气动振动清洗系统的设计+CAD图纸
清洗篮、清洗槽等机械部分是304不锈钢为材料的焊接件。由于使用的清洗剂是柠檬酸，具有腐蚀性，因此要求焊接件具有较高的耐腐蚀性，力学性能及严格的密封性能。为了不影响焊接接头的耐腐蚀性，在焊接之前要先清理焊缝两侧，去除油污。33094
整个系统的控制采用PLC控制。根据设计要求，要使清洗槽的进水、排水自动化，且使气动振动器按要求自动完成清洗任务。再加上清洗篮的输送搬运系统，就可以实现全自动的清洗、传送过程。
毕业论文关键词： 气动；振动；清洗系统；焊接件；PLC
Design of Pneumatic Vibration Cleaning System
Abstract: The cleaning system designed in this paper is a system for cleaning the washing machine of small parts (spring steel piece). Because small parts in the processing only by oil pollution and dust pollution, so the system suitable for the water-based vibration cleaning is gas vibrator driven with small parts of the cleaning basket vibrate up and down, to finish cleaning of parts.
The mechanical parts, such as cleaning basket, washing groove and so on, are the welding parts made of 304 stainless steel. Because the cleaning agent is citric acid, corrosive, so the welding parts have higher corrosion resistance, mechanical properties and strict sealing performance. In order not to affect the corrosion resistance of the welded joints, weld before the weld to the sides, remove grease.
The whole system is controlled by PLC. According to the requirements of the design to make the cleaning tank water supply, water supply and drainage automation and pneumatic vibrator automatically according to the demand to complete the cleaning task. The conveying system of the washing basket can realize the automatic cleaning and conveying process.
Keywords: Pneumatic; Vibration; Cleaning system; Welding parts; PLC
目录
摘要
Abstract
目录
1 绪论 1
1.1 清洗机的介绍 1
1.1.1 清洗机的功能 1
1.1.2 清洗机的现状 1
1.2 相关振动机构介绍 2
1.2.1 偏心振动机构 2
1.2.2 轴向振动机构 3
1.3 课题的基本内容 4
1.3.1 课题介绍 4
1.3.2 设计内容 5
2 清洗篮的设计 6
2.1 清洗篮的形状确定 6
2.2 清洗篮的尺寸确定 6
3 振动清洗方案的确定 7
3.1 振动方案的确定 7
3.1.1 对称偏心振动机构 7
3.1.2 连杆振动机构 7
3.1.3 卷筒振动机构 8
3.1.4 流体振动机构 8
4 支撑架的设计 10
4.1 支撑架的材料确定 10
4.2 支撑架与清洗篮的连接设计 10
4.3 支撑架与气缸的连接设计 10
4.4 支撑架的设计计算 11