xELMXx/ELMX_Chatbot

1[2  {3    "question": "What is the project title?",4    "answer": "Continuous Passive Motion (CPM) Device for Lower Limbs.",5    "metadata": {6      "project_title": "Continuous Passive Motion (CPM) Device for Lower Limbs",7      "students": ["Khaled Jamal Amin", "Mohammed Nizar Majid Hashim Agafadi", "Abdo Al-Zarq"],8      "supervisors": ["Dr. Abdul Razzaq Dabour", "Dr. Sami Sharbak"]9    }10  },11  {12    "question": "What is the goal of the project?",13    "answer": "To design and implement a CPM device that passively moves lower limb joints to aid recovery, increase joint flexibility, reduce pain and swelling, and improve blood circulation during rehabilitation.",14    "metadata": {15      "project_title": "Continuous Passive Motion (CPM) Device for Lower Limbs",16      "students": ["Khaled Jamal Amin", "Mohammed Nizar Majid Hashim Agafadi", "Abdo Al-Zarq"],17      "supervisors": ["Dr. Abdul Razzaq Dabour", "Dr. Sami Sharbak"]18    }19  },20  {21    "question": "Why is the CPM device project important?",22    "answer": "It provides a convenient and comfortable rehabilitation method, reduces the need for manual physical therapy, decreases recovery time and related costs, minimizes risks, and enhances patient comfort and healing quality.",23    "metadata": {24      "project_title": "Continuous Passive Motion (CPM) Device for Lower Limbs",25      "students": ["Khaled Jamal Amin", "Mohammed Nizar Majid Hashim Agafadi", "Abdo Al-Zarq"],26      "supervisors": ["Dr. Abdul Razzaq Dabour", "Dr. Sami Sharbak"]27    }28  },29  {30    "question": "What are the main components of the CPM device?",31    "answer": "Arduino UNO microcontroller, 20x4 LCD display, keypad, 12V DC motor and driver, planetary gearbox, ball screw, aluminum 6063 mechanical parts, 3D printed PLA components, and ductile iron supporting structure.",32    "metadata": {33      "project_title": "Continuous Passive Motion (CPM) Device for Lower Limbs",34      "students": ["Khaled Jamal Amin", "Mohammed Nizar Majid Hashim Agafadi", "Abdo Al-Zarq"],35      "supervisors": ["Dr. Abdul Razzaq Dabour", "Dr. Sami Sharbak"]36    }37  },38  {39    "question": "How does the CPM device work?",40    "answer": "Sensors collect joint angle and speed data, which the Arduino UNO processes. The system controls the motor speed and position using PWM signals to execute passive joint movement safely and smoothly, displaying status on the LCD.",41    "metadata": {42      "project_title": "Continuous Passive Motion (CPM) Device for Lower Limbs",43      "students": ["Khaled Jamal Amin", "Mohammed Nizar Majid Hashim Agafadi", "Abdo Al-Zarq"],44      "supervisors": ["Dr. Abdul Razzaq Dabour", "Dr. Sami Sharbak"]45    }46  },47  {48    "question": "What are the steps in operating the CPM device?",49    "answer": "1) Calibration and entering parameters via keypad; 2) Real-time monitoring and control of joint angle and speed; 3) Motor control and feedback via sensors; 4) Displaying operation status and parameters on the LCD.",50    "metadata": {51      "project_title": "Continuous Passive Motion (CPM) Device for Lower Limbs",52      "students": ["Khaled Jamal Amin", "Mohammed Nizar Majid Hashim Agafadi", "Abdo Al-Zarq"],53      "supervisors": ["Dr. Abdul Razzaq Dabour", "Dr. Sami Sharbak"]54    }55  }56]57