The way the plates are arranged within the bore well prevents the youngster from entering very far, hence the offered remedy will ensure the child's survival. Unintentionally falling into a borewell can be extremely hazardous, especially for children and animals, as it could endanger their lives. In order to solve this issue, the suggested system has developed a unique robot system that can swiftly identify and handle such situations. The conventional methods of extracting persons or animals from borewells are dangerous and take a long time. In India, recent incidents have seen children and animals getting stuck in open bore wells, leading to complex and risky rescue operations. The current methods take more than a day and involve complex processes, including digging a parallel hole.  This paper suggests using a remote-controlled Gripper to pick up and relocate trapped individuals without the need of digging a lot. This innovative approach aims to make rescues quicker and more efficient. While current rescue methods use advanced technologies like video surveillance. The Gripper system aims to overcome these issues, providing a faster response and reducing the dangers associated with lengthy rescue operations.

Keywords-Raspberry Pi, Open-cv, Robotic Arm, Image Processing, Internet of Things (IoT).

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The way the plates are arranged within the bore well prevents the youngster from entering very far, hence the offered remedy will ensure the child's survival. Unintentionally falling into a borewell can be extremely hazardous, especially for children and animals, as it could endanger their lives. In order to solve this issue, the suggested system has developed a unique robot system that can swiftly identify and handle such situations. The conventional methods of extracting persons or animals from borewells are dangerous and take a long time. In India, recent incidents have seen children and animals getting stuck in open bore wells, leading to complex and risky rescue operations. The current methods take more than a day and involve complex processes, including digging a parallel hole.  This paper suggests using a remote-controlled Gripper to pick up and relocate trapped individuals without the need of digging a lot. This innovative approach aims to make rescues quicker and more efficient. While current rescue methods use advanced technologies like video surveillance. The Gripper system aims to overcome these issues, providing a faster response and reducing the dangers associated with lengthy rescue operations.

Keywords-Raspberry Pi, Open-cv, Robotic Arm, Image Processing, Internet of Things (IoT).

🔒 This is a subscription article

Full text is available to subscribers and institutional members. Please choose an option below to access it.