CONTROLE ELETRÔNICO DE ESTABILIDADE PARA UM TRICICLO A COMBUSTÃO ADAPTADO PARA CADEIRANTE

Abstract

The present work intends to deploy the electronic stability Control for the optimization of safety in a tricycle combustion adapted for wheelchair, giving progress to a mechanical design that requires electronics to be finalized. The goal with this is to deploy efficiently and more economical as possible, an electronic stability control developed from the new technology of embedded microcontrollers found very easily in the market today and so much more economically feasible compared to those used by the major automakers. To do so use the study of existing materials related literatures already developed and available in the market today, such as sensors, actuators and the Arduino microcontrollers, Brake control systems, as well as computer simulations. Such a contract is justified by the increasing number of deaths and wounded in traffic worldwide practically forcing a growing number of engineers and scientists to devote themselves more and more in order to develop transport systems, be it collective or individual, safer for the whole society. It was thus in the end, based on everything that had thus far, a satisfactory outcome from the point of view of security that is in fact the real purpose of the work, however, the adjustment between devices and other necessary input for greater robustness of the prototype, brings the need for continuous improvement of this project in future work, since the subject is greatly inexhaustible on the technological point of view.