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HaNiV Photography

The KYOOR ChatBot is designed to provide interactive conversational experiences, leveraging natural language processing techniques. The repository includes the main chatbot application, along with related resources and documentation.

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EasyReNamer: A Smart File Renaming Tool

EasyReNamer is your ultimate companion for organizing and renaming files effortlessly. Whether you're sorting photos, managing documents, or handling large batches of files, EasyReNamer saves you time and enhances productivity with its user-friendly interface and powerful features.

• Batch File Renaming: Rename multiple files in a single operation using custom patterns.
• File Sorting: Sort files by creation time, size, or default sequence for better organization.
• Custom File Extensions & Names: Change file extensions or rename files with a consistent base name and numbering.
• Light/Dark Mode: Toggle between light and dark themes with a visually appealing switch.
• Real-Time Preview: See how your files will look before applying any changes.
• Modern UI: Built with a sleek, responsive design powered by ttkbootstrap.

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HaNiV Photography

Detailed description about HaNiV Photography project.

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Elevator Development Project

Elevator Controller 🏢🔌

Description

This Arduino project implements an autonomous elevator control system using various sensors and actuators. The system is designed to safely transport passengers between floors, responding to user inputs and environmental conditions.

Features

• User-friendly Interface: Control buttons and voice recognition for floor selection.
• Safety Measures: Emergency button and LED indicator for quick response.
• Obstacle Detection: Ultrasonic sensor to detect obstacles in the elevator's path.
• Fire Detection: Smoke sensor to detect smoke or fire in the elevator.
• Weight Measurement: HX711 load cell for measuring the weight of passengers.
• Status Display: Adafruit SSD1306 OLED display for displaying elevator status and weight.

Components

• Arduino board
• HX711 load cell amplifier
• Adafruit SSD1306 OLED display
• Ultrasonic sensor (HC-SR04)
• Smoke sensor
• SIM900A GSM module for SMS alerts
• Motor driver for elevator motor control

Usage

1. Setup: Connect the components according to the wiring diagram.
2. Installation: Upload the code to your Arduino board.
3. Testing: Power on the system and test the functionality.
4. Operation: Use the control buttons or voice commands to operate the elevator.
5. Emergency: In case of emergency, press the emergency button to notify authorities via SMS.

Notes

• Ensure proper calibration of the load cell for accurate weight measurement.
• Test the system thoroughly before deploying it in a real-world scenario.
• Follow safety precautions when working with electrical components.