Child Emancipation System from Bore Well
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This project is based on the emancipationof child in the bore well. Nowadays,more borewells which is left as uncovered.So many child are easily struck in the borehole.Normal process of salvation the child is to pit a dig using JCB machine near to the borewell.That logic is more complex and takes more time to recover the strucked child form the borewell.The mechanical system inside the borewell regarding with the user command given to ATMEL microcontroller.The hardware is attached to PC for starting the operation of DC motor.It consists of DC motor, camera,safetyballon.This mechanical setup can use to release trapped baby from borewell within less time.
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![IDL - International Digital Library
For Technology & Research
Volume 1, Issue 3, Apr 2017 Available at: www.dbpublications.org
International e-Journal For Technology And Research-2017
camera is attached to the lifting rod.It lift the trapped child with
safely.The pneumatic cylinder is used to give the oxygen
supply.
The oxygen pump is also fixed to the robot system. The
human command given to PC.This design done by using three
DC motor.
It also having the bevel gear, relay circuit and driver
circuit in this mechanical setup. Bevel gear is used for rotate the
motor. Relay is an electromagnetic switch operated by a small
electric current that can turn on or off a much larger electric
current.
The driver circuit is an electrical circuit used to control
another circuit or components. This system mainly consist of 4
arms to carry out the child safely from the borehole. The whole
operation is based on ATMEL micro controller. It is used for
low power consumption.
3. BLOCK DIAGRAM:
CONCLUSION:
During the past few years, more number of children’s
life has been lost due to uncovered borewell accidents. In this
proposed system, theemancipation operation will complete in
less time and trapped child in borewell safely.This project is
used to reduce the manual efforts for saving the child
fromborewell.The continuously monitoring of child in the
borewell with the help of camera.
REFERENCES:
[1].Dr.C.N.Sakhale,D.M.Mate,SubhasSaha,TomarDharmpal,Pra
njitKar,ArindamSarkar”An Approach to Design of Child Saver
Machine for Child Trapped in Borehole ”International Journal
Of Research In Mechanical Engineering.
[2].S.Gopinath,T.Devika,L.Manivannan,Dr.N.SuthanthiraVanith
a”Rescue Child from Borewell using Embedded
system”International Research Journal Of Engineering and
Technology.
[3].E.Poorniya,S.Sumathi”Borewell Rescue Robot
“International Journal Of Computer Applications.
[4].R.ShahVrunda ,Chirag S Dalal,RajeevDubey”Automate
Machine For Rescue Operation Of Child”.
[5].Manish Raj,P.Chakraborty, G.C.Nandi”Rescue Robotics In
Borewell Environment “Indian Institute Of Information
Technology.
AUTHOR’S PROFILE:
B.Jayasri Currently pursuing BE Electronics and
Communication Engineering in 2017 from AVS Engineering
College affiliated by Anna University, Chennai.
R.Indhumathi currently pursuing BE Electronics and
Communication Engineering in 2017 from AVS Engineering
College affiliated by Anna University, Chennai.
M.Gowsalya currently pursuing BE Electronics and
Communication Engineering in 2017 from AVS Engineering
College affiliated by Anna University, Chennai.
Professor.M.Vasanthakumar Completed B.E Electronics and
Communication Engineering in 2009 from Paavai Engineering
college and Completed M.E degree in VLSI Design
fromAVSEngineering college affiliated by Anna University,
Chennai.](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
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Keywords: human control machine, hand power equipment, infrared camera, oxygen controlling system, labview software
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This document describes a child rescue system from open borewells designed by engineering students in India. The system aims to save children who fall into open borewells in a quicker and safer manner than existing rescue methods. It consists of a portable robotic device with a gripper, camera, motors, battery and other components that can descend into the borewell, locate and grasp the child, and bring the child back out of the borewell safely. The system is intended to overcome limitations of current techniques which often require digging a parallel hole and longer rescue times, posing risks to the trapped child. It allows visualizing and communicating with the child during rescue via camera and aims to rescue children from borewells more efficiently.
IRJET- Smart and Secured Rescue Robot to Trap a Child from Open Borewells
This document describes a proposed smart and secured rescue robot system to safely extract children who have fallen into open borewells. The system includes a robotic section that would be sent down the borewell containing sensors to monitor conditions, a camera, and a robotic arm controlled manually. It would transmit sensor data and video to a command and monitoring section via WiFi. The goal is to develop a more effective and safer alternative to the current process of digging a parallel pit, which takes time and poses risks. The robotic system is intended to reduce risks during child rescue operations from open borewells.
