Streamlining PET Care with the Development of an Automated PET Feeding Solution Using Raspberry Pi

Project Description:

The project aims to develop an automated PET feeding solution using Raspberry Pi, streamlining pet care through IoT integration. This system allows pet owners to remotely control the dispensing of pet food using a custom-built iOS application, facilitating convenient and efficient pet feeding.

Key Components:

1. Raspberry Pi Zero 2W: Acts as the central control unit for the automated pet feeder system.
2. Servo Motor: Mechanism responsible for opening and closing the feeder door to dispense pet food.
3. iOS Application: Custom-built application for iOS devices, enabling remote control and management of the pet feeder.
4. Spring Boot Service: Backend service deployed on Raspberry Pi, facilitating communication between the iOS app and the hardware components.
5. Pet Feeder Box: Enclosure housing the Raspberry Pi and servo motor, designed to dispense pet food in a controlled manner.
6. Additional Functionalities: Future enhancements and functionalities to be added to the pet feeder system for enhanced pet care and convenience.

Project Features:

1. Remote Feeding Control: Allows pet owners to remotely control the opening and closing of the feeder door using the iOS application.
2. IoT Integration: Utilizes IoT principles to connect the Raspberry Pi-based pet feeder to the internet, enabling seamless communication and control.
3. Custom iOS Application: Provides a user-friendly interface for managing pet feeding schedules and dispensing food portions.
4. Expandable Design: Designed with the flexibility to incorporate additional functionalities and enhancements in future iterations.
5. Streamlined Pet Care: Simplifies the process of pet feeding and care, offering convenience and peace of mind to pet owners.

Project Workflow:

1. Development of iOS Application: Create a custom iOS application for controlling the pet feeder's functionality.
2. Deployment of Spring Boot Service: Deploy a backend service on the Raspberry Pi to facilitate communication between the iOS app and hardware components.
3. Integration with Servo Motor: Implement code to control the servo motor, allowing for the opening and closing of the feeder door.
4. Enclosure Design and Assembly: Design and construct a pet feeder box to house the Raspberry Pi and servo motor, ensuring proper functionality and safety.
5. Testing and Iteration: Conduct thorough testing of the entire system, making necessary adjustments and enhancements to improve performance and usability.

Benefits and Applications:

1. Enhanced Pet Care: Provides pet owners with a convenient and automated solution for feeding their pets, even when away from home.
2. Remote Accessibility: Enables remote control and monitoring of pet feeding activities via the iOS application, enhancing convenience and flexibility.
3. IoT-enabled Pet Care: Demonstrates the potential of IoT technology in revolutionizing pet care practices, offering innovative solutions for pet owners.
4. Future Expansion Opportunities: Offers opportunities for future enhancements and additions to the pet feeder system, catering to evolving pet care needs and preferences.

Видео Streamlining PET Care with the Development of an Automated PET Feeding Solution Using Raspberry Pi канала InsideIOT & ML Workshop