摘要

升降机在工业生产和日常生活中重要的，我们都是非常受益于它。在现实生活中，升降机的应用范围十分广泛，其性能和电梯十分相似或者说几乎相同。很多商业性质的建筑中都会使用电梯，我们在使用电梯时可以根据自己的需要进行设`置。

升降机作为一种十分常见的物品，却在日常生活中和工业生产中扮演这重要的角色。升降机给我们的出行和生产作业提供了便利。在现实生活中，升降机的应用范围十分广泛，其性能和电梯十分相似或者说几乎相同。很多商业性质的建筑中都会使用电梯，我们在使用电梯时可以根据自己的需要进行设置。可以看出，升降机对我们来说重要性是非常重大的。

升降机在生产作业中的作用更是十分重要，例如在高空作业。伴随着经济的快速发展，社会需要不断增加，高空作业需求也不断增加，这时升降机扮演了重要的角色。

根据该课题的研究，这是适用于材料的起吊和地面于楼层上的运输。根据实际需求将采取如下：选择电机（带减速器）作为驱动力，链条驱动器作为传输的形式，框架结构设计的主体机构。以Z轴升降的关键部件来进行的设计和计算，并且设计目标和预期设计的要求，可以通过验证来实现。

关键词: 升降机; 物料升降；链传动；框架式结构

Abstract

Mention our daily lives in both industrial production and play an important role. This brings us a lot of benefits. Lift feature is very much, in our life we in many business building will use the elevator, lift as the elevator performance very much the same, we use the lift time can also be based on their own needs to elevator set.

Elevator, as a kind of very common goods, plays an important role in daily life and industrial production. The lift provides convenience for our travel and production operations. In real life, the elevator has a very wide range of applications, its performance and the elevator is very similar or almost the same. Many commercial properties of the building will use the elevator, we use the elevator can be based on their own needs to be set. It can be seen that the lift is of great importance to us.

The role of the elevator in the production process is very important, for example, in the high-altitude operation. With the rapid development of economy, the need of the society is increasing, the demand for high altitude operation is increasing, and the elevator plays an important role.

According to this study the heavy transport of floor material is applied to the floor material.According to the actual demand can be taken as follows: motor choice ( belt reducer ) as the driving force, using a chain transmission to drive form, the main mechanism adopts a frame type structure design. On the Z axis lift key parts design calculation and checking, after verification can achieve the desired design objectives and requirements.

Key Words:  Elevator;  Material lifting;  Chain drive;  Frame struc