Three-dimensional parking garage

Abstract

A three-dimensional parking garage comprises a parking frame, a car loading plate, a comb plate, a side-moving driving mechanism and a lifting driving mechanism. A plurality of parking plates are arranged on the parking frame; the comb plate is located on the car loading plate; the lifting driving mechanism is connected with the car loading plate and drives the car loading plate to go up and down;the three-dimensional parking garage further comprises switching mechanisms; the parking plates comprise a plurality of guide rails which are arranged in parallel at intervals, and each guide rail isprovided with an upper guide rail surface and a lower guide rail surface; the side-moving driving mechanism is connected with the comb plate and drives the comb plate to slide along the upper guide rail surfaces or the lower guide rail surfaces; the switching mechanisms are installed at the positions close to the tail ends of the guide rails so as to lead the comb plate to slide to the lower guide rail surface from the corresponding upper guide rail surface for parking or lead the comb plate to slide to the upper guide rail surface from the corresponding lower guide rail surface for picking up a car. The three-dimensional parking garage is simple and ingenious in structure, small in occupied space, low in cost and easy to implement.

Description

technical field [0001] The invention relates to the field of parking garages, in particular to a three-dimensional parking garage. Background technique [0002] With the rapid development of the national economy and the continuous improvement of people's purchasing power, the number of motor vehicles such as official cars, private cars, and electric cars is also increasing. However, due to public places such as stations, wharfs, parks, large department stores, shopping plazas, and residential quarters, the construction of parking garages and parking lots was not considered during construction, or they could not be expanded due to the small size of the site, resulting in the following parking problems for motor vehicles: Problems: First, it is inconvenient to park; second, it is parked randomly, which affects the environment and traffic; third, it is inconvenient to manage, and damage and loss of cars often occur. [0003] At present, a large number of three-dimensional park...

AI Technical Summary

Problems solved by technology

However, due to public places such as stations, wharfs, parks, large department stores, shopping plazas, and residential quarters, the construction of parking garages and parking lots was not considered during construction, or they could not be expanded due to the small size of the site, resulting in the following parking problems for motor vehicles: Problems: 1. Parking is inconvenient; 2. Random parking, which affects the environment and traffic; 3. Inconvenient management, often destroying and losing cars

[0003] At present, a large number of three-dimensional parking garages have been established in first-tier cities across the country, and the three-dimensional parking garages under construction include car-loading plate-type horizontal plane mobile mechanical garages, comb-type horizontal plane mobile mechanical garages, and manipulator-type horizontal plane mobile mechanical garages. A parking space often requires a vehicle-carrying board and a side-moving board, and adopts a cantilever structure. The lateral translation part has problems such as large space occupation, complicated storage and retrieval, and high cost.

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