Hybox Agv Smart Parking Robot

Using the core technology of machine vision laser automatic navigation, we have developed lift-and-grip parking robots that can significantly increase the parking space. "Intelligent parking robots" have solved the problem of how to solve the world's problems of incremental transformation in existing parking lots.
 
The "Smart Parking System" consists of parking robots, parking management systems, and intelligent dispatch systems. The core of the software system  artificial intelligence algorithms is to complete the processes including storing cars, storing cars, leaving warehouses, picking cars, checking inventory, and paying. It could effectively increase the storage space of parking lots, increase the parking density, improve the response speed of access vehicles, and reduce the management fees for parking lots.
 
The robot uses machine vision and laser navigation technology to realize unmanned and intelligent system control with a positioning accuracy of less than 5mm, a maximum traveling speed of 1.5m/s and a load capacity of 2.5 tons. Based on the artificial intelligence dispatch system, 200 robots can be scheduled at the same time. The driver only needs to drive the car into a preset parking pallet, receive a parking ticket or scan a QR code, and the system will automatically assign the robot to transport the car to a designated parking space. The average parking and pick-up time does not exceed 5 minutes. When picking up the car, the driver can choose to pay by mobile phone or pay by card, and can pick up the car at the parking platform. The car pick-up process can also add-on the reservation function, by informing the system in advance to move the car to the parking platform. The driver can quickly pick up the car when the driver arrives at the parking platform within the time of booking.
 
"Smart parking system" can be combined with a mechanical garage at the same time, using lifts to create a multi-storey parking space. Garage construction can eliminate unnecessary ramps, walkways, and increase the utilization of plane and three-dimensional space. Compared with traditional parking, drivers can enjoy a more efficient parking experience, eliminating the tedious steps of finding a parking space, reversing storage, finding a vehicle, finding an exit, and queuing fees.