Intelligent linked parking device

Abstract

The present invention relates to steel structure, mechanical driving, PLC application and other technology, and is especially one intelligent interlocked underground car park system comprising car bearing plates in independent structure, one hydraulic lift for lifting car in a car bearing plate, one car transporting conveyer for shifting car transversely to the lift or the parking site, and one intelligent control system with PLC. The present invention has the advantages of high area utilizing rate, low cost, fast car access, etc.

Description

Technical field [0001] The present invention is an intelligent linkage parking equipment, which is used for accessing cars, minivans and other small vehicles in the underground parking lot. It involves technical fields such as steel structure, mechanical transmission, and programmable logic controller (PLC) application. Background technique [0002] The construction of underground parking lots has solved many thorny problems such as land shortage, traffic congestion, heat and cold protection, and environmental protection. However, the existing self-propelled underground parking lot covers a large area for bicycles, and the average price of the parking spaces is relatively high. First of all, a ramp passage needs to be set up at the entrance and exit. When storing the vehicle, the driver drives the vehicle into the parking lot along the ramp and then walks out of the parking lot; when taking out the vehicle, the driver enters the parking lot and drives the vehicle along the ...

AI Technical Summary

Problems solved by technology

Moreover, it is time-consuming and energy-consuming to drive vehicles in and out, causing exhaust gas pollution inside the parking lot, and there is a fire hazard; when accessing a certain vehicle, it is inevitable to rub and collide with other vehicles; in order to avoid vehicle damage, theft and accidents , there is still a need to set up staff in the parking lot for scheduling and management

The existing mechanical underground garages are all lifting and traversing types, horizontal circulation types, and roadway stacking types imported from abroad. The mechanical equipment structure is complex, the manufacturing precision is high, and the project cost is high. In addition, there are also problems such as the need for vehicles to drive in and out, causing internal exhaust pollution, and the need for personnel scheduling and management.

Moreover, access to a certain vehicle in lifting and traversing and horizontal circulation requires other vehicles to lift or move laterally, which leads to slow access speed and high operating costs.

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