufacturing
大连市装备制造业自主创新能力研究
15.
A metal plate attached to the sole of a shoe for protection, as when spading ground.
底铁装在鞋后跟上起保护作用的一块铁片，如用铲子挖地时
16.
excavator equipment
(挖掘机的) 挖铲装置
17.
air driven rockerloader
压气式铲斗后卸装载机
18.
Study on the Optimal Track of Automatic Shoveling of Underground LHD
地下铲运机自动铲取最优轨迹的研究