A small three-dimensional parking space

Abstract

The invention discloses a small stereoscopic parking lot. The small stereoscopic parking lot comprises a base, a lifting platform, diagonal braces, cables and a hydraulic cylinder, and is characterized in that the base forms a lower parking lot layer, the lifting platform forms an upper parking lot layer, ascending and descending of the lifting platform are realized by driving slidable support rods at the bottom ends of the diagonal braces to slide through the hydraulic cylinder, each diagonal brace is formed by two support rods in a hinged manner, and the base comprises the hydraulic cylinder in the middle and slide wheel grooves in the two sides. When the hydraulic cylinder works, sliding wheel feet in the sliding wheel grooves on the two sides are driven to move through the cables, and thus the lifting platform is enabled to ascend and descend. Through cooperation of the hydraulic cylinder, the cables, sliding wheels and the diagonal braces, ascending and descending effects of the upper lifting platform of the stereoscopic parking lot are realized; by means of clamping positioning clamp grooves by fixing bolts, falling of the lifting platform caused by breakage of the cables or other accidental situations is avoided, so that the small stereoscopic parking lot is safer and more reliable. The small stereoscopic parking lot is simple in structure, small in size and convenient to move, and can be widely applied to places such as households, housing estates, hotels and squares with compact unoccupied places.

Description

technical field [0001] The invention relates to a three-dimensional parking space, in particular to a simple and convenient three-dimensional parking space suitable for small spaces such as families, hotels and communities. Background technique [0002] At present, with the increase of household income and purchasing power, the number of private cars is increasing rapidly, and the parking problem of vehicles is also emerging. Especially in some crowded places such as communities, hotels, tourist attractions, etc., the number of parking spaces often cannot meet the parking needs of existing vehicles, and people can only look for parking spaces at farther places, or park their cars on the roadside. However, even looking for parking spaces in farther places, due to the unequal relationship between the number of parking spaces and the number of vehicles that need to be parked, it is often difficult to find vacant parking spaces, which eventually leads to car owners having to par...

AI Technical Summary

Problems solved by technology

The existing three-dimensional parking spaces are generally relatively large, and there are many vehicles parked on each floor. The construction of three-dimensional parking spaces needs to occupy a large area of ​​land, or transform the green areas such as residential quarters. Building three-dimensional parking spaces, for some densely populated places such as squares, office buildings, shopping malls, it is difficult to build three-dimensional parking spaces, there are disadvantages

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