出售日本原装汽车起重机。
汽车起重机及其底盘；
那么，八吨级的汽车起重机较好，它跑的快些。
Well. Eight-tonne capacity truck crane must be preferred. It travels faster.
对汽车起重机卷筒结构的有限元分析方法进行了研究。
The finite element analysis of reel structure of automobile crane is studied.
我们的主要生产线用于进口汽车起重机的加藤和世界。
塔式起重机，汽车起重机，轮式起重机和斗或叉式装载机。
Tower cranes, truck cranes, mobile cranes and bucket or fork loaders.
文章对汽车起重机液压系统的设计与使用具有实际指导意义。
This paper has an instructive meaning in the practice of hydraulic power system design of the crane truck.
对160T汽车起重机起升机构的总传动比分配进行了优化设什。
The optimal design has been made of the general drive-ratio of the rising mechanism of 160T track crane.
根据国内汽车底盘的现状，我们现在能开发几个系列的中小型汽车起重机。
According to the situation of domestic truck chassis in production, several lines of medium and small-sized truck cranes can be developed.
广泛应用于汽车起重机的卷扬制动器控制，能有效控制制动器的开启与关闭。
Widely used in controlling hoist brakes of crane trucks, capable of effectively controlling the opening and closing of the brake.
本文介绍了适合于各个吨位汽车起重机起升机构的优化设计软件HACOD。
This paper develops an optimization design software HACOD for lifting mechanisms of turck cranes with any lifting capacity.
阐述应用电液比例控制技术在汽车起重机液压系统中实现的调速以及其它一些功能。
The paper describes the use of electrohydraulic proportional control technique in truck crane hydraulic system to realize speed regulation and some of it's functions.
系列化地设计汽车起重机，是我们面临的迫切需要解决且也已可能解决的重大问题。
To design truck cranes into product lines is an urgent problem that we are lacing and are able now to solve.
汽车起重机负载运动规律是设计液压系统以及优化匹配液压系统和负载之间的关系的基础。
The load movement rules is the basis of the design of hydraulic system and the optimization of matching the relationship between different hydraulic systems and load.
本文对一种广泛的应用在大吨位汽车起重机的卷扬机构的液压柱塞变量马达进行了性能的分析。
The paper analyzes the capability of a variable hydraulic motor widely used in hoisting bodies of large tonnage automobile crane.
回转缓冲阀是我国20吨至100吨液压汽车起重机回转机构广泛应用的高性能多机能组合阀。
Rotary cushion valve is the high performance multifunction combination valve which is used extensively in the rotary mechanism of 20 ~ 100 ton hydraulic mobile Crane.
可广泛应用于混凝土泵车、汽车起重机、集装箱正面吊运机、摊铺机、履带起重机等各类工程机械。
It has been widely applied to the field of construction machinery, such as concrete machinery, reach stacker, crawler crane, paver, crawler crane.
自动蓄能器系统能够使蓄能器工作压力自动保持在设定的范围内，在汽车起重机液压系统中获得广泛应用。
The automatic accumulator system can automatically maintain the working pressure of the accumulator in specified range and is widely applied in the hydraulic system of truck cranes.
汽车起重机是在通用或专用在载重汽车底盘上装上起重工作装置及设备的起重机，主要采用伸缩式臂架，油缸变幅。
Mobile crane is a general or special the heavy lifting the chassis on the work and equipment, cranes, retractable type mainly adopt the oil tank movement.
论文以汽车起重机装配为实例，完成了产品装配相关功能模块的设计，包括主装配计划，产品装配管理和产品数据等。
The thesis takes assembly of automobile crane for example. Design of related functional module has already achieved, including main assembly plan, product assembly management and product data etc.
箱形伸缩臂作为汽车起重机的主要受力构件，其重量一般占整机的13 ~ 20%，而大型起重机占的比例则更大。
As the main stress component, box truck crane telescopic boom usually accounts for the weight machine for 13 ~ 20%, while the percentage of large cranes is greater.
通过各种试验以及用户使用证明，DL - 8型多路阀完全能替代多田野汽车起重机下车阀，实现了进口元件的国产化。
Different experiments and practical use have indicated that the valve can replace the lower valve for TADANO vehicle cranes, an ideal substitutes for imported products.
汽车起重机的锁紧和限速是两项重要的安全技术要求，它对确保起重机的安全使用，减少恶性事故的发生起着至关重要的作用。
The locking and speed restriction of truck crane are two important security indicators. To ensure safety in operation and prevent disastrous accidents, they are of vital importance.
对160T汽车起重机起升机构的总传动比分配进行了优化设什。设计过程采用随机优化方法并在IBM-386微型机上运行通过；
The optimal design has been made of the general drive-ratio of the rising mechanism of 160T track crane. ln the course of the design , a random-optimal method is used and run on the IBM-386 computer.
徐重工程起重机已形成从8吨至100吨汽车起重机，25 吨到200吨全路面起重机，35吨至150吨履带起重机的饱满型谱；
Xu re-engineering has become a crane from 8 to 100 tons Truck Crane, 25 tons to 200 tons of crane-wide road, 35 to 150 tons cranes of full-spectrum;
起重机通过其底架与汽车底盘与大梁连接。
The crane is connected with the main beam through its under-frame and the truck chassis.
起重机其弱点主要是总体布置受汽车底盘限制，一般车身较长，转弯半径大，且只能在起重机左右两侧和后方作业。
Crane its weaknesses are mainly general arrangements to the chassis, in general, the radius, the longer, and only in the right and left behind on his homework.
起重机把汽车吊到轮船上。
在神州，自桥式起重机以及公共汽车是最风行的交通方式。
In Chellona, bikes and buses are the most popular means of transportation.
在神州，自桥式起重机以及公共汽车是最风行的交通方式。
In Chellona, bikes and buses are the most popular means of transportation.
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