Rotary Car Parking

A Rotary Car Parking System is a mechanical engineering project that involves designing and implementing a parking system where cars are parked on a rotating platform. The primary purpose of this system is to optimize the use of available parking space and improve the efficiency of parking in congested urban areas.

**Objective:**
The main objective of the project is to design, fabricate, and implement a Rotary Car Parking System that utilizes mechanical engineering principles to maximize parking space utilization.

**Components and Features:**

1. **Rotating Platform:**
– Design a circular platform that can rotate horizontally.
– Implement a robust and precise rotation mechanism using gears, motors, and sensors.
– Ensure the platform can support the weight of multiple cars and rotates smoothly.

2. **Carrying Structure:**
– Develop a sturdy supporting structure to hold the rotating platform.
– Consider factors like material strength, durability, and stability.
– Incorporate safety features to prevent accidents and ensure user security.

3. **Parking Slots:**
– Design individual parking slots on the rotating platform to accommodate cars.
– Optimize the arrangement of slots for maximum space utilization.
– Implement a locking mechanism to secure parked cars in position.

4. **Control System:**
– Develop a control system that manages the rotation of the platform and the allocation of parking slots.
– Integrate sensors for detecting the presence of cars, enabling automated parking and retrieval.
– Include a user interface for manual control and monitoring.

5. **Safety Features:**
– Implement safety measures such as emergency brakes, obstacle detection, and fail-safe mechanisms to prevent accidents.
– Integrate alarms or indicators to alert users during parking and retrieval processes.

6. **Power System:**
– Choose an efficient power supply system to drive the rotating mechanism.
– Consider energy-saving features and backup systems in case of power failures.

7. **Cost Analysis:**
– Conduct a comprehensive cost analysis, considering materials, components, and labor.
– Explore cost-effective solutions without compromising safety and efficiency.

8. **User Manual and Maintenance Guide:**
– Provide a user manual detailing the operation of the rotary car parking system.
– Include a maintenance guide for regular checks and troubleshooting.

9. **Testing and Validation:**
– Conduct thorough testing of the system to ensure reliability and safety.
– Validate the design through simulations and real-world testing scenarios.

10. **Documentation and Presentation:**
– Document the entire design and implementation process.
– Create a comprehensive presentation outlining the project’s objectives, methodology, and results.