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AI Geomagnetic Parking Detector

Model:
WS-CAR900 (鎖地式)
WS-CAR3DET (埋入式)

The AI Geomagnetic Parking Detector is a sensor that utilizes technologies such as geomagnetism, microwave radar, and G-sensors to detect vehicle presence, movement status, and parking position. It can be applied in scenarios such as smart parking space detection, vehicle guidance, and illegal parking enforcement. The sensor provides real-time parking information in the vicinity and accurately detects vehicle presence, movement status, and parking position.






The AI Geomagnetic Parking Detector offers the following advantages:

● High Accuracy: Utilizing AI algorithms and geomagnetic technology, it precisely detects vehicle presence, movement status, and parking position, reducing false alarms, or missed detections.

● Real-Time Detection: Provides real-time ***s on parking space occupancy, making it easier for vehicle owners or parking management systems to quickly track available spaces.

● Wireless Communication: Supports wireless data transmission, enabling easy integration with parking management platforms or applications for intelligent parking solutions.

● Low Power Consumption: Designed with low power consumption, allowing for long-term operation without frequent battery replacements.

● Easy Installation: No need to dig up roads; the sensor can simply be installed on the surface, minimizing installation costs, and avoiding traffic disruptions.

● Strong Environmental Adaptability: Suitable for various weather and environmental conditions, unaffected by factors such as weather or lighting. It can operate reliably in both indoor and outdoor parking areas.




Product Appearance

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Features


Diagram of Data Transmission

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Data Transmission Diagram

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Advantages


The AI Terrestrial Magnetism Triangle Parking Detector offers the following advantages:

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Ground-fixed Type

（Model: WS-CAR900）


Product Advantage

NB-IoT Communication: It can save on host costs, but requires payment of a monthly telecom fee.

900MHz ISM Band Communication: It can save on telecom monthly fees, but requires setting up a host.

900MHz Ground-fixed Type Geomagnetic Sensor paired with our two host models: Antenna Reception Gateway（Model: WS-GATE900） / PLC Wireless Communication Bridge （Model: WS-PLCMU900）


Transmission Architecture

NB-IoT Communication

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900MHz ISM Band Communication

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Function

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Embedded Type

（Model: WS-CAR3DET）


Product Advantage

NB-IoT Communication: It can save on host costs, but requires payment of a monthly telecom fee.

900MHz ISM Band Communication: It can save on telecom monthly fees, but requires setting up a host.

900MHz Embedded Type Geomagnetic Sensor paired with our host model: Antenna Reception Gateway （Model: WS-CAR4SX485）


Transmission Architecture

NB-IoT Communication

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900MHz ISM Band Communication

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Function

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Installation


No wiring needed, easy and fast installation.

Installation Diagram
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Application


Parking Space Detection

Utilizing the AI Terrestrial Magnetism Triangle Parking Detector to real-time monitor the usage of parking spaces in parking lots and provide this information to the parking management system. The parking management system can then guide vehicles to park based on the parking space usage, thus enhancing parking efficiency.

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Vehicle Guidance

Using the AI Terrestrial Magnetism Triangle Parking Detector to guide vehicles to park in designated parking spaces, reducing the time vehicles spend searching blindly in the parking lot and improving parking efficiency.

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Illegal Parking Enforcement

Utilizing the AI Terrestrial Magnetism Triangle Parking Detector to monitor illegal parking situations in parking lots and provide this information to law enforcement departments. Law enforcement authorities can then enforce regulations based on the information regarding illegal parking to maintain parking order.

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Real-time Parking Space Status Monitoring

For vehicle movement tracking, microwave and geomagnetic detectors are used to perceive alterations in parking slot status. This allows for the immediate determination of a vehicle's entry or exit, with the collected data being uploaded to a cloud platform.

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Suitable for scenarios such as open-air and underground parking garages.

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Parking Space-Level Intelligent Sensing Equipment

The system automatically records key data such as vehicle entry time and duration of stay. It enables individual analysis of each parking event, providing 100% accuracy in determining parking duration and space utilization, with zero error margin. The backend integrates data from all connected parking lots, dynamically displaying key metrics such as space utilization, real-time revenue, and device online rate.


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