INTRODUCTION

The continuous development of intelligent technology is bringing unprecedented changes to all walks of life, and the warehouse is no exception. The three-dimensional warehouse has become an important way of modern storage management by optimizing space utilization and improving storage and delivery efficiency. With the application of intelligent technology, the efficiency and management level of three-dimensional warehouses have also been greatly improved. This article will describe how to use intelligent technology to improve the efficiency of warehouse storage to meet the growing logistics needs.

1. AUTOMATIC STORAGE AND RETRIEVAL SYSTEM

Traditional stereoscopic warehouses often need manual storage and retrieval, which is inefficient and error-prone. The use of intelligent technology, can achieve automated storage and retrieval system, greatly improve the efficiency of the warehouse. With scanning systems, handling robots and automatic storage systems, items can be quickly and accurately placed to the designated location and quickly removed when needed. This not only saves human resources, but also improves the speed and accuracy of storage and pickup.

2. INTELLIGENT STORAGE SYSTEM

The intelligent storage system realizes real-time monitoring and management of items in the warehouse through technologies such as the Internet of Things, sensors and cloud computing. By adding identifying tags to items, the location and status of items can be tracked in real time. In this way, warehouse managers can understand the storage of items at any time, replenish inventory or adjust storage locations in time, thereby improving the efficiency and accuracy of the warehouse.

3. INTELLIGENT SORTING SYSTEM

Three-dimensional warehouses often need to carry out sorting and packaging work, and traditional manual sorting is often inefficient and prone to error. By utilizing visual recognition, machine learning and robotics, intelligent sorting systems can quickly and accurately classify and sort items. For example, through cameras and image recognition algorithms, the system can automatically identify the features of items and classify them. In this way, the sorting speed and accuracy of the warehouse have been greatly improved.

4. INTELLIGENT SCHEDULING AND OPTIMIZATION

Intelligent technology can intelligently manage the scheduling and optimization of the warehouse. By analyzing the operation data and logistics requirements of the warehouse, the automatic scheduling of warehouse vehicles and robots can be realized, avoiding idle and congestion. At the same time, by optimizing the storage capacity and cargo layout, the utilization rate of the three-dimensional warehouse can be improved to a greater extent, thereby improving the efficiency of the warehouse.

5. INTELLIGENT FORECASTING AND DECISION SUPPORT

Intelligent technology can also provide warehouse managers with decision support through data analysis and model prediction. By analyzing historical and real-time data, logistics needs can be predicted and needed items and human resources can be prepared in advance, thus avoiding instability and delays in the supply chain. At the same time, intelligent technology can also achieve visual monitoring of warehouse operations and report generation, helping decision makers to understand the operation of the warehouse and make timely decisions.

CONCLUSION

The application of intelligent technology provides a new opportunity and challenge for the three-dimensional warehouse. Through automated storage and retrieval systems, intelligent warehousing systems, intelligent sorting systems, intelligent scheduling and optimization, as well as intelligent forecasting and decision support and other technologies, the efficiency and management level of the warehouse can be greatly improved to meet the growing logistics needs. We look forward to intelligent technology in the future development, for the warehouse three-dimensional warehouse to bring more innovation and improvement, further improve logistics efficiency, to achieve sustainable development.