Temperature Sensing Robot.pptx
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This document describes a temperature sensing robot project created by students. The robot uses an Arduino Uno, ultrasonic sensor, temperature sensor, LCD display, motors and buzzer. It can detect nearby objects using ultrasound, measure their temperature, and alert with lights and sounds if a high temperature is detected, allowing contactless temperature measurement. The robot was designed to help monitor temperatures during the COVID-19 pandemic without physical contact.
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Provide a step-by-step guide to writing the Arduino code. Explain the logic behind the code, detailing how the ultrasonic sensor will measure the distance of the waste in the dustbin and how the servo motor will respond to open and close the lid accordingly.
### Assembling the Hardware (Approx. 500 words)
Walk through the physical construction of the smart dustbin. Offer detailed instructions on how to mount the ultrasonic sensor, attach the servo motor to the dustbin lid, and connect all the components to the Arduino board. Include images or diagrams to aid understanding.
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Explain the power requirements for the smart dustbin and guide users on how to connect the power supply. Include considerations for power consumption and potential energy-saving features.
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Provide a testing procedure for users to ensure their smart dustbin is functioning correctly. Address common issues and offer troubleshooting tips for problems that may arise during the assembly or testing phase.
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Summarize the key points of the guide, emphasizing the benefits of the Arduino-based smart dustbin and its potential impact on waste management. Encourage readers to experiment with and customize the project further.
### Additional Tips and Advanced Features (Approx. 200 words)
Offer suggestions for additional features or improvements that users can explore, such as incorporating wireless connectivity for
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Automatic room light controller with bidirectional visitor counter
This document describes a student project to create an automatic room light controller with a bi-directional visitor counter. The project uses sensors to detect when people enter or exit a room and a microcontroller to count visitors and control the room lights accordingly. When the first person enters, the light turns on and the counter increments by one. When the last person exits, the light turns off and the counter resets to zero. The project aims to automatically control room lighting and count visitors to prevent wasted electricity in places like schools, offices, and homes. It discusses the components used, the circuit diagram, working principle, advantages like low cost and automatic operation, and potential applications.
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
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- 1. G R O U P – 5 TEMPERATURE SENSING ROBOT I O T H O M E A S S I G N M E N T VISHWAKARMA INSTITUTE OF TECHNOLOGY Pune Maharashtra Computer Science Engineering Department
- 2. GROUP MEMBER • Akshita Manwatkar Roll No - 1 • Mustafa Bohra Roll No – 10 • Mustansir Daulat Roll No - 11 • Tanay Patel Roll No - 26 • Kunal Patil Roll No - 30
- 3. CONTENT • Introduction • Objective • Component used • Flow Chart • Working
- 4. INTRODUCTION • A temperature sensing robot is an alternative solution for temperature measurement without being contact with the human or a object. • In this project, a prototype robot with simple ultrasonic sensors and temperature sensor has been developed to measure human and environment temperature.
- 5. OBJECTIVE Basic aim of this project is to sense the temperature of human or a object remotely , without been in contact or close to human , which is very helpful in like covid-19 time .
- 6. COMPONENT USED Arduino Uno Ultrasonic Sensor Temperature Sensor LCD 16x2
- 7. Motors Buzzer Led COMPONENT USED TinkerCad Online Platform
- 8. ROBOT SWITCH ULTRASONIC Detect TMP IF RED GREEN END BUZZER ON YES >38 <38 TERMINATE NO OF FLOW CHART
- 9. WORKING • If the power switch is open then the robot will starts and Switch ON Display on the LCD screen and robot starts moving in forward direction . • When any object comes under the radar of ultrasonic sensor , there is message in LCD Display that ‘Human Detected’ and at that point robot will stop for a while. • If any object doesn’t detect then robot is continues to move forward direction
- 10. WORKING • Continuing step 2 , if object detected the temperature sensor get powered and start sensing the temperature of that object. And Display the temperature on the LCD screen . • If temperature is more than 37 Red Led will glow and buzzer start . • Else green Led glow which indicate nothing much serious and robot ill move forward
- 11. MODEL
- 12. CONCLUSION • The use of temperature sensing robots has enabled the monitoring of change in temperature of humans as well as the surroundings. • Their implementation in different sectors has empowered the logistics and warehousing operations of a company. • Also these robots will be crucial components in future to detect and isolate covid symptomatic patients
- 13. THANK YOU