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Design and implementation of adaptive conveyer belt for material sorting and handling assisted with image processing technology control by microcontroller

机译:单片机辅助图像处理技术的物料分选与处理自适应输送带的设计与实现

摘要

Laboratory users might find themselves going crazy looking for electronic parts commingled together. The hardest part is to locate the particular part that was thrown somewhere in the container with the commingled electronic components. There are certain limitations with machines which rely much on sensors to run operations such as processes and applications. This poses limitations not only to new product development for engineers,as well as evaluation and implementation of new products. It is time consuming for engineers to perform so after everything has been completed with the aid of machine vision technology. The project consists mainly of three subsystems namely the process flow control of components, component analysis and detection as well as material sorting and handling. For the process flow of components, conveyor belt system is being implementedudand applied. As for material sorting and handling, it is done by making use of the Arduino Uno as the devices to control the movement of the elevator. Right after the analysis andrecognition process is completed, the component will be allocated into its right drawer by a four axes elevator in a multi-drawer cabinet. The integration of computer control produces is a powerful tool for applications that require components recognising followed by specific allocations with the minimal level of programming involved. The innovation of thismaterial sorting and handling machine involves the consideration of priorities in terms of reliability, cost, and ease of use and simplicity. It would be a magnificent achievement in system concept in order to create commercial gadgets and as an add-onto the advancement of our technologies.
机译:实验室用户可能会发现自己疯狂地寻找混合在一起的电子零件。最困难的部分是将混合了电子元件的特定部分放在容器中。机器在很大程度上依赖传感器来运行诸如流程和应用程序之类的操作存在某些限制。这不仅限制了工程师的新产品开发,还限制了新产品的评估和实施。在机器视觉技术的帮助下完成所有工作之后,工程师的执行工作非常耗时。该项目主要由三个子系统组成,即组件的过程流控制,组件分析和检测以及物料分类和处理。对于组件的工艺流程,正在实施 udand输送带系统。至于物料的分类和处理,可以通过使用Arduino Uno作为控制电梯运动的设备来完成。分析和识别过程完成后,立即通过多抽屉柜中的四轴升降机将组件分配到其右抽屉中。计算机控制产品的集成是一种功能强大的工具,适用于需要识别组件,然后以最小程度的编程进行特定分配的应用程序。这种物料分类和处理机器的创新涉及可靠性,成本,易用性和简单性方面的优先考虑。为了创建商业产品并作为我们技术进步的补充,这将是系统概念的巨大成就。

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    Liew Kean Teong;

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  • 年度 2013
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