湖面清洁机结构设计.doc

1、湖面清洁机结构设计摘 要：本文主要是对水面（主要是公园的湖面）垃圾自动打捞船的船体结构、动力装置、传输装置、垃圾存储装置以及其他零部件的设计、计算、校核等。此外，在了解此次设计的成果所需实现的功能需求，以及实际环境背景的情况下，研究湖面清洁机结构构成及功能的设计方法。湖面清洁机针对水面环境污染的问题，致力于中小型公园湖面的固体垃圾（如树 叶，塑料袋，瓶子等）清理，可以实现湖面垃圾清理的机械化与自动化，整个打捞过程无需人工参与，安全性非常好，效率大约是人工打捞的几十倍。为了使得湖面垃圾的收集更加有效率，特意采用链齿轮与链条的传动带动传输带的形式，以及船体前方叶轮的设计。此外，为了便于湖面垃圾的清

2、理，垃圾存储装置采用的是三个可替换式的存储箱，其底部设计为多孔式。关键词：湖面垃圾,自动清理,环境保护,船舶,高效率The lake cleaning machine structure designAbstract：This paper aims at designing, calculating and collating the hull structure, powerplant, transmission device, garbage storage device as well as other parts of the automaticlake-cleaning machin

3、e(which is mainly about cleaning the lake surface). In addition, thispaper focuses on figuring out a design method under the circumstance of understanding theactual background and the functional requirements that the machine has to meet. Thelake-cleaning machine, designed for dealing with water cont

4、amination, focuses on cleaningsolid waste such as leaves, plastic bags, and beverage bottles in the lakes of medium andsmall sized parks. The machine is supposed to achieve mechanization and automation whencleaning the lakes. During the entire cleaning process, non-human participation, highsecurity

5、and efficiency which is several times than manual work should be achieved. Inorder to make lake garbage collection much more efficient, the design takes advantage ofspecial impeller designing in the front of the hull and makes the sprocket gear and chaindrive the transmission belt. In addition, in o

6、rder to make the cleaning work moreconvenient, the waste storage device adopted the designing of three alternative storagetanks and porous structures at the bottom of the vessel.Keywords: The Lake Garbage, Automatic Cleaning, Environmental Protection, Ship, HighEfficiencyI目 录1 前言.11.1 毕业设计的选题背景.11.2

7、 本课题研究现状及特点分析.21.3 本课题的研究目的及意义.32 船体的设计.42.1 船体的结构设计.42.2 船体材料的选择.92.2.1 船体材料的介绍.92.2.2 船体材料的确定及相关参数.92.3 船体重要尺寸.92.4 船的排水量和吃水深度的计算.102.4.1 船体质量的计算.112.4.2 重排水量的计算.112.4.3 最大吃水深度的计算.113 动力装置的设计.123.1 蓄电池的选择.123.2 电动机的选择.133.3 船舶推进器的选择.174 传输装置的设计.204.1 传输装置的总体设计.204.2 链传动的设计.224.2.1 链条的选择和计算.224.2.2 链轮相关尺寸的计算.254.2.3 小链轮的设计和计算.264.2.4 大链轮的设计计算.274.3 叶轮装置链传动的设计.284.3.1 链条的选择和计算.