A Prototype Design of Rotary Lifting and Control Mechanism for Car Parking

The prototype of a rotary lifting and control mechanism for car parking was designed to reduce excess use of land space. Aimed at developing a scaled down working model, this research and development project produced useful materials, devices and new systems meeting specific requirements on its properties of materials and its costing. The chain and sprocket mechanism were used for driving the parking platform. The prototype was powered by a geared motor. When the car comes on the ramp the switch will be activated and the platform came in to carry the car. When the switch was operated by the operator, sprockets starts to rotate and the new space will be adjusted for new car. The control system played a major role in organizing the entry to and exit from the parking lots. In metropolitan cities, car parking has become a major concern in all busy areas and a good traffic system needs a good parking system. The researchers took this opportunity to bring the technology of rotary car parking system to where it is needed to reduce the shortage of area for parking.