Open Access Open Access  Restricted Access Subscription or Fee Access

Controlling Movement of Vehicle Using Ultrasonic Sensor

K. Latha, Y.V. Bhaskar, K. Veeraswamy

Abstract


At the present years, the collisions are majorly caused by interruption of the driver to hit the brake or by the negligence by the driver. The present work aims to develop a model system that recommend an automatic braking in vehicle, which is system can operate spontaneously
with the help of high profile sensors based on relay circuit and some changes in traditional braking system and apply the brake automatically in emergency situation. The system can accomplish measurements with high accuracy and improved short distance measurement also
and this distance measurement will be used to control smart braking system for safety applications. The brain of the system part can be developed on Arduino Nano microcontroller. The ultrasonic sensors are acting as eyes of this system, which are cheaper, and the system
comprises of a less demanding hardware. The braking is done with the help of 3/2 solenoid
valve which actuates brakes and clutch.


Full Text:

PDF

References


Parande, Khade, Kolpe, et al. Intelligent

Braking System by Using Microcontroller

and Sensor: International Journal of

Advance Research in Engineering,

Science & Technology. Available from

https://studylib.net/doc/18902619/intellige

nt-braking-system-using-microcontroller

Chu, Jian, Feng, et al. Automatic Control

Process of Solenoid Valve Production

Line Based on PLC and Touch Screen:

International Journal on Smart Sensing

and Intelligent Systems. 2013;2218–2234.

Westerveld, Wouter J (2014). Silicon

photonic micro-ring resonators to sense

strain and ultrasound (Ph.D.). Delft

University of Technology.

Joshué Pérez, Fernando Seco, Vicente

Milanés, et al. An RFID-Based Intelligent

Vehicle Speed Controller Using Active

Traffic Signals: Sensors (Basel).

;10(6):5872–5887.

L. Chitra, Siranjeevi S., Manikandan A., et

al. Automation of Batch Production in

Paint Industry using PLC: International

Journal of Innovative Technology and

Exploring Engineering. 2019;9 (2S4),

–440.

Jian Chu, Yan Feng. Automatic control

process of solenoid value base on Plc and

touch screen: International journal on

smart sensing and intelligent systems.

;6(5):2217–2233.

Hemalatha B K, P Pooja, Chaithra M, et

al. Automatic Braking System for

Automobiles Using IR Sensor:

International Journal of Advanced

Research in Electrical, Electronics and

Instrumentation Engineering.

;5(5):4342–4348.

G.V. Sairam, B. Suresh, CH. Sai Hemanth

et al. Intelligent mechatronic braking

system: International Journal of Emerging

Technology and Advanced Engineering.

;3(4):1–6.

Ryszard Nawrocki, (2012, Nov.)

Combination brake and accelerator pedal

Controlling Movement of Vehicle Using Ultrasonic Sensor K. Latha Y.V. and Veeraswamy

Page 27

assembly, US Patent No: US 8308613,

[Online] Available from

https://patentimages.storage.googleapis.co

m/c7/64/d0/06dfc629abf8ce/US8308613.p

df.


Refbacks

  • There are currently no refbacks.


Copyright (c) 2021 Trends in Opto-Electro and Optical Communications