A Multimedia Monitoring System in Automatic Warehousing

Abstract

The invention discloses a multimedia monitoring system in automatic storage, including a multimedia monitoring system, the data input end of the multimedia monitoring system is connected with the automatic warehouse system, and the data output end of the multimedia monitoring system is connected with a display screen; The automatic warehouse system is connected with the stacker equipment and the PLC equipment, which is used to read the signals of the stacker equipment and the PLC equipment, and feedback control instructions to the stacker equipment and the PLC. The control end of the PLC is connected with a buzzer and warning lights; the automatic warehouse system is also connected to an automatic warehouse database, and can read and write data to the automatic warehouse database; the multimedia monitoring system is used to receive information from the automatic warehouse system and process the required Display commands are then sent to the display and devices under PLC control.

Description

technical field [0001] The invention relates to the field of automatic storage, in particular to a multimedia monitoring system in automatic storage. Background technique [0002] Automated warehouse refers to a system that can automatically store and take out materials without direct manual intervention. It is composed of multi-layer racks, usually storing materials in standard material boxes or pallets, and then using the roadway-type stacking crane to realize the access operation of materials at any location, and using the computer to realize automatic access to materials control and management. [0003] see figure 1 , the existing display technology used in automatic warehouses is mainly composed of LED panels and equipment made by third parties. The former is part of the automatic warehouse, and the WCS (automatic warehouse control system) software on the computer sends the content to be displayed to the LED. And directly display, the latter directly obtains each sen...

AI Technical Summary

Problems solved by technology

[0004] The defect of the above scheme is that: as a device that can be accessed and stored, the LED can be implemented by calling the ready-made interface. Due to the dual-color and three-color light-emitting units and light-emitting methods used by the LED itself, as well as the pattern restrictions realized by the interface itself, it is impossible to perform complex operations. The color and update display of the chart cannot be changed to the most suitable display method according to actual needs

[0005] In addition, the display program and equipment developed by a third party can only be plugged into the equipment network of the automatic warehouse, and cannot access various information stored in the automatic warehouse system. The data acquisition can only be collected from the field equipment. When making statistics Only these frequency data and other sources can be used to construct the display content, and the status of the corresponding goods in the automatic warehouse system cannot be obtained, and accurate display content cannot be provided following the operation of the automatic warehouse

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