设计简介
摘要
本课题中所研究的物流分拣系统是一种十分先进而高效的设备，它不但提高了物流分拣的效率、速度而且还提高了分拣工作的正确率。设计本课题的目的在于实现物流分拣的自动化，提高工作效率和准确率，节省人工的成本并降低作业成本。
设计中的行走小车，是物流分拣系统中快件传送的一个环节，用于完成快件从上包机至分拣通道之间的传输工作。整个输送过程是由程序控制的，从而达成了节省人工以及作业成本的目标。
关键词：程序 高效 正确率 自动化 节省
目 录
第一章 绪论··············································1
第二章 物流分拣系统·······································1
2.1物流分拣系统综述······································1
2.2国内外分拣系统应用现状及趋势··························4
2.3物流分拣系统的组成····································7
2.4物流分拣系统的特点····································9
2.5物流分拣系统的适用条件································10
2.6物流分拣系统的分类····································11
第三章 方案的确定·······································14
3.1小车上的输送装置（带式输送机）························14
3.1.1带式输送机的分类·································14
3.2.2带式输送机的结构及布置方式·······················15
3.1.3输送带的分类·····································15
3.1.4输送带的选择·····································18
3.1.5带式输送机中的托辊和滚筒·························19
3.1.6托辊的选择·······································20
3.2带式输送机中的电机····································21
3.2.1电机综述·········································21
3.2.2电机的分类······································22
3.2.3设计中输送装置电机的选择························22
3.3小车的运动部件·······································24
3.3.1电动机···········································24
3.3.2行走小车的传动带································24
3.3.3小车运动导轨与轮子······························25
第四章 零件的选型·······································26
4.1带式输送机的电机选型··································26
4.2小车运动部件的电机选型································27
第五章 致谢·············································30
参考文献·················································31
本课题中所研究的物流分拣系统是一种十分先进而高效的设备，它不但提高了物流分拣的效率、速度而且还提高了分拣工作的正确率。设计本课题的目的在于实现物流分拣的自动化，提高工作效率和准确率，节省人工的成本并降低作业成本。
设计中的行走小车，是物流分拣系统中快件传送的一个环节，用于完成快件从上包机至分拣通道之间的传输工作。整个输送过程是由程序控制的，从而达成了节省人工以及作业成本的目标。
关键词：程序 高效 正确率 自动化 节省
目 录
第一章 绪论··············································1
第二章 物流分拣系统·······································1
2.1物流分拣系统综述······································1
2.2国内外分拣系统应用现状及趋势··························4
2.3物流分拣系统的组成····································7
2.4物流分拣系统的特点····································9
2.5物流分拣系统的适用条件································10
2.6物流分拣系统的分类····································11
第三章 方案的确定·······································14
3.1小车上的输送装置（带式输送机）························14
3.1.1带式输送机的分类·································14
3.2.2带式输送机的结构及布置方式·······················15
3.1.3输送带的分类·····································15
3.1.4输送带的选择·····································18
3.1.5带式输送机中的托辊和滚筒·························19
3.1.6托辊的选择·······································20
3.2带式输送机中的电机····································21
3.2.1电机综述·········································21
3.2.2电机的分类······································22
3.2.3设计中输送装置电机的选择························22
3.3小车的运动部件·······································24
3.3.1电动机···········································24
3.3.2行走小车的传动带································24
3.3.3小车运动导轨与轮子······························25
第四章 零件的选型·······································26
4.1带式输送机的电机选型··································26
4.2小车运动部件的电机选型································27
第五章 致谢·············································30
参考文献·················································31
