Vehicle parking platform device

Abstract

The invention discloses a vehicle parking platform device. The vehicle parking platform device comprises a parking platform and a plurality of tire positions located on the parking platform. The tire positions each are provided with a plurality of supporting mechanisms. Elastic mechanisms are arranged between the supporting mechanisms and the parking platform. When tires are placed in the tire positions, the certain supporting mechanisms in the supporting mechanisms bear the downward pressure of a vehicle and make downward displacement under the effect of the corresponding elastic mechanisms, accordingly the more supporting mechanisms make contact with the tires to supply supporting force to the tires; or/and, a plurality of elastic mechanisms are arranged on the supporting mechanisms, so that when the tires are placed on the supporting mechanisms, the elastic mechanisms conduct downward elastic deformation, accordingly the multiple elastic mechanisms make contact with the tires to supply the supporting force to the tires. According to the vehicle parking platform device, the contact areas of the supporting platform and the tires can be increased, and damage to the vehicle tires is reduced or even avoided.

Description

technical field [0001] The invention belongs to the technical field of parking devices, and relates to a vehicle parking platform, in particular to a vehicle parking platform device. Background technique [0002] At present, the parking of social vehicles in the three-dimensional garage basically adopts the following two parking methods: (1) parking the tires of the vehicles to be parked on the vehicle loading plate; on the platform. The vast majority of parking equipment manufacturers adopt scheme (1), which is most in line with the actual parking requirements of vehicles. [0003] The parking methods of commercial vehicles in the garage basically adopt the following two parking methods: (1) directly park on the concrete ground in a plane parking manner; (2) park the tires of the vehicle to be parked on the vehicle-carrying board. [0004] In China, there is no automated three-dimensional garage for commercial vehicles at present, so all commercial vehicles adopt the firs...

AI Technical Summary

Problems solved by technology

[0006] 1. Horizontal parking: This kind of parking is the most suitable for the actual parking requirements of the vehicle, and has the least actual impact on the tires. However, this parking method cannot meet the three-dimensional and automatic parking requirements of the vehicle. It occupies a large area and needs to be artificially short Barge and other follow-up operations, and with the deterioration of the air environment, there is a risk of subsequent pollution and corrosion on the surface quality of vehicles, especially commercial vehicles

[0007] 2. Vehicle-carrying plate parking platform device: This parking method is adopted by most domestic social vehicle three-dimensional warehouses and foreign commercial vehicle automatic three-dimensional warehouse solutions. Each access to the car needs to be picked up and stored on the car board, which reduces the operating efficiency of the entire three-dimensional warehouse

[0008] 3. Comb-toothed parking platform device: At present, the comb-toothed parking device is only used in the parking of social vehicles. The disadvantage is that the actual contact area between the parking platform device and the vehicle's tire is small, and the material is relatively hard, which is easy to cause tire damage and deformation.

At present, in the parking process of social vehicles, due to the short actual parking time and none of them are new cars, it is acceptable; once it is switched to the three-dimensional warehouse of commercial vehicles for trial use, due to the unsalable sales of commercial vehicles during the actual parking process, The actual parking period may reach 1 month or even half a year, which seriously affects the tire deformation of commercial vehicles

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