Parking device for side parking space in intelligent city and vehicle adopting parking device

Abstract

The parking device for the lateral parking space in the intelligent city comprises a lifting mechanism and a walking mechanism, wherein the lifting mechanism is fixedly connected to a chassis frame of a vehicle and used for lifting the vehicle, and the walking mechanism is fixedly connected to the chassis frame and drives the vehicle to move into the lateral parking space or move out of the lateral parking space when the vehicle is in a lifting state. The walking mechanism comprises two supporting arms hinged to the chassis frame, a driving mechanism and two limiting blocks, wherein the driving mechanism is connected with the two supporting arms and drives the supporting arms to be unfolded when the vehicle is lifted, and the two limiting blocks are fixedly connected to the chassis frame and used for being matched with the corresponding supporting arms in a stopping mode so that the two supporting arms can be unfolded to be in a splayed state. The two stepping motors are fixedly connected to the chassis frame and drive the walking wheels to rotate when the two supporting arms are unfolded to be in a splayed state. A vehicle adopting the parking device transversely moves into the side parking space in the direction perpendicular to the side parking space, the size of the side parking space can be reduced, the number of the side parking space is increased within the same range of the two sides of the main road, and the parking device better serves construction of a intelligent city.

Description

technical field [0001] The invention relates to a parking device for side parking spaces in a smart city and a vehicle using the aforementioned parking device. Background technique [0002] Smart cities use various information technologies or innovative concepts to connect and integrate urban systems and services to improve the efficiency of resource utilization, optimize urban management and services, and improve the quality of life of citizens. According to the current situation in China, smart cities roughly include three aspects: smart transportation, smart government affairs, and smart grid. The core of smart transportation is parking. Smart parking is the efficient use of existing parking spaces through big data analysis. The basis is parking spaces. quantity. At present, the offices of various industries in the city are mostly located on both sides of the main road, and the corresponding parking spaces are mostly side parking spaces arranged along the length of the r...

AI Technical Summary

Problems solved by technology

At present, the offices of various industries in the city are mostly located on both sides of the main road, and the corresponding parking spaces are mostly side parking spaces arranged along the length of the road. In a square parking space, the sideways reversing method not only requires the proficiency of the driver, for example, a novice driver may encounter problems such as rubbing against other vehicles, and the distance between the front and rear vehicles is too large or too small, but also has requirements for the length of the parking space, such as The minimum size of the side parking spaces for cars is 2.5m×5.3m, and because most of the main roads are busy roads, the side parking spaces on both sides of the road are usually very tight

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