颗粒状糖果设计管理论文

导语：颗粒状糖果设计管理论文一文来源于网友上传，不代表本站观点，若需要原创文章可咨询客服老师，欢迎参考。

摘要：颗粒状糖果包装机设计是典型的机械系统设计，它不仅包括机构的尺寸、强度设计，还包括了传动机械系统设计。本设计主要是针对圆台柱状巧克力糖的铝箔纸包装。设计主要内容有三方面：设计方案设计、机械手及进出糖机构设计与传动系统链设计。

机械手及进出糖机构设计是本设计功能能否执行的灵魂，它也是本设计的设计重点之一。它要实现巧克力糖的输入、折边、抄底边、等等功能，直到最后由输送带输出。整个系统功能实现中，机械手要实现的是夹糖、折边、转送等重要功能，因此对机械手的形状、夹紧力及转位角度也提出了不同的设计要求，设计机械手时，也始终回绕着这几点进行。

传动系统设计，作为一个动作执行系统，动力是必不可少的，当然对动力的传递系统也就显得尤其重要了。系统功能中要实现机械手转位、送糖盘转位、供纸、剪纸、抄纸、接糖、顶糖及拨糖等功能，它们都需要不同大小的动力，这就需要传动系统的调节。如在机械手的转位功能中，为实现间歇的转位功能就得通过传动链中的槽轮机构来实现，该机构要保证机械手在转到位后，有一定的停留时间，从而为顶糖、接糖及拨糖功能的实现提供必要的机械动作执行时间。设计好的包装机机构正常的生产率为120r/min，且其生产率可在70～130r/min.

关键词：包装机，巧克力糖包装，机械手。

Abstract:Thegraincandypackerdesignisatypicalmachinesystemdesign.Itnotonlyincludedtheorganization''''ssize,strength...etc.thedesign.Anditstillincludedthedesignofthetransmissionsystem.Thisdesignprimarilyaimsatthecirclepillarchocolates''''aluminumfoilpacking.Thedesignonlycontentscontainthreesides:Designprojectdesign,machinehandandI/Osugarmechanismdesignandthetransmissionsystemdesign.

ItisSoulwhetherthefunctionofthemachinehandandI/Osugarmechanism’sdesigncancarryoutinthisdesign.Itisalsooneofthedesignpointsofthisdesign.Itwantstorealizetheimportation,foldofthechocolatesthesides,etc.thefunction.Untilitfinallybeoutputbybeltconveyer.Inwholesystemfunctionrealizes,themachinehandrealizesmanyimportantfunction,forexample:clipthesugar,foldofthechocolatesthesides,transfer...etc.Thereforetotheshapeofthemachinehand,clipthetightdintandturntheanglealsobringuppedthedifferentdesignrequest.Whendesignedthemachinehand,itisalsoproceedingwiththecenterofthesepoints.

System,motiveisnecessary.Certainlyitisparticularlyimportantofthepowertransmissionsystem.Inthesystemfunction,itmustrealizemovingthemachinehand,movingthesugardish,providingthepaper,cuttingpaper,curling,connectingthesugar,crestthesugaranddialingthesugaretc.Allthesefunctionsneedthedifferentpower.Itcanbecontrolledwiththetransmissionsystem.Suchasthefunctionofturningmachinehand,forrealizingafunctionofintermittentturningitneedsthesheaveofthetransmissiontoregulate.Afterthemachineturnedtheassuranceposition,themechanismwantstohavecertainlystopovertime,itcantakeenoughtimetocrestsugar,connectthesugaranddialsugar.Thetransmissionsystemstillguaranteedthenormalrateofproductionofpackerto120r/min.Atthesametimeitcanbecontrolledtherateofproductionat70～130r/min.

Keywords:Packer,chocolatespacking,machinehand.

设计任务抽象化

设计要求：把已加工成型的圆台状巧克力糖用铝箔纸包裹起来，并逐个输出，巧克力糖的形状尺寸大小如图。且保证其加工速度为120块/min,可调范围70—130块/min。能量220V交流电。

建立黑箱操作指令未包装圆台形巧克力糖220V振动噪声显示已包装好的巧克力糖环境黑箱（糖果包装机）

功能分解输入铝箔纸送糖盘机械手输出剪纸抄纸接糖顶糖转位拨糖

糖果包装机的功能分解

确定工艺原理

确定依据：成本、质量、效率三者综合比较。3.速度可调范围70--130块/min2.包装速度120块/min4.小批生产，中小型厂加工1.实现圆台形巧克力糖包装成本7.操作方便6.结构简单加工功能5.成本不高附加要求附加要求附加要求基本要求必要要求必要要求基本要求使用

