License Plate Recognition Parking System with LPR 3~5MP Camera and
LED Display
The License Plate Recognition (LPR) Parking System equipped with a
3 to 5MP Camera and an LED Display offers an advanced solution for
modern parking management. This integrated system enhances
efficiency, security, and user experience in various parking
environments. Here’s a detailed overview of its components,
functionality, and benefits.
System Components:
1. LPR Cameras (3~5MP):
High-Resolution Imaging: Cameras with resolutions ranging from 3MP to 5MP provide clear and
detailed images of license plates, ensuring accurate recognition.
Versatile Performance: Capable of operating effectively in various lighting conditions,
including low-light environments, thanks to features like Wide
Dynamic Range (WDR) and infrared capabilities.
2. LPR Software:
Image Processing: Advanced algorithms process captured images to extract license
plate information quickly and accurately.
Data Management: Stores and organizes vehicle data, including timestamps and
entry/exit records for reporting and security purposes.
3. LED Display:
Real-Time Updates: Displays information such as available parking spaces, entry/exit
instructions, and alerts to guide drivers effectively.
Dynamic Messaging: Can be programmed to show various messages, including pricing
updates and special announcements, enhancing communication with
users.
Product Specifications:
| Products Model | RPL-XY9 |
| ALPR Camera | CPU | Specialized license plate recognition chip |
| Sensor | 1/3" CMOS Image Sensor |
| Minimum illumination | 0.01Lux |
| Lens | 6mm fixed focus lens |
| Built-in light | 4 high-power LED white lights |
| Plate recognition accuracy | ≥98% |
| Triggering mode | Video trigger, coil trigger |
| Image output | 1080P(1920x1080),960P(1280x960), 720P(1280x720),D1(704x576),CIF(352x288) |
| Picture output | 2 mega-pixel JPEG |
| Video compression format | H.264 High Profile , Main Profile, Baseline , MJPEG |
| Network interface | 10/100,RJ45 |
| IO | 2 input & 2 output 3.5mm connecting terminals |
| Serial interface | 2 x RS485 |
| Audio Interface | 1 input & 1 output |
| SD Card | Support SD2.0 standard Micro SD(TF) card with a maximum capacity of
32G |
| Power Supply | AC220V |
| Power Consumption | ≤7.5W |
| Working Temperature | -25℃~+70℃ |
| Main Component Parameters |
LED Screen X04 Control Board | LED Screen Size | 160mm*320mm(P4.75 2 colors LED 2 lines) |
| LED Screen Resolution | LED module 64*32 |
| Voice | Temporary vehicles can be broadcast, the monthly car is welcome,
and the journey is safe and other vehicle voice reminders |
| Display | Support a variety of LED modules |
| Chip | ARM Cortex-M Series RISC core core chip |
| Screen Control | Supports standard horizontal and vertical screens, which can be
switched by pressing the button; |
| Display Control | Supports three-color, two-color, and multiple color displays
(hardware and software vary); |
| ALPR Camera Type | Connect with mainstream cameras such as A/B/C and Dahua; 4. Provide SDK development kit and free technical guidance; 5. Provide a full range of docking solutions to support the
Internet of Things, car wash systems, license plate recognition
systems, and platform payment system debugging and matching. The connection supports offline use, encryption, and personalized
development; 6. Supports two-line and four-line display screens, equipped with
traffic light interface; 7. Built-in voice broadcast system, the real voice is loud and
clear; 8. Universal voice can be expanded to meet personalized needs. |
| Secondary Development | Provide SDK development kit and free technical guidance; 5. Provide a full range of docking solutions to support the
Internet of Things, car wash systems, license plate recognition
systems, and platform payment system debugging and matching. The connection supports offline use, encryption, and personalized
development; 6. Supports two-line and four-line display screens, equipped with
traffic light interface; 7. Built-in voice broadcast system, the real voice is loud and
clear; 8. Universal voice can be expanded to meet personalized needs. |
| Full Integrated Solution | Provide a full range of docking solutions to support the Internet
of Things, car wash systems, license plate recognition systems, and
platform payment system debugging and matching. The connection
supports offline use, encryption, and personalized development; |
| Screen Type | Supports two-line and four-line display screens, equipped with
traffic light interface; |
| Voice System | Built-in voice broadcast system, the real voice is loud and clear; |
| Customization | Universal voice can be expanded to meet personalized needs. |
| Power interface | 12V mode, input 5A, output can be equipped with 2 modules, current
>3.5A, built-in anti-reverse connection function |
| General Parameters | Protection class | IP42,Dustproof and Waterproof Function |
| Power Supply | Meanwell LPS-150-12(12V 12.5A),159*97*30mm (L*W*H) |
| Working Temperature | ‘-10℃～60℃(Optional thermostat) |
| Working humidity | 5%-85% |
| Power consumption | 150W Max, AC 220V±10％/50Hz |
| Device size | 230*290*1360mm(Width*Thickness*Height) |
| Net Weight | ≈20kgs(139*13*16cm, Carton Package) |
| Gross Weight | ≈30kgs(141*23*28cm, Wooden Package) |
Automated, Hands-Free, No Stop System
Smart Vehicle Entrance& Exit
Benefits of LPR Parking Controllers
Enhanced Security:
- Real-Time Monitoring: Continuous tracking of vehicles enhances security and can deter
unauthorized access to sensitive areas.
