What are the design features of a vertical circulation three-dimensional garage

InVertical Circulating Stereoscopic Garage, there are many characteristic designs. It combines power and transmission to ensure the integrity and safety of the garage structure, and also enhances the humanization of the entire garage, making it more free and convenient for the owner to take the car. The full intelligence operation reduces the degree of manual participation and reduces the probability of accidents, and instantly raises the entire space level. So what are the design features of the vertical circulating stereoscopic garage?

（1）Overall frame design

The vertical circulating stereoscopic garage adopts a steel structure skeleton to support the power device, mechanical transmission system, and parking load. In order to ensure the safe and reliable work of the parking equipment, it has sufficient strength, rigidity, and stability. The overall frame of the vertical circulating stereoscopic garage is shaped like a building, with reinforced supports in the middle and car suspension baskets on both sides of the supports. When constructing an enclosed (concrete structure) vertical circulating stereoscopic garage, the skeletal structure of this mechanical parking equipment can be made using the concrete structure's four walls, frame beams, and other structures. When constructing a small or low-rise open vertical circulating mechanical parking garage, only the frame needs to be retained.

（2）Transmission mechanism design

There are many functional components that can achieve lifting functions. Professional vertical circulating stereoscopic garage designs in China prefer to use large-pitch gravity lifting chains to achieve this. The motor, reducer, and other components are installed on the upper platform of the garage's overall frame, with chains installed on the chain wheel, and the chain is connected to the suspension basket through T-shaped chain plates. After receiving a signal from the automatic control system, the motor rotates, undergoes the first reduction through the reducer, and then drives the large chain wheel to rotate through chain transmission, while undergoing a second reduction.

（3）Power system design

The well-known vertical circulating stereoscopic garage uses an electric motor for driving and connects to a large ratio reducer at the motor output end to increase the driving torque. The motor is mounted at the lower part of the garage and can rotate in both directions, and a single-stage sprocket and chain reduction are used in the output shaft of the reducer to transmit the movement to the main drive shaft. There are two large sprockets on the upper and lower parts of the garage, and the two sprockets at the lower part are connected by a drive shaft, while the upper and lower sprockets are fixed on the support and connected by two chains, which keeps the two sides synchronized, ensuring minimal oscillation during operation, with low noise and reliable and safe operation. A larger motor power is required to ensure the stability of the operation.

Therefore, although the vertical circulating stereoscopic garage has a simple structure, it operates safely and reliably. It has good applications in medium and large parking lots, solving the parking problems in densely populated cities, and gradually penetrating into various medium and small enterprises and residential communities. As a leader in intelligent garages, it greatly enhances economic and social benefits, achieving a double harvest of economic and social reputation.