Keywords
GITI-N (KTI-electronica), Tráfico, control, LED, inalámbrico, PCB., Traffic, control, LED, wireless, PCB.
Traffic Control Smart System
Abstract
Este proyecto consiste en el diseño y desarrollo de un prototipo de sistema de control de tráfico inteligente. Los objetivos principales se basan en garantizar la perfecta comunicación entre conductores y agentes de movilidad, así como mejorar las condiciones de trabajo de los oficiales. El sistema está formado por dos guantes forrados de luces LED cuyo color e intensidad de brillo es variable y un chaleco con un panel frontal y otro trasero en los que se pueden iluminar diferentes palabras. Dichos modos de encendido son controlados a través de unos sensores de contacto situados en los dedos de los guantes. Con el fin de garantizar la libre movilidad de los oficiales, se ha incorporado conexión inalámbrica entre guantes y chaleco de manera que el usuario es capaz de variar el mensaje mostrado en los paneles con los sensores de los guantes. Para el funcionamiento del producto se han diseñado tres PCBs cuyo circuito impreso está basado en un microcontrolador, un transceptor inalámbrico y dos convertidores de voltaje que regulan la alimentación proporcionada por baterías recargables.
This project consists of the design of a traffic control smart system prototype. The main objectives are ensuring perfect communication between drivers and traffic officers, as well as improving the officer’s working conditions. The system is formed by two gloves lined with LEDs which color and brightness can be varied and a vest with two attached panels on the front and the back where different words can be showed. All these light modes can be controlled with contact sensors that are included in the gloves. As to guarantee the free mobility of the officers, wireless connection between the gloves and the vest has been included so that the user can vary the message of the panels with the sensors of the gloves. For the functioning of the product, three PCBs has been designed which printed circuit is based on a microcontroller, a wireless transceiver and two voltage regulators that regulate the power provided by rechargeable batteries.
This project consists of the design of a traffic control smart system prototype. The main objectives are ensuring perfect communication between drivers and traffic officers, as well as improving the officer’s working conditions. The system is formed by two gloves lined with LEDs which color and brightness can be varied and a vest with two attached panels on the front and the back where different words can be showed. All these light modes can be controlled with contact sensors that are included in the gloves. As to guarantee the free mobility of the officers, wireless connection between the gloves and the vest has been included so that the user can vary the message of the panels with the sensors of the gloves. For the functioning of the product, three PCBs has been designed which printed circuit is based on a microcontroller, a wireless transceiver and two voltage regulators that regulate the power provided by rechargeable batteries.
Información detallada
Materias, derechos, colecciones e identificadores
URI / Handle
http://hdl.handle.net/11531/36586Rights
Attribution-NonCommercial-NoDerivs 3.0 United States