A parking lot lacking a vehicle guidance system is like a city traffic without traffic signal control. The uncontrollable throughput of the parking lot, low utilization rate of parking spaces, unnecessary consumption of customer time, and poor customer parking experience directly cause losses to your parking lot and mall operations. In order to solve these problems, we are providing you with a parking guidance system.

First level guidance: Select the appropriate floor based on the entrance indicator screen

Secondary guidance: Select appropriate aspects based on the on-site guidance screen

Level 3 guidance: Select the appropriate parking space based on the parking indicator lights

Parking GuidanceMainly used for effective guidance and management of parked vehicles entering and exiting the parking lot. This system can achieve convenient and efficient parking for parking users, and monitor parking spaces, making parking management in the parking lot more standardized and orderly, and improving the utilization rate of parking spaces; The parking space detection in the parking lot adopts ultrasonic detection technology to reliably detect the occupancy or vacancy status of each parking space. Installing ultrasonic detectors above each parking space can detect whether there are vehicles parked in the parking space. The management system collects all detection information in real time and feeds back the guidance information to each guidance indicator signal through the computer in real time.
Principle Introduction

The principle is to first use vehicle detectors to obtain real-time information on parking space occupancy. *The controller displays the display screen and guide signs according to the pre-defined parking strategy, and users only need to follow the instructions to smoothly park their vehicles in the parking space.

Functional Description

Automatic parking guidance function: After the vehicle enters, the parking guidance system automatically detects the occupancy or vacancy status of the parking space, and sends the detected changes in the parking space status to the parking guidance display screen in real time through the parking guidance controller. The parking guidance display screen guides the vehicle to the parking position and guides the owner to quickly find the vacant parking space allocated by the system.

Electronic map function: In the system software, the usage of the entire parking lot can be intuitively displayed. The software can load the floor plan of the entire parking lot and dynamically display the occupancy and availability information of each parking space in the parking lot in real time.

Automatic parking space statistics function: Through the vehicle sensing function, the system automatically counts and calculates the vehicles entering and leaving the parking lot. Based on the statistical calculation results, the system transmits the parking space information to the parking space display screen in real time, and automatically displays the remaining empty parking space information in the parking lot on the parking space display screen and software interface.

Parking guidance systemIt is divided into several modules: parking data detection module, * processing module, information publishing module, and information display module. The core of this technology lies in parking space detection and logical judgment
Parking space detection can be divided into ultrasonic detection, infrared detection, ground sensing coil detection, etc.
Logical judgment: Implemented by programming, due to the different situations, traffic directions, and number of entrances and exits in each parking lot, the parking guidance system for each parking lot is a specific customized system. Therefore, this module becomes the core competitive point of the system.
By detecting the parking status of each parking space inside the parking lot, the parking status information is uploaded to the data converter through the manager, and then summarized by the data converter to the guidance monitoring system. The parking status data is analyzed and processed, and the empty parking space information is published on the guidance information screen (LED) to guide drivers to quickly find parking spaces and achieve easy parking.
System architecture
The system consists of three parts:
1. Part of it is the data acquisition system: it consists of vehicle detectors and controllers.
2. The second part is the processing system: its function is to analyze the collected data and display it on the corresponding output device.
3. The third part is the output display system: it consists of a display screen and guide signs. The working principle is to collect real-time parking space data in the parking lot through a parking space detector. The system collects relevant information about parking spaces in the parking lot and sends the information to the * processing system through a data transmission network according to certain rules. After the * processing system analyzes and processes the information, it provides information to various signs, guidance signs, etc. in the parking lot through output devices, guiding vehicles to enter the relevant parking spaces. For relevant parking information, the system provides a data query interface.
Guiding process
Ultrasonic detectors and ground sensing detectors inspect the real-time status of parking spaces, upload parking status information to the data converter, and upload parking space information to the guidance monitoring system. Through logical judgment of parking status, preliminary guidance is provided from large areas to local areas through bright LED red/green parking spaces to empty parking spaces.
System functions
-Guide parking spaces for easy and efficient parking, saving time and reducing fuel consumption
-Conduct statistics on the utilization of parking lots, allocate resources reasonably, and increase the operational efficiency of parking lots
-Improve parking management level and enhance property management image
-Reduce investment in human resources costs for property management
-Easy implementation of parking reservation services
-Accurate daily, monthly, and annual parking data statistical analysis
System innovation
Automatically set the initial height between the detector and the ground
Using a combination of software and hardware methods to correct the actual number of parking spaces, the actual parking situation is more accurate

Applicable places: urban complexes, commercial squares, large venues, hospitals, office buildings