A machine vision-based storage management system and method for plate finished products

Abstract

The invention discloses a machine vision based finished plate product stock management system which comprises a roller path divided into a roller path inlet and a roller path driving section; a steel plate and a position sensor are arranged on the roller path; the roller path inlet is provided with a first image sensor; the roller path driving section is provided with a second image sensor and a plurality of driving sections; the first image sensor, the second image sensor and the position sensor are all connected with a client through optical fibers; and the client is connected with an image server and a database server through optical fibers and is composed of an information filter module, a command control module and a steel plate tracking module. The machine vision based finished plate product stock management system has the advantages that the accuracy of finished plate product stock management information of an iron and steel plant can be improved, the labor intensity of a worker is weakened, and the automation degree of storehouse region management is increased.

Description

technical field [0001] The invention belongs to the technical field of inventory management of plate finished product warehouses in iron and steel plants, and in particular relates to a machine vision-based plate finished product storage management system and method. Background technique [0002] The steel plate finished product warehouse mainly realizes the storage of materials through roller conveyor transportation. Each roller conveyor passes through multiple cross-positions, and each cross-position has a fixed carriage running along the track. After the steel plate enters the storage area through the roller table, it is hoisted by the crane to the designated stack to complete the storage operation. The original operation process is: the operator of the roller table moves the plate to a certain span, stays on the roller table, the measurer climbs up the roller table, checks the number of the copied plate, and then returns to the operation room to inquire about the informa...

AI Technical Summary

Problems solved by technology

[0003] The problems existing in the old operation process are: the on-site measurers run back and forth, the workload is heavy and the personal safety cannot be guaranteed; manual copying of the board number and entering it into the database on the computer is prone to human errors, such as copying the wrong board number or entering the wrong board number, wrong input of storage location information, unclear expression of walkie-talkie instructions leading to errors, etc.

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