Modular general logistics box structure

Abstract

A modularized universal logistics box structure disclosed by the invention comprises a main box body, a module box body, a module box body cover, a readable and writable electronic data label, a main box body, a module box body, a module box body cover, a readable and writable The electronic data label is a unified general structure. The main box is divided into several module boxes according to the needs of logistics packaging. The cover of the module box can adjust the storage space of the module box according to the volume of the logistics package. The logistics packaging is merged and transferred. The module box cover and the main box are equipped with readable and writable electronic data labels, which record the logistics packaging information and volume data stored in each module box and the main box, logistics storage, transportation, and distribution. Information about the management process such as picking. The present invention divides the logistics boxes of uniform specifications into modules, and the storage space of the modular boxes can be adjusted flexibly, which solves the contradiction between the unified requirement of logistics automation management and the diversity of logistics packaging, and adopts electronic data labels and a generalized modular box structure, It realizes the standardization and informatization of complex logistics packaging, and provides the implementation basis for logistics automation and intelligent management.

Description

technical field [0001] The invention relates to a warehouse logistics system, in particular to a modularized universal logistics box structure. Background technique [0002] With the development of the global market and network commerce, the demand for logistics is increasing day by day. The timeliness and cost control of logistics make the logistics system more and more demanding in terms of versatility, automation, intelligence and informatization. [0003] The existing logistics packaging specifications, styles, and sizes are various. For a variety of logistics packaging, the equipment, tools, and methods of warehousing, picking, and transportation are also different. This complexity and arbitrariness limit The scope of application of automation equipment and tools is not convenient for machine operations and automated logistics processing, which hinders the development of automation, intelligence, and informationization of the logistics system. Various complex logistics ...

AI Technical Summary

Problems solved by technology

[0003] The existing logistics packaging specifications, styles, and sizes are various. For a variety of logistics packaging, the equipment, tools, and methods of warehousing, picking, and transportation are also different. This complexity and arbitrariness limit The scope of application of automation equipment and tools is not convenient for machine operations and automated logistics processing, which hinders the development of automation, intelligence, and informationization of the logistics system. Various complex logistics equipment, tools, and methods make it difficult to reduce logistics costs.

[0004] The existing logistics boxes cannot solve the contradiction between the unified requirements of logistics automation management and the diversity of logistics packaging. If the specifications of logistics boxes are unified, in actual logistics management, because of different logistics packaging specifications, styles, and sizes, logistics The quantity is random, which may easily lead to problems such as the logistics packaging is not easy to fix in the logistics box or the logistics box is empty, and the utilization rate is not high. The existing logistics boxes are generally accommodated to a variety of logistics packaging, which makes the logistics management process more complicated. Changeable, low logistics efficiency, high cost, limited promotion and application of automation equipment