摘要：本次毕业设计的目的是为了减少人力，增加工作效率。导电杆绝缘包扎设备是解决以前工人手工进行导电杆绝缘坯布包扎的问题，改为自动化设备。主要设计部分是设备的局部绕包放卷机构及其加热装置，绕包放卷机构通过改变绝缘坯布的张力，对不同要求的工件进行绕包，就如同纺织中布绕到卷筒上类似。改变张力的部件是用空压通轴式制动器，绝缘坯布放在制动器中间。加热装置是对绝缘坯布绕包过程的加热，使得绝缘坯布能无空隙的绕包在导电杆上，防止产生气泡导致作废。加热装置是由热风机输出热风，通过管道从热风刀出口出风，直接作用在导电杆上，配合绝缘坯布绕包。在完成绕包过程后，需要对导电杆进行冷却处理，处理后在安装到绕包位置，即可直接对绕包好的导电杆进行切削加工，加工后即为最后的成品，省时省力。70708

毕业论文关键词：风刀调节、制动器、绝缘坯布、热风机、绕包放卷

Coil and heating equipment of conductive rod insulated packing equipment

Abstract:The purpose of this graduation is to reduce manpower，Increase productivity.The equipment of conductive rod insulation is to solve the problem of the cloth bandaging by hand, and the equipment is changed to automatic equipment.Design part is the main equipment of partial winding and put a roll of institutions and the heating device, winding and rolling mechanism by changing the insulation fabric tension, for different requirements of the workpiece around the package, just like in the textile cloth similar around the drum.The component of the change tension is an empty pressure shaft brake, and the insulation is placed in the middle of the brake.The heating device is the heating of the insulation cloth around the package process, so that the insulating fabric can be wrapped around the conductive pole without the gap, preventing the resulting bubbles from being caused by the waste.The heating device is produced by the heat blower, which is exported from the hot air knife through the pipe, which is directly applied to the conductive rod, which is combined with the insulating cloth. After completing the process of winding and need to cool the conductive rod, after processing in the installation to the winding and position, can be directly to machining of wrapped around the conductive rod, to the finished product after processing, save time and effort.

KeyWords: The blade adjustment, the brake, the insulation cloth, the heat blower, the wrap roll

目  录

1  引言 1

  1.1  选题背景 1

  1.2  选题意义 1

  1.3  国内外发展情况 2

    1.3.1  国外发展情况 2

    1.3.2  国内发展情况 2

2  方案设计及选择 3

  2.1  关键问题 3

  2.2  设计思路 3

  2.3  原始数据 3

  2.4  绕包放卷机构传动动力装置方案 4

2.4.1 方案一 4

2.4.2 方案二 4

2.4.3 方案一、二对比 5

2.4.4 方案选择 6

  2.5  加热装置加热方式方案 8

    2.5.1 方案一