Diseño de un Sistema de Adquisición y Tratamiento de Datos Mediante Comunicación Inalámbrica para el Canal Rectangular Hidráulico del Laboratorio de Ingeniería Civil de Univalle

Teddy Salvador  López Monje; Daniel  Mérida Bolaños

doi:10.52428/20758944.v11i33.710

Data Collection and Process System Design by a Wireless Communiction for a Rectangular Hydraulic Canal of Civil Engineering Laboratory at Univalle

Authors

Teddy Salvador López Monje
Daniel Mérida Bolaños

DOI:

https://doi.org/10.52428/20758944.v11i33.710

Keywords:

Signal Conditioning, Wireless Sensors, Data Acquisition, Wireless Communication, Hydraulic rectangular canal

Abstract

This project involves the design of a system far acquiring and processing data by wireless communication far the rectangular hydraulic canal of the laboratory of Civil Engineering at the Universidad Privada del Valle, Cochabamba. This working tool will allow more accurate data in this area. In rectangular hydraulic canal, the water velocity has a laminar flow, which allows using a hydraulic windlass as sensor data acquisition in the project. With this tool we can monitor the speed of the water, because it is a very important far the practices at the Hydraulics Laboratory parameter. The data acquisition and data processing also has a hydraulic winch and a processing module data through Bluetooth wireless communication, which transfers data at a user interface that was developed in Visual Studio.NET, to store data in a database on a server WAMP (Windows Apache MySQL and PHP). The query of these data may be made from any mobile device with Internet access.

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References

(1) CAMACHO G. Laboratorio de Hidráulica. Brújula Universitaria, Universidad Privada Del Valle.

(2) TECMES. Micromolinete Digital. [En línea]. [Fecha de acceso 3 de Diciembre de 2012]. URL disponible en: http://www.tecmes.com/correntometro.pdf.

(3) HIGHLY. Sensor Inductivo TS12 Shield. [En línea]. [Fecha de acceso 9 de Enero de 2013]. URL disponible en: http://www.highly.com/highly/pdf/proximity.pdf.

(4) HC Serial Bluetooth Products - User lnstructional Manual. [En línea]. [Fecha de acceso 4 de Diciembre de 2012]. URL disponible en: http://www.tec.reutling en-un ive rsity. de/u ploads/med ia/DatenblattH C- 05_BT-Modul.pdf.

(5) RUIZ G. ¿Qué es Bluetooth? [En línea]. [Fecha de acceso 9 de Enero de 2013]. URL disponible en: http://tecnyo.com/ ¿que-es-bluetooth/.

(6) RUIZ A. Servidores WAMP. [En línea]. [Fecha de acceso 5 de Mayo de 2013]. URL disponible en: http://recursostic.educacion.es/observatorio/web/es/softwa re/servid o res/800-mo n og raf ico-se rvi do reswamp.

(7) DONAYRE J. Sensores Inductivos. [En línea]. [Fecha de acceso 9 de Enero de 2013]. URL disponible en: http://www.mes-sigma.net.

(8) ARDUINO. ArduinoBoardNano. [En línea]. [Fecha de acceso 2 de Mayo de 2013]. URL disponible en: http //ArduinoArduinoBoardNano_files/widget112.ccs.

(9) ÁLVAREZ D. Capitulo 6 Comunicación 12C. [En línea]. [Fecha de acceso 27 de Abril de 27]. URL disponible en: http://tallerarduino.worpress.com.

(10) ÁLVAREZ D. Capitulo 4 Interrupciones. [En línea]. [Fecha de acceso 26 de Abril de 2013]. URL disponible en: http://tallerarduino.worpress.com.

(11) WIKIPEDIA. Visual Studio.NET. [En línea]. [Fecha de acceso 25 de Marzo de 2013]. URL disponible en: http://es.wikipedia.org/wikiNisual_Studio_.NET.

(12) HIDRÁULICA LD. Distribución De Velocidades. Guía de laboratorio hidráulica 11, Universidad Privada Del Valle. ;: p. Guía de laboratorio hidráulica 11.

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Published

2015-04-30

How to Cite

López Monje , T. S., & Mérida Bolaños , D. (2015). Data Collection and Process System Design by a Wireless Communiction for a Rectangular Hydraulic Canal of Civil Engineering Laboratory at Univalle. Journal Boliviano De Ciencias, 11(33), 27–39. https://doi.org/10.52428/20758944.v11i33.710

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Issue

Vol. 11 No. 33 (2015)

Section

Artículos Científicos

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