Low-voltage track power supply system for stereo garage

Abstract

The invention relates to a low-voltage track power supply system for a stereo garage, and the system achieves the cross-sliding drive power supply. A low-voltage electrified track is divided into track segments, and each track segment is provided with a track power connection point, and is fixed on a structure support through an insulating support block. The current collectors are disposed at therollers of a cross-sliding vehicle carrying plate, and the bodies of the current collectors are insulators, and are fixed with the vehicle carrying plate. The main body of an electrode spring piece ofeach current collector is shaped like an arc, and is matched with the outer edge of the bottom roller of the vehicle carrying plate. When the bottom roller of the vehicle carrying plate rolls, the electrode spring piece remains contact with the rollers through an elastic structure, thereby enabling a track power output point to be connected with power input points of the current collectors. The power output points of the current collectors are connected to a cross-sliding drive box, and the cross-sliding drive box automatically recognizes the voltage polarity, and determines the movement direction. The system provides a new power supply technological means for the intelligent garage, is especially suitable for the design of a small intelligent garage, and overcomes a difficulty that the time in clearing the intelligent garage at a time is too long.

Description

technical field [0001] The invention relates to a low-voltage track power supply system, in particular to a low-voltage track power supply system for a three-dimensional garage, especially for power supply for lateral movement of the three-dimensional garage. Background technique [0002] The current three-dimensional garage generally adopts two methods for the power supply of the traverse drive, one is to drag a wire, which generally only moves left and right at a fixed position, and the application range is limited; the other is to use a sliding contact line, generally using 380V voltage , Special attention should be paid to the problem of leakage during design, and it can only be used in a well-closed environment. Although low-voltage rail power supply technology has been widely used in factory electric flat cars, it has not been applied in intelligent parking equipment. However, most of the existing intelligent parking equipment is a large-scale three-dimensional garage...

AI Technical Summary

Problems solved by technology

Although low-voltage rail power supply technology has been widely used in factory electric flat cars, it has not been applied in intelligent parking equipment

However, most of the existing intelligent parking equipment is a large-scale three-dimensional garage. Due to its structural design characteristics, each group of equipment has a large number of parking spaces, resulting in a long time to clear the warehouse.

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