With the development of AI technology and intelligent hardware (precision shunt), the flexibility of parking lot robot is greatly improved with the development of resistor technology. The robot does not need to be in the car or parking rack, can rotate, allot and transfer at the bottom of the vehicle, to achieve minimum area traversing and other advantages. As long as the driver pulls his car to the mobile platform, the robot will be responsible for parking. The use of parking robots can increase parking spaces by more than 40% compared with the traditional parking lot, which not only facilitates the old drivers, but also helps the novice solve the problem of difficult parking.
 

 

The clamping type began to be used in Europe in the 1950s, but it is not used widely because of its destructive power to the tire, poor reliability and too high requirement on the ground. Compared with such traditional parking and moving technologies, the robot overcomes the weakness of the previous technology. The new type precision resistor, shunt and capacitor can greatly improve the precision and sensitivity of the robot.

 

 

Compared with some traditional parking and moving technologies, the robot overcomes the weakness of the previous technology. The new type precision resistor, shunt and capacitor can greatly improve the precision and sensitivity of the robot. The clamping type began to be used in Europe in the 1950s, but it is not used widely because of its destructive power to the tire, poor reliability and too high requirement on the ground.

 

More and more robots have entered our lives. Using a new resistor robot as the latest generation of conveyor can be described as the most efficient. This kind of robot will be popularized and applied to more parking system, and can also be applied to more fields in industrial production.