Application of full AC drive system in large ladle crane 大型铸造起重机的全交流驱动系统的解决方案
Application of emergency brake to the main hoisting mechanism of ladle crane 紧急制动器在铸造起重机主起升机构上的应用
Analysis of the brake distance in the condition of ladle crane's hoisting mechanism failure 铸造起重机升降故障状态制动行程分析
Tilt, transfer, and rotate the ladle to align with crane hooks in the event of a power failure. 钢水车无动力时,可用起重机吊钩倾斜,传递,旋转钢水包。
The requirement to a brake of the lifting mechanism of a ladle crane is safety, reliability, without excessive shock. 对铸造起重机起升机构制动器的要求是安全可靠和不产生过大的冲击。
Experimental research on braking performance of emergency brake in ladle crane 铸造起重机紧急制动器制动性能试验研究
Study on dynamic characteristics of a ladle crane 铸造起重机动特性研究
Analysis of and preventive measures against fatigue failure for main girders of ladle crane 铸造起重机主梁疲劳破坏的分析及对策
A new design of main trolley for ladle crane 新型铸造起重机主小车
Space Structrue Analysis and Fatigue Strength Calculation for Bridge Frame of Ladle Crane 铸造起重机桥架空间结构分析与疲劳计算
Comparison between Two Kinds of Main Hoisting Reducer Composition Forms of Heavy Ladle Crane 超大型铸造起重机主起升减速机结构形式的比较
With the rich experiences from designing and commissioning of many ladle cranes, the author presents the com-mon control problems and the corresponding solutions in application of PLC to control to ladle crane safety brakes. 以作者近年来所作的多套铸造起重机的设计及现场调试为依据,介绍可编程序控制器(PLC)在铸造起重机安全制动器电气控制系统中一些共性及重要问题的控制与解决方案。
According to the principle, the box beams repairing of double-beam overhead ladle crane is studied. 根据这一原理,提出用火焰矫正法修复双梁桥式起重机箱形主梁水平弯曲(旁弯)超标,并给出应用实例。
The selection of brake for lifting mechanism of a ladle crane 铸造起重机起升机构制动器的选用
The Design of the Foundry Crane Constructions and Properties of Great Ladle Crane 铸造起重机的设计大型铸造起重机的结构型式和性能特点
In order to ensure the efficiency supplication of hot metal, the processing model of hot metal ladle waiting for mixer and crane transfer the hot metal both is set up by the queuing theory of probability model combined with the aim and principle of production scheduling control. 结合炼钢厂生产调度过程控制的目标和原则,利用概率模型中的排队理论,建立铁水罐等待混铁炉天车装运铁水这一关键工序的过程模型,保障炼钢生产所需主要原料铁水的及时有效供应。
Ladle crane is the key equipment of the production line in iron and steel enterprises which is used to transport high-temperature liquid metal. 铸造起重机是桥式起重机的一种,是钢铁厂生产线上的关键设备,用于运输高温液态金属。
For the working conditions of ladle crane is extremely bad, fatigue failure accidents happen frequently. 铸造起重机工作环境极其恶劣,疲劳破坏事故时有发生。