Container stockpiling position automatic identification system and identification method

Abstract

The invention relates to a container stockpiling position automatic identification system and identification method. The automatic identification system comprises an identification camera group, an industrial personal computer with a wireless transmission module, a stacking position identification subsystem and a container number identification subsystem that are electrically connected with the identification camera group, and the stacking position identification subsystem and the container number identification subsystem are jointly connected into the industrial personal computer with the wireless transmission module, the industrial personal computer with the wireless transmission module is electrically connected with the centimeter-level differential positioning module through the high-precision positioning subsystem, and the industrial personal computer with the wireless transmission module is connected with the background management system; the automatic identification system further comprises a network structure. The automatic identification method comprises the following steps: (1) coding the stacking position of a storage yard; (2) carrying out 3D modeling on the storage yard; (3) stockpiling and positioning; (4) identifying box number; (5) performing data storage; and (6) performing data retrieval.

Description

technical field [0001] The invention belongs to the technical field of containers, in particular to an automatic identification system and identification method for container storage positions. Background technique [0002] At present, most of the container storage locations in container yards such as ports are designated in advance for container storage locations (field, shell, position, column, and layer constitute an actual container storage location, called the location), and then the truck driver The container is hauled to the designated area, and the operating equipment such as the gantry crane operates according to the instruction to store the container to the designated location, and then make a record, confirm the container operation, and the system updates the yard data. If there is already a container at the originally designated location on site, and the container is placed in a new location, record the actual storage location, form a tally report, confirm the op...

AI Technical Summary

Problems solved by technology

Its disadvantages are: 1) It can only identify the position of the storey after the operation of the current container of the reach stacker, and cannot identify which area the current container is in the yard

2) It cannot be used to identify the position when the stacker is working

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