机械毕业设计552地下升降式自动化立体车库

摘要

本设计是根据我国近几年来房地产业的蓬勃发展和老百姓私家车的急剧增多，私家车数量的急剧增加与车（位）库设置严重滞后的矛盾应运而生的自动化车库。地下升降式自动化立体车库，是充分利用小区地下空间设置的新型车库，其型号为单层2个车位。车库下降后可完全居于地面之下，车库表面能与周边完全融为一体。并且每个车库均属独立空间，升降自如，停（取）车极为方便，快捷，是充分利用地下空间改造或兴建的安全、新型、便捷式车库。该车库设计新颖、独特、巧妙，实用性强，可以大大缓解小区车库（位）严重不足的矛盾。本说明书共分五章，着重设计计算了钢丝绳及滑轮组机构、载车板、升降机构、横移入库机构以及库架等主要系统的设计计算。

关键词：载车板升降系统横移机构

Abstract

The design is based on the developmrnt according to our country in the last few years real estate industry vigorous development and the common people private vehicle, the private vehicle quantity sharp growth and the vehicle (position) the storehouse establishment serious lag contradiction arises at the historic moment automated garage. The underground elevating automation three-dimensional garage, is the full use plot underground space establishment new garage, its model for single-layer 2 berth. After the garage drops may reside in under completely the ground, the garage surface energy and peripheral merges into one organic whole completely. And each garage is the space-independent, the fluctuation freely, stops (takes) the vehicle to be extremely convenient, quick, is the full use underground space transformation or the constructing security, new, the convenient -like garage. This garage design novel, is unique, is ingenious, usable, may alleviate the plot garage greatly (position) the serious insufficient contradiction. This instruction booklet altogether divides five chapters, the emphatically design calculation steel wire and the block and tackle organization, carried the template, the elevating mechanism, move horizontally the warehousing organization as well as storehouse and so on the main system design calculation.

Key words: carries jacking system moves horizontally organization

目录

摘要..........................................................................................I Abstract.......................................................................................II 第1章绪论 (1)

第2章车库的结构设计计算和零件选 (2)

2.1 钢材的选用 (2)

2.1.1库上边框钢材的选择 (2)

2.1.2库架支撑钢的选择 (2)

2.1.3上下层支撑钢的选择 (3)

2.1.4升降台辅助支钢的选择 (3)

2.1.5链轮支撑钢的选择 (3)

2.1.6链轮辅助支撑钢的选择 (3)

2.1.7滑轮支撑钢的选择 (3)

2.1.8滑轮辅助支撑钢的选择 (4)

2.1.9上下层支撑钢横向连接钢的选择 (4)

2.1.10滑轮支撑钢横向连接钢的选择 (4)

2.1.11链轮支撑钢横向连接钢的选择 (4)

2.1.12载车板横向边缘钢 (5)

2.2 载车板的结构和尺寸的设计算 (5)

2.3 升降系统各零部件的结构设计和尺寸确定 (7)

2.3.1 升降台结构的初步设计 (7)

2.3.2 钢丝绳的设计计算 (8)

2.3.3 钢丝绳夹的选择 (11)

2.3.4 滑轮及其组件的设计计算 (12)

2.3.5 卷筒的设计计算和尺寸确定 (17)

2.3.6 升降链及链轮的选择 (21)

2.3.7 升降用电动机及变速器的设计计算及型号选择 (24)

2.3.8 升降电动传动链及连轮的连轮的设计计算 (25)

2.4 横移机构结构的设计和各零部件的设计计算以及选择 (28)

2.4.1 轨道和导轮的设计计算 (29)