本实用新型就是提供一种可随 时找到剪切头的具有切割刀的胶带盒。
The utility model provides a rubber belt box with a cutting knife, the cutting head can be found at any moment.
重点拟定和分析了切头和定尺剪切的长度给定环节、速度给定环节、位置控制和切换环节。
The length-given link, velocity-given link, position control and change-over link of cutting head and fixed length cutting have been emphatically analyzed and worked out.
冷镦头剧烈变形能力与合金组织、塑性和剪切强度关系较大。
Big deformability was more related with its microstructure, plasticity, and shear strength.
高速飞剪的定长切头控制是热板坯剪切线中需要解决的课题之一，本文着重介绍了定长切头的意义、控制思想及控制方案，并对部分参数进行模拟计算。
The control of fixed length cutter for high speed flying shear with double rollers is one of the problems which is needed to solve in the processing line for cutting hot plate blank.
本机组有液压，双锥放料，液压铲头引头，送料，校直，剪切，阻尼，收卷，上料，下料小车等主要部件组成。
The unit is composed of hydraulic and double conic placing, hydraulic spading and drawing, straightening, shearing, end stopping, coiling, feeding, dropping cart, ect.
本文采用联立求解粘性剪切层和有旋无粘区的方法计算了再入钝头体层流近尾流场。
The near wake flow fields are calculated by simultaneously solving the viscous shear layer and the inviscid rotational region.
用T400工艺板可实现曲柄和回转式飞剪的切头、切尾、连续剪切、单切以及程序剪切。
T400 technology board can finish top cutting, end cutting, continuous cutting, single cutting and cut program.
介绍了在切头飞剪设计中，飞剪型式、传动系统、剪切位置、电动机的选择原则；
This paper introduced the rule of selecting the type of flying shears, driving system, cutting positon and electromotors;
特点：穿条时胶条不容易磨损，使每条成品断桥隔热型材头、中、尾、剪切力稳定。
Features: the strips will not be worn during insertion, and each finished bridge-cut-off thermal barrier profiles feature consistent shearing force at the head, middle and end.
位于直头机之后，用于矫平带钢的头部和尾部，并将带钢送入剪切对焊机。
The flattener is located next to the and straightener. It's used to flatten the head and trail of the strip and feed the strip into the shear welder.
高速飞剪的定长切头控制是热板坯剪切线中需要解决的课题之一，本文着重介绍了定长切头的意义、控制思想及控制方案，并对部分参数进行模拟计算。
To solve problem what hot sliced-head can depart fleetly from hot-mile product line, this paper has designed transporting device about hot saw sliced-head by means of mechanical system design method.
高速飞剪的定长切头控制是热板坯剪切线中需要解决的课题之一，本文着重介绍了定长切头的意义、控制思想及控制方案，并对部分参数进行模拟计算。
To solve problem what hot sliced-head can depart fleetly from hot-mile product line, this paper has designed transporting device about hot saw sliced-head by means of mechanical system design method.
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