Method of application of three-dimensional showing technology to warehouse goods location visualization management

Abstract

The invention provides a method of application of a three-dimensional showing technology to warehouse goods location visualization management. The method comprises: step one, a three-dimensional warehouse panorama displaying is carried out; to be specific, three-dimensional panorama displaying of a warehouse is carried out by a using a virtual reality way; step two, an immersion type roaming is carried out; to be specific, a three-dimensional virtual scene of a warehouse is browsed freely at any place at any angle by several kinds of browsing ways; step three, surreal checking is carried out; to be specific, when the sight line of the user is blocked by goods or goods shelves, the goods or goods shelves are hidden and the goods that are stacked at the corner of the warehouse and thus can not be checked visually are checked; step four, static inventory scene displaying is carried out; to be specific, information of goods shelves, goods location, tray plates, and goods at the storage area is displayed visually; step five, goods early warning is carried out; and step six, information is queried. According to the invention, states of the warehouse zone, goods shelves, goods location, and goods are displayed in real time by the three-dimensional simulation technology; and the storage situation inside the warehouse can be displayed in real time only by the system. Moreover, functions of panorama displaying and roaming of the warehouse and early warning of goods can be realized.

Description

technical field [0001] The invention relates to the technical field of computer information management systems, in particular to an application method of a three-dimensional display technology in the visual management of warehouse cargo locations. Background technique [0002] In the traditional warehouse management system, although the storage area, shelf, cargo location and pallet information in the warehouse are digitally identified and defined, the warehouse management personnel can locate the specific cargo through the number of the warehouse area, shelf, and cargo location. However, with the expansion of the area of ​​the warehouse area, the increase of the variety of goods and the frequent entry and exit of the warehouse, the traditional flat report method cannot directly reflect the status of the goods in the warehouse, especially the distribution of goods and empty goods. It cannot be mastered through the system, and it needs to be manually entered into the warehous...

AI Technical Summary

Problems solved by technology

[0002] In the traditional warehouse management system, although the storage area, shelf, cargo location and pallet information in the warehouse are digitally identified and defined, the warehouse management personnel can locate the specific cargo through the number of the warehouse area, shelf, and cargo location. However, with the expansion of the area of ​​the warehouse area, the increase of the variety of goods and the frequent entry and exit of the warehouse, the traditional flat report method cannot directly reflect the status of the goods in the warehouse, especially the distribution of goods and empty goods. It cannot be mastered through the system, and it needs to be manually entered into the warehouse to obtain it, resulting in high work intensity for end users, low work efficiency, and inability to remotely view in real time, etc.