International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 04 Issue: 03 | Mar -2017
p-ISSN: 2395-0072
www.irjet.net
DESIGN AND FRABRICATION OF PNEUMATIC BORE WELL CHILD RESCUE SYSTEM Suggala Vishal1, T.Sree hari2, Matta vidyasagar 3 Department of mechanical engineering, sathyabama university. Chennai Department of mechanical engineering, sathyabama university. Chennai 3 Assistant professor, Department of mechanical engineering, sathyabama university 1
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Abstract - Bores which yielded water and afterwards got
These ad-hoc approaches involve heavy risks including the possibility of injuries to the victim's body during the rescue operations. Also, the body may trap further in the debris and the crisis deepens even more means death. In most cases, we trust on some makeshift arrangements. This does not assure us of any long term solution. In such methods some kind of hooks are employed to hold the sufferers clothes and body. This may cause wounds on the body of the subject. A single accident creates a big hue and cry spreading a sense of panic among the masses. It draws a lot of undue attention and criticism of the civil administration. Heavy expenses have also reportedly obtain in most cases. It is pertinent to mention that a proper technical solution for such emergency crisis is the needed. More so in times of technical advancements and continuous research, technician should take the responsibility to find an easy way out. It is an issue of national as well as social concern and an early step in the way of developing an instrument for the rescue of victims of such cases is desirable. After studying all the cases we found a serious issue to do, to made a such machine which can go through the trapped bore well without any support and hold the trapped body in least minimum time with providing facilities of oxygen cylinder, microphone, infra red LED. With this machine, there is no chance of damaging victim's body and other minor damages, and we called that machine as “Pneumatic Bore Well Child Rescue System ”.
depleted are left uncovered. A suitably strong cap of bright colour to cover the mouth of the bore will avoid such accidents. To aid in such rescue we have project a system. Methods to keep a child alive in a bore should take in to consideration the lack of oxygen, increased temperatures and humidity, which produces hyperthermia. These problems are addressed with fresh air delivery or without delivery of oxygen. A hand-powered equipment by using PNEUMATICS is being designed. This method brings down temperature and delivers fresh air with visualizing the child is made possible with infrared waterproof CCD cameras and a portable high resolution. The camera is suspended in a 200 feet cable. It will be a light weight mechanism .that will go down into the bore well pipe and hold the trapped body systematically. This assembly will be supported by a and rope roller drive, stand and all necessary accessories. A lot of other hassles will also be avoided by this alternative technique. This pneumatic type machine can rescue trapped body from bore well in minimum amount of time and safely ,life safe Key Words: Hand-Powered Equipment ,Digital camera, Oxygen Concentrator, Design, Safety balloon, pulley ,Dc air compressor
1.INTRODUCTION
Table -1: Incidents Occurred in and around the Country
Today’s major problem faced by human is water scarcity, which leads to a large number of bore wells being sunk. These bore wells in turn have started to take many innocent lives. Bores which generate water and subsequently got depleted are left uncovered. Small children without noticing the hole dug for the bore well slip in and get trapped. There is no befitting technique to rescue victims of such accidents. When the make shift local arrangements does not work, Army is called in. In most cases reported so far, a parallel hole is dug up and then a horizontal path is made to reach to the victim's body. It is not only a time taking process, but also risky in various ways. Moreover it involves a lot of energy and expensive resources which are not easily available everywhere and in this process we need big space around the trapped bore that we can dig a parallel bore.
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Impact Factor value: 5.181
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S. N
Name of the Child
Ag e
Place of the Incident
1)
Deivar aj
6
Danduga
2)
Prince
8
Haryana
Recove red (Alive Or Not) Recover ed alive and died in hospital alive
Source of Information (Newspaper
3)
Dilraj Kaur
3
Chandiga rh
Not alive
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