Tyre pressure and tyre temperature measuring 1.pdf

Jhd

1. DAYANANDA SAGAR COLLEGE OF ENGINEERING
(An Autonomous Institution affiliated to Visvesvaraya Technological University, Belagavi &ISO 9001:2015, ISO 14001:2004
and ISO 22000:2005 Certified) Accredited by National Assessment & Accreditation Council (NAAC) with ‘A’ Grade &
Accredited by National Board of Accreditation (NBA)
ShavigeMalleshwara Hills, Kumaraswamy Layout, Bengaluru -560078
ProjectPhase –I :
“TYRE TEMPERATURE MONITORING SYSTEM”
Presented by :
SHRIKANTHA -1DS22AU038
ANNARAO -1DS22AU008
MURUGENDRA -1DS22AU022
ABHAY S RAO -1DS22AU001
Underthe guidanceof
Dr. NANDAKUMAR M B
AssistantProfessorDepartmentofautomobileengineering
Dayananda SagarCollegeofEngineering

2. CONTENT
1.
Introduction
2.
Objectives
3.
Methodology and Flow chart
4.
Timeline ofproject
5.
Expected outcomes
6.
References

3. “TYRE TEMPERATURE MONITORING SYSTEM”

4. •TyreTemperature monitoring system is an efficient
and reliable system that continuously monitors and
displays the temperature of vehicle tires in real-
time.
•
This system aims to enhance vehicle safety,
optimize tire performance, and extend tire life by
providing timely alerts to drivers regarding
abnormal temperature conditions, ultimately
reducing the risk of tire-related accidents and
improving overall driving efficiency.
INTRODUCTION

5. By analysingtemperature trends, 17MS can predict potential tire
folkures, allowing for proactive maintenance rather than reactive rерairs
Enhancing Vehicle Performance:
TTMS optimizes tire conditions, improving fuel efficiency, reducing wear and tear,
and enhancing the vehicle's overall performance
Real-time Data Collection:
It continuously collects and transmits real time data about tire temperatures,
allowing for immediate attention to potential issues before they become critical
Predictive Maintenance:
OBJECTIVES

6. "Tire bursts led to numerous accidents on highways, including the SamruddhiHighway."
This happens due to various reasons such as:
▪
Over-inflation
▪
Under-inflation
▪
Excessive wear
▪
Punctures or Cuts
▪
Improper Alignment
▪
Excess Temperature of Tyres
PROBLEM STATEMENT & SOLUTION

7. TYPES OF TYRES

8. TYRE SPECIFICATIONS

9. TYPES OF TYRE TEMPERATURE DETECTING SYSTEM
CONTACT TYPE SYSTEM CONTACTLESS SYSTEM
REAL TIME NOT REAL TIME
OLED DISPLAY OLED DISPLAY
WIRE SETUP MICRO CONTROLLER
Methodology and Flow chart

10. CONTACT TYPE TEMPRATURE MEASURING SYSTEM
⮚
In this type of systemwe can measure the
temperature with the help of NTC sensor.
⮚
Though , it is a contact type sensor the
sensor gets connected with the display with
the help of wire
⮚
We can’t get the real time Tyretemperature
in this system
⮚
It can’t be installed beside the Tyre,due to
the massive rotation of Tyrethe setup can
get damaged

11. ⮚
It is a type of Tyretemperature measuring device in which
we can measure “Real-Time Temperature” of Tyre.
⮚
MLX90614 is a temperature measuring sensor which
provide real time temperature of the Tyre.
⮚
OLED is a display which will be used to show the real time
temperature of Tyre.
⮚
Arduino is anmicro-controller which controls the working
of sensor and OLED display
CONTACTLESS TYRE TEMPRATURE MEASURING SYSTEM

12. MLX90614 TEMPERATURE MEASURING SENSOR
⮚
The Integrated MLX90614 GY-906 is
a low noise amplifier, 17-bit ADC, and
powerful DSP unit.
⮚
MLX90614 sensorcan measure
temperature in the range of -40°C to
380°C. Sensor can measure the
temperature of antarget object which
is 2-5 cm far from the sensor.
⮚
The MLX90614 is built from 2 chips developed
and manufactured by Melexis:
•
The Infra Red thermopile detector MLX81101
•
The signal conditioning ASSP MLX90302,

13. ARDUINO UNO
⮚
Arduino is a Micro-controller used to control the
circuit by various operations.
⮚
It is a programmable device by which we can control the
devices like Sensors, OLEDs , Motor Drivers etc.
⮚
In our project we will be using this for the control of the
MLX90614 Sensor and OLED Display

14. APPLICATIONS OF TYRE TEMPERATURE MEASURING SYSTEM
⮚
Motorsport
⮚
Commercial Vehicles
⮚
Agricultural Machinery
⮚
Research & Development
⮚
Aviation