Parking device and system

Abstract

The invention provides a parking device and system and belongs to the technical field of stereo parking equipment. The parking device comprises a base and a parking platform. The parking platform is of a foldable structure and comprises a bottom parking platform body on the base and at least one layer of upper parking platform body mounted above the base and located above the bottom parking platform bodies. Each layer of the at least one layer of upper parking platform body can move horizontally relative to the base to be far from or close to the base and can conduct lifting vertically relative to the base to be folded or unfolded. A plurality of wheel supporting structures corresponding to wheels are arranged on the bottom parking platform body and the upper parking platform bodies. At least one spacing area is arranged among the wheel supporting structures. Vehicles are borne by the wheel supporting structures. The parking device and system are suitable for being operated alone by a user, the necessary bearing capacity is guaranteed while the steel using amount is reduced, and economy and reliability are achieved.

Description

technical field [0001] The invention relates to the technical field of three-dimensional parking equipment. Background technique [0002] The rapid increase in the number of cars has made the land use in the city more and more tense, especially in many built residential quarters, office areas and leisure service areas, there are not enough parking spaces to meet user requirements. Therefore, the car parking place begins to evolve from a plane parking space to a three-dimensional compound parking space. At present, the three-dimensional composite parking space equipment has become an effective technical solution to solve the shortage of parking spaces. [0003] At present, most of the three-dimensional composite parking spaces are in the form of double-layers without avoidance. The bottom parking spaces have no vehicle-carrying platform, and the vehicles can directly enter and exit freely. Driving in or out of the car, the equipment with this structure on the market has the...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the three-dimensional composite parking spaces are in the form of double-layers without avoidance. The bottom parking spaces have no vehicle-carrying platform, and the vehicles can directly enter and exit freely. Driving in or out of the car, the equipment with this structure on the market has the disadvantages of complex mechanical structure and cumbersome operation

[0004] There is also a double-layer avoidance compound parking space equipment that is more common. Its structure is that multiple bottom platforms share a set of guide rails to realize the left and right translation of the parking spaces. Driven by the lifting drive system, the lifting movement is realized. When the lower parking space is in use and it is necessary to drive the car into or out of the upper parking space, the cars on the lower level must move along the guide rails in turn, so that the front of the upper level car to be driven out The lower parking space is vacated, and then the upper parking platform is landed; the parking equipment with this structure has the disadvantages of low space utilization, mutual influence of the upper and lower parking spaces, and complicated operation.

[0005] In addition, the existing parking equipment uses a solid whole plate to make the vehicle carrying platform, which not only causes the parking equipment to be heavy, but also makes its assembly, transportation and movement difficult, and inevitably leads to a large amount of manufacturing materials and high cost Shortcomings

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