Modern logistics distribution center sand table simulation system

Abstract

The invention provides a modern logistics distribution center sand table simulation system. A warehousing system, a storage system, a discharge system, an AGV conveying system, a carrying system, a sorting system, a selecting system and a transmission system are arranged on a sand table device in a moving mode according to a layout which is planned at an early stage; all sub-systems are connected together through a warehouse management system; an on-site study device, a remote study device and the warehouse management system are connected to a comprehensive information processing device through an Ethernet; a video monitoring system and an environment monitoring system are connected to the comprehensive information processing device through wireless fidelity Wifi; a warehouse control system is connected to the warehouse management system through the Ethernet; and the warehousing system, the storage system, the discharge system, the AGV conveying system, the carrying system, the sorting system, the selecting system and the transmission system are connected to the warehouse control system through Wifi. The modern logistics distribution center sand table simulation system can dynamically demonstrate the modern logistic distribution center in an omnibearing mode and is mainly used for practical training and teaching.

Description

technical field [0001] The invention relates to the field of automated logistics teaching, in particular to a sand table simulation system for a modern logistics distribution center. Background technique [0002] With the rapid development of modern logistics, the logistics distribution center occupies an important position in the entire logistics system, playing the role of connecting the past, saving logistics costs and accelerating logistics efficiency. It is the hub of the entire logistics activity, and its planning and design are not only related to the operational efficiency of the entire logistics system, but also affect the overall operation of the production and marketing system. Therefore, how to plan and design a logistics distribution center is very important, and there is a shortage of high-end logistics professionals who are really suitable for this type, which puts forward higher requirements for the logistics professional teaching in our colleges and universi...

AI Technical Summary

Problems solved by technology

[0003] According to the survey, there are the following urgent problems in the cultivation of logistics talents in my country's colleges and universities: 1. Logistics education resources do not support distance teaching. At present, logistics education resources in domestic colleges and universities are limited. Resources cannot maximize the effectiveness of development education

2. Classroom explanation-style education, students lack a sense of participation, students lack a certain interest, no personal practical experience, and their understanding of theoretical knowledge is not deep enough to achieve the purpose of teaching

3. Traditional logistics laboratories and logistics experimental devices are not systematic, and it is difficult for students to effectively connect the knowledge learned, which makes the lack of systematic thinking in the actual application process

4. The logistics course setting in colleges and universities is aging, and there is a certain degree of disconnection between the teaching content and the actual application of the enterprise. The course focuses on explanation and analysis, and lacks the analysis of the case of the enterprise logistics center, resulting in poor practicability of some courses

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