BEND PROCESS MONITOR ING-SMALL CHANGES LEAD TO BIG RESULTS

Paul Hogendoorn

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BEND PROCESS MONITOR ING-SMALL CHANGES LEAD TO BIG RESULTS

机译：弯曲过程监控ING-小变化导致大结果

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IN many advanced fabrication shops, tube bending is a highly automated process that uses robotic and CNC bending machines to produce high volumes of complex tubes, each one formed to precise specifications. Robotic, automated operations are fascinating to watch as the steel tube methodically is formed into shape without human intervention, other than perhaps loading and unloading the tube. The formed tube then moves through various assembly workcells and ends up in an assembled component. You might wonder if anything could possibly go wrong with such a highly controlled process, yet it can and does happen. The biggest problems plaguing any complex manufacturing process are those you/can't see coming. For example, unseen, unknown, and unresolved process issues in mandrel bending lead to premature tool wear, inconsistent product quality, unexpected equipment damage, and costly downtime. Bending operations periodically experience mandrel link failures, potentially leaving a mandrel ball, or doughnut, in a tube.

机译：在许多先进的加工厂中，弯管是一种高度自动化的过程，它使用机器人和CNC弯管机来生产大量复杂的管，每根管都按照精确的规格制成。随着钢管的有条不紊地成形，而无需人工干预，除了可以装卸钢管外，机器人的自动化操作令人着迷。然后，形成的管移动通过各种组装工作单元，并最终成为组装的组件。您可能想知道，在这样一个高度受控的过程中是否可能出什么毛病，但是它确实可以发生。困扰任何复杂制造过程的最大问题是您/看不到的那些问题。例如，心轴弯曲中看不见的，未知的和未解决的过程问题会导致工具过早磨损，产品质量不一致，意外的设备损坏以及昂贵的停机时间。弯曲操作会定期遇到心轴链接故障，并可能将心轴球或甜甜圈留在管中。

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《The tube & pipe journal》 |2007年第4期|共4页
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Paul Hogendoorn;
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1. BEND PROCESS MONITOR ING-SMALL CHANGES LEAD TO BIG RESULTS [J] . Paul Hogendoorn The tube & pipe journal . 2007,第4期

机译：弯曲过程监控ING-小变化导致大结果
2. An investigation on the bending and curl-forming process of leads in integrated circuit packaging by the finite element method [J] . Lin ZC, Chen CC The Journal of Strain Analysis for Engineering Design . 2006,第3期

机译：用有限元方法研究集成电路封装中引线的弯曲和卷曲形成过程
3. Optimization of bending condition for dieless U-bending process: development of dieless bending process for precision-bent tube II [J] . Takashi Kuboki, Munekatsu Furugen 塑性と加工 . 2001,第491期

机译：无模U型弯曲工艺的弯曲条件的优化：精密弯管II无模弯曲工艺的发展
4. Simulation and Analysis for Lead frame bending Impact to Assembly Singulation Process [C] . Qiuxiao Qian, Yong Liu, Scott Irving, International Conference on Electronics Packaging Technology(ICEPT 2006) . 2006

机译：引线框弯曲对装配分离过程的仿真分析
5. Powder processing and mechanical properties of Silver0.86Lead19Antimony telluride20 (LAST) and Lead0.95Tin0.05Tellurium - Lead sulfide 8% (Lead telluride -Lead sulfide) thermoelectric materials. [D] . Ni, Jennifer Elisabeth. 2012

机译：银0.86铅19碲化锑20（LAST）和铅0.95锡0.05碲-硫化铅8％（碲化铅-硫化铅）热电材料的粉末加工和力学性能。
6. Creating 12‐lead electrocardiogram waveforms using a three‐lead bedside monitor to ensure appropriate monitoring [O] . Kihei Yoneyama, Mayumi Naka, Tomoo Harada, 2020

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7. (47)Studies on the Bending of Lead Dioxide Layer in Course of Electroplating by means of Lead Salt Solution.III. The Relation between Bending of Lead Dioxide Layer and Current Density and Temperature in Course of Electrolysis of Lead Nitrate Solution. [O] . Yasuichi Shibasaki 1950

机译：（47）通过铅盐溶液电镀过程中的引基二氧化铅层的弯曲研究.III。铅硝酸铅溶液电解铅铅层和电流密度与温度的关系。
8. Final report on numerical simulation of processes of hot sheet bending in the frame of the project EUREKA-FASP (EU353). Vol. 1. Part 1 : Sheet bending by line heating processes. Part 2 : Sheet bending by line heating and area heating processes. Part 3 : Studies on the sheet material characteristics [R] . Carmigiani, B. , Daneri, A. , Toselli, G. 1996

机译：关于EUREKa-Fasp（EU353）项目框架中热板弯曲过程数值模拟的最终报告。卷。 1.第1部分：通过线加热工艺弯曲板材。第2部分：通过线加热和区域加热过程弯曲板材。第3部分：片材特性研究

BEND PROCESS MONITOR ING-SMALL CHANGES LEAD TO BIG RESULTS

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