shifting
Keywords:
Diwei International Building - Qingdao Puzzle Parking System Case
The Qingdao Diwei International Building automated parking system project adopts a PSH negative three, positive five, pit, eight-layer lifting and transverse moving type automated parking system to solve the problem of parking difficulties. It achieves a significant increase in mechanical parking spaces through the lifting and horizontal movement of the car-carrying plates.
Mingquanju - Shenzhen Puzzle Parking Garage Project Case
The Mingquanju residential area in Shenzhen adopts a PSH negative two, positive two, four-layer lifting and shifting automated parking system to solve the problem of parking difficulties. The system uses the lifting and horizontal movement of the car carrier plate to achieve a significant increase in mechanical parking spaces.
Supreme People's Court - Beijing Puzzle Parking System Project Case
The Supreme People's Court's automated parking system project uses a PSH four-level puzzle system with a two-level underground and two-level aboveground sunken pit to alleviate the government's parking challenges. It significantly increases parking capacity through the vertical and horizontal movement of the car-carrying platforms.
PetroChina - Chengdu Puzzle Parking System Project Case
In order to solve the parking problem, Chengdu PetroChina has adopted a three-level (basement one and ground levels two) lifting and shifting type puzzle parking semi-automated parking system using a pit PSH. This system uses the lifting and horizontal movement of the car plate to achieve a significant increase in the number of mechanical parking spaces.
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