Split type self-adaptive floating vehicle carrier and working method thereof

Abstract

The invention discloses a split type self-adaptive floating vehicle carrier and a working method thereof. The carrier is divided into a front split and a rear split and comprises the front split, therear split, a parking platform, a wheel holding device, a walking device, a front split and rear split connecting telescopic device and a lifting device. A chassis frame is fixedly installed on the front split and the rear split of the carrier. The wheel holding device is fixedly installed on the chassis frame of the front split and the rear split of the carrier, and a walking mechanism is installed at the bottom of the chassis frame; the connecting telescopic device is arranged on the opposite side of the front split and the rear split, and the front split and the rear split are connected through the connecting telescopic device; and the lifting device is fixedly installed on the chassis frame. According to the split type self-adaptive floating vehicle carrier, the balance between automobile tires can be timely adjusted in the carrying process through the coordination and the matching of the wheel holding device and the connecting telescopic device, the stability of a vehicle on the carrier is ensured, the accurate and flexible parking of the vehicle in a designated position is realized, and the working efficiency of garage parking and vehicle taking is improved.

Description

technical field [0001] The invention belongs to the field of vehicle handling equipment, in particular to a split-type self-adaptive floating vehicle carrier and a use method thereof. Background technique [0002] With the development of the economy, the penetration rate of automobiles has become higher and higher, and has become an indispensable means of transportation for people to go out in their lives. Thereby making in the city be faced with the serious car parking difficult problem. In order to reduce the cost of parking land and labor management costs, three-dimensional parking has become a new direction to solve parking problems. In the existing three-dimensional parking lot, the site is mostly built underground or on the floor. The indoor lighting and complex parking environment, using manual parking to pick up the car will increase unnecessary manual management costs, and it is difficult to achieve accurate fixed-point parking. Cars have not fundamentally solved ...

AI Technical Summary

Problems solved by technology

In the existing three-dimensional parking lot, the site is mostly built underground or on the floor. The indoor lighting and complex parking environment, using manual parking to pick up the car will increase unnecessary manual management costs, and it is difficult to achieve accurate fixed-point parking. car, it has not fundamentally solved the problem of difficult parking

Secondly, the traditional car carrier has many control nodes, complex parts, and high requirements on the flatness of the ground. If there is a fault or an obstacle, the carrier mechanism cannot keep the car stable during the carrier process, causing the car body on the carrier to tilt or fall off. , resulting in parking during handling or damage to car tires

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