Abstract for blind stick project Arduino Blind Stick. SUBBARAO 180060018 K. [Show full abstract] Apr 25, 2019 · This smart stick can help blind people walk on the street safely without any help. Physical motion is a challenge Nov 23, 2024 · The Smart Blind Stick with Image Processing is a Project that aims to develop a device to assist the visually impaired in their activities. 1 Block Diagram of Smart Blind Stick(Receiver) 16 4. Abstract: The project describes ultrasonic blind walking stick with the use of Arduino uno. The blind stick hardware is designed in this module. The Blind stick Module: The project's main component is this. 2 Motivation behind this project The motivation behind creating a "Blind Stick using Arduino Nano" is to provide assistance and enhance the independence of visually impaired individuals. If u notice them, you can very well know about it they can’t walk without the help of other. 6. MIT, Manipal . Jul 1, 2020 · The Smart Blind Stick is a device designed to guide visually impaired people by detecting objects, stairs, etc, and presenting the information to them. Blind stick also counts the SMART BLIND STICK Pratik N K1, Poornesh V2, Shashikant3, Shreedhar Kudva4 & Saritha A N5 1. 0. The various modules that were created for this project are listed below: 1. Both public buildings and blind people's walking sticks have RFID tags embedded. Ultrasonic, light, water, and height sensors are used in the blind In our prototype, we build this smart blind stick using Arduino UNO. 5 SIGNIFICANT OF PROJECT To prevent and reduce the risk of In conclusion, the Smart Blind Stick project represents a significant advancement in assistive technology, addressing the diverse needs of visually impaired individuals. As a result, the smart stick is a stick that can assist a person in walking safely without fear of colliding with another person or solid objects is proposed as a solution to this major issue. It is used to control all the sensors and modules (GSM & GPS). If you notice them, you can very well know about it they can’t walk without the help of other. One has to ask guidance to reach their destination. Conclusion: The Smart Stick acts as a basic platform for the coming generation of more aiding devices to help the visually impaired to be safer. No safety features on the normal blind stick . It is a development of the traditional blind stick as it acts as a companion for the blind when walking by sending audio alerts A Project Based Lab Report On SMART BLIND STICK USING AURDINO SUBMITTED BY: I. Keywords:-Arduino Uno, Ultrasonic Sensor, Blind Stick, Blind Peoples. The blind stick is integrated with ultrasonic sensor along with IR and water sensor. The report describes the hardware components used to build the smart blind stick, including ultrasonic sensors, light dependent resistors, water sensors, an Arduino Uno Nov 2, 2020 · The project includes: (i) In this study, we presented a low-cost, innovative, and versatile stick for [Show full abstract] blind individuals in our community adopting IoT to better their Aug 1, 2019 · Abstract --- Technologies are The primary purpose of this project is to assist the visually challenged (user) in shopping. 85 million people with vision impairment. FOLLOW. It is a development of the traditional blind stick as it acts as Sep 1, 2018 · The main oobjectives in this research paper are designing a smart stick using an Arduino Nano platform, ultrasonic sensors, position sensor, speaker, and Bluetooth module with a mobile app for an . In this paper we proposed a solution Aug 10, 2021 · Oladayo [9] [28] proposed an enhanced and advanced multidimensional voice-guided ultrasonic sensor network walking assistance for blind people. In this paper we proposed a solution This document is a project report for a "Smart Blind Stick" created by students Raja Babu, Rohit Kumar Maurya, and Sandeep Singh Rajput at the Institute of Engineering and Technology, Bundelkhand University, Jhansi, India. Table of contents. Apr 11, 2019 · The Smart Blind Stick automatically detects the obstacle in front of the person by use of sensors present in the systems, it also incorporates moisture detection at its bottom in order to detect 4. INTRODUCTION There are about 253 million people live with vision impairment, 36 million are blind and 217 million have moderate to severe vision impairment. 1. 2 Block Diagram of Smart Blind Stick(Transmitter) 17 4. tasks. The stick may not work properly if the stick doesn’t hold vertically. Blind Stick project aims to build upon this foundation by offering a comprehensive device that integrates a wider array of sensors including ultrasonic and moisture sensors, alongside Bluetooth, GSM, and GPS modules, providing real-time environmental perception and communication capabilities. This innovative project aims to use technology to help blind individuals navigate their surroundings more safely and 5. Intro. 