然后详细的介绍了泵车的基本组成及臂架系统的结构特点和机构特性。
Secondly, the constitution of the truck mounted concrete pump and the structural traits and machine characteristics of the boom system were introduced in detail.
上装组成部分：臂架系统、转台、回转机构、固定转塔、支撑支腿等。
Up-loading System: Boom system, Rotary table, Slewing mechanism, Fixed turret, Landing leg.
应用浮点数编码的遗传模拟退火算法对混凝土泵车臂架系统进行优化 。
Simulation analysis of concrete pump truck boom based on virtual prototype technology;
四连杆门座式起重机采用最佳优化的组合臂架系统，具有水平落差小、变幅平稳、功耗低的特点。
Four-link portal crane using the best combination of optimized boom system, with horizontal small gap, amplitude stable, low power consumption.
起重机臂架系统是臂架类型起重机的重要承载部件之一，其力学特性对整机的正常运转有直接的影响。
Crane booms system is an important type of crane booms bearing parts, its mechanical properties of the normal operation of machine has direct influence.
上装组成部分：臂架系统、转台、回转机构、固定转塔、支撑支腿等。主要作用：完成混凝土的输送并支撑整车，保证其稳定性。
Up-loading System: Boom system, Rotary table, Slewing mechanism, Fixed turret, Landing leg. Main function: Complete the concrete delivery and placing which support the vehicle to ensure its stability.
探寻物品在变幅过程中水平移动与臂架系统结构静态受力之间的关系，研究臂架自重平衡系统的设计与臂架系统动力响应之间的关系以及对改善该类门机的设计软件的分析手段。
Reaserch the relations between at luffing course of horizontal movement and jib system organization's static stressing, as well as to improve the analyses means of design software of these same crane.
清洗系统：大功率清洗水泵，能迅速、方便地对臂架砼配管及料斗进行清洗。
Cleaning system: cleaning pump with great power can clean the concrete piping of crane and hopper swiftly and conveniently.
该系统能够有效连续地测量车辆在吊臂或支臂承载一定载荷时的臂架旋转角度和倾斜角度以及支腿的受力情况。
The system can effectively and continuously measure the boom's rotation angle and tilt angle, and the force exerted on the supporting leg when there are certain loads on the boom.
秦皇岛32—6油田的单点系泊系统包括常规的导管架、上部结构、软刚臂、系泊支架和传输系统。
QHD 32-6 SPM consists of a conventional jacket, topside structure, soft yoke assembly, mooring support and transfer assembly.
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。
A new-type quayside container crane with jib-bridge luffing system as the main working part is brought out.
通过模态分析发现，浮吊结构的振型主要表现为主钩钢丝绳-吊重系统摆动和臂架振动，振动频率都很低；
Through the modal analysis, it is found that main vibration modes of floating crane structure are swing of rope-load system and vibration of boom, and the vibration frequencies are low;
叙述了自动架撤系统的组成、功能及其一般的设计要求，并对仿生式支臂、调平撑腿等具体结构以及伺服控制系统的电气设计进行了重点介绍。
This paper presents the composition, function and the general design request of auto-erecting system. It puts its emphases on mechanics design for bionics leg, leveling support-leg and...
叙述了自动架撤系统的组成、功能及其一般的设计要求，并对仿生式支臂、调平撑腿等具体结构以及伺服控制系统的电气设计进行了重点介绍。
This paper presents the composition, function and the general design request of auto-erecting system. It puts its emphases on mechanics design for bionics leg, leveling support-leg and...
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