AT89C51单片机塑料管材自动切割系统设计+电路图+程序
毕业论文关键词：塑料管材；定长切割；单片机；键盘显示
Abstract Since the reform and opening, our country has made great progress in the field of chemical building materials. The widely use of plastic pipe material, which set off a revolution to replace traditional building materials with plastic tubing. In some pipe industry developed countries, intelligent control technology already is quite mature, however our country has a very low degree of automation in production in the plastic industry. For the entire production process of plastic tubing, plastic tubing fixed-length cutting is a inevitable production process. The cutting precision and cutting processing of the products is the important factors influencing the plastic pipe material productivity, which affects the quality of the pipe. The paper analyzes a kind of small PP-R pipe length cutting and handling of the product in theory, using the PROTEUS simulation software to simulate plastic pipe cut to length. The simulation software of design is based on AT89C51 single chip microcomputer, and using the LCD1602 display chip and A/D conversion PCF8591 to simulate the production process of plastic tubing. In the designing, I am making use of an LED lamp to stand for the pipe movement. When the distant of moving get the length that was set before, The paper uses another LED flashing to indicate the pipe cutting, and show that the speed of the cutting. The paper uses the A/D conversion chip of two channels to simulate pipe cutting length and speed. The design with the single chip processor as the core imitates the plastic pipe material production cutting process. The design of reliable, simple operation and low cost is a good reference for Plastic pipe manufacturer.
Keywords:plastic pipe; fixed-length cutting;single chip microcomputer; keyboard and display
目录
第一章绪论 1
1.1 概述 - 1
1.2 问题的提出 - 2
1.3 研究本课题的意义 - 2
1.4 课题的研究内容 - 3
1.5 课题的研究步骤 - 4
第二章影响管材定长切割的因素分析 5
2.1 管材加工的过程和设备介绍 - 5
2.2 管材生产的流程介绍 - 7
2.3 切割机的选择 - 8
2.4 定长切割精度的分析 - 9
2.5 切割机控制系统的设计实现 10
第三章系统的总体设计 11
3.1 单片机的选型 11
下一篇：基于组态软件的液位控制系统设计