handling technology design meaning in Chinese
装卸工艺设计
Examples
- The first part . task analyse of handling technology design . is explain the place , basic establishments entironment of yangshan port and the conditions basic tenet and technical parameter of design . the second part , project study out . is discuss the design contents the choice of the leading and the assistant engine , the form of the handling mechanisation system , project study out . the third part , size design , is count the berth pass capacity , the amount of handling engine , the area and capacity of yard , road and gate , the worker amount . the fourth part . technology and economy argumentation , commendable project confirm , is confirm the commendable project by technology and economy argumentation . in the end , considering the technology , economy and use . discourse commend the project of rubber - tyred gantry crane . at present . centre government is studying yangshan project , but in handling technology part of container terminal , the design is simply . so this discourse has important consult value . and has important value of economy and community too
第一部分的装卸工艺设计任务分析主要就洋山港区的地理位置、基础设施、自然环境，设计前提条件，设计原则以及设计主要技术参数进行说明；第二部分的装卸工艺方案拟定主要就工艺设计的主要内容，主要机械及辅助机械选择，装卸机械化系统组成以及工艺设计方案拟定进行论述；第三部分的装卸工艺方案规模设计主要就泊位通过能力，装卸机械台数，堆场面积及堆存能力，道路及大门，司机及工人人数，工艺流程进行计算分析；第四部分的技术经济论证及推荐方案确定主要就技术、经济指标进行对比论证，并在此基础上确定推荐方案。 - In the base of information collection , discourse study handling technology in yangshan container terminal of the first phase . at one time . reference waigaoqiao and ningbo container terminal " s handling technologys compare the characteristic of handling technology , and analyse the index of the technology and the economy between rail - mounted transfer crane and rubber - tyred gantry crane . discourse is carved up four part . namely task analyse of handling technology design > project study out > size design s technology and economy argumentation , commendable project confirm
同时，借鉴外高桥、宁波北仑等的集装箱码头装卸工艺设计，着重比较分析轮胎式龙门吊和轨道式龙门吊各自的装卸工艺特点和技术经济指标。全文共分四个部分，即装卸工艺设计的任务分析、方案拟定、规模设计以及技术经济论证和推荐方案的确定。