| 1. | Lifting appliances - vocabulary - underslung monorail systems
悬挂单轨系统 |
| 2. | Development and trends of underslung heading machine in china
谈我国悬臂式掘进机的发展及趋势 |
| 3. | Application of the touching screen technic in electric controlling on underslung heat treatment product line
触摸屏技术在悬挂式热处理生产线电气控制方面的应用 |
| 4. | It can reduce 30 minutes from 4 hours worktime by applying underslung and drawer - lide design reducing on internal channel of the stove and preheater
锡炉内槽及预热器均采用同步“悬臂抽屉设计” ，保养工时由原长达4小时，缩短为30分钟。 |
| 5. | The moving track simulation of underslung conveyor is realized in autocad2000 environment . the minimum non - interfering distance between objects conveyed is figured out . in addition , safe productive activities are taken into consideration
2 .在autocad2000环境下实现对悬挂输送机运行轨迹仿真,并判断输送物间不发生干涉的最小距离。 |
| 6. | The gfs undertakes a variety of roles which include supporting the hong kong police force in law enforcement duties , assisting the fire services department by water - bombing hill fires with underslung fire buckets , and assisting the lands department in aerial mapping and survey . in 1998 , the gfs also transported
政府飞行服务队负责多项不同种类的工作，包括支援警务处的执法行动；利用外挂的救火水桶投掷水弹，协助消防处扑灭山火；以及协助地政总署进行高空绘图和测量工作。 |
| 7. | This thesis states the principle and application of computer - assisted technique . based on solving the difficulties encountered in designing underslung conveyor , the thesis brought forward computer - assisted design method by using of autocad redevelopment technique and proposed resolve method . 2
本文主要作了以下几个方面的研究工作: 1 .论述了计算机辅助技术原理及应用,结合悬挂输送机设计过程中遇到的难题,提出了通过autocad二次开发技术来进行计算机辅助设计的方法和设计方案。 |
| 8. | The moveing track simulation and the strain analysis and calculation of underslung conveyor are important in designing underslung conveyor . this thesis successfully achieves this goal in autocad2000 environment by using objectarx which is an object - oriented redevelopment tool of autocad and based on the visual c + + 6 . 0 platform . this thesis mainly covers the following four aspects of research work : 1
悬挂输送机运行轨迹仿真和受力分析计算是悬挂输送机设计中的重要环节,本文利用autocad面向对象的二次开发工具objectarx ,借助visualc + + 6 . 0的开发平台,在autocad2000环境下实现了悬挂输送机运行轨迹仿真和受力分析计算。 |
