Vehicle-loading platform

Abstract

The invention provides a vehicle-loading platform which comprises a frame mechanism, a delivering mechanism and an outer centering mechanism, wherein the frame mechanism comprises a chassis and idler wheels mounted on the chassis; the delivering mechanism is arranged on the frame mechanism in a floating form and comprises a frame, a delivering part and an idler wheel guide rail; the frame is erected on the frame mechanism; the delivering part is mounted on the frame and is used for parking and longitudinally delivering a vehicle; the idler wheel guide rail is fixed on the frame and is corresponding to the idler wheels; the idler wheel guide rail can horizontally move on the chassis through the idler wheels; the outer centering mechanism is located on the outer sides of left and right tires of the vehicle and comprises an outer centering driving unit, pushing rods and a pushing rod driving unit; the outer centering driving unit is fixed on the chassis; the center of the outer centering driving unit is aligned with the center of the vehicle-loading platform; the distances between the pushing rods and the center of the frame mechanism are the same all the time; the pushing rods are synchronously driven by the outer centering mechanism through the pushing rod driving unit, so that the vehicle and the delivering mechanism for parking the vehicle horizontally move on the idle wheels till the outer side of the left tire and the outer side of the right tire are respectively in contact with the two pushing rods.

Description

technical field [0001] The invention belongs to the field of automatic three-dimensional garages, in particular to a vehicle-carrying platform with an external centering function. Background technique [0002] With the rapid development of my country's economy and the improvement of people's living standards, automobiles have already entered thousands of households as a means of transportation. Especially in recent years, the number of cars in cities has increased geometrically. These objective conditions have driven the development of time-saving, labor-saving and place-saving automated three-dimensional garages. How to make the driver have better parking maneuverability and have easier operation steps has also become the focus of the development of automatic three-dimensional parking technology. [0003] In the existing automatic three-dimensional garage system, the driver drives the vehicle to park on the vehicle platform, and then leaves. The parking system completes th...

AI Technical Summary

Problems solved by technology

However, due to the different degrees of deviation of the parked vehicles, the parking angles of the various vehicles stored in the parking equipment are different.

In this way, a large parking space must be designed for each vehicle to meet the requirements of different offset angles. Therefore, the parking space occupied by the vehicle is large and the space utilization rate is low.

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