- Data Logging: Maintains comprehensive records of vehicle movements, which can
be invaluable for investigations and audits.
Operational Efficiency:
- Automated Processes: Reduces the need for personnel, allowing staff to focus on other
critical tasks while the system handles parking management.
- Faster Transactions: Streamlines entry and exit processes, significantly reducing wait
times for drivers.
Data-Driven Decision Making:
- Analytics and Reporting: Collects data on parking usage patterns, enabling agencies to
make informed decisions about resource allocation and pricing
strategies.
- Customizable Alerts: Sends notifications about important events, such as full capacity
or maintenance needs, ensuring timely responses.
User Experience Improvement:
- Real-Time Information: Provides drivers with immediate updates on available parking
spaces, helping them find spots quickly and easily.
- Guided Navigation: Clear instructions displayed on LED screens can enhance the
overall parking experience for users.
Implementation Steps
Site Assessment:
- Conduct a thorough evaluation of the parking facility to determine
optimal camera and display placements for maximum coverage and
functionality.
System Configuration:
- Set up the LPR system, ensuring all components are properly
integrated and configured to communicate effectively.
Staff Training:
- Provide training for personnel on how to use the system, interpret
the data, and respond to any issues that may arise.
Maintenance and Support:
- Establish a regular maintenance schedule to ensure the system
operates smoothly and to address any technical challenges promptly.
Conclusion
The License Plate Recognition Parking System featuring a 3 to 5MP Camera and LED Display represents a comprehensive solution for modern parking management.
This integrated system enhances security, improves operational
efficiency, and significantly enhances user experience. By adopting
this technology, parking facilities can meet the demands of today’s
urban environments while providing a safer and more accessible
service to drivers.
License Plate Recognition Management System FAQ
Q1: What is a License Plate Recognition Management System?
An LPR management system employs advanced cameras to automatically
identify and read vehicle license plates. This technology is widely
used in applications such as parking management, enforcement, and
toll collection.
Q2: How does LPR technology work?
LPR technology captures images of license plates via a camera,
processes these images to extract the license plate details, and
then stores or analyzes the data as needed.
Q3: What are the typical applications of LPR systems?
Common uses for LPR systems include managing parking lots,
enforcing parking rules, controlling access at gated communities,
collecting tolls, and monitoring vehicle movements for security
purposes.
Q4: Is specialized lighting required for LPR?
Yes, additional lighting—such as LED or infrared—can greatly
improve image quality and recognition accuracy, especially in
low-light situations.
Q5: Can LPR systems operate in all weather conditions?
Most modern LPR systems are designed to function in various weather
scenarios; however, extreme conditions like heavy rain, snow, or
fog may affect their performance.
Q6: How is data handled in LPR systems?
Data can be stored either on a local server or hard drive or in a
cloud-based system, depending on the architecture of the specific
LPR solution and user preferences.
Q7: Is LPR technology secure?
The security of LPR technology relies on its implementation. Using
encryption for data transmission and following secure storage
practices can help protect sensitive information.
Q8: Can LPR systems integrate with other software?
Yes, many LPR systems offer APIs or other methods for integration
with existing software, such as security management platforms or
parking applications.
Q9: What legal considerations should be taken into account when
using LPR?
Legal requirements vary by region. It's important to comply with
privacy laws and regulations regarding data collection, storage,
and usage. Users should be informed about data collection
practices.
Feel free to reach out if you have any additional questions!