Design and Development of Child Rescue Mechanism from Open Bore Well
This document describes the design and development of a child rescue mechanism for extracting children trapped in open bore wells. Open bore wells that are abandoned pose safety risks for children who can fall in. Current rescue methods using parallel wells are time-consuming and complex. The proposed mechanism aims to rescue children in a simplified and low-cost manner. It consists of links connected by threaded shafts and nuts that can extend and retract via a motor and battery to reach and support a trapped child for extraction. A camera allows visualizing the child's position. The lightweight mechanism was tested under varying loads and successfully extracted loads up to 20kg simulating a child's weight. The design provides a safer and faster alternative to traditional rescue methods.
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Smart bore well child rescue system
The document describes a smart bore well child rescue system consisting of a remotely controlled robot equipped with sensors, a camera, and a balloon. The robot is designed to rescue children who have fallen into uncovered bore wells. It is controlled wirelessly using Zigbee technology from a PC. The robot uses sensors to assess conditions inside the bore well, a camera to view and monitor the child, and a balloon to lift the child out of the bore well once located. The system aims to provide an improved rescue method compared to existing techniques that can be risky, time-consuming, and require large machinery and space.
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Smart Bore well Rescuing Robot
Normally we have gone through many incidents of children falling into abandoned borewells. Usually the rescue team dugs a big hole parallel to the borewell which takes almost 20-60 hrs. Then trained army persons will move inside the borewell and rescue the victim. In such cases, a very small delay may also reduce the chances of saving the victim alive. To overcome this issues we proposed a system, in which the Robot can move inside the bore well and rescue the child safely. In our project we use Arduino Uno microcontroller which is used to control the Ultrasonic sensor. This Ultrasonic sensor is used to measure the distance at which the victim is present and displays it on the LCD display in both meter and centimeter. The Rescue unit consists of two DC motors, a Web camera and a LED light. Web camera is connected with the PC to view the status of the victim inside the borewell. A motor driver (L293D) is used to drive two DC motors. One DC motor is used for the horizontal and vertical movement of the rescue unit and another DC motor is used for the open and close movement of the rescue unit. Thus our project is easily portable and less expensive which can be used in any situation to rescue the victim safely and also in less time.
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1-4-1. University of Washington developed a Virtual Retinal Display
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1-4-3. University of Illinois developed a hemispherical electronic eye
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IRJET- Review Paper on –Baby Cradle Monitoring System
This document describes a proposed baby cradle monitoring system that uses various sensors to monitor babies and update parents. It discusses designing a smart baby cradle with features like camera monitoring, automatic swinging when the baby cries, sensing wetness in the baby's bed, monitoring the baby's presence in the cradle, and sending SMS messages to parents' phones to notify them about the baby's status. The proposed system aims to help busy working parents remotely monitor their babies using new technologies while alleviating their stress and anxiety. It outlines the existing limitations and proposes a new architecture using sensors, microcontrollers, and wireless communication.
Report of PILL CAMERA
The document discusses a pill camera, which is a capsule endoscopy device used to examine the digestive tract. It is about the size of a pill and contains a camera, lights, batteries, and transmitter. Patients swallow the capsule, which takes pictures as it passes through the digestive system. The images are transmitted to a data recorder and can be reviewed later by doctors. The capsule offers a non-invasive alternative to traditional endoscopy for examining the small intestine. Key benefits include increased patient comfort and ability to capture images of hard to reach areas of the digestive tract.
Report of PILL CAMERA
The document discusses a pill camera, which is a capsule endoscopy device used to examine the small intestine. It consists of a pill-sized capsule containing a camera, light source, and transmitter. Patients swallow the capsule, which passes naturally through the digestive tract while transmitting thousands of images. These images are received by a sensor array worn by the patient and recorded for physicians to review on specialized software. The capsule does not require sedation and allows examination of the entire small intestine, providing a more complete evaluation than other endoscopic methods. Key advantages include it being non-invasive, comfortable for patients, and providing better imaging of hard to reach areas of the digestive tract.
