Track construction for crane operation

Abstract

This invention relates to a track structure for overhead crane operation. Multiple bridging frames and multiple secondary beams are interspersed along the sliding track. Multiple power supply units for multiple power supply areas are located on at least one side of each of the bridging frames and secondary beams. Moving images are respectively provided on the upper side of the sliding track, and at least one set of U-shaped power collectors are located on the outer side of each of the multiple power supply units on at least one side, positioned on the top of the overhead crane. This allows the overhead crane to draw power as it moves, providing sufficient electrical energy. A scanner is located on the side in front of the rollers, allowing the scanner to scan the moving images located above each sliding track. This enables the overhead crane's power collectors to easily travel from the sliding track to each set position to perform various preset settings, thus saving space between the power supply areas and the power collectors.

Claims

1. A track structure for crane operation, comprising a sliding track, a plurality of power supply zones assembled on at least one side of the sliding track, and at least one set of power collectors and scanners disposed opposite the plurality of power supply zones, wherein: The sliding track system includes a plurality of bridge frames, a plurality of sub-beams sequentially inserted between the plurality of bridge frames, and two opposing inner sides of each bridge frame and each sub-beam respectively, and rollers located at the moving rails; the plurality of power supply areas include a plurality of power supply units located at the moving rails on at least one side, and moving images are respectively provided on the side of the sliding track; the at least one set of power collectors is arranged in a U-shape on the opposite outer side of the plurality of power supply units and located on the top of the crane, and a scanner is provided on the side in front of the rollers, for the scanner to be aligned with each of the moving images.

2. The track structure for crane operation as described in claim 1, wherein the plurality of bridging frames of the sliding track are arranged in an inverted U shape, and are arranged in sequence at equal or unequal intervals, and at least one set of two secondary beams in an inverted L shape are interspersed between the plurality of bridging frames.

3. The track structure for crane operation as described in claim 1, wherein the plurality of bridging frames and the plurality of sub-beams of the sliding track are respectively provided with L-shaped opposing transfer rail frames on their respective inner sides, and the plurality of power supply units are respectively provided on each of the transfer rail frames on at least one side.

4. The track structure for crane operation as described in claim 1, wherein the sides of the plurality of bridge frames are provided with at least one set of power supply modules.

5. The track structure for crane operation as described in claim 1, wherein the at least one set of power supply systems is arranged in a U-shape, and the plurality of power supply units in the plurality of power supply areas are respectively provided with an inner Litz line extending to the inside of the power supply and an outer Litz line extending relative to the inner Litz line to the outside of the power supply.

6. The track structure for crane operation as described in claim 1, wherein the moving image provided on the side of the plurality of sliding tracks is a 2D barcode, a 3D barcode, or an OR code.

Images