A parking power platform for plane mobile parking equipment application

Abstract

The object of the present invention is to provide a parking power platform for plane mobile parking equipment, which is characterized in that it includes: a platform frame (A), two sets of first transmission devices (B) and a set of The second conveying device (C), the first conveying device (B) is perpendicular to the second conveying device (C), and the outer surface of the conveyor belt of the first conveying device (B) and the second conveying device (C) presents a jagged, jagged shape The concave groove on the outer surface is a strip groove (F), the vehicle-carrying tray (D) is on the platform frame (A), the lower part of the car-carrying tray (D) has a support column (E), and the lower part of the vehicle-carrying tray (D) has a supporting column (E) The bar-shaped slots (F) inserted into the outer surface of the conveyor belts of the first conveyor (B) and the second conveyor (C) can realize high-density parking, thereby saving land resources.

Description

technical field [0001] The invention belongs to parking equipment. Background technique [0002] In the field of parking, an average car parking space in a natural parking lot occupies an area of ​​about 35-45 square meters, while the actual area of ​​a parking space is only about 13 square meters. For this problem, in theory, the number of parking lots can be doubled without increasing the height of the same area, effectively saving land resources and construction costs, but in reality, large-scale use of lateral movement equipment or platforms, taking into account the horizontal Mobile and vertical mobile devices, that is, two-dimensional mobile devices have not been ideal. Two-dimensional mobile devices can increase the number of parking lots and have higher flexibility. Although there are several ideas, they are rarely used in reality. respective defects. [0003] There are mainly three types of existing two-dimensional mobile equipment assumptions. One type is equival...

AI Technical Summary

Problems solved by technology

[0002] In the field of parking, the average parking space for a car in a natural parking lot occupies an area of ​​about 35-45 square meters, while the actual area of ​​a parking space is only about 13 square meters. For this problem, in theory, the number of parking lots can be doubled without increasing the height of the same area, which can effectively save land resources and construction costs. Mobile and vertical mobile devices, that is, two-dimensional mobile devices have not been ideal. Two-dimensional mobile devices can increase the number of parking lots and have higher flexibility. Although there are several ideas, they are rarely used in reality. respective defects

[0003] There are mainly three types of existing two-dimensional mobile equipment assumptions. One type is equivalent to a car. Four wheels are installed on the vehicle-carrying pallet. Complicated; another type of vehicle pallet is equipped with moving rollers, which are clamped and pulled by steel ropes or chains. This structure parking lot is too large to be used, and the pulling system is too complicated and has too many nodes; there is another type, which is The vehicle-carrying pallet moves on the horizontal and vertical crossing rails or track wheels, the motor provides power, and the rail wheels push the vehicle-carrying pallet to move. The problem with this method is that the structure is complicated in the horizontal and vertical crossings, and the crossing is performed when moving vertically or horizontally. There will be friction damage on the point, there will be problems of slipping, deviation or difficult positioning, and the failure rate will be high. Relatively high, prone to deviation

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