Current Volume 4
The advancing technologies had lead to the automation of every sector, thus reducing the human intervention and providing for the improvised performance and efficiency. One such sector of immense importance is the electric vehicle that have been emerging in both numbers and convolution. To achieve peaks in the automation, the enhancement of the electric devices such as sensors play a critical role. In the present Era due to the advantage of MEMS sensors (Micro- electromechanical system) they find application in wide variety of automotive industries.To design a highly secured contactless steering by sending steering control movement data through RF-Tx. To detect steering wheel movements by MEMS based accelerometer. The proposed system receives RF-Rx data and controls wheel movements through an IC driver. Thus ensuring security and protection of the vehicle. This proposed system paves way for the contactless controlling of vehicle. The driver can operate the vehicle by sitting anywhere in the car. The contactless steering can be connected and disconnected easily. Thus makes the proposed system highly secured and theft free. This can be applied to the automation of Electric vehicles, can be employed in unmanned operation of vehicle in the industries and in delivery of goods.
MEMS Sensor, Contact-less Controlling, Virtually transmitted, Safelocking system, Remote operational, Highly secured
Dolina M. H. Lenin , C. Keerthi , M. Madhumitha , R. Krishnakumar "MEMS Controlled Contactless Steering and Locking System for E-Vehicles" Iconic Research And Engineering Journals Volume 4 Issue 12 2021 Page 35-39
Dolina M. H. Lenin , C. Keerthi , M. Madhumitha , R. Krishnakumar "MEMS Controlled Contactless Steering and Locking System for E-Vehicles" Iconic Research And Engineering Journals, 4(12)