3 Code for smart blind stick 18 4. Discover the world's research 25+ million members Jan 1, 2022 · Even with the aid of canes or sticks, blind people have a difficult time walking on their own. 0 Projects. The stick should move slowly to detect the obstacle. Oct 1, 2018 · The Smart Blind Stick integrates ESP32 microcontroller, two ultrasonic sensors (middle and bottom), and a soil moisture sensor to enhance safety for visually impaired individuals. In our prototype, we build this smart blind stick using Arduino UNO. Our proposed project first uses ultrasonic sensor to detect obstacles ahead using ultrasonic waves. According to World Health Organization (WHO), 30 million people are permanently blind and 2. Abstract - The Smart Blind Stick, an assistive device powered by the Arduino Nano microcontroller, represents a ground breaking advancement in aiding individuals with visual impairments. Blind person finds it difficult to detect the presence of any obstacles in their way while moving from one place to another and it is very difficult to find the exact location of the stick if it have been misplaced. Thus, the smart stick comes as a proposed solution to help the visually impaired people in their day to day living without the help of others. D NUMBER 180060017 NAME S. Abstract:- People with visual impairment have trouble communicating and sensing their environment. Utilizing components such as ultrasonic sensors and buzzers, the system provides audio feedback about obstacles and surroundings, enhancing mobility and independence for 1. 24. Can’t locate the location of the normal blind stick user when they are having an emergency problem or lost in a public area . 81% of people who are blind are aged 50 years and above (WHO estimation). 4 Code snippets for Smart Blind Stick 19 4. PROPOSED METHODOLOGY The project entails the creation of many components. II. By providing enhanced mobility, independence, and safety, this project contributes to fostering inclusivity and accessibility in society. At the core of the Smart Blind Stick is the ESP32 microcontroller, a powerful and versatile component that serves as the brain of the device. The model suggests the multifunctional stick with Recognizing this limitation, the Smart Blind Stick incorporates advanced sensors and feedback mechanisms to provide comprehensive assistance in detecting obstacles, potholes, manholes, and wet surfaces. This innovative technology-driven solution is designed to enhance the mobility and safety of those navigating a world predominantly designed for the sighted. 5 Methodology 20 -21 Chapter 5: RESULTS AND DISCUSSIONS 22 5. The blind stick is integrated with 4 ultrasonic sensors for height, width and obstacle. This research paper introduces a Smart Blind Stick, equipped with deep learning-based object recognition, health, and location monitoring through IoT capabilities and ultrasonic sensors-based obstacle avoidance. They must always be accompanied to regions where they must go, whether by trained dogs or people I. It is effective and afford. It leads Blind person finds it difficult to detect the presence of any obstacles in their way while moving from one place to another and it is very difficult to find the exact location of the stick if it have been misplaced. SAI VENKAT Sec -01 , Batch-05 II/IV BACHELOR OF TECHNOLOGY IN Electrical and Electronics engineering (SEMESTER-IV) KoneruLakshmaiah Education Foundation (Deemed to be University) Vaddeswaram-522 502 April 2020 i Koneru Lakshmaiah Education Modern Blind Stick . III. Our proposed project uses first ultrasonic sensor to detect the obstacle and then it calculates how much distance between obstacle and stick. Blind people can’t easily recognize obstacles or stairs while using normal blind stick . The Smart Blind Stick Project integrates Arduino technology with various sensors to assist visually impaired individuals in navigating their environment. NAGARJUNA 180060019 D. 1 Results 22 Chapter 6: APPLICATIONS 23 impairment and blind people to travel safely using advanced technology. Tejaswi N Rao, Guru Charan M A, Punith N, Rakesh Reddy, K Nagesh Pai, Ramdev R C . Abstract—This project describes ultrasonic blind walking stick with the use of arduino. According to WHO, 30 million peoples are permanently blind and 285 billion peoples with vision impairment . The number of visually AI-generated Abstract. Jun 30, 2021 · This paper suggests a smart blind stick that uses modern technologies to make traveling easier for visually impaired people. Abstract :- in this paper, we are build this smart blind stick for blind peoples, because of sometimes accident was created and also they are facing many problems like that so we are using ultra sonic sensor here also this project is base on Arduino Uno. xbx bylz ixjp hzta bnfbk vicvp wwhcda etvn hhdep hsjhns