端子裁切机送料工站设计及CAD图纸
本次设计内容为端子裁切机的送料工站部分。该工站是主要工序中的第一步，主要完成端子的自动送料，以满足折弯和裁切工站的需要。应制定合理的时序图以确保送料、裁切、折弯三工序互不干涉，设计送料部分的驱动方案及机械结构，设计确保时序图正常运转的控制方案。其中主要解决了自动定长送料并且送料长度可调的问题，能自动控制送料、裁切、折弯工序的正确时序，保证先送料，然后折弯裁切，并且传感器与PLC控制器互相配合，做到各工序无不影响又提高生产效率。最后得出可以为端子裁切机送料工站的选择和使用提供参考。
关键词：端子裁切机；送料工站；时序图；定长送料；PLC。
Terminal cutting machine - feeding work station design
Abstract : Terminal cutting machine mainly for terminal plating material with good conduct feeding, folding and fixed-length cut . There are feeding part , cutting part , power folding part , electronically controlled part and the like. Fast cutting cutting machine according to the instruction by the high degree of automation , simple operation. Many terminal devices is cut using cutting industry .
The content is designed to feed the terminal cutting machine work station parts. The work station is the first major step , the main terminal to complete automatic feeding, in order to meet the needs of bending and cutting work stations. Timing diagram should be developed to ensure reasonable feeding, cutting , bending three processes noninterference , design -driven solutions deliver the material part and mechanical structure , control scheme designed to ensure the normal operation of the timing diagram . The main solution to the automatic feeding and length adjustable length feeding problems , can automatically control the feeding, cutting , bending process right timing to ensure that the first feeding, then bend the crop , and the sensors and PLC controller with each other , do all affect each process and improve productivity. Conclusion that can work station for feeding terminal cutter selection and use for reference.
Keywords : Terminal cutters ; feeding work stations ; timing diagram ; fixed-length feeding ; PLC.
目录
1绪论 1
1.1 端子与端子裁切机 1
1.2 什么是端子裁切机 2
1.3裁切机的种类 2
1.4裁切机特点 2
1.5 裁切机的发展趋势 3
1.6 自动送料装置的分类 3
2. 端子裁切机控制方案设计 4
2.1时序图的设计原则 4
2.2端子裁切机工作时序图 4
2.3 工作时序图的实现 6
2.3.1 PLC工作原理 6
2.3.2 PLC功能特点 7
2.3.3光电传感器的概述 8
2.3.4 光电传感器的工作原理 8
2.3.5光电传感器的分类和工作方式 9
2.3.6 工作时序图的实现方案 9
3.送料工站机构设计 11
3.1 送料驱动方案设计 11
3.1.1气压传动和液压传动的选择 11
3.2 气动送料装置工作原理 15
3.3 送料的长度要求与可调性 16
3.4 拨料爪的设计 18
3.5 送料工站的导向机构设计 16
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