xELMXx/ELMX_Chatbot

1[2  {3    "question": "What is the project title?",4    "answer": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance.",5    "metadata": {6      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",7      "students": ["Abdullah Bakeer"],8      "supervisor": "Eng. Kinan Noah"9    }10  },11  {12    "question": "Who is the student responsible for the project?",13    "answer": "Abdullah Bakeer.",14    "metadata": {15      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",16      "students": ["Abdullah Bakeer"],17      "supervisor": "Eng. Kinan Noah"18    }19  },20  {21    "question": "Who supervised the project?",22    "answer": "Eng. Kinan Noah.",23    "metadata": {24      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",25      "students": ["Abdullah Bakeer"],26      "supervisor": "Eng. Kinan Noah"27    }28  },29  {30    "question": "What is the goal of the project?",31    "answer": "To create a remote-controlled robot car equipped with a camera, controllable through a website compatible with all operating systems and devices. The robot can monitor places humans cannot easily reach, even in dark areas, using a flashlight and is capable of grabbing objects using an attached claw.",32    "metadata": {33      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",34      "students": ["Abdullah Bakeer"],35      "supervisor": "Eng. Kinan Noah"36    }37  },38  {39    "question": "Why is this project important?",40    "answer": "It enables remote monitoring of hard-to-reach places, retrieves objects from confined spaces, operates in darkness with a flashlight, works on all operating systems, offers high safety to avoid hardware damage, and features automatic obstacle avoidance with intelligent maneuvers.",41    "metadata": {42      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",43      "students": ["Abdullah Bakeer"],44      "supervisor": "Eng. Kinan Noah"45    }46  },47  {48    "question": "What problems does this robot car project solve?",49    "answer": "It solves the challenge of monitoring inaccessible areas and retrieving objects from tight spaces while providing safety and intelligent obstacle handling to prevent hardware damage.",50    "metadata": {51      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",52      "students": ["Abdullah Bakeer"],53      "supervisor": "Eng. Kinan Noah"54    }55  },56  {57    "question": "How does the robot car work?",58    "answer": "The system uses an ESP32-CAM AI Thinker chip loaded with custom firmware hosting a control website. The chip connects to a driver board for motors, ultrasonic sensors for obstacle detection, a tilt sensor, and a servo-controlled claw. Control commands are sent via Wi-Fi, and the ESP32 converts them into motor and claw movements. An automatic safety system stops the robot upon detecting obstacles or tilting, then maneuvers around them intelligently.",59    "metadata": {60      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",61      "students": ["Abdullah Bakeer"],62      "supervisor": "Eng. Kinan Noah"63    }64  },65  {66    "question": "What microcontroller is used in the robot car project?",67    "answer": "An ESP32-CAM AI Thinker chip.",68    "metadata": {69      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",70      "students": ["Abdullah Bakeer"],71      "supervisor": "Eng. Kinan Noah"72    }73  },74  {75    "question": "What sensors are installed on the robot car?",76    "answer": "Two ultrasonic sensors (front and back) and a tilt sensor.",77    "metadata": {78      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",79      "students": ["Abdullah Bakeer"],80      "supervisor": "Eng. Kinan Noah"81    }82  },83  {84    "question": "How is the robot car controlled remotely?",85    "answer": "Through a custom web interface hosted on the ESP32-CAM's local Wi-Fi access point, which sends control commands via Wi-Fi to the chip.",86    "metadata": {87      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",88      "students": ["Abdullah Bakeer"],89      "supervisor": "Eng. Kinan Noah"90    }91  },92  {93    "question": "What safety features does the robot car have?",94    "answer": "An automatic safety system halts the robot when it approaches an obstacle or tilts dangerously. It then maneuvers to avoid the hazard autonomously.",95    "metadata": {96      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",97      "students": ["Abdullah Bakeer"],98      "supervisor": "Eng. Kinan Noah"99    }100  },101  {102    "question": "Can the robot car operate in dark environments?",103    "answer": "Yes, it is equipped with a flashlight for dark areas.",104    "metadata": {105      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",106      "students": ["Abdullah Bakeer"],107      "supervisor": "Eng. Kinan Noah"108    }109  },110  {111    "question": "What operating systems is the control website compatible with?",112    "answer": "Windows, macOS, iOS, and Android.",113    "metadata": {114      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",115      "students": ["Abdullah Bakeer"],116      "supervisor": "Eng. Kinan Noah"117    }118  },119  {120    "question": "What is the purpose of the servo motor in the robot car?",121    "answer": "It controls a mechanical claw used for grabbing objects from inaccessible places.",122    "metadata": {123      "project_title": "Remote-Controlled Robot Car with Camera and Obstacle Avoidance",124      "students": ["Abdullah Bakeer"],125      "supervisor": "Eng. Kinan Noah"126    }127  }128]129