1、 I 摘摘 要要 副井提升机是矿井大型固定设备之一， 它的主要任务是沿井筒提升矸石、 废料， 下放材料， 升降人员和设备等， 其性能好坏直接关系到矿山的生产效率和安全性及 可靠性。本文针对目前副井提升设备的现状，从实际需要出发，设计了副井提升机 的驱动系统，主要包括主轴、减速器、联轴器的设计和计算，钢丝绳、卷筒、电动 机的选型等。 目前国内外大中型矿井的新井设计几乎全部选用多绳摩擦提升系统。多绳摩擦 提升系统具有很多显著的优点，如安全可靠、节省钢材和技术先进等。主轴、减速 器、 联轴器等是其主要组成部分， 它们性能的好坏决定了提升机工作性能和安全可 靠性的优劣，因此，合理地选择和设计这些零部件
2、具有很重要的意义。 为此，必须熟悉和掌握矿井提升设备的结构、工作原理、性能特点等方面的知 识，以做到设计合理，计算精确，使设计出的提升机能够安全，可靠、经济地工作。 关键词关键词: 副井提升机 主轴 减速器 联轴器 II ABSTRACT Auxiliary mine hoister is one of the large fixed eqipment in the mine.its main task is raising the waste rock and waste material,decentralizing materials,lifting personnel and eqip
3、ments and so on. its performance is directly related to the efficiency, safety and reliability of the mining productionthe. Aiming at the present situation and according to the actual needs,this text finisted the design of the driving systemof auxiliary mine hoister, mainly including the design and
4、calculation of spindle, reducer, coupling,and the selection of steel wire, drum, motor selection, etc. Both at home and abroad, the new wells design of large and medium-sized mines almost all use the hoisting system with more rope friction. It has many prominent advantages, such as its safe and reliable, it can save steel and we have advanced technology about it, etc. Spindle, reducer, couplings etc is the main component of the mine hoister, they decided the working performance and safety gr