确定技术过程信号未包装圆台形巧克力糖220V~控制执行机构驱动机构支承机构包装好的巧克力糖环境系统人

引进技术系统，确定边界未包装圆台形巧克力糖包装好的巧克力糖支承机构环境系统人驱动机构220V~送糖盘分糖接糖1工位夹紧启动、停止控制顶糖剪纸供纸抄纸机械系统拨糖信号图1-4引进技术后的具体过程图第10页

毕业设计颗粒状糖果包装机的设计

确定功能结构

技术系统总功能，及进行功能分解

总功能

未包装的圆台形巧克力糖→黑箱→包装好的巧克力糖成品

功能分解剪纸供纸接糖抄纸重力液气压机械力重力机械力液气压机械力液气压机械力液气压铝箔纸送糖盘拨糖2工位张开转位1工位闭合顶糖液气压机械力机械力液气压机械力液气压液气压机械力机械手输入输出

目录

前言.......................................................................................................................................7

第一章糖果包装机方案设计............................................................................8

1.1设计任务抽象化...................................................................................................................8

1.1.1建立黑箱...................................................................................................................................8

1.1.2功能分解...................................................................................................................................9

1.2确定工艺原理..........................................................................................................................9

1.3确定技术过程........................................................................................................................10

1.4引进技术系统，确定边界.............................................................................................10

1.5确定功能结构.........................................................................................................................11

1.5.1总功能....................................................................................................................................11

1.5.2功能分解...............................................................................................................................11

1.6方案确定.................................................................................................................................12

1.6.1寻找技术物理效应和功能载体，功能元求解目录表...........................................................12

1.6.2巧克力糖包装系统解..............................................................................................................12

1.6.3巧克力糖包装装置的评价表..................................................................................................14

1.6.4确定最佳方案..........................................................................................................................14

第二章传动系统设计.............................................................................................15

2.1传动系统结构简图.............................................................................................................15

2.2选用电机................................................................................................................................15

2.3带轮设计.................................................................................................................................16第4页

毕业设计颗粒状糖果包装机的设计

2.3.1带轮优缺点..............................................................................................................................16

2.3.2选用带轮要求.........................................................................................................................16

2.3.3带轮设计要求.........................................................................................................................17

2.3.4带轮设计过程.........................................................................................................................17

2.4链轮设计.................................................................................................................................21

2.4.1链传动优缺点..........................................................................................................................21

2.4.2链传动的设计过程..................................................................................................................21

2.5齿轮的设计.............................................................................................................................25

2.5.1齿轮材料.................................................................................................................................25

2.5.2分配轴上螺旋齿轮的尺寸计算.............................................................................................25

2.5.3机械手及送糖轴上的螺旋齿轮的尺寸计算.........................................................................26

第三章机械手及进出糖机构设计...............................................................27

3.1夹持装置设计........................................................................................................................27

3.1.1设计要求..................................................................................................................................27

3.1.2基本结构如图.........................................................................................................................27

3.1.3夹紧力P夹计算..........................................................................................................................27

3.1.4弹簧力P弹簧计算.....................................................................................................................28

3.1.5开闭角а的计算...................................................................................................................29

3.2凸轮设计.................................................................................................................................29

3.2.1选择凸轮类型.........................................................................................................................29

3.2.2凸轮材料选择.........................................................................................................................30

3.2.3凸轮尺寸计算..........................................................................................................................30

3.2.4凸轮强度计算.........................................................................................................................31

3.3棘轮设计.................................................................................................................................32

3.3.1棘轮材料选择..........................................................................................................................32

3.3.2棘轮形状确定..........................................................................................................................32

3.4六槽槽轮机构设计............................................................................................................33

3.4.1槽轮分类及材料选择.............................................................................................................33

3.4.2槽轮结构设计及尺寸计算.....................................................................................................33

第四章其它机构原理.............................................................................................36第5页

毕业设计颗粒状糖果包装机的设计

4.1顶糖、接糖机构示意图.................................................................................................36

4.2抄纸和拨糖机构示意图..................................................................................................37

第五章巧克力糖包装机工作循环图............................................................38

5.1机械手Ⅰ工位段.................................................................................................................38

5.2机械手Ⅱ工位段.................................................................................................................39

致谢..............................................................................................................................40

参考文献...........................................................................................................................41