Vertical slippage-type stereoscopic garage with rotatable device

Abstract

The invention discloses a vertical slippage-type stereoscopic garage with a rotatable device. The invention relates to a mechanical stereoscopic parking garage which comprises a laneway, multiple layers of car storage garages located on one side or two sides of the laneway, a parking device installed in the laneway and a carrying device. The garage is improved in that the parking device comprises a fixation frame, a lifting device, a translation device and the rotatable device; the fixation frame is installed in the laneway; the fixation frame comprises two parallel vertical frames located on the width direction of the multiple layers of car storage garages as well as horizontal frames installed on tops of the two vertical frames; the lifting device is installed between the two vertical frames and can be moved vertically along the vertical frames; the translation device is installed on the lifting device and can be moved along the width direction of the lifting device; the rotatable device is installed on the translation device and can make circular motion on the translation device; and the carrying device is used to carry cars at parking spaces of the multiple layers of car storage garage and can be moved back and forth on the rotatable device. The garage disclosed by the invention has the advantages that three-dimensional synchronous carrying of vertical moving, translation and rotation can be achieved; and carrying efficiency and the access speed during use are greatly increased.

Description

technical field [0001] The invention relates to a mechanical three-dimensional parking garage, in particular to a vertically moving warehouse-type mechanical three-dimensional parking garage. technical background [0002] In the existing storage-type mechanical three-dimensional parking garage technology, the types adopted include roadway stacking, plane moving and vertical lifting parking towers. The stacker can realize vertical and translational two-dimensional synchronous handling. Due to the limitations of stacking technology in roadway stacking, the number of parking floors is generally not more than 7 floors. The direction of the front of the car is the same and has not changed. If the front of the car is parked forward, the car needs to be reversed when picking up the car, which brings great inconvenience to the driver; [0003] Because the carrier can only move in the plane, the carrier must pass through the parking device when crossing the floor. In this way, when ...

AI Technical Summary

Problems solved by technology

The stacker can realize vertical and translational two-dimensional synchronous handling. Due to the limitations of stacking technology in roadway stacking, the number of parking floors is generally not more than 7 floors. The direction of the front of the car is the same and has not changed. If the front of the car is parked forward, the car needs to be reversed when picking up the car, which brings great inconvenience to the driver;

[0003] Because the carrier can only move in the plane, the carrier must pass through the parking device when crossing the floor. In this way, when moving the vehicle, it must be realized in two steps according to the steps, and the access to the vehicle takes a long time

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