智能吸尘器运动控制系统设计

范文字数:19493,页数:35

摘  要
 随着社会的进步和发展，人们的学习、工作越来越繁忙，于是怎样更大程度地将人们从烦琐的日常事物中解脱出来，就成了新一代家电所追求的目标，而自动化正是这一目标的集中体现。
 本文介绍的全自动吸尘器初步实现了无人情况下的自主工作方式。它自带电源，利用了超声波测距的原理，通过向前进方向发射超声波脉冲，并接收相应的返回声波脉冲，对墙壁等进行判断；通过以单片机为核心的控制器实现对超声发射和接收的选通控制，并在处理返回脉冲信号的基础上加以判断，选定相应的控制策略；通过驱动器驱动两步进电机，带动驱动轮，从而实现行走转向等功能；通过红外线热释电传感器对人的活动进行检测，减少人对吸尘器行走的影响。在吸尘器行走的同时，由其自身携带的小型吸尘部件，对经过的地面进行必要的吸尘清扫。
 关键词: 步进电机 单片机 超声波传感器 电子罗盘

Abstract
Along with development and the progress of society, work and the study of people are more and more busy, so how larger degree land frees people from overelaborate daily thing, have become the goal that new generation home appliance pursues , and automation is just the concentration of this goal to embody.
The full automatic dust catcher of the introduction of this paper has realized the autonomous working way under unmanned condition preliminarily. It has used the principle of supersonic range finding from electrified source , judges through entering direction projection supersonic pulse forward, taking over the corresponding return pulse of sound wave and waiting for wall to go on; Through with sheet Pian machine for core controler realization for ultrasound projection with take over choose know control, and in handling return pulse signal on foundation judgement, choose corresponding control strategy; Through actuator drive, two steps drives drive wheel into generator, so realize to walk change direction etc. function; Pass through the heat of infrared ray Shi the campaign of faxing sense ware for person carries out detection, reduce person for dust catcher walk influence. When dust catcher walks at the same time, the aspiration that carries out necessity for the ground of process by the small-sized aspiration parts that self carries settles to sweep.

Keywords : stepper motor  microcontroller  Ultra-sonic sensing  electronic compass

目录
摘要                                                        IV
Abstract                                                     V
第1章  绪论                                                 1
   1.1 家用吸尘器的原理                                       1
1.1.1 家用吸尘器的分类                                     1
1.2  全自动吸尘器的研究目的与意义                             2
1.3  全自动吸尘器的发展                                       3
第2章  全自动吸尘器控制部分设计                             4
2.1单片机的结构和性能                                        4
2.2电子罗盘的性能                                            6
2.3超声波传感器的原理及性能                                  7
2.4红外线热释电传感器的原理及性能                            8
2.5整个控制系统的组成及工作原理                              9
第3章  全自动吸尘器结构的设计                              11
3.1全自动吸尘器外壳结构设计                                 11
3.2全自动吸尘器吸尘部位结构设计                             12
3.3 全自动吸尘器行走部位结构设计                           14
3.3.1 全自动吸尘器主要参数计算                            14
3.3.2 轴的结构设计                                        15
3.3.3 轴的强度校核                                        17
第4章  电源及驱动电路的设计                               19
4.1供电电源的设计                                           19
4.2步进电机的原理及驱动电路                                 20
4.2.1 步进电机的原理                                      20
4.2.2 步进电机的特性                                      22
4.2.3 步进电机的驱动                                      24
4.3电动风机的工作原理及驱动                                 25
4.3.1 电动风机的工作原理                                  25
4.3.2 电动风机的特性及驱动电路                            26
第5章  全自动吸尘器控制系统的软件编制                     29
5.1全自动吸尘器工作过程分析                                 29
5.2步进电机的脉冲信号                                       29
5.3发生器的脉冲信号                                         31
5.4 系统的总体控制流程                                     32
第6章 全自动吸尘器的技术经济分析                           33
结论                                                        34
致谢                                                        35
参考文献                                                    36

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