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Parking Shotss

The Smart Parking System project aims to utilize IoT technology to monitor parking slot availability and automate gate control. It employs an Arduino UNO, IR proximity sensors, an LCD display, and a servo motor to provide real-time updates on parking status and manage vehicle entry. The system is cost-effective, easy to build, and has the potential for future enhancements with networked IoT capabilities.

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subhadipchaulya1234
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26 views1 page

Parking Shotss

The Smart Parking System project aims to utilize IoT technology to monitor parking slot availability and automate gate control. It employs an Arduino UNO, IR proximity sensors, an LCD display, and a servo motor to provide real-time updates on parking status and manage vehicle entry. The system is cost-effective, easy to build, and has the potential for future enhancements with networked IoT capabilities.

Uploaded by

subhadipchaulya1234
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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Smart Parking System — Project Summary

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Project Goal: Use IoT to detect parking-slot availability, display it on an


LCD at the entrance, and control a gate barrier automatically.

Hardware components
 Arduino UNO — central controller
 IR proximity sensors (×6) — one per parking spot to detect
vehicle presence
 20×4 LCD (with I2C module) — displays total/free slots and
per-zone status at the parking entrance
 Servo motor — barrier/gate actuator for entry/exit control

Working
1. Each IR sensor monitors a parking slot (occupied = sensor
triggered).
2. Arduino reads sensors periodically, counts free vs occupied
slots, and updates the LCD through the I2C interface.
3. When a vehicle arrives at the gate, a simple trigger (button or
an additional IR/ultrasonic sensor) signals Arduino to open
the barrier via the servo if slots are available; otherwise the
gate remains closed.
4. The LCD at the main gate shows: Total slots, Occupied,
Available, and optionally a simple per-slot indicator
(e.g., S1: OCC S2: FREE ...).
5. System logic prevents entry when no free slot exists and logs
simple counts (can be extended to timestamp entries/exits).

Benefits
 Low-cost, easy-to-build prototype using o -the-shelf
components.
 Real-time local display reduces driver circling and
congestion.
 Modular — can extend to networked IoT later (Wi-Fi module)
for remote monitoring or analytics.

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