1.The parking lot use four columns framework, Main beam H-steel tightly secured to the building floor for the main support for the device structure.

2.Chassis marginal beam using 4.0t-Z type steel to match and blot lock with 2t galvanized corrugated board...etc.

3.Driving system:

A.Freight elevators useψ50X2 hydraulic vat(5HP Oil-immersion main engine) to match RS80 single line up chain. 6M speed run up and down per minute.

B.Horizontal move system uses motor-type (1/2HPx4P) to match RS40 line up chain. 6.5M speed run left and right per minute.

1.The parking lot use four columns framework, Main beam H-steel tightly secured to the building floor for the main support for the device structure.

2.Chassis marginal beam using 4.0t-Z type steel to match and blot lock with 2t galvanized corrugated board...etc.

3.Driving system:

A.Freight elevators useψ50X2 hydraulic vat(5HP Oil-immersion main engine) to match RS80 single line up chain. 6M speed run up and down per minute.

B.Horizontal move system uses motor-type (1/2HPx4P) to match RS40 line up chain. 6.5M speed run left and right per minute.

1.The parking lot use single column framework. Main beam H-steel tightly secured to the building floor for the main support for the device structure.

2.Standing of the H-beam, let each group 4 and group 2 on the wheel under the wheel completely attached to the H-beam flange rolling. Reducing structural change and damage (to avoid the disadvantages of shared column) to enhance the machine's life.

3.Chassis marginal beam using 4t-Z type steel to match and blot lock with 2tX60H galvanized corrugated board...etc.

4.Driving system:

A.Freight elevators useψ60X2 hydraulic vat to match RS802 line up chain. 4.5M speed run up and down per minute.

B.On the ground first and second parking lots use hydraulic (7.5HP Oil-immersion main engine) to matchψ75Xψ100 hydraulic vat direct drive. 4.5M speed run up and down per minute.

C.Horizontal move system uses motor-type (1/2HPx4P) to match RS40 line up chain. 6.5M speed run up and down per minute.

1.The parking lot use single column framework. Main beam H-steel tightly secured to the building floor for the main support for the device structure.

2.Chassis marginal beam using 4t-Z type steel to match and blot lock with 2t galvanized corrugated board...etc.

3.Driving system:
Freight elevators use hydraulic (7.5HP Oil-immersion main engine) to matchψ60X2 hydraulic vat drive. 3.4M speed run up and down per minute.

1.The parking lot use single column framework. Main beam H-steel tightly secured to the building floor for the main support for the device structure.

2.Standing of the H-beam, let each group 4 and group 2 on the wheel under the wheel completely attached to the H-beam flange rolling. Reducing structural change and damage (to avoid the disadvantages of shared column) to enhance the machine's life.

3.Chassis marginal beam using 4t-Z type steel to match and blot lock with 2t galvanized corrugated board...etc.

4.Driving system:
Freight elevators use hydraulic (7.5HP Oil-immersion main engine) to matchψ85 hydraulic vat drive. 3.4M speed run up and down per minute.

1.The parking lot use single column framework. Main beam H-steel tightly secured to the building floor for the main support for the device structure.

2.Standing of the H-beam, let each group 4 and group 2 on the wheel under the wheel completely attached to the H-beam flange rolling. Reducing structural change and damage (to avoid the disadvantages of shared column) to enhance the machine's life.

3.Chassis marginal beam using 4t-Z type steel to match and blot lock with 2t galvanized corrugated board...etc.

4.Driving system:

A.Freight elevators use hydraulic (5HP Oil-immersion main engine) to matchψ50Xψ70 hydraulic vat directly drive. 4.6M speed run up and down per minute.

B.Horizontal move system uses motor-type (1/2HPx4P) to match RS40 line up chain. 6.5M speed run left and right per minute.

1.The parking lot use single column framework. Main beam H-steel tightly secured to the building floor for the main support for the device structure.

2.Standing of the H-beam, let each group 4 and group 2 on the wheel under the wheel completely attached to the H-beam flange rolling. Reducing structural change and damage (to avoid the disadvantages of shared column) to enhance the machine's life.

3.Chassis marginal beam using 4t-Z type steel to match and blot lock with 2t galvanized corrugated board...etc.

4.Driving system:

A.Freight elevators use hydraulic (5HP Oil-immersion main engine) to matchψ60 hydraulic vat directly drive. 4.6M speed run up and down per minute.

B.Horizontal move system uses motor-type (1/2HPx4P) to match RS40 line up chain. 6.5M speed run left and right per minute.

1.The parking lot use single column framework. Main beam H-steel tightly secured to the building floor for the main support for the device structure.

2.Standing of the H-beam, let each group 4 and group 2 on the wheel under the wheel completely attached to the H-beam flange rolling. Reducing structural change and damage (to avoid the disadvantages of shared column) to enhance the machine's life.

3.Chassis marginal beam using 4t-Z type steel to match and blot lock with 2t galvanized corrugated board...etc.

4.Freight elevators use hydraulic (5HP Oil-immersion main engine) to matchψ50Xψ70 hydraulic vat directly drive. 4.6M speed run up and down per minute.