Open bore wells are always a trap. And the accidents can't be avoided till now. Therefore, a practical, safe, and efficient r escue system becomes necessary. But still, the techniques are impractical. This project aims to design a system that can rescue a child easily, safely, and in a short time. There are[8] methods or techniques which can save the child from the borewell. But it may be impractical to do it with a single method. Therefore, this project consists of providing the provision for the inclusion of multiple rescue methods, which provides the possibility of choosing the best method to save. In our project, we plan to combine the various methods of rescuing, some of which do exist today. The design system varies in the diameter of the borehole which varies from eight inches to 12 inches. The system consists of a camera, lamps[16], an oxygen supplier, balloon technology. Sensors and camera are used, taking into account the depth, position, and posture of the kid.
A person faces several problems due to accident when he is inside vehicle. Many lose their lives in these incidents. Here we will use sensor networks to avoid such incidents. The person who is inside the vehicle will get the security by sensors. The accidents are reduced which are caused due to unreliable problems, by using technologies like wireless communication for sensor networks. The devices which uses mobile communication are used by the owner of the vehicle to connect with positioning system, to get the location of accident. The use of the sensor network is not only limited to providing security but also to check the condition of vehicle in various situations such as leakage of gas or accidents due to fire. The individual va lues from sensors are used to calculate the results which appears on display unit. Apart from providing security and avoiding the accident, this project helps in dealing with alcohol detection and drowsiness of driver.
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