首页> 外文OA文献 >Escáner 3D: obtención de perfiles y medición de deformaciones de piezas mecánicas en 3 dimensiones a través de una interfaz gráfica en MATLAB
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Escáner 3D: obtención de perfiles y medición de deformaciones de piezas mecánicas en 3 dimensiones a través de una interfaz gráfica en MATLAB

机译:3D扫描器:通过MATLAB中的图形界面获取轮廓并测量3维机械零件的变形

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摘要

This project is concerned with the design and construction of an academic study tool, a 3D scanner, that allows mechanical deformation analysis of small-scale pieces. With the scanner, it would be posible to visualize both, the surface of a mechanical piece in regular and steady state and the surface of the same piece after being deformated. This would permit to compare and measure the changes in the structure. In fact, the device is intended for engineering students, in particular to Mechanical Engineering students who specialize in the area of materials engineering and mechanical deformations.The project comprises three stages: the construction of a mechanical system to move and hold the mechanical piece to be scanned; programming a robotic arm, which would hold the laser sensor that scans the piece; and finally, programming a microcontroller (Arduino UNO) and a graphic user interface (GUI) in MATLAB. That way, it would be to posible analyze the data collected by the sensor in a user friendly interface and control automatically the system.
机译:该项目涉及学术研究工具(3D扫描仪)的设计和构建,该工具可以对小尺寸的零件进行机械变形分析。使用扫描仪,可以可视化处于规则和稳定状态的机械零件的表面以及变形后的同一零件的表面。这将允许比较和衡量结构的变化。实际上,该设备是为工程专业的学生准备的,特别是专门针对材料工程和机械变形领域的机械工程专业的学生。该项目包括三个阶段:机械系统的构建,以移动和固定待加工的机械零件。扫描对机械臂进行编程,该机械臂将装有扫描工件的激光传感器;最后,在MATLAB中对微控制器(Arduino UNO)和图形用户界面(GUI)进行编程。这样,将有可能在用户友好的界面中分析传感器收集的数据并自动控制系统。

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