Diseño de un sistema para la medición de caudal en tiempo real supervisado con aplicativo Android.

Abstract

The present research and development work consists of an ultrasound flow meter monitored remotely through a web application and an android application, with the supervision of the mobile application, these are responsible for executing the programming of acquisition, storage and wireless transmission of the digital signals, in turn interconnects an RTC (Real Time Clock) to know the date and time of acquisition of the samples, its design has 5 channels for connection of sensors, a Micro SD memory for storage of the information and the adaptation of a Wi-Fi module for the wireless monitoring of the variables. To meet the power requirement of the system can be connected to the electrical network of (110/120) V or internally to a battery, supplemented with solar panels that deliver maximum 12V. Also as the main function of the interface, it is responsible for wirelessly receiving data from the sensors and the coordinate frame of a GSM module. Having the information is uploaded to a server, which has hosted the web page designed to view the data from any computer with internet connection. It develops an android application starting from the web page with the same purpose of displaying the data but from the mobile devices. The sensor will be powered by a photovoltaic solar energy system which will facilitate installation at non urban sonar sites known as rural areas.