Double-layer three-dimensional parking mechanism

Abstract

The invention discloses a double-layer stereoscopic parking mechanism capable of realizing non-interfering parking of vehicles in an upper layer and a lower. The double-layer stereoscopic parking mechanism comprises an upright column, a first crane arm, a second crane arm, and a support arm; one end of the upright column is hinged to one end of the first crane arm; the other end of the first crane arm is hinged to one end of the second crane arm; the other end of the second crane arm is hinged to one end of the support arm; a first telescopic device is arranged between the upright column and the first crane arm; a second telescopic device is arranged between the first crane arm and the second crane arm; a third telescopic device is arranged between the second crane arm and the support arm. Due to the adoption of the double-layer stereoscopic parking mechanism, the space utilization rate can be improved; the parking efficiency is high and the parking time is shortened; vehicles in the upper layer and the lower layer are not interfered with each other; the double-layer stereoscopic parking mechanism is simple in structure, simple and easy to mount, and convenient to maintain; the urban parking burden can be relieved while the double-layer stereoscopic parking mechanism is used in a large scale; no queuing is needed for vehicles when entering into or exiting from a garage.

Description

technical field [0001] The invention relates to the parking field of vehicles, in particular to a double-layer three-dimensional parking mechanism. Background technique [0002] Known: along with the development of society, the continuous improvement of people's living standard; There are also more and more people who have dolly cars. Therefore become more and more tense to parking space, and parking difficulty has become a kind of norm. [0003] In order to solve the difficult problem of parking, the existing way is to often adopt the construction of multi-storey underground parking lot, but the cost of building underground parking lot is higher, and the geographical location of the construction site is required higher; therefore it is difficult to implement. Another solution is to set up an open-air multi-storey parking bracket. The existing multi-storey parking brackets all adopt the form of an elevator, that is, the car is lifted to the upper floor by the elevator. The...

AI Technical Summary

Problems solved by technology

The existing multi-storey parking bracket needs a large elevator because it needs to lift the trolley, which makes the structure complex and the installation and construction costs are high

Simultaneously existing multi-storey parking support, must first park the upper parking space, finally park the lower parking space, if be positioned at the parking space below the parking space to have a car when picking up the car, just can realize picking up the car after needing the car of the lower floor to be moved out; Therefore parking and Trouble picking up the car

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