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Child Emancipation System from Bore Well
- 1. IDL - International Digital Library For Technology & Research Volume 1, Issue 3, Apr 2017 Available at: www.dbpublications.org International e-Journal For Technology And Research-2017 Child Emancipation System from Bore Well B.JAYASRI1 , R.INDHUMATHI2 , M.GOWSALYA3 M.VASANTHA KUMAR4. 1 UG SCHOLAR 2 UG SCHOLAR 3 UG SCHOLAR 4 ASSISTANT PROFESSOR ECE DEPARTMENT 1 AVS ENGINEERING COLLEGE, SALEM-3. ABSTRACT: This project is based on the emancipationof child in the bore well. Nowadays,more borewells which is left as uncovered.So many child are easily struck in the borehole.Normal process of salvation the child is to pit a dig using JCB machine near to the borewell.That logic is more complex and takes more time to recover the strucked child form the borewell.The mechanical system inside the borewell regarding with the user command given to ATMEL microcontroller.The hardware is attached to PC for starting the operation of DC motor.It consists of DC motor, camera,safetyballon.This mechanical setup can use to release trapped baby from borewell within less time. KEYWORDS: Bore well, ATMEL Microcontroller, DC Motor, Mechanical setup. INTRODUCTION: Nowadays, water scarcity is the most important problem in india.To reduce this problems borewells are constructed.Even though the water level is decreased. So the borewells are left unclosed. Thisborewells have started to take many innocent lives. Small children get trapped in bore wellwithout noticing it due to playful activities of them. To get a trapped child is very challenging one many times the rescue system takes the child life leads to death. This incident of death occurs due to lack of oxygen, increases temperature and humidity in the depth will be the risk for child life. So, there is no proper solution for giving relief to such accidents. In this child emancipation system there is no chance of damaging human body. The famous scientist Benjamin Franklin said “An ounce of prevention is worth a pound of cure.” 1. EXISTING SYSTEM: Robotic system are involved to help the human beings to reduce their effort in rescue system.Inexisting system,a big hole is dug beside the borewell upto the depth where the child is struck and find the child using rope.It takes long time at this time the Child would get die due to lack of oxygen. In another method ,the trapped baby is get by using light weight machine systematically(robot).It is operated by PC using wireless zigbeetechnology.In this system human use the button on the keyboard from PC,then its related data send via zigbee.This kind of information is received by ARDUINO. 2. PROPOSED SYSTEM: In our proposed system, the mechanical and electronic components are formed as a robot.It carries web camera, safety balloon, pneumatic cylinder and volleyball bladder.The web
- 2. IDL - International Digital Library For Technology & Research Volume 1, Issue 3, Apr 2017 Available at: www.dbpublications.org International e-Journal For Technology And Research-2017 camera is attached to the lifting rod.It lift the trapped child with safely.The pneumatic cylinder is used to give the oxygen supply. The oxygen pump is also fixed to the robot system. The human command given to PC.This design done by using three DC motor. It also having the bevel gear, relay circuit and driver circuit in this mechanical setup. Bevel gear is used for rotate the motor. Relay is an electromagnetic switch operated by a small electric current that can turn on or off a much larger electric current. The driver circuit is an electrical circuit used to control another circuit or components. This system mainly consist of 4 arms to carry out the child safely from the borehole. The whole operation is based on ATMEL micro controller. It is used for low power consumption. 3. BLOCK DIAGRAM: CONCLUSION: During the past few years, more number of children’s life has been lost due to uncovered borewell accidents. In this proposed system, theemancipation operation will complete in less time and trapped child in borewell safely.This project is used to reduce the manual efforts for saving the child fromborewell.The continuously monitoring of child in the borewell with the help of camera. REFERENCES: [1].Dr.C.N.Sakhale,D.M.Mate,SubhasSaha,TomarDharmpal,Pra njitKar,ArindamSarkar”An Approach to Design of Child Saver Machine for Child Trapped in Borehole ”International Journal Of Research In Mechanical Engineering. [2].S.Gopinath,T.Devika,L.Manivannan,Dr.N.SuthanthiraVanith a”Rescue Child from Borewell using Embedded system”International Research Journal Of Engineering and Technology. [3].E.Poorniya,S.Sumathi”Borewell Rescue Robot “International Journal Of Computer Applications. [4].R.ShahVrunda ,Chirag S Dalal,RajeevDubey”Automate Machine For Rescue Operation Of Child”. [5].Manish Raj,P.Chakraborty, G.C.Nandi”Rescue Robotics In Borewell Environment “Indian Institute Of Information Technology. AUTHOR’S PROFILE: B.Jayasri Currently pursuing BE Electronics and Communication Engineering in 2017 from AVS Engineering College affiliated by Anna University, Chennai. R.Indhumathi currently pursuing BE Electronics and Communication Engineering in 2017 from AVS Engineering College affiliated by Anna University, Chennai. M.Gowsalya currently pursuing BE Electronics and Communication Engineering in 2017 from AVS Engineering College affiliated by Anna University, Chennai. Professor.M.Vasanthakumar Completed B.E Electronics and Communication Engineering in 2009 from Paavai Engineering college and Completed M.E degree in VLSI Design fromAVSEngineering college affiliated by Anna University, Chennai.