北京理工大学珠海学院2020届本科生毕业设计可编程音乐喷泉-制装部分可编程音乐喷泉-制装部分摘要本次毕业设计研究的是家用音乐喷泉,大方向为音乐喷泉,小方向为可编程音乐喷泉-制装部分。这些年来,音乐喷泉是非常常见的,给人带来较高的视觉享受,这是一种新时代的艺术,随着科技发展带来的产物,能带来较高的经济效应。本课题讲研究可编程的小型音乐喷泉,让人们在家中也能体会到音乐喷泉的艺术。本人的设计主要探讨音乐喷泉的外观设计,内部总体构造,灯光,水泵,负责元件的采购,焊接电路部分给的电路图,利用统筹利用其他负责人的成果进行组装,最后进行音乐喷泉的外部包装。这次的设计,小型家用音乐喷泉是使用stm32芯片来进行对灯光,水流,音乐的控制,所以它是这次设计的心脏。通过stm32控制音乐,水流,灯光实现不同风格的切换,给人们带来享受。本人的设计主要探讨音乐喷泉的外观设计,内部总体构造,灯光,水泵,负责元件的采购,焊接电路部分给的电路图,利用统筹利用其他负责人的成果进行组装,最后进行音乐喷泉的外部包装。关键词:音乐喷泉;STM32,焊接,仿真,调试1北京理工大学珠海学院2020届本科生毕业设计Programmablemusicfountain-assemblypartAbstractThisgraduationdesignresearchisahomemusicfountain,thegeneraldirectionisamusicfountain,andthesmalldirectionisaprogrammablemusicfountain-manufacturingpart.Overtheyears,musicalfountainsareverycommon,bringingpeopleahighervisualenjoyment.Thisisaneweraofart.Withthedevelopmentoftechnology,itcanbringhighereconomiceffects.Thistopicisaboutthestudyofaprogrammablesmallmusicalfountain,sothatpeoplecanalsoexperiencetheartofmusicalfountainsathome.Mydesignmainlydiscussestheappearancedesign,internaloverallstructure,lighting,waterpump,responsiblefortheprocurementofcomponents,thecircuitdiagramsgivenbytheweldingcircuitpart,theuseofoverallplanningandassemblyoftheresultsofotherresponsiblepersons,andfinallytheexternalpackagingofthemusicalfountain.Inthisdesign,thesmallhomemusicfountainusesthestm32chiptocontrollights,waterflow,andmusic,soitistheheartofthisdesign.Throughstm32tocontrolmusic,waterflow,lightingtoachievedifferentstylesofswitching,bringpeopleenjoyment.Mydesignmainlydiscussestheappearancedesign,internaloverallstructure,lighting,waterpump,responsiblefortheprocurementofcomponents,thecircuitdiagramsgivenbytheweldingcircuitpart,theuseofoverallplanningandassemblyoftheresultsofotherresponsiblepersons,andfinallytheexternalpackagingofthemusicalfountain.Keywords:Musicfountain;STM32,welding,simulation,debugging2北京理工大学珠海学院2020届本科生毕业设计目录1前言.........................................................................................61.1本设计的目的、意义及应达到的技术要求..................................................61.2本设计在国内外的发展概况及存在的问题..................................................71.3本设计应解决的主要问题................................................................72音乐喷泉设计方案的选择.......................................................................82.1系统核心方案选择......................................................................82.1.1主控芯片的选择..................................................................82.1.2人机交互输入模块的选择..........................................................82.1.3音乐喷泉外观透明材料的选择.....................................................92.1.4led灯光的选择..................................................................92.1.5led灯光的布局方案选择.........................................................102...