Quality parking equipment supplier: Intelligent algorithm model: using intelligent fuzzy lattice recognition algorithm, the accuracy rate is high, and the recognition rate is greater than 99.80%. Human intervention is rarely required. Recognition speed: The vehicle license plate recognition speed is less than 0.2 seconds, which fully meets the needs of large traffic flow; Environmental adaptability: it can work normally under various lighting conditions such as night, cloudy and rainy days; Camera sharing: The system can share cameras with monitoring, without any impact on the system. Output signal: The system can output real-time data such as the large and small picture of the vehicle, the license plate number, the color of the license plate and the recognition reliability, the traffic flow, and the parking volume in the parking lot. It has the function of querying static pictures of vehicles entering and leaving, and can be connected to the parking space guidance system. See extra info at TigerWong.
RFID & Buletooth Systems: Radio Frequency Identification (RFID) systems use electronic tags and readers to manage access. Vehicles with electronic tags are automatically identified,with the system tracking their duration of stay for calculate parking fee. RFID systems offer a high level of convenience, reducing congestion and enhancing user experience.Suitable for private parking management. Parking management systems are transforming the parking experience by making entry and exit swift and stress-free. This not only enhances convenience for users but also significantly cuts down the time spent in queues, revolutionizing the way we think about parking efficiency.
Vehicle License Plate Recognition (VLPR) is an application of computer video image recognition technology in vehicle license plate recognition. License plate recognition is widely used in highway vehicle management. In the electronic toll collection (ETC) system, it is also the main means of identifying vehicle identity combined with DSRC technology. License plate recognition technology requires the ability to extract and recognize the vehicle license plate in motion from a complex background. Through license plate extraction, image processioning, feature extraction, license plate character recognition, and other technologies, the vehicle license plate number, color, and other information can be recognized.
Push Button and Take a Ticket. The vehicle comes close to the barrier gate and prepares to park. It will be allowed to take a ticket that the vehicle has already stopped on the Loop wire. And then the driver pushes the button and takes a ticket from Dispenser Housing. (For Monthly User) Paste Up the VIP Card On Dispenser machine. Take the card and paste up it on the dispenser box to raise the barrier gate. It must be waiting a minute that the barrier has already risen up. The vehicle begins to go through the barrier and entry parking. Keeping the card for the exit. The barrier does not close that the vehicle has to go through the barrier. The barrier will be closed itself after the vehicle goes over the closing loop detector completely. The vehicle enters the parking and stays in. The payment has three methods: Pay by cash at the exit. Pay by cash in the center Pay by automatic machine.
Tiger Wong is committed to the development of smart parking systems, continuously analyzing and solving problems in existing requirment and potential demand, and is committed to meeting the new functional requirements in security industry. Automatic License Plate Recognition (ALPR) is an application of computer video image recognition technology in vehicle license plate recognition.It is widely used in parking management,vehicle positioning, car burglary, highway speeding automation supervision, red light electronic police, highway toll station.,etc.
What is Smart Parking System? A smart parking system is a software solution that incorporates IoT technologies such as sensing devices, cameras, or counting sensors to identify which parking area is occupied or available and often uses this sensor data to design a real-time parking map. Smart Parking makes use of sensor technology, variable road message signs, flexible payment systems and smart navigation mobile map applications to direct the drivers and make them aware of parking options in an urban area.
TGW Parking Equipment products include garage cashiering machines, ticket dispenser, barrier gate equipment, ticket checking reader, Auto Payment Machine.parking ticket machine.,etc. We also provide electronic aids including fee computers, electronic counters, and access control read systems for optimum efficiency in parking structures. TGW also offer all accessories include loop detector, coil loop, IC/ID card, Card issuer, Card reader, access control PCB board, LED controller,Security kiosk, Payment station, QR code reader,and receipt printer and its paper.
Smart detectors for vehicles: Knowing exactly how many vehicles are located in a parking lot at any given time is the basis of smart parking. This car parking monitoring system is made up of sensor systems including dual channel loop detectors, ultrasonic vehicle presence sensors or LiDAR vehicle sensors. They detect whether the parking space is free/occupied, they identify if a parking garage is full and provide an accurate location of vehicles, respectively.
Safety: The use of Smart Parking Sensors can optimize safety within cities. As a result of placing, for instance, on-ground sensors on parking bays, people will not be as stressed as when they are looking for parking spaces. Because these people will know where they are going, they can simply navigate to their parking spot and they will not have to stress out about it. Real-time parking analytics for cities: Parking space will become intelligent by use of the smart parking sensors on the parking bays. This means that as a city you’re able to see historical data which is stored and you’re able to make data driven decision and predictions based on the parking sensor data. Discover additional information at https://www.smartparkingintl.com/.
The system can output real-time data such as the large picture of the vehicle, the small picture of the license plate, the identification number of the license plate, the color of the license plate and the recognition reliability, the traffic flow, and the amount of parking in the field. With vehicle entry and exit static picture query function, can be integrated with other systems. What is hardware license plate recognition parking system? Hardware recognition system features: Recognition mode: using video streams recognition and conducting all-day real-time analysis of video streams within the monitoring range; Therefore, next I will introduce what can this system bring us besides the parking space guidance function? Fixed parking space protection function (customizable); Real-time monitoring of parking space status; statistics function.
If you encounter very poor light conditions such as underground garages, you can configure LED lights with more lamp beads. In addition, the quality of the barrier is determined by the motor and movement of the barrier. According to the performance of the control part, it is divided into Electromagnetically barrier, digital barrier, and smart barrier. The smart barrier has an LED display and voice broadcast functions. According to the gate, it is divided into a fence gate, straight pole gate, curved arm pole gate. According to the landing speed, it is divided into fast barriers, medium speed barriers, and slow speed barriers. According to the installation direction, it is divided into the left barrier gate, right barrier gate.
The journey of boom barrier gates from rudimentary manual gates to sophisticated automated systems is a testament to human ingenuity. Initially designed to control vehicle flow, today’s boom barriers are integrated with cutting-edge technology, offering unparalleled security and convenience. They’re not just metal bars anymore; they’re smart solutions that adapt to the needs of modern spaces. Boom barrier gates are more than just physical structures; they embody the intersection of robust security measures and the pursuit of operational efficiency. They stand as silent, yet powerful, sentinels, guiding and protecting the flow of daily life in numerous environments, from bustling city avenues to serene residential locales.