1.
Simulation analysis of the lifting force of parallelogram cylinder of the parallelogram system of rotary drilling rig based on ADAMS
以ADAMS为平台的旋挖钻机变幅机构变幅油缸举升力仿真分析
2.
Optimization Design for Luffing Mechanism of the Brachial-Bridge Portal Container Crane;
臂桥架集装箱起重机变幅机构优化设计
3.
The Optimization Design of the Amplitude Variation Mechanism of Truck Crane Based on Virtual Prototype;
虚拟技术在汽车起重机变幅机构设计中的应用
4.
Reliability-based Robust Optimization Design of Compensative Pulley Block of Derricking Mechanism
补偿滑轮组变幅机构的可靠性稳健优化设计
5.
GA-based optimal design for derricking mechanism of bucket stacking-reclaiming machines
基于遗传算法的斗轮堆取料机变幅机构的优化设计
6.
GAME ANALYSIS OF MULTI-OBJECTIVE DESIGN ON LUFF MECHANISM OF COMPENSATIVE SHEAVE BLOCK
博弈决策分析在补偿滑轮组变幅机构多目标设计中的应用
7.
Study of Synthetical Genetics Annealing Optimization for the Luffing Mechanism Locus of A Plane Link
平面连杆变幅机构轨迹综合遗传退火优化算法的研究
8.
Simulation and optimization design on the amplitude changing mechanism of arm support of concrete pump vehicle based on ADAMS/VIEW
基于ADAMS/VIEW的混凝土泵车臂架变幅机构的仿真及优化设计
9.
Multi-objective optimization design for derricking gear's level displacement compensation system based on physical programming
基于物理规划的变幅机构水平位移补偿系统的多目标优化设计
10.
Research on Neural Network Control Technology of Range-Shifting and Lifting of Tower Crane;
塔机变幅及起升机构的神经网络控制技术研究
11.
The amplitude at the driven end is fixed by the driving mechanism.
由于驱动机构的作用，使驱动端的振幅保持不变。
12.
A new-type quayside container crane with jib-bridge luffing system as the main working part is brought out.
提出一种以臂桥架变幅系统为主要工作机构的岸边集装箱起重机。
13.
trolley-jib tower crane
小车变幅塔式起重机
14.
luffing jib tower crane
动臂变幅塔式起重机
15.
Kinematics and Dynamics Numerical Simulation on Jib Structure s Luffing Motion of Single-Jib Crane;
单臂架起重机臂架结构变幅运动与动力数值仿真
16.
A major step has been taken in the restructuring of government organizations, with a considerable reduction of employees, faster transformation of government functions and significant improvement in work efficiency.
政府机构改革迈出重要步伐，机构和人员大幅度精简，转变职能加快，工作效率显著提高。
17.
equalizing stenter
整幅拉幅机，平幅机
18.
The hoisting, derricking and slewing mechanism, the extension and contracting of booms, the setting down and back of outriggers, all are driven hydraulically.
该机的起升、变幅、回转、吊臂伸缩及支腿收放等机构，全部采用液压驱动。