包装机推包机课程设计说明书——26页（此份不含CAD图纸）

包装机推包机的设计

摘要

     包装机是一个产品生产和外包的机器的统称，其主要功能是包装各种产品，而包装机推包机构则是给包装机提供包装产品的机构，其主要功能就是从生产线将产品输送到包装机的相应入口，改机构的运动是一个按一定轨迹的循环往复运动。

     随着科技的发展，包装机的更新换代，也迫使推包机构的革新，输送产品的过程不可轻视，推包机构的运用影响到包装机的效率和质量，因而设计者在设计推包机的同时大多同时提供了推包机构的设计，另外也有人专门为各种设备设计推包机构。

     包装在当今社会相当流行，对于任何产品出厂的最后一部大多是包装，因此包装机的推包机构也是很有市场的。

关键字：包装机推包机构  输送  

Packing up charter aircraft design

Summary

   Packer is a product of outsourcing production and machinery collectively Its main function is to a variety of packaging products, packaging machine and push package body is to provide packaging products, packaging machine and its main function is the product from the production line will be transported to The corresponding packaging machine entrance to the sports bodies are based on a certain trajectory of the campaign cycle.

    With the development of science and technology, the upgrading of packaging machines, forcing up the body bag innovation, product delivery process should not be underestimated, pushing the body bag to the impact of the use of packaging machine efficiency and quality, and therefore designers pushed the charter at the same time At the same time, provide most of the bodies pushed the package design, it was also a variety of equipment designed specifically for the push package body.

    Packaging very popular in today's society, any product manufactured most of the last of a package, the packaging machine is also a body bag up their markets.

Keywords: transport     Packing up charter aircraft design

目录

第一章 设计题目.......................................................  4

1.1  总功能要求................................................  4

1.2  设计数据..................................................  5

第二章 机构设计.......................................................  6

2.1 机构选型...................................................  6

2.2 机构组合...................................................  6

第三章 方案的拟定及评价...............................................  7

3.1  方案的拟定................................................  7

3.2  方案的评价................................................  8

第四章 机构运动尺度综合............................................... 11

4.1  运动示意图................................................ 11

4.2  功能元分解................................................ 11

        第五章 运动设计及参数................................................. 15

               5.1 减速设备................................................... 15

               5.2 曲柄滑块导杆............................................... 16

               5.3 编程计算导杆机构中位置、速度、加速度的情况................. 18

        第六章 运动循环图..................................................... 21

        第七章 设计总结....................................................... 22

        第八章 参考文献....................................................... 23