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Device for 3D Analysis of Basic Movements of the Lower Extremity

Authors: Jiménez Villanueva Mayra Alejandra, Ortíz Casallas Diana Carolina, Luengas Contreras Lely Adriana

Abstract:

This document details the process of developing a wireless device that captures the basic movements of the foot (plantar flexion, dorsal flexion, abduction, adduction.), and the knee movement (flexion). It implements a motion capture system by using a hardware based on optical fiber sensors, due to the advantages in terms of scope, noise immunity and speed of data transmission and reception. The operating principle used by this system is the detection and transmission of joint movement by mechanical elements and their respective measurement by optical ones (in this case infrared). Likewise, Visual Basic software is used for reception, analysis and signal processing of data acquired by the device, generating a 3D graphical representation in real time of each movement. The result is a boot in charge of capturing the movement, a transmission module (Implementing Xbee Technology) and a receiver module for receiving information and sending it to the PC for their respective processing. The main idea with this device is to help on topics such as bioengineering and medicine, by helping to improve the quality of life and movement analysis.

Keywords: abduction, adduction, A / D converter, Autodesk 3DMax, Infrared Diode, Driver, extension, flexion, Infrared LEDs, Interface, Modeling OPENGL, Optical Fiber, USB CDC(Communications Device Class), Virtual Reality.

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1332870

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References:


[1] Melwani Dadlani Sanyu. S.F. Detecci├│n de posturas desde modelos en 3D.http://serdis.dis.ulpgc.es/~a013775/asignaturas/iivpc/www/MatDoce n/notas_clases/Lectura_12/Sanyu_example.pdf.
[2] MiBienestar. S. F. The six movements of the foot. http://www.mibienestar.es/index.php/salud/2-general/23-los-seismovimientos- del-pie
[3] Field DereK y Soamoes Roger. Anatomy and human movement: estructura y funcionamiento. 3rd Edition, page334, Barcelona, Spain, 2002.
[4] Ra├║l Ibarra. Principles of Communication Theory. 1st Edition. Pages 29-30. Mexico. 1999.
[5] Wayne Tomasi. Electronic Communication Systems. 4th Edition. Page 425. Mexico.2003
[6] Joan Domingo Peña, Juan Gámiz Caro, Antoni Grau I Saldes, Herminio Martínez García. Communications in the industrial environment. 1st Edition. Page 55. October 2003
[7] Electronic projects group. 2008. Infrared emitter an receptor sensor. http://www.scribd.com/doc/3678453/SENSOR-INFRARROJO-Teoriay- practica
[8] Le├│n Uribe Adolfo. Manual para el examen f├¡sico del normal y métodos de exploraci├│n. 3rd Edition, page 229, Medell├¡n, Colombia, 2004.
[9] Digi International. 2006-2008. XBee®Multipoint RF Modules. http://www.sparkfun.com/datasheets/Wireless/Zigbee/XBee- Datasheet.pdf
[10] Pezzuti Eugenio, Biancolini Marco E., Ubertini Alessio y Gaspari Andrea. 2002. Modelización CAD 3D del cuerpo humano y aplicaciones para el análisis del movimiento. http://departamentos.unican.es/digteg/ingegraf/cd/ponencias/216.pdf